Technology
Wi-Fi and How It Came To Be
Wi-Fi, formally known as Wireless Fidelity, was first released for consumers in the year 1997 when a community called 802.11 was created. While the first setup was not successful, the creation of IEEE802.11, ensured a wider success of Wi-Fi as a system. IEEE802.11 stands for Wireless Local Area Networks, WLANs, a set of standards which define communication.
Not surprisingly, there have been several people who claimed they invented this all–connecting magical device. However, like most things, credit can only go to one person and in the case of WiFi, Vic Hayes has been known as the Father of Wireless Connection. Known for chairing the 802.11 committee, Hayes was the one who established the standards which would make WiFi the technology it is today!
WLANs created a set of rules and established guidelines for how Wi-Fi worked, allowing 2 megabytes of data per second to be seamlessly transferred through a wireless connection between devices. Through the coming months, this network improved day by day and this led to the invention of routers. In the year 1999, the routers enabled the introduction of WiFi services for home use!
One of the primary ways WiFi uses technology to transmit data is through electromagnetic waves, which ran through two main frequencies (2.4 GHz: 802.11 b and 5 GHz: 802.11 a) at that time. For several years after being introduced on the home front, 2.4 GHz was the most popular choice, with the production being the most popular choice as it was used by several mainstream devices!
In the year 2009, the final version of 802.11n was introduced, increasing the efficiency of the wireless technology. With the final version of the 802.11 being cemented, the 2.4 GHz version quickly became the most sought after router. From then on, the router saw several improvements, with each version being better than the previous one. The updated 2.4 GHz router is now the preferred one, often connected with the different devices used on the home front. Now, in the present day, no one looks at what wireless technology was and how it came to be. One looks at the way WiFi makes our life easier, but not at what went into the industry. What is your favourite WiFi story? Comment and let us know!
UAE-based G42 has announced plans to deploy an 8 exaflop AI supercomputer in India, announced at the AI Impact Summit 2026 in Delhi. This national-scale project partners with Cerebras, MBZUAI, and India’s C-DAC, operating under full Indian data sovereignty as part of the India AI Mission.
The supercomputer boosts sovereign AI capabilities, enabling startups, researchers, academics, SMEs, and government access for tailored applications like public services and language tech. G42 India CEO Manu Jain highlighted its role in making India AI-native while prioritizing security.
This follows India-UAE tech pacts in late 2025, positioning India among global leaders in exaflop AI infrastructure amid rising demand for localized compute. Cerebras CSO Andy Hock noted it will accelerate large model training for India-specific needs.
Google has launched the Google Startup Hub Hyderabad, a major step in strengthening India’s dynamic startup ecosystem. This new initiative aims to empower entrepreneurs, innovators, and developers by giving them access to Google’s global expertise, mentoring programs, and advanced cloud technology. The hub reflects Google’s mission to fuel India’s digital transformation and promote innovation through the Google for Startups program.
Located in the heart of one of India’s top tech cities, the Google Startup Hub in Hyderabad will host mentorship sessions, training workshops, and networking events designed for early-stage startups. Founders will receive Google Cloud credits, expert guidance in AI, product development, and business scaling, and opportunities to collaborate with Google’s global mentors and investors. This ecosystem aims to help Indian startups grow faster and compete globally.
With Hyderabad already home to tech giants like Google, Microsoft, and Amazon, the launch of the Google Startup Hub Hyderabad further cements the city’s position as a leading innovation and technology hub in India. Backed by a strong talent pool and robust infrastructure, this hub is set to become a growth engine for next-generation startups, driving innovation from India to global markets.
- Jio Platforms has launched JioPC, a cloud-based virtual desktop service that transforms any television connected to a Jio Set Top Box into a fully functional computer.
- Users simply connect a keyboard and mouse to access a desktop-like environment, complete with web browsing, productivity tools, and educational apps—all without needing a physical PC or extra hardware.
- The service is device-agnostic and works with all consumer PC brands, making advanced computing accessible and affordable for millions across India.
JioPC is designed to support a wide range of activities, from professional work to online learning and creative projects. By leveraging Jio’s robust cloud infrastructure, users can run even compute-intensive AI applications directly from their TV screens. The platform also ensures data security and reliability, as all files and settings are safely stored in the cloud, protecting users from data loss even if their device is reset or replaced.
With JioPC, Jio aims to democratize digital access and bring high-performance computing to Indian households at a fraction of the traditional cost. The service supports popular productivity suites like LibreOffice and Microsoft Office online, and Jio is offering a free trial to encourage users to experience the benefits firsthand. This innovative move is set to reshape how people in India work, learn, and connect in the digital age.
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