Navigate the impossible.
Autonomy & AI for robots, factories, fleets, farms, hospitals and research labs
From warehouse robots to autonomous vehicles, QNav builds the perception, autonomy and AI that let machines see, think and move on their own, and proves it in a 90-day pilot.
- 12
- Technology divisions
- 360
- Product concepts
- 90
- Days to a measured pilot
Six applied AI engines. Six deep-tech R&D frontiers.
A shared technical core of autonomy, perception, data and edge computing, applied across the industries that need it most.
Applied AI platforms
Robotics & Autonomous Systems
Commercial robotics software, autonomy and robot integration.
30 productsComputer Vision & Edge AI
Computer vision, industrial visual AI and edge inference.
30 productsIndustrial IoT & Connected Systems
Smart sensors, industrial networking and device connectivity.
30 productsIntelligent Automation & AIoT
Combined AI, vision, sensors and automated industrial intelligence.
30 productsGenerative AI & Intelligent Agents
LLMs, retrieval, multimodal AI, enterprise agents and workflow automation.
30 productsData Engineering & Predictive Analytics
Data engineering, BI, machine learning, forecasting and operational intelligence.
30 productsDeep tech & strategic R&D
Spatial Computing & Digital Twins
3D geospatial intelligence, surveying, mapping and digital twins.
30 productsEmbedded Systems & Edge Computing
Novel sensing, embedded compute, electronics and industrial hardware R&D.
30 productsEnergy Technology & Sustainability
Energy efficiency, low-carbon infrastructure, water and climate resilience.
30 productsAgricultural Technology & Environmental Intelligence
Precision agriculture, food systems, soil science and field technologies.
30 productsHealthcare Robotics & Assistive Technologies
Assistive devices, non-diagnostic clinical workflows and regulated health innovation.
30 productsAdvanced AI & Embodied Intelligence Research
Embodied AI, scientific computing, advanced robotics R&D and simulation.
30 productsFlagship products
The six products we take to market first: sharp tools for robotics teams, factories and industrial operators.
QNav DriveKit
A software-defined autonomy retrofit for compatible vehicles. It starts where autonomy is safest and most valuable: low-speed, controlled-site fleets and closed-course research.
- Industrial yard and campus cargo vehicles
- Instrumented research vehicles for proving grounds
- Safety-first architecture with independent fallback
One shared platform. Many vertical products.
Every QNav product is built on the same core layers, so each deployment makes the next one faster and more reliable.
From problem to proof in 90 days.
We sell outcomes, not experiments. Every engagement starts with a contracted pilot and a metric both sides agree on.
- 01 Days 1–20
Discovery
We map your workflow, quantify the problem and agree on the ROI metric that defines success.
- 02 Days 21–45
Technical MVP
A small, tested feature set deployed against an instrumented before/after baseline.
- 03 Days 46–70
Design-partner pilot
Contracted scope, performance criteria, site access and data governance agreed up front.
- 04 Days 71–90
Commercial proof
An acceptance report with measured results and a clear path to licence or rollout.
Acceptance is measured, not promised
Built for industry, government and research.
Enterprises & OEMs
Industrial OEMs, logistics operators, manufacturers and agribusinesses.
Integration · licence · supportPublic sector & research
Research institutes, public hospitals, rail, utility and municipal bodies.
Qualified tenders · approved pilotsDevelopers & makers
IoT, home analytics, education and developer tools, where appropriate.
Device · subscriptionIndustries we work across
Have a problem worth automating?
Tell us about your site, fleet or workflow. We scope a measurable 90-day pilot with clear acceptance criteria before anything scales.