Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

With the growing vulnerability of password-only security systems, your applications, devices, and operating systems would need an authentication system that creates foolproof security. Moreover, as vulnerabilities in cyber ecosystems evolved and password breaches became increasingly common, organizations needed stronger authentication methods to protect sensitive data and user accounts.

Data breaches hit headlines weekly, and phishing scams evolve faster than we can patch them. Amongst this, passwords feel like relics from the dial-up era. Enter passkeys, a modern authentication solution, and a game-changing shift in authentication that's already being made available by giants like Amazon, Google, and Sony Interactive Entertainment. Passkeys promise phishing-resistant, frictionless logins without the endless "password123?" frustration.

Identity verification helps prevent fraud by requiring would-be fraudsters to verify that they are real people and who they say they are. But what about a user who opens an account with their legitimate ID and selfie and then hands the keys to a bad actor? That’s exactly what happens with identity muling, and this type of second-party fraud can be difficult to detect.

Speakers made it clear that agentic AI is already operating across enterprise workflows. Learn why identity must govern ownership, permissions, actions, and accountability.

ITDR automation best practices close the gap between when identity detection fires and when containment executes. Most programs detect identity attacks reliably but route the response to a human queue, turning active defense into a forensics workflow. Pre-built playbooks tied to high-confidence detection rules, plus protocol-layer blocking, are what convert ITDR from alert generation into attack containment. Identity-based attacks progress in minutes.

Managing users in Atlassian manually, especially with large numbers of users, is time-consuming and error-prone. It’s inconvenient, but more importantly, it introduces major security risks in case an ex-employee still has access. Also, there’s no point in paying for extra licenses. miniOrange User Provisioning for Atlassian addresses this. It synchronizes users, groups, and directories directly from their identity providers into Jira and related Atlassian applications.

The convergence of accelerated digitalization, complex global supply chains, and the rapid adoption of AI-driven automation, has elevated the importance of identity security. Combine this with the traditional and fragmented identity management approaches typical in manufacturing environments, and risk is multiplied. Failing to tackle identity, now becomes a direct threat to production continuity, regulatory compliance, and competitive advantage.

Long gone are the days where usernames were all you needed to secure a network. The same is true for your Security Operations Center (SOC) analysts trying to investigate a threat. "Who is jdoe05 and why are they logging into this server?" is a critical question to answer during an investigation, one that neither NDR (Network Detection and Response) nor EDR (Endpoint Detection and Response) can answer directly. Enter the Identity Provider (IdP).

Most teams using Jira and Confluence hit the same wall the moment external users get involved. You need clients and vendors to collaborate. But the platform forces a bad choice. Either give them full access and risk exposing internal data, or lock things down and slow everything to a crawl. Add to that the cost of licenses, and it becomes a structural problem, not just an operational one. The reality is simple. External users do not need your system.