more capacity and driverless trains

It is the most used line of the entire Spanish railway network, and now faces its greatest transformation in decades. The Minister of Transport, Óscar Puente, has presented an investment plan of 1,350 million euros to renew the Madrid Cercanías C5 from top to bottom. The project is scheduled to be completed in 2031 and for this, two cuts are already planned in the next summers of 2027 and 2028. We will tell you all the details. A line that moves Spain. The C5 connects the south and southwest of Madrid (Alcorcón, Leganés, Fuenlabrada, Móstoles) with the center of the capital through Atocha, and absorbs 29% of all commuter travelers in Madrid, which together moves nearly 250 million people a year. According to Ministry data, some 72 million users use it every year, making it the public transport line with the most travelers in the entire country. Just like they count According to El Diario, 56% of these trips are for work or academic reasons. Because now. According to they count From El País, demand has grown by 10% between 2022 and 2024, and current infrastructures are not prepared to absorb that increase. The trains in service do not exceed 150 meters in length, the platforms do not allow longer vehicles and the signaling system has become obsolete. Furthermore, the Ministry deliberately delayed the start of these works so as not to coincide with the burial of the A-5works that have given more work to the C5 since last year by increasing frequencies by 30%. What exactly is going to be done. The plan collects about 28 performances which will be distributed between Adif (650 million) and Renfe (700 million). The most important ones include: The extension of platforms between 40 and 50 extra meters to accommodate trains of up to 200 meters. The construction of the new Móstoles-El Soto station. The reorganization of the track change points between Atocha and Móstoles (bringing them closer to metro entrances to facilitate transfers). The renewal of the signaling system to the European ERTMS Level 2 standard. Accessibility and safety improvements in tunnels and underground stations. Renfe, for its part, will allocate 600 million to the purchase of 35 new Stadler trains, which are already in production and are expected to be received in the coming weeks to be put on other lines first. The cuts: when and where. Puente comments that interruptions will be “inevitable”, but that they will occur at times of lower demand. The first major cut will affect the Atocha-Cuatro Vientos section for four months starting in the summer of 2027, to begin work on the underground infrastructure and the countervault of the Laguna station. The second will arrive in the second half of 2028, with another four-month window to renew exhausts and signaling on the sections towards Móstoles and Cuatro Vientos. Of course, the entire calendar is conditional on the Madrid City Council complete the burying of the A-5 in January 2027, as promised. So if the timing fails, the plan would have to be modified. Alternatives during outages. The Ministry provides free replacement buses operated by the EMT and reinforcement on Metro and other Cercanías lines. According to collect El Diario, Puente has requested the collaboration of the Regional Transport Consortium of the Community of Madrid, and has demanded “the same loyalty” that, according to him, the Ministry has had in delaying the works of the C5 while the burying of the A-5 lasted. Of the 700 million from Renfe, 40 will be specifically allocated to finance this alternative transportation plan. When will they end. If the schedule is met, testing of the new ERTMS system will begin in April 2029, the first trains with automatic driving will begin to circulate in April 2030, and the line will be completed in October 2031. The objective is to go from 72 to 100 million travelers annually, with a capacity 60% greater than the current one. Puente has described this project as “the most important in terms of mobility so far this century.” Cover image | Transport Network and Ministry of Transport and Sustainable Mobility In Xataka | Ouigo arrived in Spain, knocking down prices to gain a foothold in the market: four years later it is already profitable

With Waymo’s self -employed cars we are arriving at a legal absurdity: driverless infractions

