diff --git a/.claude-plugin/marketplace.json b/.claude-plugin/marketplace.json index 2988a86..e753284 100644 --- a/.claude-plugin/marketplace.json +++ b/.claude-plugin/marketplace.json @@ -5,8 +5,8 @@ "email": "jaredliu.ai@gmail.com" }, "metadata": { - "description": "Recommend from 6000+ Nano Banana Pro image generation prompts based on user needs", - "version": "1.0.0" + "description": "Recommend from 10,000+ Nano Banana Pro image generation prompts based on user needs", + "version": "1.5.5" }, "plugins": [ { diff --git a/README.md b/README.md index e3bf057..525481c 100644 --- a/README.md +++ b/README.md @@ -1,13 +1,13 @@ -# AI Image Prompt Recommender — 10,000+ Nano Banana Pro Prompts +# AI Image Prompt Recommender — 11,000+ Nano Banana Pro Prompts -[![Prompts](https://img.shields.io/badge/Prompts-10000%2B-brightgreen)](https://youmind.com/nano-banana-pro-prompts) +[![Prompts](https://img.shields.io/badge/Prompts-11000%2B-brightgreen)](https://youmind.com/nano-banana-pro-prompts) [![OpenClaw](https://img.shields.io/badge/OpenClaw-Skill-blue)](https://clawhub.com/skill/nano-banana-pro-prompts-recommend) [![Claude Code](https://img.shields.io/badge/Claude%20Code-Skill-orange)](https://github.com/YouMind-OpenLab/nano-banana-pro-prompts-recommend-skill) [![Daily Updates](https://img.shields.io/badge/Updates-Twice%20Daily-purple)]() [![Multi-language](https://img.shields.io/badge/Language-Multi--lingual-yellow)]() [![License](https://img.shields.io/badge/License-MIT-lightgrey)](LICENSE) -> **Stop spending hours hunting for the right AI image prompt.** Tell your AI assistant what you need in one sentence — it searches 10,000+ curated Nano Banana Pro prompts and returns the top 3 matches with sample images, ready to use. +> **Stop spending hours hunting for the right AI image prompt.** Tell your AI assistant what you need in one sentence — it searches 11,000+ curated Nano Banana Pro prompts and returns the top 3 matches with sample images, ready to use. > > 🖼️ [Browse the Prompt Gallery →](https://youmind.com/nano-banana-pro-prompts) @@ -15,13 +15,13 @@ ## What Is This? -An **AI agent skill** that gives Claude, OpenClaw, Cursor, and other AI assistants the ability to intelligently search a curated library of **10,000+ Nano Banana Pro (Gemini image model) prompts**, recommend the best matches for your use case, and even customize prompts based on your content. +An **AI agent skill** that gives Claude, OpenClaw, Cursor, and other AI assistants the ability to intelligently search a curated library of **11,000+ Nano Banana Pro (Gemini image model) prompts**, recommend the best matches for your use case, and even customize prompts based on your content. **Nano Banana Pro** is Google's Gemini image generation model — one of the most capable AI image generators available today. High-quality prompts are the key to great results. ## Why Use This Skill? -- ✅ **10,000+ prompts, organized by use case** — not a random dump, but professionally categorized +- ✅ **11,000+ prompts, organized by use case** — not a random dump, but professionally categorized - ✅ **Every prompt includes sample images** — see the result before you copy - ✅ **Smart semantic search** — describe what you need, the AI finds the match - ✅ **Content remix mode** — paste your article or video script, get a custom prompt @@ -106,17 +106,17 @@ The skill will: | Category | Count | Use Cases | |----------|-------|-----------| -| Social Media Post | 10,000+ | Instagram, Twitter/X, Facebook, viral content | -| Product Marketing | 3600+ | Ads, campaigns, promotional materials | -| Profile / Avatar | 1000+ | Headshots, profile pictures, character portraits | -| Others / Mixed | 900+ | Uncategorized creative prompts | -| Poster / Flyer | 470+ | Events, announcements, banners | -| Infographic | 450+ | Data visualization, educational content | -| E-commerce | 370+ | Product photos, listings, white background | -| Game Asset | 370+ | Sprites, characters, items | -| Comic / Storyboard | 280+ | Manga, panels, sequential art | -| YouTube Thumbnail | 170+ | Click-worthy video covers | -| App / Web Design | 160+ | UI mockups, interface designs | +| Social Media Post | 6,800+ | Instagram, Twitter/X, Facebook, viral content | +| Product Marketing | 4,000+ | Ads, campaigns, promotional materials | +| Profile / Avatar | 1,100+ | Headshots, profile pictures, character portraits | +| Others / Mixed | 950+ | Uncategorized creative prompts | +| Poster / Flyer | 520+ | Events, announcements, banners | +| Infographic | 480+ | Data visualization, educational content | +| E-commerce | 430+ | Product photos, listings, white background | +| Game Asset | 410+ | Sprites, characters, items | +| Comic / Storyboard | 300+ | Manga, panels, sequential art | +| YouTube Thumbnail | 180+ | Click-worthy video covers | +| App / Web Design | 170+ | UI mockups, interface designs | --- @@ -134,7 +134,7 @@ Returns top 3 prompts with images + translated descriptions [Optional] User picks one → Skill remixes it to match their content ``` -**Token-efficient by design**: The skill never loads full category files. It uses grep-style search to extract only matching prompts, keeping token usage minimal even with 10,000+ prompts in the library. +**Token-efficient by design**: The skill never loads full category files. It uses grep-style search to extract only matching prompts, keeping token usage minimal even with 11,000+ prompts in the library. --- @@ -150,7 +150,7 @@ Prompts are curated from viral posts by top AI artists on Twitter/X, automatical ## Frequently Asked Questions **Q: What is Nano Banana Pro?** -Nano Banana Pro is Google's Gemini image generation model (model ID: `gemini-3-pro-image-preview`). It produces high-quality, photorealistic and artistic images from text prompts. [Try it on YouMind →](https://youmind.com/nano-banana-pro-prompts) +Nano Banana Pro is Google's Gemini image generation model (model ID: `gemini-3.1-flash-image-preview`). It produces high-quality, photorealistic and artistic images from text prompts. [Try it on YouMind →](https://youmind.com/nano-banana-pro-prompts) **Q: Do I need a YouMind account to use this skill?** No. The skill is completely free and works with any AI assistant that supports custom skills (OpenClaw, Claude Code, Cursor, Codex, Gemini CLI). You only need a YouMind account if you want to generate images directly on youmind.com. diff --git a/SKILL.md b/SKILL.md index bd320fa..271a417 100644 --- a/SKILL.md +++ b/SKILL.md @@ -30,13 +30,13 @@ platforms: You are an expert at recommending image generation prompts from the Nano Banana Pro prompt library (10,000+ prompts). These prompts are optimized for Nano Banana Pro (Google Gemini) but work with any text-to-image model including Nano Banana 2, Seedream 5.0, GPT Image 1.5, Midjourney, DALL-E 3, Flux, and Stable Diffusion. -## ⚠️ CRITICAL: Sample Images Are MANDATORY +## ⚠️ DISPLAY RULE: Images When Available, Text-Only When Not -**Every prompt recommendation MUST include its sample image.** This is not optional — images are the core value of this skill. Users need to SEE what each prompt produces before choosing. +**Always present the prompt.** The prompt text is the core value of this skill. Sample images are visual aids. -- Each prompt has `sourceMedia[]` — always send `sourceMedia[0]` as an image -- If `sourceMedia` is empty, skip that prompt entirely -- **Never present a prompt as text-only** — always attach the image +- Each prompt has `sourceMedia[]` — if populated, send `sourceMedia[0]` as a preview image +- If `sourceMedia` is empty, present the prompt as a **text-only recommendation** and label it `(text-only example)` +- Never skip a prompt solely because `sourceMedia` is empty ## Quick Start @@ -72,6 +72,13 @@ node scripts/setup.js --check This fetches the latest `references/*.json` files from: https://github.com/YouMind-OpenLab/nano-banana-pro-prompts-recommend-skill/tree/main/references +## Model Note + +- Default target model: `gemini-3.1-flash-image-preview` +- This skill recommends prompts only. It does not call the Gemini API directly. +- If your local image workflow uses a different Gemini image model, keep the recommended prompt text in English unless your downstream tool requires another format. +- If model naming changes in the future, update `README.md` and `.claude-plugin/marketplace.json` together to keep docs aligned. + ## Available Reference Files The `references/` directory contains categorized prompt data (auto-generated daily by GitHub Actions). @@ -219,8 +226,9 @@ For each recommended prompt, provide in user's input language: **CRITICAL — Full prompt in context**: Even though the display is truncated, the agent MUST hold the complete prompt text in its context so it can use it for customization in Step 5. Never discard the full prompt. -**⚠️ MANDATORY: ALWAYS send the sample image for every prompt recommendation.** -If `sourceMedia` is empty, skip that prompt. Otherwise, you MUST send the image — never skip this step. +**IMAGES: Send when available, skip gracefully when not.** +If `sourceMedia` is populated, send `sourceMedia[0]` as a preview image using the steps below. +If `sourceMedia` is empty, label the prompt `(text-only example)` and skip the image steps — do not skip the prompt itself. **How to send the image — download then send (works on all platforms):** @@ -243,7 +251,7 @@ Do this for **each** of the 3 recommended prompts — one image per prompt. If `message` tool is unavailable, embed in your response: `![preview]({sourceMedia[0]})` -**One image per prompt** (use `sourceMedia[0]`). Never skip this — images are the core value of the skill. +**One image per prompt** (use `sourceMedia[0]`) when available. If no image, present the prompt as text-only — the prompt is still fully usable. **After presenting all prompts**, always ask the user to choose and offer customization: diff --git a/references/defense-proposal-visuals.json b/references/defense-proposal-visuals.json new file mode 100644 index 0000000..726d5ca --- /dev/null +++ b/references/defense-proposal-visuals.json @@ -0,0 +1,122 @@ +[ + { + "id": 93001, + "title": "Defense Proposal Visual, Border Surveillance Sensor Coverage Map", + "description": "Infographic-style sensor coverage map showing radar, EO towers, and ground sensors deployed along a border with overlapping detection zones.", + "content": "Clean infographic-style defense concept diagram on white background showing a border surveillance network with radar towers, EO camera towers, and ground sensors deployed along a border line. Colored semi-transparent coverage zones illustrate radar detection rings and EO observation cones. Overlapping coverage areas highlighted in blue and teal gradients. Arrows show communication links to a central command center. Flat vector style with clear icons, minimal text labels, and clean geometric layout designed for capability presentations and tender proposals, high-resolution presentation graphic.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93002, + "title": "Defense Proposal Visual, Layered Air Defense Bubble Visualization", + "description": "Infographic-style layered air defense concept diagram showing inner, mid-range, and outer defense rings protecting a high-value area.", + "content": "Clean infographic-style defense concept diagram on light grey background showing a layered air defense system. Three concentric semi-transparent rings illustrate standoff, mid-range, and close-in defense layers labeled with system type indicators. Threat vectors shown as incoming arrows intercepted at each layer. Icons for surface-to-air missile batteries, radar stations, and command nodes placed around the rings. Teal and blue gradient fills on defense zones, red threat arrows, white background with subtle grid overlay. Flat vector style, clean geometric layout, minimal text labels, presentation slide quality for defense tenders and capability briefings.