Die räumliche Ebene für Verteidigungsplattformen aufbauen
Verteidigungstechnologie-Unternehmen stehen vor einer Lücke zwischen Roadmap und Realität: GIS-Expertise, die schwer einzustellen ist, Generalunternehmer, die in Haushaltsjahren statt in Sprints liefern, und Laborannahmen, die dort versagen, wo die Konnektivität eingeschränkt und das Signal umkämpft ist.
The answer is GIS-native capability built for field conditions. Our engineers deliver ISR-to-map pipelines, common operating picture dashboards, GPS-denied positioning layers, and offline-first field applications; our production team processes terrain models and classified point clouds under a defined handling protocol, connecting sensors, terrain, and operators on one picture, with every line of code yours on handover.
How we work
UK-Registered Company
English-Law Contracts
GDPR Compliant
NDA from Intake
Secure Data Transfer
We know your pains
Six operational failures we see across this industry. If three of them are yours, we should talk.
Sensitive data needs controlled handling
Standard vendor workflows do not meet the bar. Processing requires a defined protocol from intake.
Terrain products needed at operational speed
Procurement cycles outlast the need. DEMs and classified point clouds cannot wait a fiscal year.
GIS expertise is scarce in defence teams
Coordinate systems, terrain analysis, and spatial processing are hard to hire and slow to grow.
Primes deliver in fiscal years
Engagement models built for billion-pound programmes do not fit a startup's sprint cadence.
Lab assumptions fail in the field
Degraded connectivity and contested signal are operating conditions, not edge cases.
Connectivity cannot be assumed
Tools that require a network die at the moment they matter most. Offline-first is a requirement, not a feature.
UK-registered · English-law contracts · NDA from intake · Engagements by introduction.
5 services for defence platforms, one quality standard
We build the GIS layer of your platform on sprint cadence: sprint-scoped prototype to production-grade field system, every line of code yours on handover.
Software & Plattformen
ISR-to-Map Pipelines
ISR-to-Map Pipelines
Raw flight data turned into something a planner can actually query. Georeferenced terrain models, orthophotos, and change-detection layers from UAV imagery, so what comes off the aircraft becomes a usable spatial output in the loop, not a backlog of frames waiting for processing.
- Georeferenced terrain models and orthophotos
- Change detection layers from sequential capture
Input: UAV imagery
Output: Queryable spatial output
Common Operating Picture Dashboards
Common Operating Picture Dashboards
Many feeds, one map everyone is working from. Multi-source, multi-domain sensor fusion into a single operational picture, delivered to web and mobile and scoped to a sprint, so situational awareness comes from one shared view instead of data sitting in separate silos.
- Multi-domain fusion, web and mobile delivery
- Sprint-scoped builds
Input: Sensor feeds
Output: One picture
GPS-Denied Positioning Layers
GPS-Denied Positioning Layers
Spatial awareness that holds where the signal does not. Positioning built for degraded and contested environments, engineered against field conditions rather than lab assumptions, so the product keeps working at the moment GPS stops being reliable.
- Degraded and contested signal environments
- Engineered for field conditions, not lab assumptions
Input: Contested signal
Output: Positioning layer
Offline-First Field Applications
Offline-First Field Applications
Tools built for zero connectivity from the start, not patched for it later. Full offline operation with mesh sync on reconnection, and terrain analysis and line-of-sight modelling built in, so the application works when the network is gone and catches up the moment it returns.
- Mesh sync on restored connection
- Terrain analysis and line-of-sight modelling built in
Input: No network
Output: Working tools
Mission Data & Digital Twin Environments
Mission Data & Digital Twin Environments
Disparate sources fused into one queryable 3D environment for planning and awareness. LiDAR, BIM, and live sensor data combined, with OSINT layers carrying structured attribution and an audit trail, so planning runs on one coherent environment, with every layer's origin accounted for.
- LiDAR, BIM, and live sensor data fused in 3D
- OSINT layers with structured attribution and audit trail
Input: Multi-source data
Output: Queryable 3D environment
Every line of code, every repository, every schema is yours on handover. No retained IP. We are the engineering team: we build, ship, and hand over. We do not consult and walk away.
Book a Technical Session →Need geospatial data processing: terrain models, classified point clouds, or orthophotos? See our Data Production services for Defence.
Outcomes
What you get with GIS-Point
First sprint in weeks
Scope in one technical session, no multi-year onboarding.
Code yours on handover
No retained IP, no SDK lock-in.
Built for degraded conditions
Offline-first, mesh sync, contested-signal environments.
One operational picture
Multi-source fusion on a single map interface.
Terrain at operational speed
DEMs and classified point clouds in days.
Controlled handling from intake
Defined protocol, NDA, secure transfer.
Technology stack
Technology and tools we use
Platform-agnostic, open and defence-recognised standards: production-grade, auditable on handover, deployable on customer infrastructure or air-gapped sites. This is the working stack we standardise on for defence engagements; we adapt to your target environment and security requirements.
Spatial database & storage
Mission data of record: versioned, query-tuned, deployable in air-gapped environments.
PostgreSQL 15+PostGIS 3.xpgRoutingTimescaleDBMinIO / object storage
Terrain, ISR & sensor processing
Raw flight, LiDAR and ISR feeds turned into georeferenced terrain, orthos and change-detection layers.
GDAL / OGRPDALOrfeo ToolboxOpenDroneMapPython (Rasterio, Shapely)
Map servers & APIs
OGC-compliant publication for COP dashboards and downstream mission systems.
GeoServerpg_tileservpg_featureservMapProxy
Common operating picture & web
Multi-domain fusion in the browser: performance-tuned, theme-able, role-aware.
React + TypeScriptMapLibre GLOpenLayersdeck.glCesium / 3D Tiles
Open standards by default. Source code, schemas and repositories transfer on handover, with no SDK lock-in and no retained IP.
GeoAI & ML for Defence. Change and object detection at scale, exception-only review. Every output measured against a benchmark and owned by a BSc+ engineer.
See the full GeoAI & ML stackWhy you'll choose us
Quality you can verify
- Under 7% rework rate, tracked per deliverable
- Dual-review QA on every output
- 100% BSc+ geospatial engineers
Speed that is measured
- Demo dataset processed in 5 working days
- Named team operational in 2 weeks
- Scale 1–10+ engineers monthly
Same-day collaboration
- CET/BST real-time for UK and EU
- Overnight delivery for North America
- Named project manager, single point of contact
Ownership from day one
- Open standards: PostGIS, GeoServer, QGIS
- All code and IP yours on handover
- No per-seat licences, no lock-in
Insights
Edge Computing for Field Operations: Offline-First Spatial Intelligence
Why offline-first architecture is the baseline for spatial systems that cannot assume connectivity.
IoT + Satellite: Ground-Truth Validation for Remote Sensing
Fusing sensor ground truth with satellite observation into a single validated operational picture.