Travis Kalanick, Uber founder, prepares new bet on autonomous vehicles after raising $1.7 billion

Travis Kalanick is moving closer to an industry he helped transform, but the bet is different this time: instead of relying on drivers connected to a platform, his new company could put artificial intelligence, robotics, and autonomous vehicles at the center of its strategy. After raising $1.7 billion, Atoms is beginning to reveal what it intends to do with that capital.

Travis Kalanick returns to transportation nearly a decade after leaving Uber

Travis Kalanick is once again moving closer to the transportation industry, this time through Atoms, a company being positioned around physical artificial intelligence, robotics, and automation.

The move is drawing attention because Kalanick was one of Uber’s founders and left the CEO position in 2017. Nearly a decade later, his new company is beginning to build a strategy that could put him back in one of the markets he helped transform.

The difference is technological. Kalanick’s first major bet was connecting passengers and drivers through software. Now, the possibility is to use software to control machines capable of physically carrying out transportation.

What changed after he left Uber

The mobility market has also changed. Autonomous vehicles are no longer limited to experimental projects and are attracting investment from companies such as Waymo, Tesla, and Amazon, while transportation platforms are trying to determine how to incorporate the technology into their own businesses.

In this environment, Kalanick’s previous experience could become valuable again. The issue is not simply returning to transportation, but potentially participating in a shift in the infrastructure behind on-demand mobility.

The new bet is on physical autonomy

Atoms is not positioning itself solely as a robotaxi company. Its strategy involves physical AI and industrial automation, allowing transportation to be connected with other applications.

That broader scope is important because it makes the move less of a simple attempt to recreate Uber’s history. The new thesis appears to be broader: using software, robotics, and autonomy to control operations in the physical world.

Atoms raised $1.7 billion to accelerate its strategy

$1.7 billion in capital gives Atoms greater capacity to invest in physical artificial intelligence, automation, and autonomous vehicles.

Atoms gained the financial capacity to execute its strategy after raising $1.7 billion in a funding round. The size of the capital changes the scale of the possibilities for a company that had previously disclosed relatively few details about its next steps.

The money could fund specialist hiring, technology development, and acquisitions. According to recent reports, the company is preparing to expand its team and evaluate new businesses that could accelerate its position in autonomy.

Why $1.7 billion changes the game

A funding round of this size allows Atoms to pursue several fronts simultaneously instead of relying exclusively on organic development.

In physical technology markets, that can be particularly important. Acquiring specialized companies or hiring experienced teams can potentially eliminate years of development and bring existing technological capabilities into the new structure.

The strategy is not limited to robotaxis

Atoms’ broader nature calls for caution when interpreting the move. Robotaxis appear to be a significant possibility, but the company’s plans are broader and include automation applications in areas such as mining and transportation.

For that reason, the investment should be understood as a bet on autonomy applied to the physical world, rather than simply another autonomous vehicle company attempting to compete directly with every major player in the sector.

The Pronto acquisition brings Kalanick closer to autonomous technology again

One of the moves that helps explain the new strategy was the acquisition of Pronto, a company founded by Anthony Levandowski and focused on autonomous vehicles for industrial and mining environments.

The deal is important because it brings technical expertise directly related to autonomy into Atoms. Instead of starting from scratch, the company now has access to an organization that was already developing technology for machines capable of operating without human drivers in specific environments.

Anthony Levandowski returns to the center of the story

Levandowski also has a historical connection to Uber’s earlier autonomous vehicle strategy. He had previously worked on autonomous driving technology and went on to lead Otto, a company acquired by Uber in 2016.

His presence in the new structure creates an unusual connection between two chapters of Kalanick’s history: Uber’s earlier attempt to develop autonomous technology and Atoms’ current strategy.

From mining to transportation

Pronto’s experience does not mean that technology developed for mining can simply be transferred to urban roads.

The environments are different, as are the requirements involving safety, regulation, mapping, interaction with pedestrians, and behavior around other vehicles. Even so, experience accumulated in industrial autonomy could provide valuable expertise for a broader strategy.

Uber and Atoms could work together again in the robotaxi market

An eventual partnership between Atoms and Uber could combine autonomous technology with a platform that already has scale in on-demand transportation.

