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Hybrid Autonomy

Physical AI, remote operation, and the intelligent orchestration that decides between them for any vehicle and any mission.


Embodied intelligence handles the world it was trained for. We handle the world it was not.

Mobility Logistics All-Terrain
TELEMETRY CONTROL ALLOCATE AUTONOMOUS VEHICLE NOMINAL PHYSICAL AI REMOTE OPERATOR STANDBY ORCHESTRATOR PRIORITY QUEUE 0 ACTIVE RC-0473 Nominal 0.96 RT-0118 Nominal 0.98 RV-0290 Nominal 0.97 RB-0332 Nominal 0.99 MONITORING
Challenge

Physical AI handles the routine. It is the edge cases it cannot be trusted with.

01
Edge cases are where it breaks

An embodied system is trained on a distribution; reality is not one. Roadworks, an unmapped obstacle, a human waving it through. Exactly where it cannot be trusted.

02
Every deployment already leans on humans

Every autonomous vehicle fleet running today keeps remote operators on standby, roughly one per vehicle, ready to take the controls the instant autonomy hands off.

03
One human per vehicle cannot scale

Remote operation is essential for what AI cannot clear on its own, but one operator per vehicle means cost scales with the fleet: the driver just moved to a desk.

The bottleneck is not intelligence, and it is not remote control. It is knowing how much human to spend on each situation.

Our Approach

Hybrid Autonomy: Physical AI and humans act as one to complete missions

AI is not trustworthy enough to run autonomy unsupervised. It handles the routine well, but edge cases and safety-critical moments still need a human in the loop. We pioneer Hybrid Autonomy: pairing embodied intelligence with human judgment, so fleets keep moving safely the moment the world gets complicated.

AI handles the routine

A 99% of every mission runs autonomously (perception, planning and control) with no human in the loop.

Humans handle the exceptions

For the 1% that matters, a remote expert steps in with guidance, turning edge cases into safely completed missions.

Together, they make autonomy scalable, safe and affordable.

Technology

The full stack for Hybrid Autonomy

Safe, scalable autonomy is not a single breakthrough. It is the whole chain, from the vehicle to the operator, working as one. That is what we build.

Embodied Intelligence

World models give each vehicle its own perception, planning and control, flagging the instant its confidence drops.

Connectivity

Dual-modem bonding fuses wireless links into one channel: ultra-low latency and reliable where a single connection would drop.

Orchestrator

Scores every exception and assigns the cheapest mode that works, from a one-second confirm to full teleoperation.

Teleoperation

A remote cockpit at sub-50 ms glass-to-glass: control that feels local, at the level the orchestrator calls for.

Solution

Three modes of human involvement. The orchestrator picks the cheapest one that works.

Predict Assess Allocate

We continuously predict when a vehicle will need help, assess the appropriate mode of operation, then we allocate an operator at the right moment.

−90%
Fleet downtime
1 : 20+
Operator : vehicle
99.9%
Safety
What the human does Human time Op : vehicles
M0
Autonomous

Nothing. Operates inside its confidence envelope.

Human time None
Op : vehicles 1 : ∞
M1
Remote Assistance

Approves a planned manoeuvre, sets intent, a waypoint, corridor or rule exception.

Human time Seconds
Op : vehicles 1 : 25+
M2
Remote Driving

Takes direct real-time control until the situation is resolved.

Human time Minutes
Op : vehicles 1 : 1
Vision

A future measured by missions completed

The milestone that matters was never the first driverless mile. It is the first fleet that scales without a person bolted to every vehicle, the line the industry still has not crossed.

We cross it by changing the ratio: one expert behind fifty vehicles, stepping in only for the moments that need a human and leaving the rest to drive themselves. That is what turns autonomy from a demo into a business. And Europe is where it begins: Luxembourg is writing the rules for autonomous driving and remote operation as the first commercial robotaxis reach the road.

Operator-to-fleet leverage

Vehicle type agnostic

Built in Europe, from Luxembourg

Every exception trains the fleet

Partner With Us
OPERATOR LEVERAGE 1 : 50+ 1 OPERATOR AUTONOMOUS FLEET Autonomous Assisting Remote driving
Get in Touch

Let us build the future of autonomy together

We are early, focused and building fast. If any of this sounds like you, reach out, we read every message.

Autonomous vehicles operators exploring hybrid autonomy

Investors backing European deep tech

Engineers & researchers who want in

Press & ecosystem partners

Email

info@rovia.ai

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