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93003, + "title": "Defense Proposal Visual, Counter UAS Defense Coverage Layers", + "description": "Infographic-style counter-UAS layered defense diagram showing detection, classification, and defeat zones around a protected perimeter.", + "content": "Clean infographic-style counter-UAS concept diagram on white background. Three concentric coverage zones labeled detect, classify, and defeat arranged around a protected facility icon at center. Outer detection ring shows RF sensor and radar icons with semi-transparent blue coverage overlay. Middle classification ring shows AI classification node and optical sensor icons with teal overlay. Inner defeat zone shows soft-kill jammer icons with orange boundary highlight. Small drone icons shown approaching from multiple directions, neutralized at the defeat boundary. Flat vector icons, clean sans-serif labels, blue and teal palette, defense proposal presentation quality.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93004, + "title": "Defense Proposal Visual, ISR Mission Data Flow Pipeline", + "description": "Infographic-style ISR mission data flow diagram showing collection tasking, sensor operation, data processing, analysis, and dissemination stages.", + "content": "Clean infographic-style ISR mission lifecycle diagram on white background. Horizontal pipeline layout with five labeled stages connected by bold directional arrows: Collection Tasking, Sensor Operation, Data Processing, Intelligence Analysis, and Dissemination. Each stage shown as a labeled icon card with relevant sub-icons including drone platform, processing server, analyst workstation, and command terminal. Color-coded stage cards using blue, teal, and grey gradient fills. Feedback loop arrow from Dissemination back to Tasking shown as a curved return line. Flat vector style, minimal text, presentation slide quality for ISR capability briefings and proposals.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93005, + "title": "Defense Proposal Visual, Integrated Coastal Surveillance Network Map", + "description": "Infographic-style coastal surveillance concept map showing shore-based radar, AIS, patrol vessels, and maritime operations center with coverage zones.", + "content": "Clean infographic-style coastal surveillance concept map on light grey background. Stylized coastline baseline with sea area below and land area above. Shore assets shown as labeled vector icons along the coastline: coastal radar towers with blue semi-transparent radar sweep arcs, AIS receiver stations, EO camera towers with observation cone overlays, and VHF antenna icons. Sea area shows patrol vessel icons with labeled comms links to shore. Maritime patrol aircraft icon with data link arc. Central maritime operations center icon on land with connecting lines to all shore assets. Blue and teal coverage zones, clean flat vector style, high-resolution capability presentation graphic.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93006, + "title": "Defense Proposal Visual, Multi Domain Defense Architecture Overview", + "description": "Infographic-style multi-domain defense concept diagram showing land, sea, air, space, and cyber domains connected through a unified command layer.", + "content": "Clean infographic-style multi-domain defense architecture diagram on white background. Five domain segments arranged around a central unified command node: Land domain with armored vehicle and ground radar icons, Sea domain with vessel and coastal sensor icons, Air domain with aircraft and UAV icons, Space domain with satellite icon, and Cyber domain with network shield icon. Each domain shown as a labeled arc segment in a different teal or blue shade. Connecting lines from all domains converge at the central command node labeled Joint Operations Center. Data flow arrows show sensor feeds flowing inward and command signals flowing outward. Flat vector style, blue and teal palette, clean presentation quality.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93007, + "title": "Defense Proposal Visual, National Operations Center Information Fusion Flow", + "description": "Infographic-style information fusion flow diagram for a national operations center showing multi-agency data inputs, fusion layer, and command outputs.", + "content": "Clean infographic-style information fusion flow diagram on light grey background. Vertical three-layer layout. Top input layer: labeled agency feed icons arranged in a horizontal row including border force, intelligence, cyber, law enforcement, and critical infrastructure monitors. Center fusion layer: prominent labeled fusion engine block with internal process labels for normalization, correlation, threat scoring, and common operating picture generation. Bottom output layer: labeled output nodes for command dashboard, analyst workstation, executive briefing portal, and inter-agency alert feed. Vertical arrows flowing from inputs through fusion to outputs. Blue and teal color coding, flat vector icons, presentation slide quality for national security capability proposals.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93008, + "title": "Defense Proposal Visual, Smart City Security Platform Architecture Overview", + "description": "Infographic-style smart city security platform overview showing sensor inputs, analytics middleware, and city operations center outputs.", + "content": "Clean infographic-style smart city security platform diagram on white background. Horizontal three-column layout. Left input column: labeled sensor type icons including traffic cameras, environmental sensors, emergency call points, smart lighting nodes, and utility monitors. Center platform column: large labeled platform block with internal layers for data ingestion, AI analytics, GIS integration, and event management shown as stacked bands inside the block. Right output column: labeled city operations dashboard, mobile field responder app, and public alert system icons. Horizontal arrows from inputs through platform to outputs labeled with protocol types. Blue, teal, and grey palette, flat vector icons, executive proposal quality.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93009, + "title": "Defense Proposal Visual, Police Unified Communications Network Concept Map", + "description": "Infographic-style police communications network concept map showing patrol units, radio infrastructure, and dispatch center connectivity.", + "content": "Clean infographic-style police unified communications network concept map on light grey background. Hub-and-spoke topology with dispatch and command center icon at center. Outer ring of field unit icons: patrol car, motorcycle unit, foot patrol officer, and mobile CCTV van, each connected to center by labeled communication links. Middle ring of infrastructure nodes: P25 radio tower, LTE base station, and microwave relay icons. Different colored connection lines indicating radio voice links in orange, data links in blue, and video links in teal. Clean flat vector icons, minimal text labels, consistent icon sizing, high-resolution police capability presentation graphic.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93010, + "title": "Defense Proposal Visual, Drone Surveillance Mission Lifecycle Diagram", + "description": "Infographic-style drone surveillance mission lifecycle diagram showing planning, launch, patrol, detection, reporting, and recovery phases.", + "content": "Clean infographic-style drone surveillance mission lifecycle diagram on white background. Circular lifecycle layout with six labeled phase segments arranged around a central drone icon: Mission Planning, Pre-Flight and Launch, Patrol and Surveillance, Detection and Tracking, Reporting and Alerting, and Recovery and Debrief. Each phase shown as a labeled arc segment with a relevant flat vector icon. Arrows flowing clockwise around the circle connecting each phase. Color gradient from blue at planning through teal at patrol to orange at detection, returning to blue at recovery. Internal center circle shows live drone feed icon. Flat vector style, presentation slide quality for ISR and drone capability briefings.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93011, + "title": "Defense Proposal Visual, Satellite Communications Network Architecture", + "description": "Infographic-style satellite communications network architecture showing ground terminals, satellite links, and connected command and field nodes.", + "content": "Clean infographic-style satellite communications network architecture diagram on light grey background. Satellite icon at top center with labeled orbital arc. Downward links from satellite to two ground station icons on left and right sides of diagram. Ground stations connected onward to labeled end node icons: command headquarters, mobile C4I vehicle, forward operating base terminal, maritime vessel, and airborne platform. Uplink and downlink arrows labeled with frequency band and data rate indicators. Blue signal arc lines from satellite to ground nodes. Teal connection lines from ground stations to end nodes. Flat vector style, clean geometric layout, defense communications proposal quality.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93012, + "title": "Defense Proposal Visual, Mobile C4I Vehicle Network Integration Diagram", + "description": "Infographic-style mobile C4I vehicle integration diagram showing onboard systems, satellite uplink, radio networks, and connected field units.", + "content": "Clean infographic-style mobile C4I vehicle network integration diagram on white background. Vehicle silhouette icon at center with labeled onboard system callouts: command workstation, server rack, radio suite, VSAT terminal, and power system. Satellite arc rising from VSAT terminal upward to satellite icon and onward to rear HQ block at top right. Radio network extending left from vehicle to dismounted unit icons and supporting vehicle icons. Data network extending right to brigade network cloud and situational awareness platform icons. All connections labeled with protocol and link type. Blue satellite links, teal radio links, grey data links, flat vector style, defense tender presentation quality.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93013, + "title": "Defense Proposal Visual, Coastal Radar Coverage Visualization Along Shoreline", + "description": "Infographic-style coastal radar coverage map showing overlapping radar sweep zones along a shoreline with gap analysis and recommended tower placement.", + "content": "Clean infographic-style coastal radar coverage visualization on light grey background. Stylized shoreline baseline with sea area shown as a soft blue-grey fill. Three radar tower icons placed along the shoreline, each emitting a semi-transparent blue radar sweep arc extending over the sea. Overlapping coverage zones shown as teal gradient where arcs intersect. Coverage gap areas highlighted with orange dashed outlines and labeled. Recommended additional tower placement shown as a dashed-border icon with a plus indicator. Distance scale bar at bottom. Minimal text labels, flat vector style, high-resolution tender proposal graphic suitable for coastal security capability presentations.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93014, + "title": "Defense Proposal Visual, Critical Infrastructure Protection Monitoring Network", + "description": "Infographic-style critical infrastructure protection diagram showing site sensor nodes, secure communications links, and central monitoring platform with escalation outputs.", + "content": "Clean infographic-style critical infrastructure protection network diagram on white background. Five labeled site icons distributed across the diagram representing asset types: power substation, water treatment facility, fuel depot, government building, and data center. Each site icon shows a small sensor suite callout with camera, access control, and environmental monitor sub-icons. Secure communication links shown as labeled lines connecting each site to a central monitoring platform icon. Central platform block labeled with alarm management, event correlation, and asset health services. Escalation output nodes at right: security operations center icon, incident response team icon, and executive alert interface icon. Blue communication links, teal platform block, orange escalation links, flat vector style, proposal quality.