Sense
Every platform becomes a sensor. Telemetry, video, health and position flow in from aircraft, vehicles and teams, over whatever link survives.
Apramad Defense data and decision systems
Vigilance,
engineered.
Apramad builds the data foundation and decision systems that join drones, aircraft, vehicles and people into one live picture, so commanders see first, understand faster and act together.
00 The problem
Why Apramad exists
Every aircraft, vehicle and sensor in the field is already recording. Most of it ends up stranded: in proprietary formats, on separate screens, in separate hands. The side that sees first decides first. Apramad joins it into one live picture, kept current at the edge and trusted at every level of command.
01 Capabilities
Four domains.
One picture.
Air
Every sortie, accounted for
From small quadcopters to long-endurance RPVs and helicopters: every flight decoded, scored and shared.
Land
Ground truth, in motion
Readiness, mobility and convoy awareness from the vehicles and ground robots already in service.
Data
Data you can defend
Logs, feeds and files in open and proprietary formats: decoded, proven, searchable and kept under your control.
Command
One picture, across domains
Every track, report and asset state fused into one operating picture, from the edge to headquarters.
02 How it works
The loop that
never sleeps.
Sense, fuse, decide, act. The faster a force closes this loop, and the more of it that keeps running when links fail, the more initiative it holds. Everything we build shortens it.
Fuse
Many feeds become one picture. Reports are correlated into tracks, duplicates are merged, and every track carries its confidence and its sources.
Decide
The picture becomes options. Software surfaces what changed and what matters most. People in command make the call.
Act
Decisions flow back to the edge. Tasks, routes and alerts go to the right platform and the right person, and the loop begins again.
03 Platforms
Built around what
you fly and drive.
Apramad is platform agnostic. These representative designs show the classes we work with, from a small quadcopter to an eight-wheeled armored vehicle.
Small UAS
Multirotor UAS
Small quadcopters launched by hand or from vehicles for observation, mapping and short-range reconnaissance.
- Data in
- Flight logs, telemetry, imagery and video
- Apramad adds
- Decoded sorties, pilot and airframe readiness, a live track
- Runs on
- Ground station laptop or tablet, fully offline
Long endurance
Fixed-wing RPV
Long-endurance remotely piloted aircraft for persistent surveillance across wide areas.
- Data in
- Mission data, sensor products, health and usage
- Apramad adds
- A complete mission record, usage tracking, sensor footprints on the picture
- Runs on
- Ground control station and operations room
Runway independent
Hybrid VTOL
Vertical take-off with fixed-wing endurance: long reach without a runway.
- Data in
- Autopilot logs, transition data, payload output
- Apramad adds
- Transition health, endurance trends, a live track
- Runs on
- Field kit or vehicle
Crewed aviation
Rotary wing
Crewed helicopters flying missions alongside uncrewed teammates.
- Data in
- Flight data, usage and exceedances, crew records
- Apramad adds
- Sortie replay over terrain, usage monitoring, crew currency
- Runs on
- Squadron operations and maintenance
Armored vehicles
Wheeled armor
Eight-wheeled armored vehicles working as rolling sensor and communications nodes.
- Data in
- Position, vehicle health, payload and crew status
- Apramad adds
- Readiness, convoy awareness, an edge node for the picture
- Runs on
- In-vehicle computer and unit headquarters
Uncrewed ground
Ground robot
Tracked uncrewed ground vehicles for logistics, reconnaissance and route clearance.
- Data in
- Position, mission state, sensor feeds
- Apramad adds
- Tasking, a live track, a complete mission record
- Runs on
- Operator controller and vehicle, offline
04 Principles
Built for contested
environments.
Defense networks are often degraded, disconnected or contested. Our software assumes all three, and keeps working.
Edge first
Runs on the laptop, the vehicle and the ground station. The network is a bonus, never a dependency.
Air-gapped by design
Full capability with no internet connection. Software and data move only when you decide they should.
Sovereign data
Your data stays on your hardware, under your keys. We never see it unless you send it to us.
Vendor neutral
Open formats and open interfaces. Bring the drones, vehicles and sensors you already own.
Evidence over assertion
Every finding links back to the raw data that produced it. Nothing is scored that cannot be shown.
Humans in command
Software informs; people decide. Every consequential action has a person accountable for it.
On the name
Apramad comes from an ancient word for vigilance: the discipline of never being careless, least of all when nothing seems to be happening.
05 The record
Every flight, every
kilometer, on the record.
Readiness is a claim until it is backed by data. Apramad keeps a complete, signed record of what each platform and crew has actually done, and shows its work.
0
internet connections the system is designed to need
1
operating picture, designed for the operator’s tablet and headquarters alike
100%
of findings designed to link back to the data that produced them
Build the
picture with us.
We build alongside the people who will use what we make, with engineers forward-deployed from the first conversation.