The European Union is analyzing an advancement in automotive speed control. After establishing the mandatory requirement for Intelligent Speed Assistance (ISA) in 2024—a system that only notifies the driver when exceeding the limit—the bloc is now investigating a much more restrictive solution: an electronic limiter that physically prevents the vehicle from exceeding the permitted speed.
According to information reported by the British newspaper Daily Mail and echoed by the European press, the European Commission is studying changes to regulations so that all new vehicles sold in the region are equipped from the factory with a mechanism capable of automatically adjusting the maximum speed according to the limit of each road. This system would use satellite positioning (GPS) to detect when the car enters an area with a lower limit, electronically reducing the speed to prevent overspeeding.
Currently, the exact functioning of the technology or whether there will be an option for temporary deactivation, unlike the existing ISA, has not been detailed. At present, it is merely a concept, but the Daily Mail indicates that it could evolve into a formal proposal from the Commission, with implementation scheduled to begin in 2030.
This new limiter would represent a progression from the ISA, which is mandatory in all new European cars since 2024. It is important to note that the current assistant does not apply braking or restrict the vehicle; it only issues audible alerts when the driver exceeds the limit. Although it can be deactivated, it automatically reactivates whenever the car is turned on, which generates frequent complaints among drivers.
However, the proposal faces technical resistance. A study conducted by Thatcham Research points out that the ISA has an accuracy rate of 74.3%, implying that the system makes errors approximately once every four uses, often confusing the limit of a secondary road with that of a highway. Transferring this functionality to direct speed control could significantly increase risks.
GPS is also not immune to failures; applications like Google Maps and Waze have already presented incorrect limits. With a device that actually controls the car, an error would go from a mere visual warning to a real danger, such as a vehicle being unable to reach 120 km/h on an open road because it is limited to 60 km/h due to incorrect information. Furthermore, discussions arise regarding individual freedom, involving data protection controversies related to a car that manages its own speed without driver intervention. There is also a considerable financial impact: if the maximum speed is rigidly controlled, speeding fines, which are an important source of revenue in almost all countries, would cease to exist.
The "Uzbek Sign" badges were presented to their owners. Aqilbek Berdibekov, head of the department for coordinating the activities of initial organizations in military units and youth education in the spirit of military patriotism, as well as Zayd Makhsetbayev, head of the initial organization of the Youth Union of Nukus State Technical University, received these badges.
The Chairman of the Committee of the Supreme Council of the Republic of Karakalpakstan, M. Atamuratov, congratulated the awardees and personally presented them with the badges. He wished them further success in their activities.
This badge is a high state assessment for youth and representatives of sectors who actively participate in the socio-economic life of the country, set an example, and contribute to increasing the prestige and glory of our Motherland.
In addition, Yerniyaz Qosimov, head of the initial organization of the Youth Union of Ajiniyoz Nukus State Pedagogical Institute, and Bahrom Abipov, youth leader of the Nukus branch of the State Institute of Arts and Culture of Uzbekistan, were honored with the Honorary Decree of the Ministry of Higher Education, Science and Innovation of the Republic of Uzbekistan. They were awarded for effective work in protecting the legitimate interests of youth, comprehensive support for young people, and enhancing the political and legal culture of students.
Artificial intelligence is beginning to generate financial results for tech giants; however, the accelerated increase in investments is exerting strong pressure on the financial health of these corporations.
According to Reuters, the financial market awaits the next earnings reports to verify whether the increase in revenue will be able to keep pace with the high costs of technological infrastructure. The so-called hyperscalers—which include Microsoft, Alphabet, Amazon, Meta, and Oracle—continue to significantly increase their investments in AI.
Projections indicate that by 2027, spending growth is expected to surpass free cash flow generation. A survey conducted by Reuters, using estimates from LSEG, points out that these companies are expected to increase their annual operating cash flow by US$ 340 billion (equivalent to approximately R$ 1.72 trillion) between 2025 and 2027. Conversely, planned investments for the same period are expected to grow by about US$ 534 billion (approximately R$ 2.71 trillion), representing an investment of US$ 1.57 for every US$ 1 generated in cash.
Although cost challenges are evident, signs of positive returns have already emerged. Microsoft reported that its AI division achieved annual revenue exceeding US$ 37 billion (about R$ 187.6 billion). Amazon's AWS demonstrated 28% growth during the first quarter.
Shay Boloor, Chief Market Strategist at Futurum Equities, commented that investors are minimizing the transformative impact of AI on the business model of Big Tech. He emphasized that sectors such as software, advertising, and cloud computing have increasingly become dependent on large investments in physical infrastructure. This movement includes building new data centers, acquiring servers and network equipment, expanding cloud infrastructure, and increasing demand for artificial intelligence solutions.
Regarding Microsoft, the company recorded US$ 35.8 billion (about R$ 181.5 billion) in operating cash flow in the second fiscal quarter, while its investment expenditures totaled US$ 37.5 billion (approximately R$ 190.1 billion). There is a concern that the increase in profits may not be sufficient to justify the investments if capital expenditures are draining cash, given that the primary goal of the companies is to generate profit.
David Russell, Global Head of Market Strategy at TradeStation, commented to Reuters on the scenario. Among the five analyzed companies, Oracle generates the most apprehension. Its shares have fallen by 36% over the year, its free cash flow showed a negative result, and the company plans to raise between US$ 45 billion and US$ 50 billion (equivalent to R$ 228.2 billion to R$ 253.5 billion) to expand its cloud infrastructure. Upcoming financial statements will be crucial in determining whether AI progress can keep pace with this level of expenditure.
Enterprises continue to underestimate the security threats inherent in modern voice networks. Many view voice services merely as ordinary phone calls, ignoring the fact that they are complex IP systems susceptible to the same threats as the company's other digital infrastructure.
According to Peter Bokaba, Network Manager at Centracom, the main danger lies in how easily corporate voice systems can be compromised without basic protection. Bokaba explains that when Voice over IP or PBX devices are hacked, attackers can generate fraudulent calls to expensive international destinations that they control or profit from through revenue-sharing schemes.
He warns that a company that usually pays a monthly bill of R10,000 could suddenly face expenses ten or twenty times higher if the systems are accessed without proper control.
Scammers often use automated scripting tools for multiple login attempts or to exploit open systems on a large scale. After gaining access, they can redirect calls through premium or high-cost international destinations, which quickly increases the costs for the affected organization.
Bokaba notes that while some risks are related to basic vulnerabilities, such as weak credentials or unsecured systems, modern voice infrastructure requires a multi-layered approach to security. On a practical level, enterprises must perform simple but critical tasks, such as regularly updating credentials.
Furthermore, additional controls must be implemented, including encrypted tunnels, IP-based authentication, and network segmentation, so that voice systems are not directly accessible from the public internet. Centracom also emphasizes the importance of proactive monitoring and threshold-based controls that can signal or limit unusual call behavior before significant losses occur. Bokaba adds that it is important to educate companies about what voice fraud is, as many organizations still consider voice a simple service rather than part of their digital attack surface.
Bokaba concludes that the current focus should be on raising awareness of these risks while simultaneously implementing proven protective measures to reduce vulnerability to fraud and unauthorized use. The company asserts that voice security should be viewed not as a niche or emerging discipline, but as a fundamental part of network management, requiring the same operational discipline as any other critical IT system. The ultimate goal, according to Bokaba, is to ensure that what appears to be an ordinary phone call is actually protected as part of a much more complex and valuable network environment.