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 93015, + "title": "Defense Proposal Visual, Integrated Emergency Response System Architecture", + "description": "Infographic-style integrated emergency response system overview showing multi-agency inputs, unified platform, and field responder outputs.", + "content": "Clean infographic-style integrated emergency response system architecture diagram on light grey background. Three-column layout. Left agency input column: labeled agency icons in a vertical stack including police, fire brigade, ambulance service, and civil defense, each with a communication link arrow pointing right. Center unified platform column: large labeled platform block with internal service layers for incident intake, dispatch engine, resource allocation, and GIS mapping shown as stacked horizontal bands. Right field output column: labeled output nodes including dispatcher workstation, mobile field app, CAD terminal, and public alert broadcast. Data flow arrows from left through platform to right outputs. Blue agency links, teal platform block, grey output links, flat vector icons, emergency services capability presentation quality.", + "sourceMedia": [], + "needReferenceImages": false + } +] diff --git a/references/defense-tech.json b/references/defense-tech.json new file mode 100644 index 0000000..8b66eac --- /dev/null +++ b/references/defense-tech.json @@ -0,0 +1,362 @@ +[ + { + "id": 90001, + "title": "Defense Tech, Tactical ISR Drone Patrol Over Desert Border", + "description": "Cinematic aerial photograph of a matte black tactical ISR drone flying low over a Saharan desert border zone at golden hour, sensor gimbal visible, dramatic wide-angle composition.", + "content": "Photorealistic cinematic aerial photograph of a matte black tactical ISR quadrotor drone flying low over a vast Saharan desert border zone at golden hour. Military-grade carbon-fiber airframe with sensor gimbal pod and terrain surveillance cameras on undercarriage. Long shadows across rippled sand dunes, warm amber and deep orange sky, atmospheric dust haze near horizon. Dramatic wide-angle cinematic composition, subtle sun flare at frame edge. Extreme texture detail on rotor blades and airframe, high dynamic range lighting, no people visible, professional aerial military photography style, photorealistic, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90002, + "title": "Defense Tech, Quadrotor Surveillance Drone Monitoring Urban District at Night", + "description": "Night aerial photograph of a tactical police quadrotor drone hovering above an urban district, city grid lights below, thermal sensor pod visible.", + "content": "Cinematic night aerial photograph of a matte black tactical quadrotor surveillance drone hovering above a dense urban residential district at night. City grid lights and street illumination visible below. Thermal imaging sensor pod mounted underneath airframe, police livery markings on frame, rotor tips faintly glowing. Dramatic urban surveillance composition, ambient city light glow, low-altitude hover position. Professional surveillance photography aesthetic, photorealistic hardware detail, 8K, sharp focus on drone body, no motion blur.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90003, + "title": "Defense Tech, Fixed Wing ISR Aircraft Conducting Coastal Reconnaissance", + "description": "Photorealistic wide-angle aerial photograph of a fixed-wing ISR aircraft flying over a coastline at dawn, EO/IR sensor turret visible under the nose, soft morning sky.", + "content": "Photorealistic wide-angle aerial photograph of a fixed-wing ISR reconnaissance aircraft flying over a blue Mediterranean coastline at dawn. Matte grey fuselage with EO/IR sensor turret mounted under the nose. Coastal cliffs and calm sea visible below, soft pink and amber morning sky on the horizon. SIGINT antenna fairings visible along the fuselage. Dramatic low-altitude reconnaissance pass composition, crisp military aviation photography style, no country markings, no flags, photorealistic, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90004, + "title": "Defense Tech, Border Surveillance Tower With Multi-Sensor Radar and EO Camera", + "description": "Standalone border surveillance tower in arid desert terrain with mast-mounted EO/IR camera dome, short-range radar antenna, and floodlight array.", + "content": "Photorealistic daytime photograph of a standalone border surveillance tower rising from arid desert terrain. Mast-mounted EO/IR camera dome at top, short-range surveillance radar antenna below the dome, floodlight array on side arms. Reinforced concrete base with cable conduit and warning signage. Background shows open desert and a perimeter fence line. Harsh midday sunlight casting strong shadows, sharp photographic detail of electronics and structural components, professional infrastructure photography, no people, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90005, + "title": "Defense Tech, Military Command Vehicle With Satellite and Mesh Radio Systems", + "description": "Armored military command and control vehicle at a forward operating base, deployable satellite dish raised, multiple antenna systems visible, desert camouflage.", + "content": "Photorealistic photograph of an armored military command and control vehicle parked at a forward operating base in a desert environment. Large deployable satellite dish mounted on roof in raised operational position. Multiple VHF/UHF whip antennas and mesh radio mast visible. Equipment lockers and cable management on exterior panels. Desert camouflage paint scheme, sandy terrain and pale sky background. Documentary military equipment photography style, sharp detail on electronics and antenna systems, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90006, + "title": "Defense Tech, Tactical Operations Center With Real-Time Drone and Sensor Feeds", + "description": "Modern military tactical operations center interior at night, curved multi-screen video wall showing drone feeds and sensor data, operators at workstations, blue ambient lighting.", + "content": "Photorealistic interior photograph of a modern military tactical operations center at night. Large curved multi-screen video wall displaying live drone feeds, geographic map overlays, and sensor data streams. Dark room with cool blue ambient accent lighting. Operators seated at dual-monitor workstations with communications headsets, situation awareness boards on side walls. Professional military TOC aesthetic, cinematic blue-tinted lighting, no readable text or data visible on screens, 8K interior photography.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90007, + "title": "Defense Tech, Police Drone Unit Launching UAV From Patrol Vehicle", + "description": "Police officer in tactical gear launching a compact quadrotor UAV from a marked police SUV on a city street, rotors spinning, documentary style.", + "content": "Photorealistic action photograph of a police officer in tactical gear and high-visibility vest launching a compact quadrotor UAV from the roof mount of a marked police SUV parked on a city street. Drone rotors spinning at launch speed, slight rotor wash visible. Officer wearing helmet, daylight urban setting, police vehicle light bar visible in frame. Blurred city background with shallow depth of field on subject. Professional documentary police operations photography style, sharp focus on drone and officer, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90008, + "title": "Defense Tech, Maritime Coastal Surveillance Network With Radar and Camera Towers", + "description": "Maritime surveillance station on a rocky coastal headland with radar dishes, PTZ camera systems, and hardened equipment building, calm sea background.", + "content": "Photorealistic wide-angle landscape photograph of a maritime surveillance station positioned on a rocky coastal headland. Two surveillance towers visible, each with rotating search radar dish and pan-tilt-zoom camera system at top. Below the towers a hardened equipment building with external antenna farm and equipment enclosures. Calm blue sea and clear sky in background, overcast coastal diffused lighting. Documentary infrastructure photography style, sharp architectural and electronics detail, no people visible, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90009, + "title": "Defense Tech, Armored Communication Shelter With Field Network Equipment", + "description": "Military armored communication shelter deployed in open desert, satellite dish and RF antenna array visible, hardened industrial design, harsh desert lighting.", + "content": "Photorealistic photograph of a military armored communication shelter unit deployed in an open desert environment. Exterior shows operational satellite dish, RF antenna array, power distribution panel, and heavy-duty cable entries. Olive drab paint finish with unit markings removed. Industrial hardened case construction, ramp access door partially visible on one side. Harsh desert sunlight casting strong directional shadows, sandy ground and pale sky. Documentary military field equipment photography, 8K detail.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90010, + "title": "Defense Tech, Mobile Command Center Interior With Video Wall", + "description": "Mobile command center vehicle interior at night, rear-projection video wall with map and incident data, analysts at workstations, professional ergonomic design.", + "content": "Photorealistic cinematic interior photograph of a mobile command center vehicle interior configured for operations at night. Large rear-projection video wall at the front showing geographic map and incident status overlays. Four analysts seated at ergonomic workstations with laptop screens and communications headsets. Blue and amber accent lighting, ceiling-mounted equipment racks and cable management. Professional government and military proposal visual quality, no readable data visible on any screen, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90011, + "title": "Defense Tech, Drone Swarm Reconnaissance Mission Over Mountain Terrain", + "description": "Cinematic aerial photograph of five small tactical drones in dispersed formation over rugged mountain terrain at dusk, matte grey airframes, dramatic purple-amber sky.", + "content": "Cinematic aerial photograph of a coordinated swarm of five small tactical reconnaissance drones flying in a dispersed formation over rugged mountain terrain at dusk. Matte grey airframes with minimal markings, varied altitude spacing across the formation. Mountain ridgelines and valleys visible below, dramatic purple and amber dusk sky above. Wide-angle lens capturing all drones and terrain in a single frame. Professional military aerial photography style, photorealistic, no human subjects, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90012, + "title": "Defense Tech, Counter-UAV Monitoring System With Radar and RF Sensors", + "description": "Counter-UAV ground station with phased array radar, directional RF detection antenna array, and command terminal on a rooftop deployment, city skyline background.", + "content": "Photorealistic daytime photograph of a counter-UAV ground station deployed on an elevated rooftop position. Equipment includes a phased array radar panel, directional RF detection antenna array, and compact command terminal mounted on a wheeled operational platform. City skyline visible in background, slightly out of focus. Alert indicator light visible on the terminal. Clean industrial equipment design, professional security infrastructure photography, sharp hardware detail, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90013, + "title": "Defense Tech, Border Security Patrol Using UAV and Ground Radar Integration", + "description": "Desert border zone operation with ground-mounted mobile surveillance radar in foreground and a small fixed-wing UAV flying overhead, no people.", + "content": "Photorealistic wide landscape photograph of a desert border security zone. Ground-mounted mobile surveillance radar dish visible in the foreground, positioned beside a hardened equipment enclosure. Small fixed-wing UAV flying a patrol pattern in the