Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

If Gen AI adoption were a drinking game, most companies would be three rounds in and still adding shots. I mean, with a new LLM-powered feature every sprint, agents wired into internal APIs, RAG pipelines indexing everything from Confluence to the HR drive, i.e., fast, exciting, and almost nobody checking what happens when someone hands the model a sentence or a txt.file it wasn’t supposed to receive.

If you run engineering, security, or compliance at an Indian tech company, DPDP compliance is knocking at your door fresh and clean in less than a year. Our aim is not to present scary statistics but to help you recognize the urgency of the matter and become DPDP compliant at the earliest. Since this law safeguards a nation’s data, the DPBI can thus stack penalties across multiple contraventions in a single incident. So stop debating whether the law applies to you; it almost certainly does.

Security teams are drowning in vulnerabilities. FIRST’s 2026 Vulnerability Forecast projects a median of approximately 59,000 new CVEs this year, following the 48,185 released in 2025. That is equivalent to more than 130 new disclosures each day. No team, big or small, regardless of budget, can patch all these vulnerabilities. Given no deliberate way of deciding what to patch first, organizations waste resources on low-risk findings and allow truly dangerous exposures to go unpatched.

Your last pentest probably took 2 weeks, cost 5 figures, and tested a fraction of your actual attack surface. Meanwhile, your team shipped 47 deployments in the same window, with each one almost completely untested for security. That gap between how fast you ship and how slowly you test is exactly where autonomous AI agents for penetration testing come in, especially with hackers getting smarter and faster each day (They are not using AI to summarize PDFs!).

In May 2026, security researchers at Astra identified a Stored Cross-Site Scripting (XSS) Vulnerability in the SVG attachment preview function of nfty, affecting versions up to 2.22.0. Stored Cross-Site Scripting (XSS) is a vulnerability that allows attackers to inject and permanently execute malicious scripts within a web application. If exploited, the threat actor could perform actions on behalf of the victim.

In May 2026, security researchers at Astra identified a stored Cross-Site Scripting (XSS) Vulnerability in HTML ReportGenerator, affecting versions up to 5.5.8. Cross-Site Scripting(XSS) is a general web security vulnerability that allows threat actors to inject malicious scripts into a web application. This type of vulnerability is mostly exploited to perform actions on behalf of the victim or to mine cryptocurrency.

You’re most likely here because of some math and news about how to get that math and mess sorted. Your engineering team can’t manually pentest every release, your scanners flood Jira with noise, and your CISO needs audit-ready evidence by next quarter, and the autonomous pentesting market promises relief; AI agents that discover, chain, and exploit vulnerabilities at human-quality depth, in hours instead of weeks.

Your presence here, reading this, insinuates that something is nagging at you. Maybe it’s the Ivanti headline you saw last week or the fact that half your engineering team works from cafés, co-working spaces, and home offices you’ve never set foot in. Maybe it’s the audit coming up and that one checklist item about remote access controls you’ve been putting off. No, you’re not being paranoid. We have numbers that justify your burgeoning anxiety.

You can easily split the room in half if you mention autonomous pentesting in a room full of security professionals. One-half will argue it’s the most important shift in offensive security to date, capable of solving the challenge of monitoring attack surface expansion faster than any manual pentester can prove it secure. The other half will push back hard.

For years, the defensive side held the asymmetric advantage over threat actors. Writing exploits requires a deep understanding of how memory corruption works, how authentication tokens can be forged, etc. That knowledge gap is what made it hard to exploit a vulnerability. LLM proliferation lowered that floor and quickly removed that advantage. Even script kiddies can now carry out cyberattacks like APTs without understanding POC.