Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In almost every major enterprise, Jira and Confluence are the default operating systems for innovation. They hold your organization's most vital intelligence, from product roadmaps to financial planning. Yet, while companies invest billions in fortress-like perimeter security, firewalls and VPNs, to keep external attackers out, they often ignore the fragility of their internal collaboration environments.

Cybersecurity tools and procedures were designed to provide full defence against predictable threats that followed patterns that would raise alarms. Familiar CAPTCHAs, IP blocks, browser checks, browser fingerprinting, and login restrictions would provide a protective layer for businesses to ensure only genuine users were using their website, or app, or API responsibly. This layer of cybersecurity used to distinguish human from bot.

Today’s IT leaders face a non-stop escalation of stealthy cyberattacks designed to hold organizations hostage. The dialogue has shifted from if you will be compromised to when. The financial stakes are incredibly high. According to a 2024 study by Splunk and Oxford Economics, “outages cost businesses over $400 billion in revenue each year.” For many Technology decision-makers, the instinct is to rely on traditional disaster recovery plans.

APIs are one of the most important technologies in digital business ecosystems. And yet, the responsibility for their security often falls to AppSec teams – and that’s a problem. This organizational mismatch creates systemic risk: business teams assume APIs are “secured,” while attackers exploit logic flaws, authorization gaps, and automated attacks in production. As Tim Erlin noted recently, “These are not exploits of a specific vulnerability, but abuse of an API.”

2026 is here, and cybersecurity is defined by a critical paradox: despite widespread MFA adoption, credential-based breaches continue to surge. Traditional multi-factor authentication, static, friction-heavy, and often disconnected, no longer stands up to sophisticated threats, such as AI-powered phishing, MFA fatigue attacks, and prompt bombing campaigns, which exploit user behavior rather than technical vulnerabilities.

From real-time payment (RTP) scams to account takeovers to card testing, Visa reports that 98% of merchants experienced one or more types of fraud in 2025. No wonder it has gone down in history as the year these crimes exploded in scope. So what does 2026 have in store? According to the INETCO Team, the coming months will see payment fraud evolve like never before — into something more autonomous and far harder for banks and payment processors to detect using traditional approaches.