background sky. Border perimeter fence and open flat terrain extending to the horizon. Warm desert afternoon light, clear sky. Documentary military border security photography style, no people in frame, clear equipment detail on both radar and aircraft, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90014, + "title": "Defense Tech, Urban Police Surveillance Drone Flying Between High-Rise Buildings", + "description": "Low-angle upward shot of a compact police surveillance quadrotor flying between glass high-rise buildings in a modern city, police markings visible, dramatic urban composition.", + "content": "Cinematic low-angle upward photograph of a compact police surveillance quadrotor drone flying between tall glass high-rise buildings in a modern city center. Bright blue sky and glass building reflections visible above and behind the drone. Police markings and side-mounted camera pod clearly visible on the airframe. Dramatic urban perspective composition looking up from street level. Sharp drone detail, city architecture in bokeh background. Professional photojournalism style, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90015, + "title": "Defense Tech, Tactical Field Surveillance System Deployed at Temporary Base", + "description": "Temporary tactical field surveillance setup at a forward base, telescoping mast with EO/IR camera, solar panels, operator at laptop reviewing footage, golden light.", + "content": "Photorealistic documentary photograph of a temporary tactical field surveillance system deployed at a forward operating base. Mast-mounted EO/IR camera on a portable telescoping tripod mast, fully extended. Solar panel array beside the mast for off-grid power. Operator in field uniform seated at a folding table reviewing live footage on a ruggedized laptop. Desert environment with sand-coloured equipment. Late afternoon golden light casting warm directional shadows. Professional field documentation photography style, 8K, minimal post-processing look.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90031, + "title": "Defense Tech, Tactical Radio Operator Using Man-Portable HF Set in Desert", + "description": "Soldier in field uniform operating a man-portable HF tactical radio set in a desert environment, whip antenna extended, rugged equipment detail.", + "content": "Photorealistic documentary photograph of a soldier in desert field uniform seated at a folding table operating a man-portable HF tactical radio transceiver. Large ruggedized case-mounted radio unit with handset, whip antenna extended upward. Sandy desert terrain, midday harsh sunlight, equipment cables neatly routed. Close-up editorial style showing radio controls, frequency display, and operator's hands. No country markings, professional military field equipment photography, 8K detail.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90032, + "title": "Defense Tech, Vehicular Mesh Radio Node Installed on Tactical Truck", + "description": "Tactical utility truck with roof-mounted mesh network radio node and MIMO antenna array, desert terrain, operational deployment.", + "content": "Photorealistic photograph of a tactical utility truck fitted with a roof-mounted vehicular mesh network radio node. MIMO antenna array visible on a mast above the cab, RF cable routing along the side rail. Equipment box on rear cargo bed. Desert environment with dust and sandy terrain, strong afternoon directional light. Documentary military equipment photography aesthetic, sharp hardware detail on antenna system and radio enclosure, no markings, no personnel in frame, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90033, + "title": "Defense Tech, Deployable Tactical Mesh Network Node on Tripod Mast", + "description": "Portable mesh network radio node on an elevated tripod mast, deployed in open desert terrain, solar panel and battery case nearby.", + "content": "Photorealistic field documentation photograph of a deployable tactical mesh network communication node mounted on a portable aluminium tripod mast extended to full height. Compact radio node enclosure at the top with omni antenna and directional sector antenna. Small solar charging panel and ruggedized battery case on the ground beside the mast. Open flat desert terrain background, clear sky, golden afternoon light. Clean hardware detail, professional field deployment photography, no people, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90034, + "title": "Defense Tech, Field Communications Team Establishing Satellite Link in Desert", + "description": "Two operators deploying a portable SATCOM terminal on a tripod in desert terrain at sunset, dish pointed at sky, warm golden light.", + "content": "Photorealistic documentary photograph of two field communications operators in desert uniform deploying a portable SATCOM terminal on a tripod in open desert terrain at sunset. Compact satellite dish pointed upward at a shallow elevation angle, RF cable connecting to control unit on a carry case. Warm golden sunset sky behind the team. Shallow depth of field on equipment, blurred dune background. Professional field operations photography, 8K, no country markings.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90035, + "title": "Defense Tech, Tactical Radio Rebroadcast Station on Desert Hilltop", + "description": "Remote tactical radio rebroadcast station on a desert hilltop, equipment enclosure with antenna array, solar panels, and battery storage, wide landscape view.", + "content": "Photorealistic wide landscape photograph of a tactical radio rebroadcast station installed on a remote desert hilltop. Small hardened equipment enclosure with multiple VHF/UHF antenna elements on a mast, solar panel array facing south, vented battery storage cabinet beside the enclosure. Wide-angle view showing the hilltop position against an open desert horizon. Clear sky, harsh midday light, no personnel. Infrastructure documentation photography style, sharp detail on equipment, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90036, + "title": "Defense Tech, ISR Drone Ground Control Station Interior", + "description": "Interior of an ISR drone ground control station with dual operator consoles, large screens showing live drone video feed and flight data, dark room with blue lighting.", + "content": "Photorealistic interior photograph of an ISR drone ground control station. Two operator workstations side by side, each with large dual monitor setup showing simulated drone video feed, flight telemetry, and navigation map. Dark room with cool blue rack-mounted system lighting behind the consoles. Joystick and throttle controllers on desk surface, communications headsets worn by operators. Professional avionics control room aesthetic, no readable data visible on screens, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90037, + "title": "Defense Tech, Mobile ISR Drone Ground Station Vehicle Exterior", + "description": "Purpose-built ISR drone ground station vehicle in desert terrain, satcom dome on roof, whip antennas, hardened vehicle body, operational configuration.", + "content": "Photorealistic documentary photograph of a purpose-built ISR drone ground station vehicle parked in open desert terrain. Satcom radome on the roof, multiple VHF and UHF whip antennas on the roof rack, datalink antenna mast extended. Vehicle body is a medium truck with custom equipment shelter. Desert sand environment, warm morning light, no people, no markings. Military field vehicle photography aesthetic, detailed hardware visible, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90038, + "title": "Defense Tech, Drone Operator Wearing VR Headset for FPV ISR Mission", + "description": "Military drone operator wearing FPV goggles and seated at a ground control station, desert environment, radio controller in hands, immersive operation visual.", + "content": "Photorealistic photograph of a military drone operator in field uniform seated at a portable ground control station wearing tactical FPV video goggles for immersive ISR mission control. Radio transmitter controller held in both hands, ruggedized tablet on stand beside operator. Desert environment, bright daylight. Documentary operational photography, shallow depth of field on operator, blurred desert background, 8K, no country markings.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90039, + "title": "Defense Tech, Fixed Wing ISR Drone Landing Approach Over Desert Airstrip", + "description": "Fixed-wing ISR drone on final approach to a desert airstrip at dawn, sensor turret visible under nose, wide runway perspective.", + "content": "Photorealistic cinematic photograph of a medium fixed-wing ISR unmanned aircraft on final approach to a desert airstrip at dawn. Matte grey airframe with EO/IR sensor turret visible under the nose, landing gear deployed. Wide perspective showing the desert runway environment, pale pink morning sky, minimal ground equipment visible at the strip margins. Aviation documentary photography aesthetic, sharp aircraft detail, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90040, + "title": "Defense Tech, Multi-Screen ISR Mission Planning Workstation", + "description": "ISR mission analyst at a multi-screen workstation with flight planning software, terrain maps, and sensor data windows open, dark operations room.", + "content": "Photorealistic interior photograph of an ISR mission planning workstation with four large monitors showing flight planning software, terrain elevation maps, sensor tasking windows, and communications status panels. Operator in uniform seated in front of the array in a dark operations room. Keyboard, mouse, and communications handset on desk. Ambient blue and green rack indicator lighting in background. No readable text on screens, professional intelligence operations aesthetic, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90041, + "title": "Defense Tech, Ground-Based Surveillance Radar Array in Desert at Dusk", + "description": "Wide-angle photograph of a ground-based border surveillance radar array mounted on a fixed tower at dusk, rotating dish visible, warm amber sky.", + "content": "Photorealistic wide-angle photograph of a ground-based border surveillance radar system mounted on a fixed steel lattice tower in open desert terrain at dusk. Large rotating search radar dish at the top of the tower, secondary smaller radar antenna below it. Warm amber and purple dusk sky, long tower shadow across sandy ground. Secure perimeter fence at the base, no personnel. Infrastructure documentary photography style, sharp metallic hardware detail, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90042, + "title": "Defense Tech, Mobile Ground Surveillance Radar Deployed at Border Checkpoint", + "description": "Trailer-mounted short-range ground surveillance radar positioned at a border checkpoint, rotating antenna dish, checkpoint infrastructure in background.", + "content": "Photorealistic photograph of a trailer-mounted short-range ground surveillance radar system deployed beside a border checkpoint facility. Rotating search antenna dish visible on a telescoping mast above the trailer body. Checkpoint barriers and security kiosk visible in the background. Harsh desert midday light, no personnel, perimeter signage on fencing. Documentary border security infrastructure photography, sharp antenna and trailer hardware detail, no country markings, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90043, + "title": "Defense Tech, Integrated Border Surveillance System Control Room", + "description": "Modern border surveillance system control room with video wall showing radar overlays, camera feeds, and vehicle tracking, operators at workstations.", + "content": "Photorealistic interior photograph of a modern integrated border surveillance system control room. Large video wall at the front showing radar coverage maps, PTZ camera feeds, and ground vehicle tracks. Four operator workstations with multi-monitor setups, communications headsets, and status display panels. Blue and amber accent lighting, professional ergonomic design. No readable data on screens, clean government operations center