Waabi has not announced a $1 billion cash round. On January 28, 2026, the Canadian autonomous-driving company said it had closed an oversubscribed $750 million Series C and secured a separate, milestone-based future investment from Uber. Multiple reports put Uber’s potential commitment at roughly $250 million, which is why the combined opportunity is being described as up to $1 billion.
The deal expands Waabi’s existing autonomous-trucking relationship with Uber Freight into an exclusive robotaxi deployment arrangement. Waabi says its Waabi Driver system will eventually power at least 25,000 robotaxis on Uber’s platform. The announcement did not identify the vehicles, launch cities, launch date, or the milestones that would trigger Uber’s additional investment.
The $1 billion figure is a ceiling, not a completed funding round
The financing has two distinct parts:
| Part of the deal | What is publicly confirmed | What it does not establish |
|---|---|---|
| Series C | Waabi said it closed an oversubscribed $750 million round, co-led by Khosla Ventures and G2 Venture Partners. | It is not the same as a $1 billion round. |
| Uber investment | Waabi described a separate future investment tied to development and deployment milestones. | Waabi’s announcement did not state the amount, milestone schedule, or payment timing. |
| Combined opportunity | Reports characterized the Uber component as approximately $250 million, producing a potential total of up to $1 billion. | The entire amount should not be described as cash already received. |
The safest description is therefore “a $750 million Series C plus a separate milestone-based Uber commitment,” or “up to $1 billion including Uber’s future investment.” Waabi also called the Series C the largest fundraise in Canadian history. That is the company’s characterization and should be treated as an attributed claim rather than an independently verified ranking.
What the Uber partnership actually covers
Waabi said it will partner exclusively with Uber to deploy robotaxis powered by Waabi Driver on Uber’s platform. Its stated long-term target is 25,000 or more vehicles.
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That language describes an autonomy-supplier and mobility-platform relationship. Waabi is supplying the driving technology; Uber supplies the marketplace and the operating environment in which riders would request trips. The public announcement did not describe a vehicle purchase agreement, identify an automaker, or say that Waabi would manufacture a robotaxi fleet itself.
Waabi’s chief executive told TechCrunch that the company expected to integrate its sensors and technology into vehicles from the factory floor, but no automaker was named in the public information reviewed for this article. The precise vehicle platform remains unresolved.
Uber’s first-quarter 2026 prepared remarks confirmed that its relationship with Waabi had broadened from trucking to robotaxis. Uber said autonomous-vehicle trips across its overall platform had increased more than tenfold year over year. It also said its broader autonomous network was live in eight cities, with plans to reach as many as 15 by the end of the year. Those figures apply to Uber’s entire network of autonomous-vehicle partners—not to Waabi robotaxis specifically.
There is no confirmed Waabi robotaxi launch yet
The partnership announcement establishes a plan, not a publicly confirmed commercial robotaxi service. As of August 12, 2026, the available public material did not identify:
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- the first city or cities for Waabi-powered Uber trips;
- the automaker or exact vehicle model;
- a precise public launch date;
- the performance milestones attached to Uber’s future investment;
- how many Waabi robotaxis, if any, have already been deployed; or
- a confirmed operating fleet of fully driverless Waabi robotaxis for Uber.
The 25,000-vehicle number should be read as a planned deployment target over time, not a current fleet count. The practical significance of the announcement is that Waabi now has a commercial path and a committed platform partner for robotaxis. It is not evidence that the service is already carrying Uber passengers.
Why Waabi believes one AI system can handle trucks and robotaxis
Waabi’s central technical thesis is that a common “Physical AI” platform can support both autonomous trucks and passenger vehicles. The company says the same underlying AI model can power Waabi Driver in both applications, with improvements learned in one operating environment potentially benefiting the other.
That is a company product claim—not an independently established result—but it explains the strategy behind the fundraise. Rather than maintaining entirely separate autonomy programs, Waabi is presenting trucking and robotaxis as two applications of a shared system.
The development process is built around Waabi World, which Waabi describes as a closed-loop neural simulator. The company says the platform can:
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- simulate vehicle sensors and driving environments;
- generate driving scenarios;
- train Waabi Driver in simulation; and
- feed the resulting behavior back into development and testing.
