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Chicago announces new Divvy stations and service improvements along the lakefront. Mayor Brandon Johnson and the Chicago Department of Transportation, in partnership with the Chicago Park District and Lyft, announced on Aug. 3 new Divvy bikeshare stations and service improvements along Chicago's lakefront. The announcement follows a record-breaking July for Divvy, which surpassed one million rides in a single month for the first time. "A Divvy ride is one of the best ways to experience Chicago. By adding stations where demand is highest, we're making it easier for more people to explore our lakefront, connect to parks and beaches using affordable, sustainable transportation," said Mayor Brandon Johnson. "My administration remains committed to advancing diverse, sustainable transportation options and inclusive, complete streets for every Chicagoan." The new stations are located at DuSable Lake Shore Drive & Jackson Drive; DuSable Lake Shore Drive & Balbo Drive; North Avenue Beach; North Avenue Beach Pedestrian Bridge; and Lincoln Park Zoo. CDOT Commissioner William Cheaks Jr. said, "The addition of these new stations will improve bike availability where demand is highest, strengthen system operations, and create a better experience for everyone who chooses Divvy. As more people choose Divvy to get around Chicago, we'll continue investing in a system that's reliable, convenient, and works for riders." Between Fullerton Parkway and Grand Avenue alone this year there have been over 120,000 trips. Additional changes include designated bike racks east of DuSable Lake Shore Drive between Fullerton Parkway and Grand Avenue as well as parking management measures requiring riders to end trips at official locations or designated racks. Carlos Ramirez-Rosa of the Chicago Park District said, "Biking Chicago's lakefront delivers breathtaking views of the shoreline, iconic skyline, and vibrant parks... We are excited to work with CDOT on the improved access to the 18 miles of lakefront trail that will enhance our city's exceptional experiences." This summer also saw installation of a charging station outside the Obama Presidential Center in Jackson Park - the first such station on the South Side - to support e-bike service at one of Chicago's newest cultural destinations. In 2026 so far there have been 124 new Divvy stations installed citywide - including 21 charging stations - and upgrades made at 59 existing sites. Divvy General Manager Sean Madison said, "Divvy just set an all-time ridership record... These stations add supply where it's needed most... None of this works without our longstanding partnerships with CDOT and the Chicago Park District... That's the math every time Divvy grows: more room for riders, less clutter along the lake." Through July 31 there had already been over four million rides in 2026. The Chicago Department of Transportation emphasizes equity, safety and sustainability in its projects; oversees streets infrastructure; advances policies like Vision Zero; focuses on planning safe multimodal options; operates within city limits; provides services including street maintenance - all according to the official website.

Apollo Go begins autonomous vehicle road testing in London. Apollo Go, the autonomous ride-hailing platform developed by Baidu, has begun testing its sixth-generation autonomous vehicles on public roads in London as part of a partnership with Freenow by Lyft. The initial trial is taking place in the London Borough of Brent, where the vehicles are operating with safety operators on board while collecting data across a range of urban and suburban driving conditions. Subject to regulatory approval, the companies intend to begin carrying members of the public in 2027. The deployment follows the strategic partnership announced by Baidu and Lyft in 2025, under which Apollo Go autonomous vehicles will be introduced to selected European markets through the Lyft platform. Under the agreement, Baidu provides its RT6 autonomous vehicles and self-driving technology, while Freenow by Lyft is responsible for local fleet operations and deployment. The London programme also builds on Apollo Go's expansion into right-hand-drive markets. Earlier this month, the company received approval from Hong Kong's Transport Department to begin fully driverless Level 4 testing without an onboard safety operator on Airport Island. Nan Yang, Vice President of Baidu and General Manager of the Overseas Business Unit within its Intelligent Driving Group, said: The arrival of Apollo Go vehicles in London marks a defining milestone in its global expansion. Testing its autonomous fleet in one of the world's most iconic and complex urban environments validates its technology's maturity and its commitment to this market. By combining its cutting-edge autonomous driving technology with Freenow by Lyft's local operational expertise, Selfdrivingcars360 Inc. is officially moving from vision to reality, together. The RT6 vehicles will operate alongside Freenow's existing taxi and private hire vehicle network, with the companies stating that the additional vehicles are intended to reduce passenger waiting times while expanding transport options. Research commissioned by Freenow by Lyft and carried out by Censuswide found that 58% of London respondents said they would be willing to try an autonomous vehicle, with support rising to almost two-thirds among people aged under 35. Thomas Zimmermann, CEO of Freenow by Lyft, said: As a platform with deep roots in the taxi industry, its priority is ensuring that autonomous technology supports the professional drivers who keep London moving. By integrating these purpose-built, autonomous vehicles from Baidu's Apollo Go into the Freenow by Lyft ecosystem, Selfdrivingcars360 Inc. will give Londoners more sustainable choices to travel, encouraging them to choose shared mobility services over personally-owned vehicles. Apollo Go continues to expand its autonomous mobility operations internationally. As of April 2026, the company had completed more than 22 million passenger journeys. During the first quarter of 2026, it recorded 3.2 million fully driverless rides, while its fleet has accumulated more than 330 million autonomous kilometres across 27 cities worldwide, including over 220 million kilometres without a safety driver. What do you think? Browse and manage your votes from your Member Profile Page