The most symbolic possibility is precisely a potential rapprochement between Uber and Atoms. According to reports, the companies have discussed how Atoms’ robotaxi technology could be used by the ride-hailing platform.

The possibility is particularly significant because it would put Kalanick back in the orbit of the company he helped found. The difference is that this time the relationship could take the form of a technology partnership, investment, or integration rather than executive leadership.

Uber already needs autonomous technology

For Uber, autonomous vehicles represent a strategic issue because the company could continue operating as a demand platform even as some vehicles no longer depend on human drivers.

That creates a potential division of roles: specialized companies develop autonomous technology, while mobility platforms can focus on distribution, demand, payments, and passenger relationships.

The talks do not mean a deal is closed

It is important to separate a possibility from a confirmed development. The available information points to technology discussions, not a definitive Atoms robotaxi operation inside Uber.

That distinction is central to understanding the project’s current stage. Atoms appears to be building the capabilities needed to compete in this market, but there is still no basis to say that the company has already launched a commercial robotaxi operation.

Kalanick’s real move could be bigger than autonomous cars

The most interesting part of the strategy is that autonomous vehicles may represent only one piece of a broader thesis around physical artificial intelligence.

Kalanick has described Atoms as an attempt to bring software into the physical world. Under that model, mining, transportation, and other operations can be treated as automation problems involving machines, infrastructure, and artificial intelligence.

Autonomy is moving beyond the laboratory

The market is changing as autonomous systems begin to leave controlled environments and move toward commercial operations.

The growth of robotaxis, autonomous trucks, and industrial machines shows that the competition is not simply about building smarter AI models. The technology also needs to become systems capable of perceiving environments, making decisions, and carrying out tasks safely.

Capital and execution are becoming decisive

Atoms’ case also shows why financing is so important in this sector. Developing autonomous technology requires hardware, software, data, testing, infrastructure, and specialized teams.

That gives an advantage to companies capable of raising large amounts of capital and acquiring capabilities quickly. The challenge, however, remains: money can accelerate development, but it does not eliminate regulatory, technical, and operational barriers.

Kalanick’s return comes as the robotaxi market begins to mature

The next chapter of autonomous mobility may involve not only who operates robotaxis, but also who provides the technology that makes autonomy possible.

Travis Kalanick’s new bet comes at a particularly interesting moment for autonomous mobility. Waymo, Tesla, Zoox, and other companies are expanding tests or operations, while transportation platforms look for ways to participate in the next stage of the market.

In this environment, Atoms does not necessarily need to build a massive robotaxi network on its own to become relevant. A strategy based on technology, licensing, partnerships, and acquisitions could allow the company to occupy a different layer of the value chain.

What technology companies should watch

The case also reinforces an important shift in the AI market: value is moving beyond purely digital models toward systems capable of interacting with the physical world.

This transition requires a combination of software, robotics, sensors, data, infrastructure, and automation. For businesses, that opens a new investment opportunity, but it also increases the complexity of deployment and governance.

This shift is happening alongside the growth of enterprise AI. In Brazil, for example, 50% of companies already use AI, but only 15% have reached an advanced stage, showing that turning artificial intelligence into operational capability remains a challenge. Find out why AI adoption has already reached half of Brazilian companies, but maturity remains low.

The next test will be turning capital into real autonomy

For Kalanick, the challenge is different from the one he faced when creating Uber. At the first company, the major innovation was organizing a digital transportation network. At Atoms, he will need to prove that artificial intelligence and automation can produce reliable physical operations at scale.

That puts execution at the center of the new bet. Hiring and acquisitions can accelerate technology development, but the real measure will be whether the company can turn that capital into autonomous systems operating in real-world environments.

The evolution of AI agents also shows that autonomy requires more than technical capability: companies need to control permissions, identity, security, and monitoring when systems begin taking actions on their own. The debate over AI agent governance shows why autonomy and control will have to advance together.

For Travis Kalanick, then, the move represents more than a return to transportation. It is a second attempt to compete in a physical transformation through software — only this time with $1.7 billion, artificial intelligence, and a much more mature autonomous vehicle industry in front of him.