AI Evolving Through Devices and Senses
Artificial intelligence is becoming more embedded in everyday tools through two key advancements: bringing intelligence directly onto devices and enabling systems to interpret many forms of information at once. These developments are helping technology become quicker, more secure, and better suited to real-world use.
On-Device AI, also called Edge AI, allows gadgets such as smartphones, smartwatches, and household robots to handle processing internally. Actions like recognizing speech, analyzing images, or translating languages no longer need to rely on remote servers. This change protects data by keeping it stored locally, speeds up responses by removing network delays, and reduces energy usage by lowering dependency on large data centers. Devices can continue performing tasks even without internet access. Local AI also allows more accurate adjustment based on nearby activity and user behavior.
Recent progress reflects this shift. Robots using Google’s Gemini operate offline while learning new actions. Samsung’s Galaxy AI offers live translation on phones. OPPO has updated hardware design to improve AI processing. Large language models are now running directly on phones such as iPhones, offering better data protection during use.
At the same time, Multimodal Agents are expanding AI's ability to understand the world. These systems process different types of input—such as text, visuals, sounds, and video—all at once. This layered input helps AI see context more clearly and respond more effectively.
Multimodal Agents are being used in areas such as fraud detection, vehicle guidance, and decision-making support. These systems learn independently, adapt to situations, and respond using combinations of voice, image, or gesture input. This leads to smoother, more natural interactions.
Healthcare systems use these agents to combine imaging with medical records for better diagnosis. In vehicles, they merge camera and sensor data to improve navigation and safety. In creative fields, simple instructions can be transformed into complete videos or interactive games. Virtual assistants now understand both speech and gestures, creating more realistic communication.
The combination of On-Device AI and Multimodal Agents is shaping a smarter, more adaptive form of artificial intelligence. This growth is changing how technology functions in everyday environments and how systems connect with the world.
Back Starlink Bringing Internet to Remote Areas in India
India has moved closer to bridging the digital divide with the official approval for Starlink to begin offering commercial satellite internet services. This approval, granted by IN-SPACe on July 9, marks an important development in expanding internet access to regions that have long been disconnected.
Urban areas in India have seen steady growth in digital infrastructure, but many rural and remote regions still struggle with poor or no connectivity. Traditional methods like fiber optic cables and 5G towers often fall short due to the country’s challenging geography. Starlink’s technology uses satellites in low-Earth orbit to deliver high-speed internet directly to users, making it possible to reach areas where laying cables is not practical.
This step supports national plans aimed at digital inclusion. Access to reliable internet can improve online learning for students, offer virtual healthcare services in underserved areas, and help small businesses grow by reaching more customers online. It also allows local communities to connect with essential government services more easily.
To fully roll out its services, Starlink must still meet several requirements. These include obtaining spectrum rights, setting up required ground infrastructure, and meeting security standards set by the Department of Telecommunications. These conditions are necessary to ensure the network is secure and works effectively.
Starlink will be competing with other satellite internet providers entering the Indian market. These include OneWeb, backed by Bharti Enterprises, and Reliance Jio’s satellite unit. However, Starlink has already taken steps to strengthen its presence by partnering with major Indian telecom companies like Bharti Airtel and Reliance Jio. These collaborations will help speed up the rollout, especially in rural areas, by using existing support systems and local networks.
While Starlink may not be the cheapest option for users in cities, its main strength is in providing internet access where no other options are available. This new service could play a key role in connecting millions of people, helping them access education, healthcare, and economic opportunities, and transforming how the country stays connected.
Back Preparing for the Quantum Future in Cybersecurity in India
India has made a significant move to protect its digital infrastructure with the release of the whitepaper Transitioning to Quantum Cyber Readiness, published by MeitY, CERT-In, and SISA. This document outlines the urgent need to strengthen cybersecurity systems as quantum computing technology continues to progress.
