The most critical component in a remotely operated autonomous vehicle isn't the AI. It's the link. If the video feed stutters or the control signal lags, a robot in a port yard or a shuttle on a hospital campus becomes a liability, not an asset. DriveU.auto, an Israeli spinout from video transmission firm LiveU, is betting that the market for autonomy will be built on a layer of ultra-reliable, low-latency connectivity sold as a service.
Founded in 2019 and based in Ra'anana, the company has raised at least $4 million in disclosed seed funding from investors including Kaedan Capital Group, Two Lanterns Venture Partners, and Blue Ocean CVC [Preqin, April 2023]. Its core product is a hardware and software platform that bonds multiple cellular connections from different carriers, dynamically encodes video streams, and manages data flow to maintain a stable, high-bandwidth link for teleoperation. The technology is a direct descendant of LiveU's systems, which are used by over 3,000 broadcast customers worldwide to stream live video from the field [LinkedIn]. For DriveU.auto, the field is now an autonomous terminal tractor or a delivery robot, and the audience is a remote human operator.
The connectivity wedge in a crowded autonomy stack
DriveU.auto is not building self-driving software. Instead, it is positioning itself as a horizontal infrastructure provider, a critical piece of plumbing for any company deploying robots or autonomous vehicles that require human oversight. The company's DriveU 100 and 300 series products aggregate 4G and 5G links from multiple carriers, using what it calls dynamic video encoding to maintain a clear, low-latency 4K video feed and control channel even when individual network connections degrade [Preqin, retrieved 2024]. This is sold both as a hardware appliance and as a software-only implementation, aiming to fit into existing vehicle and robot architectures.
Traction in ports and on public roads
The company's early deployments suggest its wedge is finding purchase in two distinct environments: controlled industrial sites and low-speed public road applications. Its most concrete product is an Autonomous Terminal Tractor Retrofit Kit, designed to convert existing yard trucks at container ports into remotely supervised autonomous vehicles [DriveU.auto, retrieved 2024]. In 2024, it received a strategic investment from design partner Ashdod Port Company in Israel to accelerate development of that system [PRNewswire, 2024].
On public roads, DriveU.auto's technology is live on a fleet of EasyMile's EZ10 autonomous shuttles serving a medical complex in France, a deployment highlighted by the company as a proof point for its reliability [TechCrunch, 2022]. Other partners and customers named in company materials include industrial autonomy firm Seegrid, robotics company BlueBotics, and autonomous trucking startup FERNRIDE.
| Deployment Type | Example Partner/Use Case | Key Requirement |
|---|---|---|
| Industrial Logistics | Autonomous Terminal Tractor Retrofit | Continuous operation in a large, dynamic yard with variable cellular coverage. |
| Public Road Shuttles | EasyMile EZ10 medical campus shuttle | Ultra-reliable link for passenger safety and regulatory compliance. |
| Delivery & Service Robots | Partnerships with firms like Teraki | Low-latency control for navigating complex pedestrian environments [Robotics 24/7, retrieved 2024]. |
The team and technology inheritance
Leadership is lean, with CEO Alon Podhurst, who has a background in tech entrepreneurship and prior sales roles at companies like Cognata, at the helm [Preqin, retrieved 2024]. The deeper technical pedigree comes from the company's origins as a LiveU spinout. CTO Rony Ohayon was formerly CTO at LiveU, bringing direct experience with the core cellular bonding and video encoding technology that forms the foundation of DriveU.auto's platform [2L.vc, retrieved 2026].
Where the connectivity bet could fray
For all its technical promise, DriveU.auto's path is lined with specific go-to-market and competitive risks. The company is selling a component, not a full-stack solution, which means its success is entirely dependent on the success of its customers' robots and vehicles. If adoption of teleoperated autonomy slows, so does demand for its connectivity layer.
- The integration sale. Selling a hardware-software module into another company's product is a complex, engineering-heavy sales motion.
- The commodity risk. While the LiveU-derived technology is sophisticated, cellular modems and connectivity management software are areas where large telecom and hardware giants could decide to compete.
- The budget question. In an autonomy stack, does the connectivity line item come from the IT budget, the telecom budget, or the capital expenditure for the vehicle itself?
The next twelve months
The key milestone to watch is the commercial rollout of its terminal tractor retrofit kit, following the investment from Ashdod Port. A successful, publicly referenced deployment at a major port would be the strongest possible validation of its model for industrial logistics. The company will also need to convert more of its technology partnerships, like the one with EasyMile, into recurring revenue contracts that prove the software-as-a-service model can scale.