San Bruno police, a Californian city, He stopped a Waymo Robotaxi after making a prohibited turn at a traffic lightbut he had to let him go without sanction: the Californian law does not contemplate fine vehicles without driver. Why is it important. This episode has revealed a legal vacuum that may seem anecdotal now – a simple illegal turn – but that raises a much more serious issue: who responds to a deadly accident caused by an autonomous car? The context. California allows the circulation of autonomous vehicles for years, but its traffic code has not been updated so fast. Circulation fines require identifying a responsible driver. If there is no driver, there is no possible sanction. The agents contacted Alphabet, the Waymo matrix, but could not issue any citation. “Our fine forms do not have a” robot ‘box “, the police department has recognized in Your Facebook profile. He has said that he is “preparing legislation that will allow agents to issue notices to the company.” It is expected that Between in force in July 2026. Between the lines. The problem is not technical but political and judicial. Technology companies have deployed their robotaxis fleets faster than legislators have been able to adapt the laws. And that gap not only generates absurd situations such as this, but it leaves citizens unprotected against serious accidents. The big question. If a waymo mortally runs over a pedestrian, who is going to trial? The algorithm? The engineer who scheduled it? The CEO of the company? For now, nobody has an answer. However, we must distinguish between criminal responsibility – who goes to jail – and civil liability: In the event of a deadly outrage, the victim’s family would not face a no legal exit. His demand would have a perfectly identified recipient: the company, Waymo, as the final head of the vehicle. The objective in that trial would not be a prison sentence, but a millionaire compensation for the damages caused, based on established concepts such as the responsibility for defective product or business negligence. The real vacuum is not if someone would pay for the damage, but how to adapt a criminal code designed for humans to the autonomous decisions of a machine. In perspective. This legal vacuum is not exclusive to California. As autonomous vehicles extend around the world, the legal systems of dozens of countries will have to solve the same dilemma: how to sanction machines that cannot declare, cannot be imprisoned and technically have no will. Outstanding image | San Bruno Police Department In Xataka | I have tried a totally autonomous taxi. This is traveling without driver

Where there were humans before, there are now data. Huawei and Huaneng have deployed 100 driverless trucks in a mine in China

A row of trucks loaded to the top crosses the mine without anyone holding the steering wheel. They move alone, precisely, As if they were choreographed. And we do not talk about a prototype or laboratory tests: this is already happening in the Yimin mine, northeast of China. According to SCMPthe state group Huaneng has deployed the largest individual fleet of electric trucks without driver operated with Huawei technology in a single mining operation. Behind this deployment is Huawei’s technology, along with advances by Xuzhou Construction Machinery Group and the Beijing University of Science and Technology. In total, there are 100 vehicles of large tonnage, known as Huaneng Ruichi, they move tons of coal without human intervention, even in adverse climatic conditions. According to Li Shuxue, president of Huaneng Mengdong, it is the largest coordinated deployment of this type of vehicles. Connectivity and cloud, two key elements Everything works thanks to a combination of advanced technologies: 5G-Advanced connectivity, artificial intelligence (AI), high precision mapping, cloud computing and intelligent battery exchange. Zhang PinganCEO of Huawei Cloud, explained that the 5G-A, also known as 5.5g, allows to operate with extremely low latency and very high speed. In an industrial environment like this, that response capacity is key. But this has done nothing but start. Huaneng plans to expand the fleet to 300 autonomous trucks in this same mine for the next three years. And the impulse goes beyond Yimin. The National Chinese Coal Association has projected a “Explosive growth” of unmanned mining trucks in 2026. The forecast is that the figure doubles in 2026. Automation is already noticed: the same association estimates that operating costs have been reduced around 8 % in mines that have incorporated these systems. The advances we are seeing in Chinese mining are part of a broader strategy to modernize traditional Asian giant sectors with advanced technology. And what today unfolds within its borders also begins to emerge as an opportunity in other markets. Now, there is another deployment that should be taken into account. In the Zaha Naoer mine, also in Interior Mongolia, they have been put into operation 135 autonomous trucks of extended range that operate daily. The project, promoted by China Power Investment, has other technological suppliers and a different architecture. How does Sina Finance collectthe operation started as a pilot in 2024 and already accumulates more than 770,000 kilometers traveled, with more than five million cubic meters of extracted material. Although the total number of vehicles is higher, it is not a homogeneous deployment. Unlike the case of Huawei, in Zaha Naoer, trucks use diverse systems, some with extended autonomy, and do not respond to a single technological platform. This allows Huaneng to present the Yimin project as the greatest individual, integrated and electrical deployment that has been carried out so far. The infrastructure that makes it possible includes mixed networks of 4g and 5g The infrastructure that supports the Zaha Naoer fleet is backed in mixed 4G and 5G networks, cloud control centers and coordination systems between vehicles. If one of the trucks detects an anomalythe system transmits data in real time so that technicians can intervene remotely without interrupting the operation. Beyond the technological deployment, automation is also reconfiguring the organization of work in the mines. In Zaha Naoer, for example, the use of autonomous trucks has considerably reduced the need for cabin personnel: 325 less drivers and a monthly savings estimated at 4,000,000 yuan. At the same time, operational security has been reinforced, with less direct exposure to risk environments and greater control over each phase of the process. Images | Huaneng Group In Xataka | The US has been dreaming of its first high -speed train decades: the California project is being a real nightmare

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