SWETA GANGULY

A wordsmith who crafts engaging and effective content for diverse audiences

The Recommendation System

Lets Learn Together This week, YouTube reminded us just how dependent the internet is on large-scale AI systems. A global outage hit millions of users. Many saw blank homepages, endless loaders, and the familiar “Something went wrong” message. YouTube Team on Twitter updated:- “…….An issue with our recommendations system prevented videos from appearing across surfaces

Own the Intelligence, Rent the Engine: The Third Path for AI Capital Allocation

(Beyond the “Build vs. Buy” Dead End) For decades, the Build vs. Buy framework was the gold standard for enterprise technology strategy: But in the era of Generative AI, this binary choice has become a strategic dead end. Building every layer of the AI stack means competing in an environment of unprecedented technological acceleration, where

From Experimentation to Operationalization – The role of AI stack

Artificial Intelligence (AI) has moved beyond the hype cycle. What was once a playground for experimentation is now a strategic imperative for organisations seeking competitive advantage. The competitive edge belongs not to those who test AI, but to those who successfully operationalise it. Yet, the journey from proof of concept to enterprise-wide operationalisation is complex

From Insight to Impact: A Strategic Blueprint for Agentic and Generative AI

The accelerating pace of artificial intelligence (AI) innovation is reshaping the competitive landscape for businesses across industries. Among the most transformative developments are  generative AI, which enables the creation of content, code, and solutions at scale and the most discussed agentic AI—systems capable of autonomous decision-making. It’s crucial to not only understand these technologies but

The Quantum Story: Putting the Pieces Together

As we conclude our multi-series exploration into the fascinating world of quantum technologies,  it’s time to look at how all the different parts fit together. We’ve talked about quantum computers, secure communication, and a brand-new kind of internet. Now let’s see how they all connect to create the communication of future. A Quick Look Back:

The Backbone of the Quantum Internet: Understanding Quantum Repeaters

What’s a Quantum Repeater and Why Do We Need It? Quantum repeaters are devices designed to extend the range of quantum communication over long distances. Unlike classical repeaters that simply amplify a signal, quantum repeaters overcome signal loss by using Quantum Entanglement and a process called Entanglement Swapping to create a long-distance entangled connection. How

From Waves to Qubits: Bridging the Quantum Divide

In a world increasingly shaped by quantum technologies, one question often puzzles even seasoned technologists: Why can’t analogue information be directly converted into qubits? At first glance, it seems intuitive—after all, quantum systems are inherently physical and continuous. But the reality is more nuanced. Analogue information isn’t converted directly into qubits because the fundamental nature of quantum

Encoding classical information into Qubits

In the last blog post, we touched the the concepts of bases and correlation in the context of QKD and kept it for a detailed explanation this week. Even before understanding bases and correlation, let’s take a step back and understand why these are discussed in the context of Quantum technology. Ever wondered how classical information represented as

Quantum Key Distribution (QKD)

In an era increasingly defined by digital interdependence and the looming threat of quantum computing to conventional cryptographic paradigms, Quantum Key Distribution (QKD) stands as a revolutionary approach to secure communication. Unlike traditional encryption methods whose security relies on computational complexity and mathematical assumptions, QKD leverages the fundamental, immutable laws of quantum mechanics; specifically superposition,

Quantum Communication

Quantum communication is a revolutionary field with the potential to transform how we secure and transmit information. Its importance stems primarily from its ability to offer unprecedented levels of security and to pave the way for advanced quantum technologies. Quantum communication is an approach to transmitting information that leverages the unique and often counterintuitive principles

Quantum Computation

In a world increasingly driven by data, speed, and complexity, classical computers—no matter how powerful—are beginning to hit their limits.  Quantum computation, a revolutionary approach that promises to reshape industries, solve previously unsolvable problems, and unlock new frontiers in science and technology. What is Quantum Computation? Quantum computation is a new type of computing that

Quantum Information Science

WHY THIS MATTERS Quantum Information Science (QIS) is a rapidly evolving field that harnesses the power of Quantum Mechanics and Information Theory to study the processing, analysis and transmission of information. 2025 is designated as the International Year of Quantum Science and Technology by the UN. This highlights the immense importance of the field, which

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