Real-Time · Event-Driven · Live Feeds
Every feed. Every sensor. Every source of movement — live on the map.
Tech Maven Geospatial connects to network and internet feeds — and Software Defined Radio live broadcasts — turning event-driven data and real-time movement data into consumable endpoints for our maps, plus Cursor on Target for TAK users.
The real-time stack
Six apps and services sharing one live event pipeline — on every platform your teams carry.
Delivery endpoints
WEBSOCKETSSTREAMSERVER-EQUIVSSEWEBHOOK SENDERCURSOR ON TARGET
01 · One engine, every platform
Real-time apps from browser to ATAK to 3D
One live event pipeline, six ways to consume it — web, Windows, iOS, Android, TAK and 3D.
GeoInsights
Web app and service — live maps, dashboards and alerting in any browser. The fastest way to watch your streams move.
WEB APP · GEOINSIGHTS.TODAY
Real-Time Geospatial Engine
Windows app that ingests, filters and re-serves event streams around the clock — the engine room of the stack.
WINDOWS APP · ALWAYS-ON
Portable Tile Server
iOS and Android app carrying live layers and local map services into the field — connected or offline.
IOS · ANDROID
Tactical AI
ATAK plugin that puts the live picture — and Cursor on Target — in the hands of TAK users.
ATAK PLUGIN · CURSOR ON TARGET
Field Sentinel
Five-platform mission app — iOS, Android, Windows, Mac and Linux — tracking, sensing and situational awareness in one UI.
IOS · ANDROID · WINDOWS · MAC · LINUX
3D Map Explorer
Windows 3D scene view where movement data plays back over terrain, buildings and photorealistic cities.
WINDOWS · 3D SCENEVIEW
Consumable endpoints — not firehoses
We convert the live data into a consumable endpoint for our maps, and make it available to TAK users via Cursor on Target. Several of our solutions expose WebSocket streams that are Esri StreamServer-equivalent, Server-Sent Events, and even a WebHook sender — subscribe with whatever you already run.
How the data goes out
02 · Movement data
Every source of movement, one live picture
Ships, aircraft, transit, fleets, dismounts and satellites — unified into moving features your maps can track.
AVL & fleet telematics
Automatic Vehicle Location fleets and vehicle-traffic web services — positions, headings and events as they happen.
AVL · VEHICLE TRAFFIC
GTFS transit feeds
General Transit Feed Specification — transit schedules and real-time vehicle positions, on the map the moment they move.
GTFS
OGC Moving Features
Standards-based moving-feature streams, normalized into the same live event model as every other source.
OGC MOVING FEATURES
GPS satellite messengers
Satellite communicators, trackers and messengers — off-grid positions that never touch a cell network.
SATELLITE TRACKERS · MESSENGERS
From feed to feature
Movement data arrives from AVL, GTFS, OGC Moving Features, Traccar servers, OwnTracks, TAK servers and devices, and GPS satellite communicators — plus Esri moving FeatureServers, WebSocket StreamServers, HTTP polling, Kinesis and Kafka. We normalize it all into moving features on your map.
AVLGTFSOGC MOVING FEATURESTRACCAROWNTRACKSTAK SERVERGPS SATELLITE
Live feed inputs
03 · IoT sensor integration
Wired, wireless — or over the air
Robust IoT sensor data integrations from network, internet and live SDR radio broadcasts, built on OGC sensor standards.
OGC SensorThings API
The OGC standard for the sensor web: things, sensors, datastreams and observations — ingested natively.
OGC SENSORTHINGS
OGC SOS
Sensor Observation Service — live and archived observations pulled and merged into the event pipeline.
OGC SOS
OGC SensorML
Sensor descriptions and metadata decoded alongside the readings, so every observation stays self-describing.
OGC SENSORML
Software Defined Radio
Live radio broadcasts captured and decoded in house — sensor data over RF, no network required.
SDR · RF · AIS · ADS-B
Sensors from anywhere
Robust IoT sensor data integrations from the network and internet — and from live radio broadcasts captured by Software Defined Radio. If it emits, we ingest: OGC SensorThings, SOS, SensorML and more, normalized into the same event stream as your movement data.
SENSORTHINGSSOSSENSORMLSDR RADIOMQTTLWM2MCOAP
How sensor data arrives
Decodes include
AISADS-BSENSOR TELEMETRY
04 · The protocol matrix
If it emits, we ingest
Thirty-plus protocols and formats across six families — all normalized behind one event pipeline.
Messaging
Broker-based pub/sub and queues — the event-driven backbone of modern distributed systems.
MQTTAPACHE KAFKAAMQPZEROMQRABBITMQ
Web & REST
Everything that speaks HTTP, plus constrained-device and raw-socket transports.
HTTP / REST APICOAPLWM2MWEBSOCKETTCP RAWUDP RAW
Industrial
OT data off the plant floor, building systems, vehicles and enterprise data sources.
OPC-UAMODBUS TCP/RTUBACNETCAN BUSBLESNMPODBCADBC
LPWAN & wireless
Low-power wide-area networks for battery-fielded sensors reporting for years.
LORAWANSIGFOXNB-IOT
Cloud integrations
Managed IoT and event services from every major cloud, plumbed straight in.
AWS IOT COREAWS KINESISAZURE IOT HUBAZURE EVENT HUBAZURE SERVICE BUSIBM WATSON IOTOCEANCONNECT (HUAWEI)TUYA SMART
Files & batches
The unglamorous rest — batched, tailed and streamed just like everything else.
CSV FILESPARQUETJSON
05 · The pipeline
Connect, normalize, fuse, deliver, visualize
One event-driven pipeline behind every app — from raw feed to moving feature to live endpoint.
33+ protocol adapters
Schema-aware parsing
Moving-feature model
WS · SSE · HOOKS · COT
Six apps, one pipeline
06 · Professional services
Custom integrations, built by the engine builders
The same engineers who built the real-time stack design and deliver your custom integrations.
- Custom protocol adapters & legacy system integrations
- Streaming pipeline architecture & deployment
- TAK / Cursor on Target integration for teams and coalitions
- SDR ingest & RF decoding development
- AIS, ADS-B and vehicle traffic feed setup
- Live dashboards, maps & alerting
Integration surface
The suite
GEOINSIGHTSRT ENGINEPORTABLE TILE SERVERTACTICAL AIFIELD SENTINEL3D MAP EXPLORER
Put your live data on the map.
From Software Defined Radio broadcasts to Kafka firehoses, we turn movement data, sensor feeds and event streams into consumable map endpoints, TAK-ready Cursor on Target, WebSockets, SSE and WebHooks. Tell us what is moving — we will plug it in.