aesthetic, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90044, + "title": "Defense Tech, Desert Border Sensor Fence Line With Seismic and Thermal Sensors", + "description": "Photorealistic landscape of a smart border sensor fence line in desert terrain with ground-mounted sensor nodes, camera towers, and perimeter lighting columns.", + "content": "Photorealistic wide landscape photograph of a smart border sensor fence line extending across flat desert terrain. Foreground shows ground-mounted seismic and thermal sensor nodes attached to the fence posts at regular intervals. Mid-distance view of a sensor camera tower and perimeter lighting column. Clear desert sky, late afternoon golden light. Professional security infrastructure landscape photography, sharp sensor hardware detail, no people, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90045, + "title": "Defense Tech, Airborne Radar Surveillance Aircraft Over Desert at Night", + "description": "Cinematic night aerial photograph of a large surveillance aircraft with ventral radar dome flying over dark desert terrain, city lights visible at horizon.", + "content": "Cinematic night aerial photograph of a large surveillance aircraft fitted with a ventral rotating radar dome flying at medium altitude over dark desert terrain. City lights visible as a soft glow on the far horizon. Aircraft navigation lights reflect subtly on the aircraft skin. Dramatic dark sky with stars partially visible. Photorealistic military aviation photography, no readable markings, dramatic low-key lighting, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90046, + "title": "Defense Tech, Mobile C4I Command Vehicle Interior With Briefing Setup", + "description": "Interior of a mobile C4I command vehicle with briefing table, commanders reviewing a map display, surrounded by communication racks and screens.", + "content": "Photorealistic interior photograph of a mobile C4I command vehicle configured for a command briefing. Folding briefing table in center with commanders in uniform reviewing a lit tactical display map. Communication equipment racks lining the vehicle walls, monitor screens showing situational awareness data. Ambient warm overhead lighting with cool blue equipment indicators. No readable text on any display, professional military command vehicle interior photography, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90047, + "title": "Defense Tech, C4I Command Truck Exterior in Operational Desert Configuration", + "description": "Large command and control truck in operational configuration in desert terrain, extended awning, external antenna farm, power generator running.", + "content": "Photorealistic documentary photograph of a large C4I command and control truck in full operational configuration in desert terrain. Extended side awning sheltering a secondary workstation area. Roof-mounted antenna farm with multiple elements deployed, external cable routing to a standalone generator set running nearby. Sandy terrain, warm afternoon light, equipment visible through open door. Military field operations photography, no country markings, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90048, + "title": "Defense Tech, Network Operations Center Inside a Command Vehicle", + "description": "Cramped but well-organized network operations center inside a command vehicle, patch panels, managed switches, fiber cable bundles, operators at work.", + "content": "Photorealistic close-up interior photograph of the network operations section inside a military command vehicle. Rack-mounted managed switches, fiber patch panels, and structured cable bundles neatly organized on one side. Operator at a compact workstation managing network topology on a ruggedized monitor. Blue LED equipment status indicators, tight professional installation. Documentary military IT infrastructure photography, no readable labels on equipment, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90049, + "title": "Defense Tech, Command Vehicle Convoy Moving Through Desert at Sunset", + "description": "Convoy of three military command and communication vehicles driving through open desert at sunset, dust trail, antenna systems visible, cinematic wide shot.", + "content": "Photorealistic cinematic wide-angle photograph of a convoy of three military command and communication vehicles driving through open flat desert terrain at sunset. Each vehicle has roof-mounted antenna arrays and communication masts. Long dust trail behind the lead vehicle, warm amber sunset sky, strong horizontal light. Documentary military convoy photography aesthetic, no country markings, no people visible outside vehicles, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90050, + "title": "Defense Tech, Hardened Mobile Command Post at Night With External Lighting", + "description": "Hardened mobile command post at night in desert, exterior floodlighting illuminating antenna systems and entry point, security perimeter visible.", + "content": "Photorealistic night photograph of a hardened mobile command post vehicle parked at a desert operations site. Exterior LED floodlights illuminate the antenna systems on the roof and the main entry ramp. Security perimeter fencing and warning lights visible in the background. Blue and white light wash over the hardened vehicle body. Atmospheric night operations visual, no people outside, no country markings, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90051, + "title": "Defense Tech, Deployable Communication Shelter With SATCOM and VHF Systems", + "description": "Deployable hardened communication shelter in desert terrain with rooftop SATCOM dish, VHF antenna array, and AC power unit, operational configuration.", + "content": "Photorealistic photograph of a deployable hardened ISO-type communication shelter deployed in open desert terrain. Rooftop-mounted SATCOM dish pointed skyward, VHF/UHF antenna array on one end wall, external AC power unit on the opposite end. Entry door with cipher lock, cable entry bulkheads visible. Harsh desert midday sunlight, no people. Military field communications infrastructure photography, sharp hardware detail, no markings, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90052, + "title": "Defense Tech, Field Communication Shelter Interior With Radio Racks", + "description": "Interior of a deployed communication shelter with floor-to-ceiling radio and communication equipment racks, patch panels, and operator workstation.", + "content": "Photorealistic interior photograph of a deployed field communication shelter interior. Floor-to-ceiling 19-inch equipment racks filled with HF/VHF/UHF radio systems, modem banks, and KVM switches. Central operator workstation with two monitors, communications handset on cradle. Cable management trays running ceiling-mounted between racks. Fluorescent overhead lighting, clean professional military signal installation, no readable labels, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90053, + "title": "Defense Tech, Rapid Deploy Communication Node Being Erected in Field", + "description": "Military signallers erecting a rapid deploy communication node in desert terrain, antenna mast being raised, equipment cases open on the ground.", + "content": "Photorealistic documentary photograph of two military signallers in desert uniform erecting a rapid deployable communication node in open desert terrain. Telescoping antenna mast being raised manually, guy wires being staked. Equipment transit cases open on sandy ground beside the node, radio and power units visible. Midday desert light, no markings, professional field operations photography, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90054, + "title": "Defense Tech, Coastal Radar Tower on Rocky Headland at Dusk", + "description": "Tall coastal surveillance radar tower on a rocky headland at dusk, rotating radar dish at top, coastal sea view, dramatic sky, no people.", + "content": "Photorealistic wide-angle landscape photograph of a coastal surveillance radar tower positioned on a rocky headland at dusk. Tall lattice steel tower with rotating search radar dish at the top and secondary fixed antennas below. Calm sea and coastal cliffs visible in the background, deep purple and amber dusk sky. Strong dramatic composition emphasizing height and coastal setting. Infrastructure landscape photography, no people, no markings, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90055, + "title": "Defense Tech, Electro-Optical Surveillance Tower on Desert Coast", + "description": "Standalone EO/IR surveillance tower on a desert coastline with pan-tilt camera system at top, sea visible behind, clear blue sky.", + "content": "Photorealistic documentary photograph of a standalone electro-optical and infrared surveillance tower positioned on a desert coastal cliff edge. Modern steel tower with pan-tilt-zoom EO/IR camera dome at the top, cable management conduit running down the tower body. Clear blue sea visible behind the tower, bright midday sky. Security infrastructure photography, sharp camera and tower hardware detail, no personnel, no flags or markings, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90056, + "title": "Defense Tech, Coastal Surveillance Operations Center With Sea and Air Track Display", + "description": "Coastal surveillance operations center interior with large display wall showing sea surface tracks, air picture, and coastal camera feeds, operators at consoles.", + "content": "Photorealistic interior photograph of a coastal surveillance operations center. Large display wall showing sea surface radar track picture, AIS vessel overlay, air picture, and live coastal camera feeds. Three operator consoles with multi-monitor workstations and communications equipment. Blue and grey ambient lighting, clean professional maritime operations aesthetic. No readable data on any screen, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90057, + "title": "Defense Tech, Counter-UAS Sensor Array on Rooftop at Night", + "description": "Counter-UAS sensor array installed on a building rooftop at night, directional RF antennas, acoustic sensor pods, and radar panel, city lights in background.", + "content": "Photorealistic night photograph of a counter-UAS sensor array installed on an urban building rooftop. Equipment includes directional RF detection antennas on a rotating mount, acoustic sensor pods on fixed brackets, and a small phased array radar panel. City lights visible in the background below. Blue LED status indicators on equipment enclosures, alert warning light on the mast. Professional security infrastructure photography at night, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90058, + "title": "Defense Tech, Counter-UAS Command Console With Drone Track Display", + "description": "Counter-UAS system operator at a command console showing live drone detection tracks, threat classification data, and engagement status on multi-screen display.", + "content": "Photorealistic interior photograph of a counter-UAS system operator workstation. Main display showing live detection tracks of classified drone contacts on a geographic map overlay, with threat classification sidebar and engagement status panel. Secondary screens showing RF signal analysis and camera feeds. Dark operations room with blue ambient lighting, operator in uniform at console. No readable data on displays, professional C-UAS operations aesthetic, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90059, + "title": "Defense Tech, Airborne ISR Turboprop Aircraft on Patrol Over Coastal Desert", + "description": "Twin-turboprop ISR aircraft flying a low patrol over a coastal desert region at dawn, sensor pods under wings, photorealistic aviation photography.", + "content": "Photorealistic aviation photograph of a twin-turboprop ISR aircraft flying a low patrol altitude over a coastal desert region at dawn. Sensor pods mounted under each wing, EO/IR turret visible under the fuselage. Coastline and open sea visible below, pale pink and amber dawn sky. Clean matte grey finish, no country markings, no tail number visible. Professional military aviation documentary photography, sharp airframe and sensor hardware