TechCrunch reported that Raquel Urtasun, Waabi’s founder and chief executive, presented this simulation-first architecture as a way to reduce dependence on enormous real-world test fleets and extensive manual development. In theory, that could make it faster and less expensive to adapt the system to different vehicle platforms and operating domains. In practice, the commercial value depends on whether simulation-trained behavior transfers reliably to real roads and meets the safety, validation, regulatory, and operational requirements of each deployment.
Waabi’s cross-platform demonstration is promising but limited
In a June 26, 2026 technical update, Waabi claimed that Waabi Driver generalized from a Peterbilt 579 to Volvo’s VNL Autonomous platform without new real-world data, additional simulation data, fine-tuning, or engineering work. Waabi said the integrated system operated on highways and complex surface streets from its first mile.
Waabi described that result using terms such as zero-shot generalization and full performance from the first mile. Those descriptions should remain attributed to Waabi. The demonstration is evidence of the company’s stated technical direction, but it is not independent validation of commercial safety, a production-ready robotaxi, or fully driverless deployment at scale.
There is also an important difference between transferring an autonomy stack between truck platforms and deploying it in passenger vehicles. Robotaxis introduce different vehicle dimensions, passenger-management requirements, urban operating patterns, pickup and drop-off challenges, and commercial-service demands. A successful truck-platform transfer would support Waabi’s shared-system thesis, but it would not by itself prove that the robotaxi program is ready for passengers.
Waabi’s trucking business provides the foundation
Waabi is not starting its Uber robotaxi effort from a blank sheet. The company has been working on autonomous trucking and logistics operations for several years.
In September 2023, Waabi and Uber announced an Uber Freight partnership based on a driver-as-a-service model. The arrangement paired Waabi Driver with Uber Freight’s logistics marketplace and operational technology. Waabi said commercial autonomous loads had begun running between Dallas and Houston, with plans to expand across Texas and beyond.
Waabi has also worked with Volvo Autonomous Solutions to integrate Waabi Driver with Volvo’s autonomous truck platform. In a March 27, 2026 business update, Volvo listed both Aurora Driver and Waabi Driver as virtual-driver options for its VNL Autonomous platform. Volvo described a development path that moves from safety-driver operations through validation, driverless launch, industrialization, and scaling.
That progression should not be confused with current fully driverless commercial service. Texas Department of Public Safety materials dated May 2026 described Waabi’s relevant truck missions as “Supervised Autonomy.” The documentation said a human vehicle operator would be in the driver’s seat and able to take control. It also said the plan did not cover driverless operations and would need to be revised for future missions without a human operator.
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Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallIn other words, three different milestones are being discussed:
- Technology demonstrations: such as Waabi’s reported transfer from the Peterbilt 579 to Volvo’s VNL Autonomous platform.
- Supervised road operations: such as the Texas missions involving a human operator who can take control.
- Commercial driverless service: the future robotaxi and trucking deployments that would operate without a human driver in the vehicle.
Those categories are related, but they are not interchangeable. Waabi can make progress on its software and vehicle integrations while the publicly documented operating procedures still require human supervision.
Why the deal matters to Uber
Uber has pursued a partnership-led autonomous-vehicle strategy rather than continuing to build a fully in-house driving system. Its broader plan combines human-driven and autonomous supply and includes services such as data collection, fleet operations, and insurance infrastructure for autonomous-vehicle partners.
The Waabi agreement fits that model. Uber gets a potential source of autonomous supply without having to own every part of the autonomy technology stack. Waabi gets access to Uber’s rider demand, routing and marketplace infrastructure, and operating experience with autonomous partners.
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What the fundraising means for Waabi
Waabi said the Series C will accelerate commercialization of autonomous trucking while supporting its move into robotaxis. The size and investor mix give the company capital and industry relationships across several parts of the transportation ecosystem.
The named participants included:
- Khosla Ventures and G2 Venture Partners, which co-led the round;
- Uber;
- NVentures;
- Volvo Group Venture Capital;
- Porsche Automobil Holding SE;
- funds and accounts managed by BlackRock;
- Radical Ventures;
- HarbourVest Partners;
- a subsidiary of the Abu Dhabi Investment Authority;
- Linse Capital;
- Incharge Capital;
- BDC Capital’s Thrive Venture Fund;
- Export Development Canada;
- TELUS Global Ventures; and
- BMO Global Asset Management.