Currently, encryption methods like RSA and ECC safeguard vital data in banking, government systems, and online services. However, these systems are likely to become vulnerable once quantum computers reach their full potential, as they can break traditional encryption far more efficiently. Although these machines are still being developed, the threat is no longer theoretical and requires immediate preparation.
With India's increasing use of digital platforms in areas such as finance, healthcare, and public services, addressing these risks is essential. The whitepaper provides a clear and practical plan to guide organizations in transitioning to post-quantum cryptography. This includes reviewing current systems for weaknesses, using encryption that can adapt to new threats, and offering sector-specific recommendations for industries most at risk.
The roadmap also highlights the importance of developing technical expertise. Responding to quantum risks involves not just upgrading technology, but also training people who can understand and manage these new challenges. Investment in research, education, and collaboration will help ensure that India’s cybersecurity systems grow alongside technological advancements.
This effort supports the national objective of building a self-reliant digital security framework. The whitepaper marks an important beginning, encouraging both urgency and planning to ensure India is ready for the future of quantum computing.
Back OpenAI Browser Set to Change Online Experience
A major shift is underway in how the internet is used, driven by the arrival of an AI-powered browser developed by OpenAI. Instead of relying on traditional clicks and typed searches, this new tool allows users to interact with the web through natural conversation.
Tasks like booking a table, completing online forms, or summarizing long pages may no longer require multiple tabs or switching between websites. The built-in AI assistant can manage these actions in one place, making the process faster and easier.
This approach poses a direct challenge to popular browsers like Google Chrome. Chrome has long dominated the market by collecting data that supports targeted advertising. A browser that completes tasks without sending users to search engines could disrupt this model and reduce the amount of data feeding into ad systems.
The new browser gives OpenAI access to real-time usage data, helping improve its AI and develop smarter tools. Built on Chromium, the same base as Chrome, it benefits from a proven and stable foundation.
Other tech companies are also moving in this direction, with platforms like Perplexity releasing AI-driven browsers. The familiar habit of typing and clicking could soon be replaced by simple requests and instant results. This development signals the beginning of a more streamlined and intelligent way to navigate the web.
Back India Technology Momentum Gathers Strength
India is rapidly becoming a central figure in the global technology landscape. According to the Colliers report Global Tech Markets: Top Talent Locations 2025, India has emerged as both a key tech market and a major source of skilled talent. This dual role signals long-term growth and influence on the global stage.
Ranked among the world’s top ten tech markets alongside countries like China and Japan, India’s tech industry is driving strong economic activity. In the first half of 2025 alone, tech firms leased more than ten million square feet of office space—roughly forty percent of the total traditional commercial demand. This level of investment reflects steady confidence in the sector.
A major contributor to this momentum is the evolution of Global Capability Centers. Originally designed for support operations, these centers now serve as strategic hubs for innovation. Around forty-one percent of GCC office space demand—about 5.2 million square feet—came from tech companies in early 2025, underscoring their growing role in research and development.
India also stands out for its exceptional tech talent. Six cities—Bengaluru, Hyderabad, Delhi-NCR, Mumbai, Pune, and Chennai—are recognized among the top ten in the Asia-Pacific region for tech hiring. Together, Indian cities account for sixty-nine percent of the region’s total tech workforce.
Bengaluru has gained particular attention, hosting the world’s largest group of data scientists. A younger workforce is also rising, with more professionals under the age of twenty-five entering the field, especially in Bengaluru and Hyderabad. Skills in data science and cybersecurity remain in high demand.
Leasing trends show Bengaluru and Hyderabad as the leading tech hubs, making up nearly half of India’s office space activity in early 2025. Their advantages include a large talent base, robust IT infrastructure, and competitive operating costs. These cities, along with Delhi-NCR, also accounted for more than eighty-five percent of GCC-related demand.
The Colliers report highlights India’s growing importance in the global tech economy. With a skilled workforce, strong infrastructure, and an expanding innovation ecosystem, India is well-positioned to lead the next chapter of global technology growth.
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