01Energy
Autonomous perimeter & drone inspection for a remote site
Cross-camera tracking flags intrusions in real time and dispatches an autonomous drone to inspect — one operator now oversees kilometres of fence line remotely.
Digital twins · Perception · Autonomy
Digital twins
of everything.
We engineer complex perception and autonomy systems as a service — sensing the world, deciding what matters, and acting on it through drones, robots and swarms.
Who we are
We build the product, end to end.
Mirevo builds the most complex digital-twin and autonomy systems — perception, real-time pipelines, and closed-loop control. We don't sell people. We own every layer.
Closed loop · liveOne team · no vendor gaps
Closed loop
Live
Act feeds Sense
Mirevo · owns every layer
One team
No vendor gaps
What we build
The full stack of
perception & autonomy
We take on the systems most teams won’t: many sensors, many domains, real-time constraints, and a mandate to act — not just report.
01
Cross-Camera & Cross-Sensor Tracking
Track every object across dozens of cameras and sensors — with robust re-ID.
Re-IDMulti-camera
02
Real-Time Digital Twins
A living 3D replica of a facility or a person, synced to live data.
Facility twinOmniverse
03
Real-Time Processing Pipelines
Edge-to-cloud pipelines that fuse and reason over sensor streams in milliseconds.
Edge AILow-latency
04
Autonomous Drones & Robotics
Dispatch drones and robots to inspect, respond and intervene — not just observe.
ActuationResponse
05
Fleet Management
Coordinate fleets as one system — tasking, deconfliction, mission planning.
FleetCoordination
06
Pluggable AI Agents
Swap, upgrade or specialize modular models — no replatforming, no lock-in.
ModularMLOps
Runs anywhere
Deploy on your terms
cloud · on-prem · the edge
Infrastructure-agnostic and hardware-accelerated — built on the major clouds and the NVIDIA ecosystem, with a battle-tested open-source stack, or fully on-prem and air-gapped.
ROS 2
Live demo
See the loop
in motion
A real, interactive digital-twin console — the live 3D asset, per-joint health, maintenance workflows and an AI copilot. Click any node on the arm to inspect it.
This is an example twin. For your solution we build a photorealistic twin of your actual asset or facility — often in NVIDIA Omniverse — wired to your live data.
Operational twin · live 3D · health & maintenance · AI assist
Open the full-screen consoleLoading 3D twin…
LIVE|core 90.2°C
Robotic Arm
RA-A7-500Average Weekly Availability
72.1%
Target > 80%
MTTR — Mean Time To Repair
8.5 hrs
Target < 8hrs
MTBF — Mean Time Between Failures
36.8 hrs
Target > 32hrs
PM Compliance — Predictive Maintenance
52.3%
Target > 80%
Selected work
Systems in
the field
Six deployments across our core domains — one platform, specialised for each environment. Client names and figures are withheld under NDA; the systems are real.
PERCEIVE → MODEL → ACT
02Healthcare
A secure digital twin of the person, in a private data vault
A per-person twin lives in an encrypted vault — computation comes to the data, nothing leaves. Clinicians get one live, consented view without the privacy risk.
Personal data vaultHuman twinData never leaves
03Industrial & Manufacturing
A live plant-floor twin for safety and uptime
A real-time twin in NVIDIA Omniverse watches people, machines and zones — predictive maintenance intervenes before a hazard becomes an incident.
Digital twinOmniversePredictive maintenanceVirtual commissioning
Loading footage…
initializing player
04Security
Wide-area tracking of people across cameras
Cross-camera re-identification keeps one identity per person across the whole site — real-time alerts, with a human in the loop.
Cross-camera re-IDReal-timeHuman-in-the-loop
05Defence
A coordinated drone swarm for wide-area ISR
An autonomous swarm splits a wide search area between drones and tracks cooperatively — re-planning in real time as the picture changes, with a human on the loop.
Swarm autonomyISRCooperative search
06Agriculture
A real-time twin of the field with driverless machines
A live twin of the field and fleet runs a driverless harvester and grain-cart tractor in sync through the harvest window — no one in the cab.
Field twinDriverless fleetAutonomy
How we engage
From problem
to product
We take ownership of the hardest part and deliver a complete, working system — a partnership, not a staffing contract.
FIVE PHASES · ONE CROSS-DOMAIN TEAM · YOUR INFRASTRUCTURE
- Embedded01
Discovery
We embed with your team to map the environment, sensors, constraints and the outcome that matters. You get a clear problem statement and a feasibility view — not a sales deck.
- Scoped02
Architect
We design the full system: perception models, fusion, pipeline, digital twin, autonomy and deployment target — cloud, on-prem or edge. Scoped, de-risked and costed.
- Shipping03
Build
One cross-domain team ships it end to end — firmware to 3D UI — in tight iterations with working demos, CI/CD and continuous evaluation from day one.
- Rolling out04
Deploy
We roll out to your infrastructure with the security, latency and reliability your environment demands, integrating with your existing cameras, sensors and systems.
- Operating05
Operate & evolve
We keep it improving — new models, new sensors, new capabilities — with monitoring, MLOps and support. The product is yours, built to evolve without replatforming.
WEEK 0 LIVE
Typical first milestone in weeks, not quarters.
We start with the riskiest unknown and prove it fast, so you have real signal before committing to the full build.
- A working system, not a slide deck
- Runs on your infrastructure
- Yours to own and evolve
Let's build it
Have a problem everyone else calls impossible?
Tell us about your environment and what you need it to do. We'll come back with an approach, an architecture and a path to a working system.
Response within 24h NDA-friendly No obligation