Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

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.

Over 93% of organizations are reportedly experiencing two or more identity-related attacks a year due to weak passwords, and at this critical level, organizations are looking out for an additional layer of security with biometric authentication to verify their users. Multi-factor authentication plays an integral role in verifying user identities.

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.

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.

During and after the COVID-19 pandemic, workplaces are no longer confined to just office cubicles. With organizations adopting a Bring Your Own Device (BYOD) policy and employees using mobile devices for work, managing the security and productivity of a mobile workforce has become a critical business priority.

A password alone isn't enough to ensure that there will be no unauthorized access to your systems. Someone could enter the correct credentials from another country, from an unknown device, at 3 AM, through a suspicious proxy network - and traditional login systems would still let them in. That’s the problem with static authentication. Modern Drupal websites, especially in healthcare and government sectors, need login security that can evaluate context, behavior, and risk before granting access.

Single Sign-On (SSO) means fewer password headaches, faster access, and better security for human users. But the same cannot be said for AI agents. SSO, a core part of Identity and Access Management (IAM), which was initially built for humans, can no longer be used for AI agents. For humans, it was quite simple - just log in once, and authenticate across connected apps. However, when an AI agent tries to authenticate the same way, the traditional access model breaks fast.

One compromised login should never unlock an entire enterprise environment. Yet that is exactly the risk many organizations face when Single Sign-On is implemented without governance controls. While SSO simplifies authentication and improves user experience, it also concentrates access into a single identity layer that attackers actively target. That is why enterprises are investing in SSO access governance to bring structure, visibility, and accountability into identity management.

Most organizations do not fail IAM because they chose the wrong technology. They fail because identity controls evolve unevenly across the environment. MFA may protect workforce users but not contractors. Provisioning may be automated for SaaS applications while privileged accounts are still managed manually. Access reviews may exist on paper but lack enforcement, visibility, or accountability.

The shift from traditional office setups to remote and hybrid work has changed how IT teams operate. Employees are no longer working from a single location. They use laptops, smartphones, tablets, and even rugged devices across homes, offices, and field environments. Managing all of this securely is not simple. IT teams now have to balance speed, security, and support without physical access to devices. When something breaks, they cannot walk up to a desk and fix it.