Electric Cars

General Motors is set to transform vehicle security and incident reporting with its new OnStar Connected Cameras system. This innovative feature, unveiled at the recent GM Forward tech showcase in New York, draws inspiration from existing automotive surveillance technologies like Tesla's Sentry Mode and Rivian's Gear Guard, but with unique enhancements. The system leverages a car's embedded cameras to automatically capture significant events, storing these crucial video clips directly within the forthcoming OnStar mobile application.

GM's Advanced Surveillance System for Enhanced Vehicle Safety

GM's OnStar Connected Cameras mark a significant advancement in automotive technology, promising a new layer of security and accountability for vehicle owners. Scheduled to integrate with the new OnStar app in 2027, this system will utilize a vehicle's existing array of exterior cameras—those typically used for features like Super Cruise and 360-degree parking assistance. The primary function is to record important events, such as accidents or theft attempts, providing a verifiable visual record.

Unlike some competing systems that activate with proximity, OnStar Connected Cameras are designed to engage upon detecting more substantial triggers. When an incident occurs, the system automatically saves footage, capturing approximately 30 seconds before and after the event, offering a comprehensive minute-long context. This capability is particularly valuable in the aftermath of a collision, where discrepancies in witness accounts are common, providing an objective view of what transpired.

Furthermore, the system extends its protective capabilities to parked vehicles. If the car's theft alarm is activated, OnStar Connected Cameras will initiate a 30-second recording of the event. A key aspect emphasized by GM is the privacy-focused design; all captured clips are end-to-end encrypted, ensuring that only the authorized OnStar account holder can access and decide with whom to share the footage. This feature will be available via an over-the-air update for select models, including full-size SUVs and Cadillac vehicles, as part of the new OnStar app, which will unify various brand-specific applications under a single platform.

The introduction of OnStar Connected Cameras signifies a notable stride in integrating advanced security and data-driven assistance into everyday vehicles, offering owners greater peace of mind and clarity in unexpected situations.

The integration of advanced camera systems in vehicles, such as GM's OnStar Connected Cameras, raises intriguing questions about the future of automotive safety and personal accountability. While these systems offer undeniable benefits in terms of security and incident verification, they also spark discussions on data privacy and the potential societal implications of pervasive surveillance. As technology continues to evolve, striking a balance between enhanced protection and individual rights will be paramount. Ultimately, such innovations compel us to reconsider our relationship with our vehicles and the role they play in documenting our lives on the road.

Lucid's ambitious robotaxi ventures are taking shape with a significant announcement regarding its European operations. The company has confirmed that its fleet of 25,000 autonomous vehicles for Bolt will be powered by Nvidia's advanced Alpamayo Stack self-driving software. This collaboration not only solidifies the technological foundation for Lucid's expansion into the European autonomous mobility market but also underscores the increasing integration of specialized AI in vehicle operations. The initial phase will involve extensive data collection in Madrid starting in 2027, a crucial step towards validating and refining the self-driving capabilities in real-world urban environments. This strategic move positions Lucid with diverse partnerships for its autonomous offerings, utilizing Nuro's software for Uber's Gravity robotaxis in the US and now Nvidia's solution for Bolt across Europe.

This development is particularly notable given the previous ambiguity surrounding the software provider for the 25,000-vehicle deal announced last month. While the vehicles were known to incorporate Nvidia Hyperion as a compute and sensor platform, the absence of a specified self-driving system left many questions unanswered. Nvidia's Alpamayo Stack, described as a comprehensive driving software combining reasoning AI with traditional perception and planning, will run on the Hyperion platform, complemented by Halos safety tools. The partners aim to tailor this software for European driving conditions, with Lucid being the inaugural automaker to implement it for Bolt. The Madrid project in 2027 will focus exclusively on data collection, preceding any public rider services, pending regulatory approvals. Germany and France are identified as subsequent target markets, indicating a phased and geographically expansive rollout.

Nvidia's Advanced AI Powers Lucid's European Robotaxi Ambition

Lucid's large-scale robotaxi deployment in Europe, featuring 25,000 autonomous vehicles for Bolt, is set to be driven by Nvidia's sophisticated Alpamayo Stack self-driving software. This strategic partnership was unveiled as the missing piece from an earlier announcement regarding the expansive vehicle deal. The Alpamayo Stack, a full-stack driving software, integrates reasoning AI with perception and planning functionalities, operating on Nvidia's Hyperion platform and fortified by Halos safety measures. This collaboration represents a significant leap forward in autonomous vehicle technology, with an initial focus on comprehensive data collection in Madrid by 2027 to ensure robust software validation and adaptation to European driving nuances. This initiative highlights Lucid's commitment to advancing autonomous mobility solutions through cutting-edge AI partnerships.

The decision to utilize Nvidia's Alpamayo Stack for Bolt's fleet clarifies the technological backbone of Lucid's European robotaxi aspirations. Previously, the September announcement of the 25,000-vehicle agreement left the self-driving software component unspecified, despite the integration of Nvidia Hyperion for computing and sensors. The Alpamayo Stack, as described by Nvidia, is a holistic solution that combines advanced reasoning AI with conventional perception and planning, designed to operate seamlessly within the Hyperion framework, further enhanced by Halos safety tools. This bespoke development process will involve tuning the software specifically for the diverse driving environments found across Europe. Madrid will serve as the initial testing ground in 2027, where the vehicles will primarily engage in data acquisition rather than passenger transport, underscoring a meticulous approach to development and regulatory compliance. Subsequent expansion into markets like Germany and France is planned, reflecting a broader strategy for autonomous vehicle deployment on the continent.

Lucid's Growing Footprint in Autonomous Mobility

Lucid's expanding engagements in the robotaxi sector demonstrate its strategic positioning within the autonomous vehicle industry. With the European deal for 25,000 autonomous vehicles for Bolt, leveraging Nvidia's Alpamayo Stack, Lucid adds to its existing significant commitments. This new partnership complements an earlier agreement with Uber and Nuro for at least 35,000 Gravity robotaxis destined for global markets, totaling an impressive 60,000 vehicles on order. This substantial backlog in autonomous vehicle orders highlights Lucid's ambition and potential for growth, contrasting sharply with its current production output. These large-scale commitments signify a long-term vision for Lucid in the autonomous mobility space, projecting several years of dedicated production to fulfill these specialized orders.

The combined orders from both the Bolt and Uber programs underscore a significant pivot and expansion for Lucid into the autonomous vehicle market. With Uber's commitment rising to at least 35,000 Gravity vehicles and Bolt adding another 25,000, Lucid faces a projected demand for 60,000 robotaxis. This figure is particularly striking when compared to Lucid's recent delivery numbers, which saw 15,841 vehicles delivered in 2025 and 10,852 in the first nine months of 2026. Such a substantial order book effectively represents several years of production at current rates, signaling a robust future for Lucid in the autonomous sector. While the Uber program is further advanced, with test rides for employees already underway in San Francisco, the Bolt initiative in Europe, starting with data collection in Madrid in 2027, marks another crucial step in realizing Lucid's vision for widespread autonomous mobility. Furthermore, Bolt is concurrently exploring partnerships with other entities, such as Pony.ai and Stellantis, to achieve its broader objective of deploying 100,000 autonomous vehicles across Europe by 2035, indicating a dynamic and competitive landscape within the autonomous driving ecosystem.