Government Policy • Deep Tech • Automotive OEM Service

Offline-First Edge Diagnostics & Technical Workforce Infrastructure for Connected Mobility

Deploying TRL 5 CAN/UDS protocol decoding engines and multi-ECU diagnostic test-benches directly through state ITI networks under PM-SETU.

uds_diag_bench.v5
Edge · Offline
CAN-BUS 500 kbps
CAN-H
CAN-L
0x7E8ENGINE_ECU
OK
0x7E9TRANS_ECU
OK
0x18FBMS_PACK
OK
0x2A1ABS_MODULE
SYNC
4 ECUs decoded · TAT −38%
TRL 5

TRL 5 Validated

Hardware & software test-benches field-tested in live ECU signal environments.

0 State Capital Drag

Zero capital expenditure required from state budgets via the PM-SETU framework.

High-Barrier Moat

Embedded inside state ITI networks for a recurring grassroots distribution channel.

Core Architecture

Three pillars bridging silicon, policy, and the service bay

TRL 5 Edge Engine

Real-time CAN/UDS protocol stack, multi-ECU telemetry decoding, and wire-harness signal verification running offline at the edge.

Institutional Anchorage

Upgrading state ITI Mechanic Motor Vehicle (MMV) trade labs into hands-on incubation pods under PM-SETU.

OEM Service Readiness

Converting complex multi-ECU telemetry into guided diagnostic workflows, drastically reducing workshop turnaround time (TAT).

Platform Coverage

One diagnostic engine, every mobility segment

EV Powertrains & BMS

Battery State-of-Health monitoring, cell-balancing telemetry, and inverter fault decoding for connected EVs.

Protocol
CAN-FD / ISO 15118
ECU Nodes
6–12
Focus
BMS · SoH · Inverter