Oxa Driver autonomy software: status and timeline

Milestones

Next · Expand to new verticals and geographies

Oxa founded as Oxford robotics spinout2014Complete.
RobotCar UK project demonstrates first autonomous vehicle on UK roads2015Complete.
Beep partnership announced; autonomous shuttles at SunTrax FloridaAug 2023Complete.
Beep third commercial deployment in Walnut Creek senior communityAug 2024Complete.
Oxa Driver deployed on Ford E-Transit vans and minibusesOct 2024Complete.
First fully autonomous public transit system launched in JacksonvilleJul 2025Complete.
Series D funding ($103M) secured for expansionMar 2026Complete.
Expand to new verticals and geographiesTarget 2026Current milestone.

Most important updates

Upcoming

2026Expand to new verticals and geographies (next)
2026Expand Beep deployments across US
2027Launch new industry verticals (delivery, industrial logistics)

Current obstacles

Expanding from controlled to semi-open environmentsPorts/airports have predictable traffic. Mixed streets need more robust perception and planning.
Insurance and liability models for autonomous fleetsCustomers deploying Oxa are still working through insurance terms, warranty claims and accident liability. Standards in this space are immature.

Physics limits

Modular software still requires careful integrationAdapting Oxa Driver to a new vehicle type (e.g., a different van or bus) requires months of calibration, testing and validation, not plug-and-play scaling.
Industrial environments still have unpredictabilityEven in controlled spaces like airports, edge cases arise: construction zones, equipment failures, emergency vehicles. The software cannot handle every surprise without human intervention.

How it works

4 parts

Sensing

360-degree cameras, lidar and radar

Multiple sensors provide full-surround awareness: lidar, cameras and radar.

Perception

Real-time scene understanding

Software identifies pedestrians, obstacles, roads and vehicles, updating a 3D map each cycle.

Decision

Path planning and behaviour prediction

Plans routes, predicts road users' motion and decides steering, speed and braking.

Control

Execute via drive-by-wire interface

Commands go to steering and throttle via CAN bus, with independent safety monitors.

Spec sheet

Spec	Oxa Driver autonomy software
Maximum autonomous speed (mixed traffic)	35 mph^R (reported)
Sensor perception coverage	360-degree with long-range detection^R (reported)
Ford E-Transit passenger capacity	Up to 10 passengers (minibus config)^R (reported)
Active commercial deployments	4+^R (reported)

^R reported by the company

Update log

5 updates

About Oxa

The team behind Oxa Driver autonomy software

Oxa

Autonomous driving, industrial mobility, ports, logistics

Oxa develops autonomous driving software for industrial environments like ports, airports and warehouses. Founded as a spinout from Oxford robotics research, it licenses Oxa Driver to manufacturers and fleet operators.

Raised $250M+ total, including $103M Series D (March 2026) from UK National Wealth Fund, Nvidia and BP.
Oxa Driver runs on Ford E-Transit vans with Beep in Florida and California, and on buses and industrial vehicles.
Focus on controlled environments (ports, airports) where autonomy is simpler than open roads.

oxa.tech (opens oxa.tech)Company profile →

Founded: 201412 yrs
Headquarters: United Kingdom
Status: Private
Valuation: private
Raised: $243M2 rounds
Last round: Series D · $103MMar 2026
Works in: VehiclesSelf-driving software
Coverage: 1 program · 5 updateslatest 1 Mar 2026checked 10 Oct
Lead investors: UK National Wealth FundNvidia VenturesBP Ventures
Customers: Beep (opens ridebeep.com)
Partners: University of Oxford (opens ox.ac.uk)Ford Motor Company (opens ford.com)
People: Paul Newman (opens pmb.ox.ac.uk)Co-founderIngmar Posner (opens pmb.ox.ac.uk)Co-founder & Chief RoboticistGavin JacksonCEO

Oxa Driver autonomy software

Milestones

Most important updates

Upcoming

Current obstacles

Physics limits

How it works

360-degree cameras, lidar and radar

Real-time scene understanding

Path planning and behaviour prediction

Execute via drive-by-wire interface

Spec sheet

Update log

Mar 2026

Jul 2025

Oct 2024

Aug 2024

Aug 2023

About Oxa

Current obstacles

Physics limits

How it works

360-degree cameras, lidar and radar

Real-time scene understanding

Path planning and behaviour prediction

Execute via drive-by-wire interface

Spec sheet

Update log

Mar 2026

Jul 2025

Oct 2024

Aug 2024

Aug 2023

About Oxa