kegeos
Spatial Intelligence · Software · Hardware
Geospatial intelligence, custom software, and the hardware that runs it. Built as one system.
We handle the whole stack: GIS and imagery analysis, web and 3D software, and the electronics and machining that put code into the physical world.
How it connects
One system, from sensor to insight to product.
The edge isn’t any one discipline. It’s that we control the whole loop, from a sensor in the field to the dashboard that acts on it.
Sensors & Hardware
ESP32 telemetry, u-blox GPS trackers, and custom PCBs pull position, temperature and vibration straight from the field.
CollectGeospatial & AI
PostGIS and Python models turn raw telemetry into route plans, change detection and risk scores.
Analyze3D & Software
Digital twins, live dashboards and web apps make the insight something an operator can actually act on.
Visualize & ActWhat we do
Three pillars. One coherent stack.
Three disciplines, one accountable team. We keep the complex parts inside so you buy outcomes, not org charts.
Spatial Intelligence & Analytics
PostGIS and GeoServer infrastructure, satellite and drone imagery analysis, and live fleet telematics.
Explore pillar → Software & 3DCustom Software & Interactive 3D
Web and mobile apps, BI dashboards over live data, and interactive 3D twins built on the same data as the map.
Explore pillar → Hardware & ManufacturingMechatronics & Manufacturing
Custom PCBs and firmware, IoT sensor integration, and in-house CNC and 3D printing from sketch to finished part.
Explore pillar →Where it applies
Built for industries that run on location.
Each vertical below is a working mix of the three pillars. See how they combine for your industry.
Logistics & Supply Chain
Live fleet tracking and route optimization, backed by BI dashboards that show where fuel and idle time leak. Operations and finance see the same numbers.
View solution → VerticalSmart Cities & Infrastructure
GIS, 3D modelling and IoT sensors working as one system. We anchor a 3D asset to real coordinates and stream live sensor data into it, so the model stays current.
View solution → VerticalDefense & Security
Geospatial intelligence, AI and secure custom software for mission-critical use. Automated imagery analysis and predictive modelling, with security built in from the first commit.
View solution → VerticalProduct Innovation
Electronic design paired with 3D product development and CNC fabrication. From circuit sketch and 3D model to a manufactured enclosure that works in the field.
View solution →Advanced capabilities
Beyond the baseline map.
Satellite remote sensing, industrial GIS pipelines, 3D segmentation and autonomous field robotics.
Satellite remote sensing
We process optical, multispectral and synthetic-aperture radar (SAR) imagery to measure what a plain photo can’t: vegetation health from indices like NDVI, soil moisture, canopy structure and land-cover change. Automated change detection compares passes over time and flags the deltas, so an analyst reviews a shortlist of real changes instead of sifting entire scenes.
Industrial GIS data pipelines
We build pipelines that ingest sensors, imagery, survey files and third-party feeds, clean and transform them, and land everything in one authoritative layer. That layer is served back as tiled maps, OGC APIs and live dashboards, so logistics, utilities, agriculture and government teams all read from the same source of truth.
Geospatial SAM 3D
We apply segmentation foundation models (SAM) to 3D geospatial data, segmenting and classifying point clouds, LiDAR scans and photogrammetry meshes into labelled objects such as buildings, vegetation, vehicles and terrain. Raw 3D capture becomes a queryable, editable digital twin, without hand-drawing every feature.
Autonomous ground vehicles
We build autonomous guided vehicles (AGVs) that navigate with RTK GPS for centimeter-level positioning and OpenCV for computer vision. Together they let a machine follow a row, spot and avoid obstacles, and act precisely, whether it’s weeding, spraying or harvesting, where a person would otherwise walk the field.
Proof of capability
What a system looks like in the field.
Representative builds across pillars and verticals. Real project write-ups replace these as they land.
Telematics platform
Live GPS tracking, route optimization and operational dashboards over a single spatial backend, built to ingest fleet telemetry without a manual export.
View case study → Infrastructure · 3DDigital twin for infrastructure
A 3D asset anchored to real coordinates and fused with live IoT telemetry and GIS context. Operators watch the asset change, not a stale render.
View case study →Have a spatial problem that needs a system?
Tell us what you’re trying to build or understand. We’ll tell you how the hardware, the data and the software fit together.