Lyft and Baidu launch robotaxi services in London. Discover more Computer Science Business Formation Rail Freight Tl;dr. * Lyft and Baidu are moving ahead with plans to test Apollo Go robotaxis in London, with initial trials expected in 2026 if regulators approve the project. * Baidu's RT6 is an electric, purpose-built autonomous vehicle designed for ride-hailing, and Lyft plans to integrate it into the Lyft/Freenow ecosystem in the city. * The rollout could make London a major European proving ground for robotaxis, alongside Waymo and other autonomous vehicle operators already testing there. Lyft and Baidu are preparing to bring autonomous ride-hailing to London, with trials of Baidu's Apollo Go vehicles expected to begin in 2026, pending regulatory approval. The move follows a broader push to make the UK capital one of Europe's most important test beds for commercial self-driving taxis. According to reports, Lyft will be one of the companies integrating Baidu's autonomous vehicles into its mobility platform in London, with early testing planned before a larger rollout later on if the program proves successful. Reuters reported that the Apollo Go RT6 vehicles are slated to enter ride-hailing networks in London by 2026. What Baidu is bringing to the market. Baidu's Apollo Go platform is already one of the world's most established robotaxi services, operating at scale in China across multiple cities. The service has completed millions of fully driverless trips, which gives the London effort a more mature technical foundation than many early-stage autonomous vehicle pilots. The vehicle at the center of the partnership is the Apollo Go RT6, an electric robotaxi designed specifically for ride-hailing use. That purpose-built design is important because it is not simply a conventional car retrofitted with sensors; it is engineered around autonomy, passenger transport, and fleet deployment from the start. How Lyft and Freenow fit into the plan. The London trials are expected to run through the Lyft and Freenow ecosystem, giving Baidu's vehicles access to a ride-hailing network already positioned for urban mobility. That integration could help reduce one of the biggest challenges for robotaxis: turning a technological demo into a usable consumer service with dispatch, routing, and fleet management built in. For Lyft, the partnership appears aimed at expanding beyond traditional rides and into next-generation transport services in Europe. Reports indicate that the company hopes to begin with dozens of vehicles and scale to hundreds if regulators approve and the pilot performs well. Why London matters. London is emerging as a strategic battleground for autonomous vehicles because regulators are beginning to create a framework for small-scale commercial trials. That makes the city unusually attractive to robotaxi developers looking for a high-profile urban environment with dense traffic, complex streets, and strong public visibility. The Baidu-Lyft effort also places London into direct competition among major autonomous mobility players. Reuters noted that the rollout would create the first direct rivalry in a European capital between American and Chinese autonomous technology leaders, while Waymo has already begun supervised testing in the city. Regulatory approval remains the critical hurdle. Despite the momentum, none of these services can launch publicly without approval from UK regulators. That means the current phase is best understood as preparation: vehicle shipment, branding, mapping, testing, and safety validation before any commercial service can begin. That regulatory reality matters because autonomous ride-hailing still depends heavily on local rules governing safety, remote monitoring, insurance, and operational limits. In other words, the technology may be ready for trials, but the public launch timeline still depends on the pace of government sign-off. What this could mean for urban transportation. If the trials succeed, London could become one of the first major Western cities to see robotaxis integrated into a mainstream ride-hailing app at meaningful scale. That would be a significant milestone for urban transportation, especially because it would show how autonomous fleets can be folded into existing consumer mobility platforms rather than introduced as standalone experiments. The bigger implication is competitive pressure: more robotaxi programs in more cities could accelerate both technical development and regulatory clarity. For riders, that could eventually mean lower-cost trips, better vehicle utilization, and more consistent service availability, though those benefits remain contingent on safe deployment and policy approval. The road ahead. For now, the key milestones are straightforward: finish preparing the vehicles, complete mapping and testing, and secure authorization from UK regulators. If those steps go smoothly, London may soon become one of the most closely watched robotaxi markets in the world. AndroGuider Team Articles written by the AndroGuider team. Androguider try to make them thorough and informational while being easy to read.