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Tag: AI Technology

  • Hyderabad Techie’s Reunite India Website Helps Track 665 Missing Persons After Nepal Floods

    Hyderabad Techie’s Reunite India Website Helps Track 665 Missing Persons After Nepal Floods

    Hyderabad: In a remarkable example of technology serving humanity, Hyderabad-based software expert Arfath Mohammad has developed an AI-assisted platform, ReuniteIndia.com, to help families trace missing loved ones. Following the devastating Nepal floods in February 2026, the website has listed 665 individuals reported missing, safe or located, offering hope to families searching for information about their relatives.

    From a Personal Experience to a Humanitarian Mission

    The idea behind Reunite India originated from a distressing incident involving one of Mohammad’s close friends. The family had struggled to find their father, who was living with dementia and had wandered away from home. Witnessing their difficulties inspired Mohammad to create a digital platform that could help people locate missing family members.

    Years later, the website is helping families affected by the Nepal floods by bringing together scattered information from multiple sources into one accessible platform.

    Mohammad, a senior solutions architect and programming language expert, designed and developed the website himself.

    AI Technology Helps Track Missing Persons

    ReuniteIndia.com uses an AI-assisted system to collect and organise information from official sources, including India’s Ministry of External Affairs (MEA), Nepal Police and Nepal’s National Disaster Risk Reduction and Management Authority (NDRRMA).

    According to the reported figures, the platform has listed 665 individuals, with approximately 477 identified as located or safe through the information gathered. Families can also submit missing-person cases directly through the website.

    To maintain accuracy, Mohammad personally verifies every entry before publishing it. The platform also analyses updates from disaster management authorities and relevant social media posts, helping families access information that might otherwise remain scattered across different sources and languages.

    The website can also help users identify nearby hospitals and police stations based on a missing person’s last-known location. It provides guidance to people who need assistance filing a missing-person report.

    QR Codes Bring Real-Time Updates to Missing-Person Posters

    One of the platform’s key features is its QR-code system, which helps families access updated information about missing individuals.

    Traditional missing-person posters can quickly become outdated when new information becomes available. Reunite India’s QR-linked posters allow people to scan a code and view the latest available updates online, even if the poster was printed weeks earlier.

    This feature makes it easier for people sharing or viewing missing-person information to check for developments without needing a new poster every time a person’s status changes.

    Safety Profiles for Children, Senior Citizens and Vulnerable People

    Beyond disaster response, Reunite India offers a safety-profile feature designed for people who may be at greater risk of becoming separated from their families.

    Families can create a safety profile for children, senior citizens, people living with dementia and persons with disabilities. The website then generates a QR code that can be printed on a safety bracelet, wallet card or identification tag.

    If the person gets lost, someone who finds them can scan the code to access the available safety information and help reconnect them with their family.

    A Platform for Emergencies Beyond Floods

    Mohammad says Reunite India was designed to support a wide range of missing-person situations, rather than being limited to a single disaster.

    From children who wander away from home to senior citizens with dementia and individuals missing during floods or other emergencies, the platform aims to provide families with a central place to share information and search for updates.

    The website also has the capability to track missing or stolen vehicles, potentially extending its usefulness beyond personal safety and disaster relief.

    Hyderabad Techie Plans QR-Linked Safety Products

    As the platform develops, Mohammad plans to introduce physical products connected to its digital safety features. Trial offerings include QR-linked safety bracelets, wallet identification cards and iron-on clothing labels.

    These products are intended to make safety information more accessible when vulnerable individuals are away from home. The QR-linked information can be updated online without having to replace the physical item every time details change.

    Mohammad also hopes to collaborate with state and central government agencies to expand the platform’s reach and explore how the technology could support missing-person searches and emergency response efforts.

    Technology with a Human Purpose

    Reunite India’s journey demonstrates how a personal experience can inspire a solution with wider social impact. By combining AI-assisted information gathering, manual verification and QR-based identification, the Hyderabad-developed platform aims to help families navigate the uncertainty of missing-person cases.

