Digital Earth Base
Multi-source 3D maps, global weather visualization, terrain simulation and time-zone sync: one accurate, visual spatial foundation and operating environment for low-altitude applications.
Airspace Management
4D Airspace PlatformDeconflicts the sky in four dimensions.
Our commercially available platform plans, deconflicts, and monitors low-altitude traffic across space and time.
- Streamlined air route planning
- AI-powered for safety
- A “living” 3D sky map
For the best experience, open the platform in a desktop browser.
- 0180,000+ airportsRunways and airspace structure, one click away
- 0220,000+ no-fly and restricted zonesPreloaded worldwide, avoided automatically
- 03Every airspace classManaged layer by layer, by airspace classification
- 0430+ mission templatesFlight filing and approval in one place
All-in-one AI airspace platform
One 3D Earth. The whole low-altitude sky.
4D Airspace Platform is a versatile AI system for airspace planning and management, built for air traffic control, flight planning, airspace resource optimization, flight filing and approval, and every kind of low-altitude operation. It adds time to 3D visualization, managing airspace in four dimensions and linking applications together.
Illustration · a city's low-altitude sky
Airspace OS
The planning core of the low-altitude sky: AI airspace planning, smart 3D grids, conflict resolution and avoidance, air corridor management, AI airspace analysis and mission simulation, with open SDK and APIs.
Aviation Data Engine
Analytics dashboards showing traffic and operating efficiency live; flight data analysis, cost estimation and AI-driven decisions.
Integrated Control
A traffic situation wall and an approval workstation: see the whole sky, and keep approvals under control.
Airspace Demand Market
Post a flight mission in one click, or find the right job: demand and capability, matched.
The AI operating system for airspace
A real Earth. A computable sky.
Powered by an industry-leading 3D Earth engine, the platform renders a high-precision, interactive digital twin: real global terrain and buildings at a glance, an interface anyone can pick up, and AI situational awareness and control for every user. In a geospatial context it interacts directly with custom clients, IoT devices and AI algorithms, supporting advanced algorithm testing, flight data analysis and airspace decisions.
Illustration · seven capabilities, city to city
- 01
Accurate 3D geospatial data
Global terrain, buildings, airports and airspace, preloaded and ready to use.
- 02
Refined airspace planning and management
Custom airspace, 3D grids and air corridors, down to every cell.
- 03
End-to-end flight path solutions
From AI route planning to trajectory replay, in one chain.
- 04
Rich 3D scene building
Terrain, landmarks, buildings and geofences, exactly as you see them.
- 05
Conflict detection and resolution
4D trajectory conflicts, solved before take-off.
- 06
Open algorithm integration and custom development
Open SDK and APIs; business modules integrated as needed.
- 07
Efficient, intuitive interaction
Mouse and keyboard control, with live status feedback.
Building the new highways of the sky
One cell of airspace, one moment, one aircraft.
3D structured airspace and 4D routes: every route carries time, so the platform knows which cell of airspace it passes through, and when. When two aircraft would enter the same cell at the same moment, it finds out before take-off and separates them in time or altitude: the conflict is solved on the ground.
Illustrative · deconfliction in space and time
- 014D trajectoriesEach route carries time: which cell of airspace it passes through, and when.
- 02Detect conflictsTwo routes in the same cell at the same moment are flagged at once.
- 03ResolveShift a departure time or a flight level for a plan with no conflicts.
- 04Clear and protectEvery aircraft carries a protection sphere with a custom safety distance; on a route conflict or a terrain threat it flashes an alert.
- Airspace designStandard, civil and drone-restricted airspace shown on the globe; custom airspace, geofences, restricted lines, no-fly and restricted zones of any shape, height and thickness
- Air corridorsDefined boundaries and heights, conflicts avoided, dense traffic flowing safely
- 3D gridsGrid type, shape, size and layer height defined freely, the base for zoning, flow management and risk assessment
- Multi-aircraft planning and replayImport missions in bulk and rehearse fleets and formations; drag the timeline to any moment
Airspace AI agent
Can you fly, where to land, how to get there: AI works it out.
Live weather, 3D terrain, city buildings, airspace control, population density, aircraft performance and airport data, computed together: a flyability heat map, the best landing sites and the best route in seconds. Decisions stop being guesswork.
