Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Tokenization isn’t new, but 2025 forced everyone to rethink it. You’ve got AI pipelines ingesting messy text, microservices flinging data around like confetti, and regulators asking for deletion receipts like they’re Starbucks orders. Most companies slap together a regex mask and call it “privacy.” Spoiler: it isn’t. Real data protection often hinges on choosing the right type of tokenization for the job.

In November 2025, chaos struck India’s major airports when a series of GPS spoofing attacks misled pilots, showing their aircraft up to 60 nautical miles off-course. The attack was swift, unsettling, and eye-opening; not just for aviation, but for anyone who relies on technology for critical operations. This incident made me realize something crucial: Resilience matters more than ever.

The question is no longer whether to invest in cybersecurity, but how to do it in a way that is sustainable, effective, and resilient.

When you’re operating with just five payment pages, PCI feels predictable. Not because controls are simple, but because the variables are contained. It’s simple math. You know the pages. You know the scripts. You know how often they change and who owns each one. So the environment is small enough that nothing surprises you, and predictability becomes the default. But then, your organization grows. New products, regional variants, A/B experiments, and acquisitions all add up.

Below is a look at how the Feroot platform evolved in 2025 and how these improvements support your compliance and security strategy heading into 2026.

I’ve been meeting with customers across APAC, and a clear pattern is emerging: privacy laws are tightening, timelines are shrinking, and boards are asking tougher questions. The takeaway is simple: progress isn’t optional. Here’s the headline: Netwrix is leaning into Asia-Pacific with identity‑first data security so organizations can meet the letter of the law and actually reduce risk in the real world. Our philosophy is simple: data security that starts with identity.

mTLS, or mutual Transport Layer Security, is a mechanism that establishes two-way authentication between two parties, ensuring they are who they claim to be.

As explored in CYJAX’s recent blog, “PhishinGit – GitHub.io pages abused for malware distribution”, a core feature of GitHub is that it allows users to create and host free static webpages for repositories on github.io. Whilst this service is primarily used to display legitimate projects and host functional webpages, it is known to be used to host malicious files, infrastructure, and content.