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LUTYO

Technology

Two AI layers. One privacy-first stack.

On-device AI builds a behaviour profile where the data is created. A network layer turns anonymised signals from many vehicles into live road, fleet, and network intelligence.

01 — The two layers

Behaviour at the edge, intelligence across the network.

Two internal layers do the work. One runs on the vehicle; one runs across the fleet. Neither needs the driver's raw data to leave the device.

LUTYO's two engines: L-DBA (Driver Behaviour Analysis) and L-IMN (Intelligent Mobility Network), working together.

Device layer

L-DBA

Driver Behaviour Analysis

On-device AI reads driving signals — motion, position, context — and builds a multi-pattern behaviour profile right where the data is created. Raw data stays on the hardware.

Network layer

L-IMN

Intelligent Mobility Network

Anonymised signals from many vehicles come together into a live picture of fleet risk, road conditions, and network behaviour. Patterns, never people.

02 — The signal journey

From raw signal to network intelligence.

Probes on the hardware a vehicle already carries feed L-DBA, which returns real-time feedback. Anonymised signals from many vehicles then form L-IMN — the network layer.

The LUTYO Data Probe: smartphone, wearables, connected-car, and external probes feed L-DBA (Driver Behaviour Analysis), which returns real-time feedback.
L-IMN, the LUTYO Intelligent Mobility Network, connecting cars, vans, scooters, bikes, buses, and more into one network.

03 — Deployment

Runs where the vehicle already has compute.

No requirement for a smartphone, and no new hardware to buy. The edge model deploys three ways.

Phones & wearables

The data collection app runs on the hardware drivers already carry.

Telematics & vehicle compute

Embed the edge model on the telematics unit or the vehicle's own compute.

SDKs & APIs

Partners integrate the model through SDKs and pull anonymised intelligence over APIs.

04 — Edge inference

The model runs at the edge.

Inference happens on the device, not in a data centre. That keeps latency low, works when the network doesn't, and means raw data never has to be uploaded to be understood.

Low latency

Decisions happen in the moment, on the device, with no round-trip to the cloud.

Works offline

Profiling continues through tunnels, dead zones, and dropped connections.

No raw upload

The signal is understood where it is created, so it never has to leave to be useful.

NVIDIA

We build our edge AI inside NVIDIA Inception, NVIDIA's programme for AI startups.

Illuminated fibre optics on a circuit board

05 — Privacy architecture

Encrypted to you. Anonymised by separation.

Two mechanisms carry the promise: a key only you can unlock, and a device boundary that strips identity before anything leaves.

How your key works

END-TO-END ENCRYPTED Passkey Password Recovery secret · 2 of 3 Sealed three ways. Yours alone. The key is created on your device — LUTYO holds only ciphertext and can never open it.

What can leave the device

ANONYMISED BY SEPARATION On-device AI profiling stays here DEVICE BOUNDARY Anonymised signals aggregated patterns, never people Your data → encrypted ciphertext only — LUTYO can't read it What leaves is stripped of identity. Only anonymised signals and encrypted data ever cross off the device.
See the full privacy architecture →

See it in practice

See it running on your own fleet.

Talk to us about a pilot — the same stack, on the hardware your drivers already carry.