Home/Programmes
Four missions.
One reusable stack.
- Domains
- ISR · Asset · Civic · Maritime
- Shared layers
- 05 / 05
- Explainers
- Interactive 3D
- Decisions
- Human-reviewed
Programme A / High-altitude warfare sector
ISR Fusion, Command
& Control.
Heterogeneous surveillance feeds fused into one common picture, with operator-reviewed alerts and traceable outcomes.
- Programme
- A
- Domain
- Land · ISR
- Context
- Sensitive areas
- Decisions
- Operator-reviewed
3D view needs WebGL — the chapters below explain each step.
Many feeds. One picture. A human decides.
Sensors already on the ground are brought onto one network: secure acquisition, edge intelligence, a common data layer and human-in-the-loop decisions with traceable outcomes. New sensors and echelons are added by configuration, not by re-architecting the deployment.
Programme B / Critical assets · Engines and other critical auxiliary systems
Predictive Asset
Readiness
A repeatable hardware and analytics product that turns engine signatures into explainable workshop evidence — pre- and post-overhaul condition and quality monitoring.
- Programme
- B
- Domain
- Readiness analytics
- Context
- workshop
- Output
- Health score + evidence
3D view needs WebGL — the chapters below explain each step.
Condition intelligence and overhaul validation.
Engine signatures become explainable workshop evidence. The same kit extends to new engine families through calibration and validated datasets rather than a ground-up rebuild.
Add engines via configuration, sensor mappings and baselines.
Same engine, same condition → measurements within understood tolerance.
Engine, test, sensor configuration, model version and raw record stay linked.
Programme C / Civic AI · Smart cities
Infrastructure
Intelligence
AI traffic management operations for India's growing cities. Integrate municipal camera estates and authorised enforcement systems before selling new roadside hardware.
- Programme
- C
- Domain
- Civic AI
- Pilot
- 5–10 junctions
- Enforcement
- Officer-reviewed
3D view needs WebGL — the chapters below explain each step.
AI traffic management for India's growing cities.
The estate already exists. ZERO NINE turns it into live operations : queues, incidents, officer-reviewed enforcement, VIP movement and demand forecasting before any new roadside hardware is proposed.
Programme D / Mother / child configuration
Autonomous
Maritime Systems
Maritime autonomy as the platform multiplier. A vessel-mounted command concept: hull, remote operation, navigation, perception, communications and non-weaponised / weaponised ISR first.
- Programme
- D
- Domain
- Maritime autonomy
- Payload
- Non-weaponised / weaponised ISR
- Status
- Under Development
3D view needs WebGL — the chapters below explain each step.
Maritime autonomy — the platform multiplier.
Develop hull, remote operation, navigation, perception, communications and non-weaponised / weaponised ISR first; proceed through licensing, safety and trials before any platform sale.
- Stage 0Remote + telemetry
- Stage 1Autonomous nav
- Stage 2ISR payload
- Stage 3Resilient autonomy
Same stack.
Different mission.
- 01
Secure acquisition
Approved sensors, cameras, DAQ and vessels feed one pipeline.
- 02
Edge intelligence
Inference runs on site — ridgeline, workshop, junction, hull.
- 03
Common data layer
One schema, so a new programme reuses every connector already built.
- 04
Human in the loop
Operators, workshop engineers and traffic officers make every call.
- 05
Traceable outcomes
Every alert, score and challan carries its evidence chain.
Engage
Let's build India's
mission-intelligence
layer.
For authorised trials, programme partnerships, investment and procurement conversations.