    As natural disasters and other emergencies separate families, accessible digital tools like Reunite India could offer an additional way to share verified information and support efforts to reunite loved ones.

  • Hyderabad Emerges as a Major Frontier AI Computing Hub as AMI Orders 9,000 NVIDIA Rubin GPUs

    Hyderabad Emerges as a Major Frontier AI Computing Hub as AMI Orders 9,000 NVIDIA Rubin GPUs

    Hyderabad is set to take a major step forward in the global artificial intelligence and advanced computing landscape.

    AMI Intelligence, an infrastructure platform established by the promoters of Greenko, has placed a binding order for 9,000 NVIDIA Rubin GPUs for its first AI factory in Hyderabad. The company announced the order on August 25, 2026, describing the project as a major milestone in its plans to build large-scale AI computing infrastructure.

    The 9,000 next-generation GPUs are planned to be deployed as NVIDIA Vera Rubin NVL72 systems at AMI’s 30 MW AI computing facility in Hyderabad. The deployment is targeted for the first quarter of 2027.

    According to AMI, the Hyderabad facility is expected to become one of Asia’s first frontier AI computing clusters based on the NVIDIA Vera Rubin platform, placing the city at the centre of the rapidly expanding AI infrastructure ecosystem.

    🇮🇳 Hyderabad’s Growing AI Ambitions

    The project is significant not only for AMI but also for Hyderabad and Telangana, which have been emerging as important destinations for technology companies, data centres, cloud infrastructure and artificial intelligence.

    The new facility will represent the first tranche of AMI’s planned 1 GW of Compute-as-a-Service capacity, which the company intends to develop across India, the United States, Finland and Malaysia.

    AMI said it plans to bring 200 MW of computing capacity to market in the near term, backed by more than US$8 billion in planned capital expenditure.

    The scale of the proposed investment highlights the growing demand for high-performance computing infrastructure required to support the next generation of AI models, enterprise applications, cloud services and other computationally intensive technologies.

    ⚡ From Power Infrastructure to AI Compute

    AMI Chairman Anil Chalamalasetty described the development as the next stage in the company’s long-term focus on transforming power infrastructure into value-generating technology infrastructure.

    He highlighted the emerging “electron-to-token” economy, referring to the conversion of large-scale electricity and computing resources into AI-driven digital outputs.

    The deployment of NVIDIA’s latest-generation Vera Rubin platform in India is expected to strengthen AMI’s position in the emerging AI computing market and support the development of advanced AI infrastructure at scale.

    💻 Why NVIDIA Rubin Matters

    Modern AI systems require enormous amounts of computing power for training and inference. As AI models become larger and more sophisticated, demand for high-performance GPUs and specialised data-centre infrastructure is increasing rapidly.

    The NVIDIA Vera Rubin platform represents a new generation of AI computing technology designed for demanding workloads. Deploying thousands of these GPUs together can create a powerful computing environment capable of supporting large-scale AI applications.

    For Hyderabad, the project could further accelerate the development of an ecosystem around AI, cloud computing, semiconductor-related technologies, data centres, software and digital infrastructure.

    🌏 A Major Milestone for Hyderabad

    The planned 30 MW facility is expected to add Hyderabad to the growing list of global locations investing heavily in frontier AI infrastructure.

    The city already has a strong technology ecosystem, a large pool of engineering talent and an expanding digital infrastructure base. The addition of large-scale AI computing capacity could create further opportunities for technology companies, startups, researchers and enterprises looking to build and deploy advanced AI applications.

    As global competition for AI computing capacity intensifies, investments of this scale could play an important role in determining which cities become the next generation of AI infrastructure hubs.

    With 9,000 NVIDIA Rubin GPUs, a 30 MW Hyderabad facility, and a broader plan to develop 1 GW of Compute-as-a-Service capacity, AMI’s announcement represents a significant development in India’s rapidly evolving AI infrastructure story.

    Hyderabad’s journey from a major IT and technology hub to a potential frontier AI computing destination is gaining momentum. 🚀🇮🇳