Rapido Addresses Security Vulnerability That Exposed User and Driver Data

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Rapido, the popular ride-hailing platform, has reportedly resolved a security flaw that exposed sensitive user and driver information. According to a report, the flaw was tied to a feedback form, which unintentionally revealed personal data such as full names, email addresses, and phone numbers of individuals submitting feedback. This issue, discovered by a security researcher, raised significant concerns about the potential misuse of this information in scams or other malicious activities. Rapido has since acknowledged the problem and taken swift action to secure the portal, safeguarding the data of its users and drivers.

Security Researcher Uncovers Vulnerability

The flaw was uncovered by security researcher Renganathan P, who identified a vulnerable feedback website used by Rapido to collect responses from both users and drivers. According to TechCrunch, the problem stemmed from an application programming interface (API) that transmitted the collected feedback to a third-party service. This misconfigured API inadvertently exposed personal data, making it accessible to anyone who could identify the issue.

User and Driver Data at Risk

The exposed portal reportedly revealed crucial personal details, including the names, email addresses, and phone numbers provided by individuals using the feedback form. Such information could be exploited for phishing attacks, scams, or other fraudulent activities, amplifying the need for immediate remediation of the issue.

Rapido’s Response to the Breach

In response to the discovery, Rapido acted promptly to set the affected portal to private, effectively mitigating the vulnerability. The company has assured users and drivers that the issue has been resolved and steps have been taken to prevent similar incidents in the future. This case highlights the importance of rigorous security measures in safeguarding user data and maintaining trust in digital platforms.

SpaceX Set to Launch Two Private Lunar Landers in January 2025

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SpaceX is preparing for an exciting mission in January 2025 that will see the launch of two private lunar landers aboard the same Falcon 9 rocket. Firefly Aerospace, an American space company, and ispace, a Japanese aerospace firm, have teamed up for this groundbreaking lunar exploration mission. The rocket, slated for liftoff from Florida’s Space Coast, will carry the two landers on separate trajectories to the Moon. This collaboration between companies from different countries reflects the growing global interest in lunar exploration and the utilization of private companies to advance space research.

The first lander, named ‘Resilience,’ is being deployed by ispace as part of its Mission 2. It is set to land on Mare Frigoris, a region of the Moon known as the “Sea of Cold,” located at 60.5 degrees north of the lunar equator. This mission is particularly significant following the failure of ispace’s previous attempt with the Hakuto-R lander in April 2023, which was halted due to a sensor malfunction. The Resilience lander will carry several experimental payloads, including a water electrolyser, a food-production module, and a microrover named ‘Tenacious.’ Tenacious is expected to collect lunar soil as part of a NASA contract. Resilience will follow a low-energy trajectory to the Moon, with the expected landing occurring four to five months after the January launch.

Firefly Aerospace’s contribution to the mission comes in the form of its ‘Blue Ghost’ lander, which will target Mare Crisium, located 17 degrees north of the lunar equator. The Blue Ghost lander will operate for a full lunar day, which lasts about 14 Earth days, before conducting imaging tasks as the Sun sets over the lunar horizon. This mission is part of NASA’s Commercial Lunar Payload Services (CLPS) program, designed to bring innovative technologies and scientific tools to the Moon. Firefly’s Blue Ghost will deliver a suite of science instruments and tech demonstrations, furthering the reach of private space exploration.

Together, these missions represent a significant leap in lunar exploration, with the combined efforts of Firefly Aerospace and ispace marking a new era of international cooperation and technological advancement. With NASA backing both missions through its CLPS program, the dual launch aims to pave the way for future lunar endeavors, providing valuable data that will be instrumental for humanity’s return to the Moon and beyond.

Google Launches Gemini 2.0: AI Model With Enhanced Reasoning and Flash Thinking Capabilities

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Google has unveiled its latest artificial intelligence model, Gemini 2.0 Flash Thinking, a cutting-edge large language model (LLM) that focuses on advanced reasoning capabilities. This new addition to the Gemini 2.0 family is designed to tackle more complex tasks by adjusting its inference time to allow deeper analysis and problem-solving. According to Google, the AI model excels in addressing intricate challenges related to reasoning, mathematics, and coding, demonstrating enhanced performance despite longer processing times.

The introduction of the Gemini 2.0 Flash Thinking AI model signifies a major leap in Google’s AI development. By increasing the time the model spends on reasoning, it can delve into problems more thoroughly, making it especially effective in areas that require precision and depth. While the extended processing time may seem counterintuitive to performance, Google assures that this model still delivers results faster than its predecessors, thanks to its optimized efficiency.

Jeff Dean, the Chief Scientist at Google DeepMind, shared insights about the new model on X (formerly Twitter), emphasizing that the Gemini 2.0 Flash Thinking model is “trained to use thoughts to strengthen its reasoning.” This approach allows the AI to simulate more human-like cognitive processes, enhancing its ability to tackle multifaceted problems with higher accuracy. The advanced reasoning features are expected to be a game-changer in fields such as scientific research, software development, and problem-solving in complex systems.

Developers eager to explore the capabilities of the Gemini 2.0 Flash Thinking model can now access it via the Google AI Studio, with integration available through the Gemini API. This opens up opportunities for building more sophisticated AI-driven applications, making the latest model an important tool in the arsenal of developers working on cutting-edge AI solutions.