detail, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90060, + "title": "Defense Tech, Airborne ISR Sensor Operator Station Inside Aircraft", + "description": "Interior of an airborne ISR aircraft showing sensor operator workstation with large ISR sensor display, mapping screen, and mission recording equipment.", + "content": "Photorealistic interior photograph of an airborne ISR sensor operator workstation inside a patrol aircraft. Main sensor display showing simulated EO/IR imagery, secondary mapping screen beside it, mission recording unit mounted in the equipment rack above. Compact ergonomic seat and safety harness, overhead cabin lighting. Aircraft skin visible at the edges, professional airborne intelligence operations aesthetic, no readable data on screens, 8K.", + "sourceMedia": [], + "needReferenceImages": false + } +] diff --git a/references/manifest.json b/references/manifest.json index aaedd82..fe93a16 100644 --- a/references/manifest.json +++ b/references/manifest.json @@ -1,6 +1,6 @@ { "updatedAt": "2026-03-10T02:37:19.792Z", - "totalPrompts": 11014, + "totalPrompts": 11104, "categories": [ { "slug": "profile-avatar", @@ -67,6 +67,30 @@ "title": "Uncategorized", "file": "others.json", "count": 963 + }, + { + "slug": "defense-tech", + "title": "Defense Tech", + "file": "defense-tech.json", + "count": 45 + }, + { + "slug": "technical-diagram", + "title": "Technical Diagram", + "file": "technical-diagram.json", + "count": 15 + }, + { + "slug": "system-diagrams-light", + "title": "System Diagrams Light", + "file": "system-diagrams-light.json", + "count": 15 + }, + { + "slug": "defense-proposal-visuals", + "title": "Defense Proposal Visuals", + "file": "defense-proposal-visuals.json", + "count": 15 } ] } \ No newline at end of file diff --git a/references/system-diagrams-light.json b/references/system-diagrams-light.json new file mode 100644 index 0000000..967443f --- /dev/null +++ b/references/system-diagrams-light.json @@ -0,0 +1,122 @@ +[ + { + "id": 92001, + "title": "System Diagram Light, Integrated Border Surveillance Network Topology", + "description": "Light-theme system architecture diagram showing integrated border surveillance infrastructure with radar towers, EO sensors, command center, and communication backbone.", + "content": "Clean light-theme system architecture diagram on white background showing an integrated border surveillance network. Diagram includes radar towers, EO/IR camera towers, ground sensors, communications relay nodes, and a central command center. Nodes connected with crisp network lines and labeled data flows. Flat vector style with thin dark typography and blue connection lines. Consistent geometric node icons, minimal color palette of blue, grey, and white. Designed for executive proposal slides and technical documentation, professional system-of-systems presentation aesthetic, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92002, + "title": "System Diagram Light, C4ISR Platform System of Systems Overview", + "description": "Light-theme executive overview diagram of a C4ISR platform showing sensor layer, processing layer, command layer, and communications backbone connecting all nodes.", + "content": "Clean light-theme system-of-systems overview diagram on white background. C4ISR platform layout showing four horizontal layers: sensor layer with ISR drones, radar, and EO nodes; data processing layer with fusion engine and correlation services; command layer with commander workstation and COC terminal; and communications backbone running vertically across all layers. Layer boundaries shown with subtle grey dividers. Nodes rendered as geometric icon-cards with dark labels. Blue and grey connection lines indicating data and command flows respectively. Flat vector style, consistent card sizing, crisp sans-serif typography, executive proposal slide quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92003, + "title": "System Diagram Light, ISR Drone Fleet Command and Data Architecture", + "description": "Light-theme network topology showing ISR drone fleet architecture with air vehicles, ground control stations, satellite relay, and mission data processing pipeline.", + "content": "Clean light-theme network topology diagram on white background showing ISR drone fleet command and data architecture. Air segment at top: multiple drone nodes arranged in a tactical formation pattern with labeled type icons. Ground segment in center: ground control station, satellite uplink terminal, and mission planning workstation as labeled geometric blocks. Data pipeline on right: video ingest, AI analytics engine, and mission data archive as a vertical processing stack. Satellite relay shown as a curved arc connecting air and ground segments. Crisp connection lines with labeled data rates and protocols. Thin dark sans-serif typography, blue highlights on active data flows, white background with subtle dot grid. Proposal-grade system-of-systems quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92004, + "title": "System Diagram Light, Coastal Maritime Surveillance System Architecture", + "description": "Light-theme coastal maritime surveillance network topology showing shore-based radars, AIS receivers, patrol vessels, and joint maritime operations center connectivity.", + "content": "Clean light-theme system topology diagram on white background showing coastal maritime surveillance architecture. Shore segment: labeled nodes for coastal radar towers, AIS receiver stations, EO/IR cameras, and VHF communications masts arranged along a stylized coastline baseline. Sea segment: patrol vessel icon-nodes with onboard sensor and comms labels. Air segment: maritime patrol aircraft node with data link arc to shore. Center hub: joint maritime operations center as the largest node with labeled internal systems. Crisp blue network lines connecting all nodes with labeled data flows. Flat vector style, minimal color palette of blue, grey, and white, executive documentation quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92005, + "title": "System Diagram Light, Counter-UAS Detection and Response Network", + "description": "Light-theme system diagram of a layered counter-UAS architecture showing detection sensors, classification engine, decision layer, and effector nodes.", + "content": "Clean light-theme system diagram on white background showing a layered counter-UAS detection and response network. Detection ring at outer edge: RF sensors, radar nodes, acoustic sensors, and EO cameras arranged in a circular perimeter topology. Classification layer inside: AI classification engine and track management service as labeled processing blocks. Decision layer center: threat assessment node with rules engine and operator override interface. Effector layer: soft-kill jammer nodes and alert broadcast system as output nodes. Radial connection lines from detection ring inward showing signal flow. Color coding: orange for detection, blue for data, red for effector commands. White background with subtle circular grid, flat vector style, professional proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92006, + "title": "System Diagram Light, Smart City Operations Center Data Flow", + "description": "Light-theme smart city operations platform system diagram showing sensor network inputs, fusion and analytics middleware, and operations center outputs.", + "content": "Clean light-theme system data flow diagram on white background for a smart city operations center. Left input column: sensor network nodes labeled traffic cameras, environmental sensors, emergency call points, utility monitors, and smart lighting controllers. Center platform column: large labeled hub block containing data fusion engine, event correlation service, GIS integration layer, and AI analytics module as stacked internal cards. Right output column: operations center dashboard, mobile field application, and public alert broadcast system as output nodes. Horizontal data flow lines from inputs through platform to outputs, labeled with protocol and data type. Flat vector style, thin dark typography, blue connection lines, white background, executive proposal aesthetic, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92007, + "title": "System Diagram Light, Police Unified Communications Network Topology", + "description": "Light-theme unified communications network topology diagram showing radio, cellular, and broadband channels connecting dispatch, patrol units, and command.", + "content": "Clean light-theme network topology diagram on white background for a police unified communications platform. Node groups arranged in three rings. Outer ring: field unit nodes including patrol cars, motorcycle units, foot patrols, and CCTV vans, each with radio and LTE labels. Middle ring: communications infrastructure nodes including P25 radio towers, LTE base stations, and microwave relay sites. Center node: dispatch and command center as a large hub block with labeled CAD, radio dispatch console, and video wall systems. Connection lines showing voice, data, and video channels in different colors: orange for radio, blue for data, grey for command links. White background, flat vector style, consistent node card sizing, executive proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92008, + "title": "System Diagram Light, Mobile C4I Vehicle Network and Satellite Links", + "description": "Light-theme system diagram of a mobile C4I vehicle showing onboard systems, satellite uplink, radio networks, and battlefield network integration.", + "content": "Clean light-theme system diagram on white background showing a mobile C4I command vehicle architecture and its network connections. Vehicle systems block in center: labeled internal subsystems including command workstation, server rack, radio suite, UPS, and cooling system shown as stacked cards inside a vehicle-shaped container. Satellite arc at top: VSAT terminal connecting to satellite node and onwards to rear HQ block. Radio network left: tactical radio nodes connecting to dismounted units and supporting vehicles. Data network right: encrypted data link to brigade network and situational awareness platform. All connections labeled with protocol and bandwidth. Flat vector style, crisp lines, white background, minimal blue and grey palette, professional defense tender quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92009, + "title": "System Diagram Light, Enterprise Video Analytics Platform Deployment", + "description": "Light-theme deployment architecture diagram for an enterprise video analytics platform showing edge AI nodes, central processing cluster, and operator interface layer.", + "content": "Clean light-theme deployment topology diagram on white background for an enterprise video analytics platform. Edge layer at top: camera nodes with embedded edge AI processors shown as distributed site clusters with labeled inference capabilities. Network layer: fiber and LTE transport links connecting edge sites to central platform. Central platform layer: on-premise server cluster with labeled processing nodes for video ingestion, deep learning inference, metadata indexing, and storage. Operator interface layer at bottom: command dashboard, investigation workstation, and mobile review app as labeled output nodes. Crisp blue data flow lines from edge inward, grey command lines outward to operators. White background with subtle dot grid, flat vector style, professional enterprise proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92010, + "title": "System Diagram Light, Sensor Fusion and Common Operating Picture Layer", + "description": "Light-theme sensor fusion architecture diagram showing multi-source sensor inputs feeding a fusion engine that produces a common operating picture for command users.", + "content": "Clean light-theme architecture diagram on white background for a sensor fusion and common operating picture system. Left input column: diverse sensor source nodes labeled radar tracks, AIS data, drone video feeds, OSINT feeds, and unit position reports. Center fusion engine: large prominent block with labeled internal processes for data normalization, track correlation, intent assessment, and