Trace the Hack

In the vast world of business software, Microsoft has been king for ages. But in India, there's a quiet rival in the making — Zoho Corporation. Based in Chennai and firmly planted in Tamil Nadu's countryside, Zoho is not only challenging Microsoft ; it's redefining the game for building software for India, by India. With more than 100 million worldwide users and an array of 50+ built-in apps, Zoho is currently set to become the Indian institution's default platform, business's default platform, and even government office's default platform. Swadeshi Endorsement: Political Push India's IT Minister Ashwini Vaishnaw made headlines recently by switching, in public, from Microsoft PowerPoint to Zoho Show for cabinet briefings. The message was as clear as day: "Switch to Swadeshi." It was not an act of nationalism — it was a tip of the hat to the potential of Zoho, strategic in intention. It is an indication of India's pursuit of digital self-relianc...

By 2025, cyberwar had devolved into a sinister new genre—silent, smart, and well entrenched. As traditional cybersecurity tools become smarter and more powerful, cybercrime follows suit. Maybe the most dangerous threat today is the development of AI-driven supply chain attacks—silent incursions that sully the very systems we rely on to craft our software, manage our networks, and power our economies. What Are Supply Chain Attacks? Supply chain attacks attack the weakest link—not the company being targeted, but one of the third-party vendors, software dependencies, or service providers with which it is affiliated. That is, attackers don't break through the front door; they crawl through the back door dressed as a valid delivery.  From SolarWinds in 2020 to the Codecov and Kaseya incidents that followed, we’ve seen how devastating such attacks can be. In 2025, however, a more dangerous evolution is taking shape—supply chain attacks are being driven by Artificial Intelligence. ...

  India's digital revolution has reached as far as metro hubs. Mobile phones, affordable internet, and online services now reach millions of people in Tier 2 and Tier 3 cities —but this digital access also made them target-rich environments for cybercrimes. What initially was urban-centric threat is now finding its expression in smaller towns, reaching the common user.   1. Cybercrime's Sudden Upturn National Crime Records Bureau (NCRB) figures indicate that cybercrimes escalated more than four times in FY 2024, inflicting around $20 million in losses. Tier 2 towns contribute a significant percentage of this, and endpoint cyberattacks have escalated extensively. Bhavnagar, Banaskantha, Mehsana (Gujarat) are new hotspots, previously unheard of, now engaging actively in digital arrest scams and impersonation stock schemes. Alwar, Jamtara, Deoghar, and Nuh are now hubs of organised deceit, an outcome of low awareness and weak cybersecurity infrastructure.   2. ...

 In light of the dynamic threat landscape of today's world, AI is not just a defense tool anymore. Cyber-attacks increasingly depend on AI to create more intelligent, intelligent, and sophisticated attacks that may be evasive to classic detection. It is thus imperative now that cybersecurity professionals and organizations learn the dynamics of AI-based threats and render defense against the same possible.   The Rise of AI Malware AI malware is harmful code which employs machine learning or artificial intelligence techniques to make it stronger and harder to detect. Pre-programmed actions are performed by conventional malware, but AI malware learns from surroundings and adapts in a bid not to be detected.   Unlike conventional threats, AI malware can: Morphing and adapting at runtime: With polymorphism methods, AI malware may change the format of its code or actions to evade detection by signatures. Bypassing sandboxing and scanning environments: Sophisticat...

As technology continues to evolve, quantum computing is soon going to reach a tipping point where it can make existing cryptographic systems redundant. Against this new backdrop, post-quantum cryptography has emerged as a cornerstone of the future that is cyber-resilient. But what is post-quantum cryptography, and why does it matter? What is Post-Quantum Cryptography? Post-quantum cryptography (PQC) are quantum computer and classical computer attack-resistant cryptographic schemes. Unlike RSA and elliptic-curve cryptography (ECC), which are founded on problems such as prime factorization and discrete logarithms, PQC schemes are constructed from math challenges that are resistant to quantum computers, including: 1. Lattice-based cryptography 2. Code-based cryptography 3. Multivariate polynomial equations 4. Hash-based signatures The schemes work to design quantum-safe encryption so data will never be compromised in a post-quantum world. Why Now, So Important? The danger is present. Nati...

As the world becomes increasingly digital by the minute, protection for sensitive information is more important than ever. With the record-breaking developments in the field of computer science, those ancient cryptographically safe techniques protecting our information are at risk due to the enormous power of quantum computing. What is Post-Quantum Cryptography? Post-quantum cryptography is a cryptographic technique that are quantum-resistant against the spectacular calculation power of quantum computers. Quantum computers will make the existing types of encryptions like RSA and ECC (Elliptic Curve Cryptography) securing web banking to ordinary messages obsolete. Classical cryptography depends upon the infeasibility of particular mathematical challenges, such as large-number factorization or computation of discrete logarithms. Quantum computers based on quantum bits (qubits) rather than classical bits may solve such challenges significantly faster, proportional to just a part of the ti...