Illustrative · flyability, sites and route
IllustrationAI flyability analysis
Assess flying conditions anywhere in one click. Live weather, 3D terrain, city buildings, airspace control, population density, aircraft performance and airport data are fused to judge how flyable any point is; a heat map shows the risk levels, so flight and mission decisions rest on numbers, not guesswork.
IllustrationAI site selection
Find the best place to operate within any area, automatically. Temporary landing sites for emergency response, the best hubs for logistics: a dense grid scan and multi-factor scoring pick the ideal spots from tens of thousands of candidates, shown as a heat map.
IllustrationAI route planning
Complex 3D routes computed in seconds. High-resolution global terrain, restricted areas and wind fields are fused in real time; distance, time, energy and risk are weighed to avoid no-fly zones and bad weather for a smooth, safe optimal trajectory. Fastest, shortest or lowest-risk options come back at once, with multi-aircraft coordination and waypoints, and no more drawing routes by hand.
See Flight Path Planning
Vertiport simulation
Fly it before you build it.
Site model, approach and departure procedures, pre-checks, fly-in preview, report: five steps in one loop. Whether a site can be built, and whether it should be, is answered before the drawings are final.
Illustrative · vertiport simulation
- 01Site modelPlace the vertiport, its pads, buildings and boundary.
- 02ProceduresApproach and departure corridors generated for the aircraft type and the wind.
- 03Pre-checksEight checks and an A–D site grade.
- 04Fly-in and reportThe aircraft flies in, in 3D; reports and data export in one click.
Eight checks
- Site terrainTrue to the ground, with steep slopes marked
- Obstacle clearanceClearance surfaces along each corridor; any penetration raises an alarm
- Airspace and airportsChecked in 3D against no-fly and controlled zones, height limits included
- Weather and noiseLive wind sets the corridors; schools and hospitals in the noise footprint are listed
- Capacity and queuesHourly capacity and pad use, with expansion advice when overloaded
- A–D site gradeSix weighted factors; a fatal flaw caps the grade
- Design by aircraft typeDesigned for each aircraft type, across eight kinds of sites
- Compare optionsSaved automatically, graded side by side
Integrated control
See the whole sky. Keep approvals under control.
Live flights, drones in the air, airspace and corridors on one screen; from aircraft registration and fleet dispatch to filing and approval, operations run in one loop.
Illustration · live multi-drone operations
Real-time situational awareness
The whole sky in view: positions, status and alerts of every aircraft gathered live and shown clearly. Low battery, lost signal and off-route alerts reach you the moment they happen: acknowledge, locate and act in one click. On the situation wall, airspace, corridors, landing sites and airports worldwide sit on one screen, with weather radar and wind overlaid for duty and command.
Smart fleet management
From a single aircraft to a formation: battery, signal strength, altitude and heading of every aircraft tracked live, with list and grid views to find any one fast; create a formation in one click for swarm operations and coordinated inspection.
Aircraft lifecycle management
From type registration to mission dispatch in one place: technical data, 3D appearance and maintenance status of every aircraft on record, linked to operations, AI route planning and flyability analysis, so the right aircraft flies the right mission.
Airspace approval and flight filing
From request to approval in one place: 30+ mission templates, qualification matching and automatic compliance pre-checks, with a filing assistant to complete the paperwork. The approval workstation gathers the review queue, checks each request on the 3D map, flags conflicts and compliance issues, and closes the loop with approve, return or reject; progress and history stay transparent.
Airspace planning and 3D scenes
From national airspace down to every route and every cell.
Airspace classes, 3D grids, flight trajectories and city scenes, all in one editable 3D map you can replay.
3D grids and flight trajectories
Airspace managed cell by cell.
Fixed-shape and free-form 3D grids for refined management and efficient use of airspace resources.
- Design multi-aircraft trajectories online, editing 3D position and attitude point by point
- Import, export and edit trajectories online; parses DJI, ArduPilot, PX4 and other flight data formats
- Trajectories shown in 4D, with time as the fourth dimension
- Dynamic flight simulation shows motion, speed and spatiotemporal relationships to verify flight plans and detect conflicts
Nationwide airspace hierarchy
Airspace data, ready to use.