COP compilation. Right output column: common operating picture display nodes including command center map wall, commander tablet interface, and allied force data share link. Horizontal data flow lines from inputs through fusion engine to outputs. Orange input lines, blue COP output lines, grey command lines. White background, flat vector style, executive system-of-systems proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92011, + "title": "System Diagram Light, Public Safety CAD and Dispatch Integration", + "description": "Light-theme system topology showing CAD platform integrations with radio dispatch, mobile data terminals, GIS, and inter-agency data sharing.", + "content": "Clean light-theme system topology diagram on white background for a public safety CAD and dispatch integration platform. Center block: CAD platform as the primary hub with labeled internal services including incident intake, resource allocation engine, and status tracking. Connected nodes radiating outward: radio dispatch console, mobile data terminals on patrol vehicles, GIS and mapping service, records management system, neighboring agency CAD for mutual aid, and public alert broadcast system. Connection lines labeled with integration type such as P25, REST API, CAD-to-CAD, and ESRI. White background, flat vector style, blue integration lines, consistent node card sizing, thin dark typography, professional government proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92012, + "title": "System Diagram Light, Tactical Mesh Radio Network Node Diagram", + "description": "Light-theme mesh network node diagram showing tactical radio nodes, relay nodes, gateway to IP backbone, and dismounted user endpoints.", + "content": "Clean light-theme mesh network topology diagram on white background for a tactical radio network. Mesh node icons distributed across the diagram in an irregular tactical formation pattern. Node types differentiated by icon and label: manpack radio nodes, vehicle-mounted nodes, relay tower nodes, and a single gateway node bridging to IP backbone. Mesh links shown as crisp connecting lines between all neighboring nodes with signal strength labels. IP backbone connection shown as a separate thicker line from gateway node to rear network cloud icon. Coverage rings shown as faint circular overlays around relay nodes. White background, orange mesh links, blue IP backbone link, dark labels, flat vector style, professional defense network proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92013, + "title": "System Diagram Light, Airside Surveillance and ATC Integration Topology", + "description": "Light-theme airside surveillance system topology showing surface movement radar, CCTV, ANPR, and ATC system integrations at an airport.", + "content": "Clean light-theme system topology diagram on white background for airside surveillance and ATC integration at an airport. Sensor layer nodes distributed around a stylized runway boundary outline: surface movement radar, perimeter CCTV cameras, ANPR readers at vehicle gates, and airfield lighting control nodes. Integration platform center block: airside surveillance management system with labeled internal services for track management, video integration, alarm handling, and ATC data bridge. Connected output systems: ATC tower workstation, airside operations center, security control room, and incident management system as labeled output nodes. Blue data lines from sensors to platform, grey command lines to outputs. White background with subtle runway grid overlay, flat vector style, executive aviation sector proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92014, + "title": "System Diagram Light, National Security Operations Center Platform Overview", + "description": "Light-theme executive overview diagram of a national security operations center platform showing multi-agency data feeds, fusion layer, and command outputs.", + "content": "Clean light-theme executive overview system diagram on white background for a national security operations center platform. Multi-agency input nodes at top arranged in a horizontal row: intelligence agency feed, border force data, critical infrastructure monitors, cyber threat feed, and law enforcement alerts, each as labeled icon-cards. Fusion and analytics layer in center: large prominent platform block with labeled internal services including multi-source fusion, threat assessment engine, predictive analytics, and case management. Command output nodes at bottom: national command dashboard, analyst workstation, inter-agency alert distribution, and executive briefing portal. Vertical data flow lines from top inputs through platform to bottom outputs. White background, blue data flows, orange classified input feeds, grey command outputs, flat vector style, highest-tier government proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 92015, + "title": "System Diagram Light, Critical Infrastructure Monitoring and Alarm Network", + "description": "Light-theme critical infrastructure monitoring network diagram showing site sensor nodes, secure communications links, central monitoring platform, and escalation outputs.", + "content": "Clean light-theme network topology diagram on white background for a critical infrastructure monitoring and alarm system. Site nodes distributed across the diagram representing infrastructure asset types: power substation, water treatment facility, fuel depot, government building, and data center, each as labeled icon-cards with onboard sensor suite labels. Secure communications links: each site node connected via encrypted MPLS or 4G LTE link shown as labeled lines to central hub. Central monitoring platform: large labeled block containing alarm ingestion, event correlation, asset health dashboard, and escalation engine services. Escalation output nodes: security operations center, incident response team, and executive alert interface. White background, orange alarm lines, blue data links, flat vector style, professional critical infrastructure proposal quality, 8K resolution.", + "sourceMedia": [], + "needReferenceImages": false + } +] diff --git a/references/technical-diagram.json b/references/technical-diagram.json new file mode 100644 index 0000000..475ba99 --- /dev/null +++ b/references/technical-diagram.json @@ -0,0 +1,122 @@ +[ + { + "id": 90020, + "title": "Technical Diagram, Security Operations Center Architecture Board", + "description": "Dark slate layered concept board of a SOC platform, data ingestion and SIEM connectors on left, analytics and detection engine in center, analyst dashboard outputs on right. Layered swim-lane architecture board style.", + "content": "Flat vector enterprise architecture board, dark slate background. Security operations center platform layout. Left side: data ingestion layer with log aggregators, SIEM connectors, and API source blocks. Center: analytics platform with correlation engine, threat detection, and case management service blocks stacked vertically. Right side: SOC analyst dashboard interface and alert feed output blocks. Data pipeline arrows running left to right with labeled ETL and streaming steps. Consistent card sizes, minimal color palette of blue, teal, and grey on dark background. No decorative elements, layered architecture board quality, professional infographic style, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90023, + "title": "Technical Diagram, Smart City Monitoring Platform High-Level Overview", + "description": "Light grey flat vector smart city platform high-level overview, field sensor network at top, processing and GIS middleware in center, city operations dashboard and mobile apps at bottom. High-level concept board style.", + "content": "Flat vector enterprise architecture board, light grey background. Smart city monitoring platform high-level overview. Top layer: field sensor network shown as labeled source blocks including environmental sensors, traffic cameras, and emergency call points. Middle platform layer: data ingestion service, event processing engine, GIS integration service, and analytics microservices arranged in a horizontal row inside a bounding container. Bottom application layer: city operations web dashboard, mobile responder application, and GIS map interface as labeled output cards. Directional arrows with labeled protocols between layers. Blue and grey color scheme, consistent grid layout. High-level platform overview board quality, no photorealism, no illustrations, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90028, + "title": "Technical Diagram, Multi-Agency Command Platform Architecture Overview", + "description": "Dark navy flat vector multi-agency command architecture overview, four agency input nodes feeding a shared integration gateway, unified incident platform in center, agency dashboards on right. Clean layered system architecture board.", + "content": "Flat vector enterprise architecture board, dark navy background. Multi-agency command platform overview. Left side: four agency input nodes as color-coded labeled blocks representing police, fire, ambulance, and civil defense, each feeding into a shared secure integration gateway block. Center: unified incident management platform with shared event bus, GIS server, and common operating picture engine as labeled blocks inside a prominent container. Right side: agency-specific output interface blocks and a shared command dashboard. Secure data exchange labels on connection arrows. White and light blue text throughout. Clean layered system architecture board quality, no illustrations, no 3D, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90029, + "title": "Technical Diagram, Government Operations Dashboard and App Ecosystem", + "description": "White background flat vector application architecture overview, API backend services in center, WebSocket and REST interfaces above, web dashboard, mobile agent, and admin portal as frontend output cards. Dashboard and app ecosystem board style.", + "content": "Clean flat vector enterprise application architecture board, white background. Government operations platform layout. Backend layer: API server, authentication service, and notification service as labeled blocks in a horizontal row. Interface layer above: WebSocket server and REST API gateway blocks. Frontend layer: three application target cards side by side labeled Web Command Dashboard, Android Mobile Agent, and Admin Portal, each with a brief feature subtitle. Data layer below backend: PostgreSQL, Redis cache, and file storage as labeled blocks. Arrows showing API call directions between layers. Consistent card sizing, blue and grey color scheme. Dashboard and app ecosystem board quality, no art, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90016, + "title": "Technical Diagram, Enterprise Microservices and Data Layer Architecture", + "description": "Clean flat vector enterprise architecture diagram, five horizontal layers showing clients, API gateway, microservices grid, data stores, and infrastructure, dark navy or white background. Block diagram and proposal board style only. No garbled text, no photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Clean flat vector enterprise system architecture diagram, professional infographic style, dark navy or white background option, five horizontal layers stacked vertically. Top layer: external clients and UI interfaces as labeled rectangular blocks. Second layer: API gateway and load balancer. Third layer: microservices grid with named service boxes arranged in rows. Fourth layer: data stores with labeled database and cache blocks. Bottom layer: infrastructure and monitoring. Directional arrows showing data flow between layers. Crisp sans-serif typography, consistent card sizing, minimal color palette of blue, grey, and white. No illustrations, no photorealism, no 3D rendering, no garbled text. Looks like a Figma or Lucidchart architecture board. Proposal-grade quality, 8K sharp output.