QCreTECHNOLOGIES
04 / ORBIT

Awareness that does not ask permission from a foreign server.

Orbits and airspace are sovereign concerns — the systems that watch them should be too. QCore builds situational-awareness platforms that run on your infrastructure, reason in the open, and keep working when the uplink does not.

  • [ SOVEREIGN ASTRODYNAMICS ]
  • [ EDGE AI · NO GPU REQUIRED ]
  • [ OFFLINE-FIRST ]

VYOMA SOVEREIGN SPACE DOMAIN AWARENESS PLATFORM

A conjunction warning is only trustworthy if you can inspect the mathematics behind it. VYOMA is indigenous space domain awareness: a fused catalogue of resident space objects, a sovereign astrodynamics core, and screening logic whose every output arrives with its working shown.

The VYOMA operations loop: sense builds the fused object catalogue, propagate runs the sovereign astrodynamics core, screen performs conjunction and manoeuvre analysis, and brief composes the commander's picture — feeding back into sensing A four-stage loop. Sense: fused catalogue of resident space objects. Propagate: SGP4 and SDP4 propagation on WGS-84 and IAU-82 frames. Screen: CCSDS-aligned conjunction screening with miss distance and collision probability, plus Isolation Forest manoeuvre watch. Brief: auto-composed commander brief and 3D orbital picture. An arrow returns from brief to sense, closing the loop. 01 SENSE fused catalogue of resident space objects multi-source tracks 02 PROPAGATE sovereign astrodynamics core SGP4/SDP4 · WGS-84 · IAU-82 03 SCREEN CCSDS conjunction screening miss distance · collision Pc RPO / manoeuvre watch (AI) 04 BRIEF auto-composed commander brief; 3D orbital picture TASKING FEEDBACK: MISSION PLANNER AUTO-PROPOSES ASSET TASKING → NEW OBSERVATIONS REFINE THE CATALOGUE
Sense → propagate → screen → brief — a closed loop, every verdict auditable.
SCREEN

Conjunction screening

CCSDS-aligned screening computes miss distance and collision probability for every close approach — the numbers behind each warning are inspectable, not oracle output.

WATCH

RPO & manoeuvre watch

Behavioural AI — an Isolation Forest over orbital features — flags rendezvous and proximity operations and unexpected manoeuvres, with auditable score, label, and confidence on every verdict.

TRAIN

Wargaming & replay

A scenario library, timeline replay, scoring, and after-action review turn the live platform into a training range. The mission planner auto-proposes asset tasking.

PICTURE

Interactive 3D orbital picture

The fused catalogue rendered as an interactive three-dimensional picture — select an object, see its history, its predicted path, and every screening verdict against it.

CORE

Sovereign astrodynamics

SGP4/SDP4 propagation on WGS-84 and IAU-82 frames, implemented and validated in-house — no verdict depends on a foreign service being online, honest, or friendly.

BRIEF

Auto-composed commander brief

The platform writes the morning picture itself — conjunctions, anomalies, watch items — composed from the same auditable data the analyst sees.

DRONA-NET INTEGRATED AI DRONE COMMAND & THREAT DETECTION

One console for the whole fleet — quad, VTOL, fixed-wing, and hex airframes — with recognition-grade AI that runs on CPU-class hardware. No cloud. No GPU rack. No excuses at the edge.

COMMAND

Real-time fleet management

Multi-drone command and control with waypoint navigation, live battery state, and AI prognostic health — the operator sees problems before the airframe does.

PERCEIVE

Onboard-class AI

YOLOv8 recognition, identification, and targeting support running on CPU-class hardware — deployable on platforms that cannot carry a GPU or reach one.

INTEROPERATE

Standards-native C2

STANAG 4586 and MAVLink v2 interoperability, with 360° situational awareness fused into a single operational picture. Runs fully on-premises or at the edge.

Airframes
Quad, VTOL, fixed-wing, and hex platforms managed from one console, simultaneously.
Navigation
Waypoint navigation with live battery state and AI prognostic health per airframe.
Perception
YOLOv8 recognition, identification, and targeting support on CPU-class hardware — no GPU, no cloud inference.
Deployment
Fully on-premises or at the edge; the command picture survives a severed uplink.

Questions we actually get asked

What makes VYOMA "sovereign"?

The astrodynamics core is indigenous — SGP4/SDP4 propagation on WGS-84 and IAU-82 frames, implemented and validated in-house, running on your infrastructure. No conjunction verdict depends on a foreign service being online, honest, or friendly.

How does the manoeuvre-watch AI justify its calls?

Every verdict ships with its score, label, and confidence, and the Isolation Forest features behind it are inspectable. An analyst can trace exactly which orbital behaviour tripped the alert — and overrule it on the record.

Can DRONA-NET really run its AI without a GPU?

Yes. The YOLOv8 pipeline is engineered for CPU-class hardware, because the edge does not have a data centre. Recognition, identification, and targeting support all run on-premises or on the platform itself — no cloud inference, no GPU dependency.

NEXT STEP

Run a scenario with us.

VYOMA evaluations start with a live conjunction screening and a wargamed scenario from the library. DRONA-NET demonstrates on real flight hardware.

→ Request evaluation → Read the architecture