That combination is notable because Waabi’s next stage requires more than an algorithm. It needs vehicle integration, validation, fleet deployment, logistics operations, commercial customers, and a platform through which autonomous trips can generate revenue. The financing and partnerships are designed to support those pieces, but they do not eliminate the technical and operational work still ahead.
The key questions investors and transportation companies should watch
The next meaningful evidence will not be another large headline number. It will be specific deployment information:
- Vehicle: Which automaker and production vehicle will carry Waabi Driver for the Uber robotaxi program?
- Geography: Where will the first passenger service operate?
- Safety model: Will early operations use a safety driver, a remote operator, or no onboard human at all?
- Milestones: What technical or commercial benchmarks must Waabi meet before Uber’s additional capital is released?
- Scale: How quickly can the companies move from pilot operations to a meaningful fleet?
- Economics: Who will own, maintain, insure, charge, and operate the vehicles?
- Utilization: Can the vehicles provide reliable service across different weather, traffic, road, and passenger conditions?
Until those details are public, the 25,000-vehicle figure is best understood as an ambition rather than a delivery schedule.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What this means for car and transportation readers
For consumers, the announcement does not mean that a Waabi self-driving car is available to buy or that an Uber passenger can currently request a Waabi robotaxi. Waabi Driver is enterprise autonomy software, and the announced robotaxi program is a business-to-business deployment involving Uber, vehicle manufacturers, fleet operations, and regulators.
For the automotive industry, the more consequential issue is the proposed separation between the autonomy system and the consumer-facing mobility platform. If Waabi’s shared model can move from commercial trucks to passenger vehicles, it could become one of several software suppliers feeding autonomous vehicles into Uber’s network. That would make the vehicle manufacturer, autonomy provider, fleet operator, and ride platform distinct parts of the same service.
For trucking companies, Waabi’s progress is relevant because the company’s existing work is closer to commercial freight operations than to a consumer driver-assistance product. The Uber Freight relationship, Volvo integration, and supervised Texas operations provide a clearer view of its current business than the future robotaxi target does.
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Frequently Asked Questions
Did Waabi really raise $1 billion?
Not as a single completed cash round, based on the public announcement. Waabi said it closed a $750 million Series C and secured a separate milestone-based future investment from Uber. Reports described the Uber component as approximately $250 million, making the combined opportunity worth up to $1 billion.
Are Waabi robotaxis already operating on Uber?
The public materials reviewed do not establish that Waabi-powered robotaxis are already operating commercially for Uber. They establish an exclusive partnership and a target of 25,000 or more vehicles over time, but not a confirmed launch city, date, or current fleet.
What vehicles will Waabi’s Uber robotaxis use?
No automaker or exact vehicle model had been publicly identified in the available research as of August 12, 2026. Waabi’s CEO said the company expected to integrate its sensors and technology into vehicles from the factory floor.
Is Waabi’s autonomous trucking operation fully driverless?
The technical demonstrations and commercial plans should be separated from documented operating procedures. Texas Department of Public Safety materials dated May 2026 described Waabi’s relevant missions as supervised autonomy, with a human operator in the driver’s seat who could take control.
What is Waabi World?
Waabi World is the simulation environment Waabi says it uses to create digital twins from sensor data, simulate sensors, generate scenarios, and train Waabi Driver. The company presents it as a closed-loop neural simulator intended to reduce reliance on extensive real-world testing, although its commercial safety implications have not been independently established by the cited material.
The Bottom Line
Bottom line: Waabi’s announcement is a major financing and partnership milestone, but the headline needs precision. The company closed $750 million, with a separate Uber commitment reportedly capable of bringing the total to as much as $1 billion. Uber has committed its platform to a future Waabi robotaxi deployment targeting at least 25,000 vehicles, yet the vehicle, city, timing, milestones, and current deployment status remain unknown. Waabi’s trucking and simulation work offer a technical foundation, not proof that commercial driverless robotaxis are already on the road.
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