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90017, + "title": "Technical Diagram, Adapter Pattern Integration Platform Diagram", + "description": "Four-column horizontal adapter pattern diagram, legacy systems to adapter layer to integration platform to output applications, white background, flat infographic style. Block diagram and proposal board style only. No garbled text, no photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Clean flat vector enterprise integration architecture diagram, white background, four-column horizontal layout. Column 1: legacy and third-party source systems as labeled rectangular blocks. Column 2: pluggable adapter layer with stacked adapter cards labeled by protocol such as REST, SOAP, MQTT, and SDK. Column 3: central integration platform with normalisation engine, event bus, and workflow manager blocks. Column 4: output applications and dashboards. Horizontal directional arrows between columns. Dashed borders on adapter column. Sans-serif labels, no garbled text, professional systems integrator proposal quality. No art, no 3D, no decorative icons. Purely structural architecture diagram, 8K sharp.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90018, + "title": "Technical Diagram, Alarm Integration Platform With Adapter Framework", + "description": "Dark navy four-column architecture board connecting edge sensors through adapter layer to alarm platform middleware and mobile outputs. Block diagram and proposal board style only. No garbled text, no photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Flat vector enterprise architecture board, dark navy background, white and light blue text only. Four-column horizontal layout. Left column: sensor and VMS source layer with edge device blocks. Second column: adapter and protocol translation layer with stacked named adapter cards. Third column: central alarm management platform, largest block, containing microservices stack and data layer sections inside a single container. Right column: output applications including mobile agent app and web command dashboard. Clean dashed borders on input and adapter columns, solid border on platform column. Subtle directional horizontal arrows between columns. Professional government proposal quality, crisp typography, no illustrations, no 3D, no cinematic effects, no garbled text, block diagram style only, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90019, + "title": "Technical Diagram, Public Safety Command and Control Architecture", + "description": "Light-theme flat vector public safety C2 platform diagram, input sources at top, event processing in middle, dispatcher and mobile output at bottom. Block diagram and proposal board style only. No garbled text, no photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Clean light-theme flat vector enterprise architecture diagram, white background with subtle dot grid. Public safety command and control platform layout. Top row: input sources shown as labeled blocks including radio CAD, GPS, and sensor feeds feeding downward. Middle section: event processing platform with incident workflow engine, dispatch engine, and alert routing blocks. Bottom row: output interfaces as labeled application cards for dispatcher workstation, mobile field units, and reporting portal. Labeled connection lines with protocol annotations. Consistent blue and grey color palette, crisp sans-serif fonts. Professional government systems proposal quality, flat infographic style, no illustrations, no photorealism, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90021, + "title": "Technical Diagram, Police Surveillance System Integration Diagram", + "description": "White background flat vector integration diagram connecting CCTV, ANPR, body-worn cameras, UAV feeds, and access control through a central integration hub to control room outputs. Block diagram and proposal board style only. No photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Clean flat vector system integration diagram, white background. Police surveillance platform connecting multiple sensor types. Input sources shown as labeled rectangular blocks: CCTV cameras, ANPR readers, body-worn cameras, UAV video feeds, and access control. Central integration hub shown as a larger prominent block with normalisation and event routing internals labeled. Output layer: control room display system, mobile officer app, and evidence management platform as labeled application blocks. Horizontal data flow left to right with protocol labels on connecting arrows. Crisp typography, government proposal quality, no art, no 3D, flat infographic style, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90022, + "title": "Technical Diagram, Real-Time Event Processing Platform With Message Bus", + "description": "Dark navy three-zone event-driven architecture diagram, event producers feeding a central message bus, microservices consuming below, data stores at the bottom. Block diagram and proposal board style only. No photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Flat vector enterprise event-driven architecture diagram, dark navy background. Three horizontal zones. Top zone: event producers as labeled blocks including IoT sensors, API clients, and webhook sources feeding into a central message bus block spanning the full width. Middle zone: microservices consuming from the bus, arranged in a horizontal row with labeled service tiles for enrichment, routing, alerting, and persistence. Bottom zone: data stores as labeled blocks including time-series database, hot cache, and object storage. Publish-subscribe arrows from bus down to services, write arrows from services down to stores. Consistent service box sizing, sans-serif white and blue labels, minimal color palette. No illustrations, professional architecture board quality, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90024, + "title": "Technical Diagram, Incident Management and Alert Processing Workflow", + "description": "White background flat vector data flow diagram showing end-to-end incident lifecycle from sensor alert through processing pipeline to dispatcher and audit log output. Block diagram and proposal board style only. No garbled text, no photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Flat vector data flow diagram, white background. End-to-end incident processing lifecycle. Left side: alert input blocks from sensors and operators. Center: horizontal processing pipeline with labeled transformation boxes for ingestion, deduplication, enrichment, priority scoring, and assignment workflow connected by flow arrows. Inline state machine sub-diagram showing incident status nodes: Created, Assigned, In-Progress, Resolved, Closed connected by transition arrows. Right side: output blocks for dispatcher interface, mobile agent application, and immutable audit log. Clean sans-serif typography throughout, no garbled text. Blue and grey palette, professional systems documentation quality, no art, flat vector, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90025, + "title": "Technical Diagram, Enterprise Middleware Bridge With Protocol Adapters", + "description": "Dark navy flat vector integration bridge diagram, legacy systems on left, middleware protocol translation in center, modern API consumers on right, bidirectional labeled arrows. Block diagram and proposal board style only. No photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Flat vector enterprise integration diagram, dark navy background. Horizontal adapter bridge architecture layout. Left column: legacy systems as labeled rectangular blocks including mainframe, ERP, SCADA, and database. Center column: middleware blocks stacked vertically showing protocol translation, message transformation, and API gateway. Right column: modern consumer applications and REST API clients as labeled blocks. Bidirectional arrows between columns with protocol labels such as JDBC, FTP, REST, and SOAP on each connection line. Clean grid alignment, white and light blue text on dark background. Professional integration platform proposal quality, no 3D, no art, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90026, + "title": "Technical Diagram, Cloud Native Security Platform Microservices Layout", + "description": "White background flat vector cloud native security platform, external inputs at top, Kubernetes microservices grid in center, data layer below, cloud provider bounding container. Block diagram and proposal board style only. No photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Clean flat vector enterprise architecture diagram, white background. Cloud native security platform layout. Top row: external inputs as labeled blocks including threat feeds, SIEM connectors, and sensor APIs. Middle section: Kubernetes microservices grid with labeled service tiles for ingestion, detection, correlation, automated response, and reporting arranged in a two-row grid inside a Kubernetes bounding container. Bottom section: data layer with labeled storage blocks for events database, case management store, and audit log. Cloud provider infrastructure shown as a light outer bounding container. Service-to-service communication arrows, sans-serif typography, blue and grey palette, consistent card sizing. Proposal-grade infographic quality, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90027, + "title": "Technical Diagram, Video Surveillance Data Platform With Analytics Layers", + "description": "Light grey flat vector surveillance data platform diagram, IP cameras and edge AI at input, analytics inference services in center, video archive and search index at storage layer. Block diagram and proposal board style only. No photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Flat vector system architecture diagram, light grey background. Video surveillance data platform. Input layer: labeled source blocks for IP cameras, NVR systems, and edge AI processing units. Ingestion layer: RTSP stream handler and metadata extractor blocks. Analytics layer: AI inference services as a horizontal row of labeled blocks for face recognition, object detection, and license plate reading. Storage layer: video archive, metadata database, and search index as labeled data store blocks. Output layer: operator search interface and alert dashboard as application blocks. Clean directional data flow arrows between layers. Professional infographic quality, no art, no photorealism, 8K.", + "sourceMedia": [], + "needReferenceImages": false + }, + { + "id": 90030, + "title": "Technical Diagram, VMS and AI Analytics Integration Architecture", + "description": "Flat vector VMS and AI analytics integration diagram, VMS platforms on left, named SDK adapters in center-left, analytics middleware in center, alert dashboard outputs on right. Block diagram and proposal board style only. No photorealistic devices, no cinematic scene composition, no decorative concept art.", + "content": "Flat vector integration architecture diagram, light grey background. VMS and AI analytics integration platform. Left column: VMS platform source blocks labeled Milestone, Genetec, and Custom VMS. Center-left adapter column: VMS-specific SDK adapter cards stacked vertically with protocol labels MIP SDK, REST, and Configurable, bordered with dashed lines. Center platform column: analytics middleware block containing stream router, inference scheduler, and result handler service labels. Right column: output application blocks for alert dashboard and evidence management portal. Horizontal data flow left to right with labeled protocol arrows. Clean sans-serif labels, professional systems integrator diagram quality, no photorealism, no 3D, 8K.", + "sourceMedia": [], + "needReferenceImages": false + } +] diff --git a/scripts/setup.js b/scripts/setup.js index b80faa3..7c5a251 100644 --- a/scripts/setup.js +++ b/scripts/setup.js @@ -19,7 +19,9 @@ const __dirname = dirname(fileURLToPath(import.meta.url)); const refsDir = join(__dirname, '..', 'references'); const stampFile = join(refsDir, '.last-updated'); -const BASE_URL = 'https://raw.githubusercontent.com/YouMind-OpenLab/nano-banana-pro-prompts-recommend-skill/main/references'; +const BASE_URL = + process.env.NANO_BANANA_REFS_BASE_URL || + 'https://raw.githubusercontent.com/YouMind-OpenLab/nano-banana-pro-prompts-recommend-skill/main/references'; const STALE_HOURS = 24; function isStale() {