Preloaded with a worldwide airport and runway database, nationwide controlled airspace and critical no-fly zones, covering every airspace class (A, B, C, D, E, G and W). The data that safe, compliant planning needs is there from day one, with no manual import.
- 80,000+ airports worldwide, one click to jump to any, with runway data and airspace structure for reference
- 20,000+ no-fly and restricted zones worldwide, with DJI and FAA no-fly data built in, avoided automatically in planning
Rich 3D scene building
A 3D world, exactly as you see it.
A high-performance rendering engine delivers accurate global 3D terrain, a reliable geospatial baseline for airspace planning and flight simulation.
- Add landmarks, buildings and infrastructure as 3D models; the building editor generates realistic districts in one click, for sharper, more immersive awareness
- Create and manage geofences that precisely delineate operating areas
- Country, province, city and county boundaries drawn precisely, so planning and responsibilities are clear
- Day, night and weather change dynamically; drag the timeline to any moment
Next-generation air traffic management
Large fleets, one coordinated system.
Real-time large-scale multi-aircraft cooperative planning, airspace situation analysis, autonomous fleet management and spatial computation optimization; accelerated parallel simulation and reasoning improve formation networking, airspace safety and management efficiency.
- Every aircraft in the airspace located in real time over the global ADS-B network
- BeiDou, GPS and other satellite systems visualized live, so signal status is always known
Flight data analytics platform
Every flight, turned into data you can read.
Acquisition, cleansing, fusion, storage, management and analysis of flight data at scale, mined by intelligent algorithms for performance optimization, risk assessment, anomaly detection and decision support: from raw data to actionable insight.
0 flights analysed
Illustrative · flight big data
- Flight-log analysisPX4 and DJI logs parsed and visualized in depth, for insight into every flight; a public log library to browse
- Data centerAir-traffic heat maps, mission completion, live alerts and system health at a glance
- Anomaly detection and riskOff-route flights, geofence breaches and lost signals flagged automatically
- Cost estimation and decisionsAirspace use and operating costs estimated precisely and analysed in depth, for better operations and AI-driven decisions
AI platform for every type of aircraft
Intelligence for aircraft, in every dimension.
20+ capabilities for real-world applications: upload aerial video for intelligent analysis, with trajectory tracking and risk assessment built in, from inspection to mission decisions, powered by Flyward's vision-language model.
20+capabilities and industry applications
Illustration · nine core capabilities
Open and easy to use
Fits your systems. Fits your team.
A flexible architecture and an open design let the platform grow into your business; a clear interface and versatile controls let your team pick it up straight away.
Customized to your operations
Open SDK and APIs, with deep customization for your needs. Specialized modules common in UAV inspection systems can be integrated into or extended from the platform to suit your scenarios:
- Situational monitoring
- Command and dispatch
- Mission management
- Route planning
- Media library
- Hazard management
- Equipment statistics and distribution
Professional, and easy on the hands
- Versatile control modes: mouse and keyboard together for fast scene navigation and quick access to every function
- A clear layout, well-organized panels and intuitive information for a professional experience
- A status bar shows key information and live system feedback, so you always know the system's state
Remote ID and USS compliance
Monitor Remote ID drones live and check USS compliance status, ready for international operations.
Airspace Demand Market
From individual pilots and start-ups to large enterprises: post a flight mission in one click, or take on the jobs that suit you, with smart matching and a fully controlled process.
Aviation History Museum
Key moments of aviation history pinned on the 3D globe, with stories and interactive pop-ups, for education and outreach.
Applications
Those who manage the sky, fly it and build for it, on one platform.
Airspace authorities
Airspace design, flight approvals and oversight: one platform for all the low-altitude airspace in your jurisdiction.
Drone and eVTOL operators
Logistics, inspection, tourism and passenger flights: routes, fleets and missions managed in one place.
Vertiport planning
Siting, obstacle clearance, noise and capacity assessed: the answer before construction starts.
Research and education
Airspace simulation, algorithm validation and teaching: a low-altitude lab for universities and research institutes.
Every low-altitude flight, seen, planned and protected.
- Take control of large-scale mixed trafficStreamlined, compliant route planning
- A living 3D sky mapSee through the fourth dimension
- Smart planning of sky highwaysAI-powered for safety
It runs in your browser. For custom development, talk to us.