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Rohit Wakode — Founder & Director

B.Tech IIT Bombay · LLB GLC Mumbai. Building intelligent enterprise systems in India since 2014.

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Solution · 14

Autonomous Vehicles

Perception, planning, and fleet orchestration for industrial AVs and last-mile applications.

LiDARHD mapsSim2RealFleet AI

Autonomy in controlled industrial and last-mile settings is achievable today with the right engineering. We build the perception, planning, and fleet systems that make it safe and operable.

Multi-sensor fusion, behaviour and motion planning with explicit safety envelopes, and a fleet layer for remote ops and OTA updates — engineered for the real operating domain, not a marketing video.

WhatPerception, planning, and fleet orchestration for industrial AVs.
Best forIndustrial and last-mile autonomous operations.
RunsOn-vehicle edge + fleet cloud.
Time to valueCapability pilots.
01 — Capabilities

What we build.

Specific, production-grade capability — not a feature checklist.

/ 01

Multi-sensor perception

Camera + LiDAR + radar fusion for robust 3D detection and tracking.

/ 02

Planning with safety envelopes

Behaviour and motion planning bounded by explicit safety constraints.

/ 03

HD maps

Mapping and localisation for the operating domain.

/ 04

Fleet orchestration

Mission assignment, monitoring, and remote operation across the fleet.

/ 05

Simulation

Scenario simulation and sim-to-real for safe iteration.

/ 06

OTA & telemetry

Over-the-air updates and rich telemetry for continuous improvement.

02 — How it works

From your problem to production.

01

Define the ODD

02

Build perception & planning

03

Simulate & validate

04

Fleet & operate

STEP 01

Define the ODD

We fix the operational design domain and safety requirements up front.

STEP 02

Build perception & planning

Sensor fusion, detection, and bounded planning for that domain.

STEP 03

Simulate & validate

Scenario simulation stress-tests behaviour before real-world runs.

STEP 04

Fleet & operate

Fleet orchestration, remote ops, and OTA keep the fleet improving safely.

03 — Where it pays

Use cases.

Industrial AV perceptionLast-mile autonomyFleet orchestrationRemote operationsAV simulationTelemetry & OTA
04 — Engineering

Stack & standards.

Perception
Camera + LiDAR + radar fusion
3D detection
Tracking
Planning
Behaviour planning
Motion planning
Safety envelopes
HD maps
Fleet
Orchestration
Remote ops
OTA
Telemetry
05 — Outcomes

What good looks like.

Bounded
Safety-first
Explicit envelopes around behaviour.
Robust
Multi-sensor
Fusion handles real conditions.
Operable
Fleet-scale
Remote ops + OTA.
06 — Questions

Answers, before you ask.

Full self-driving on public roads?
We focus on industrial and last-mile domains with a well-defined operational design domain, where autonomy is safe and deliverable today — not open-world public-road driving.
How do you assure safety?
Explicit safety envelopes bound the planner, scenario simulation stress-tests behaviour, and telemetry plus remote ops provide a human backstop.
Can you work with our vehicles?
Yes — we integrate perception, planning, and fleet software with industrial vehicle platforms and sensor suites.
Ready when you are

Put Autonomous Vehicles into production.

Start with a fixed-price 5-day Readiness Assessment or a 6-week pilot. Senior engineers, measurable evals, and a system you own on handover.

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