Autonomous mobility is entering a new frontier. On October 23, 2026, inDrive, Pony.ai, and Nvidia announced the signing of a memorandum of understanding to explore the launch of autonomous ride-hailing services in Kazakhstan, with tests scheduled for the first half of 2027. The initiative marks a significant expansion of the robotaxi market into Central Asia, a region until now largely unexplored by autonomous driving technologies.
The project envisions the use of Pony.ai's Gen-7 vehicles — the company's seventh generation of autonomous robotaxis — integrated into inDrive's ride-hailing platform. Nvidia will provide technical support through its Hyperion computing platform and Halos safety system, supplying the AI infrastructure and sensor arrays necessary for autonomous operation.
Astana as testbed
The Kazakh capital, Astana, will be the initial pilot city. With a population of approximately 1.7 million, Astana is one of Central Asia's fastest-growing capitals. The city offers a promising environment for autonomous ride-hailing, combining modern urban infrastructure with growing demand for transportation services. inDrive has operated in Kazakhstan since 2017 and already offers grocery delivery services in the region, meaning its user base is already familiar with the platform.
Tests will begin with a safety operator onboard, in a hybrid model that will gradually eliminate the need for a human driver as the system gains confidence. The ultimate goal is fully autonomous operation within designated areas.
Pony.ai's ambitious global expansion
Pony.ai is not entering this market by coincidence. The company, listed on the NASDAQ (PONY) and Hong Kong Stock Exchange (2026), has an ambitious global expansion plan. Founder and CEO Dr. James Peng set the goal of operating more than 3,500 robotaxis in over 20 cities worldwide by the end of 2026. At the end of June 2026 alone, the fleet counted 1,975 vehicles. Since November 2025, Pony.ai has been operating commercial fully-driverless services in Chinese cities including Guangzhou, Shenzhen, and Beijing.
The Gen-7 technology represents a significant leap forward. The autonomous driving system uses 100% automotive-grade components, enabling extended production lifecycles and greater stability. Pony.ai reported a 70% reduction in autonomous component costs compared to the previous generation, including an 80% decrease in required autonomous computation and a 68% cut in solid-state LiDAR requirements. The system offers over 20 safety redundancies, fail-operational capability even after single-point failures, and multiple autonomous driving modes.
Why Kazakhstan?
Kazakhstan is emerging as a strategic market for multiple reasons. In September 2026, the Kazakh government announced plans to launch autonomous taxi services in 2027, with initial tests planned in Astana and two other cities. The country has established a structured legal framework for autonomous driving and introduced rules allowing autonomous vehicles on certain public roads. This regulatory preparation places Kazakhstan ahead of many other emerging markets.
Additionally, Kazakhstan occupies a unique geopolitical position as a gateway to Central Asia. The government has integrated this project into its "Year of Digitalization and Artificial Intelligence" initiative, demonstrating strategic commitment to the digital transformation of the economy.
Nvidia's strategy: reducing costs and complexity
Nvidia's involvement goes beyond symbolism. Ali Kani, Nvidia's Vice President of Automotive, highlighted that savings in robotaxi development costs are "particularly relevant in emerging markets, where ride-hailing is already relatively affordable and autonomous services need to compete on cost." The Hyperion platform, Nvidia's reference platform for Level 4 autonomous vehicles, integrates sensors, computing, and software into a single package, significantly reducing development time and cost.
Nvidia is positioning itself as the technology enabler that allows companies like inDrive to enter the robotaxi market without having to build the entire autonomous driving stack in-house. This platform approach is particularly relevant for emerging-market companies that need to operate with capital-light models.
inDrive's context: more than just an Uber rival
inDrive is no ordinary startup. It is the world's second-most-downloaded ride-hailing app, with over 400 million downloads and presence in 48 countries, over 1,200 cities. In 2025, the company achieved a record of 7 million rides in a single day. inDrive is expanding into new markets, including Saudi Arabia, where it signed a separate agreement with local authorities in December 2025 to explore autonomous mobility.
The company has also diversified beyond traditional ride-hailing. Its advertising business, inDrive.Ads, is present in 25 countries and serves more than 2 billion impressions. The platform has processed over 8 billion rides in total, creating a structurally captive user base for new services.
Challenges and outlook
The robotaxi market, until now dominated by operations in the United States (Waymo, Cruise) and China (Baidu, Pony.ai), is expanding into emerging markets. This expansion brings unique challenges: variable road infrastructure, extreme climate conditions, distinct driving culture patterns, and evolving regulatory regimes.
The question that remains is whether inDrive's hybrid model (platform) + Pony.ai (autonomous technology) + Nvidia (infrastructure) can serve as a blueprint for other emerging regions, or whether this Kazakh project will be an isolated case. What is certain is that the first half of 2027 will be decisive in answering that question.
Sources: Pony.ai Blog, CnEVPost, Kursiv Media, Digital Today, Pony.ai Investor Relations
✓ Independent sources cross-checked and verified before publishing
