Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Network vulnerability management is no longer a periodic security task. As networks expand across locations, vendors, and OSs, vulnerabilities can emerge quietly through configuration changes, outdated firmware, or delayed patching. Without consistent visibility and automation, teams often discover risks only after they affect availability, security, or compliance. Effective vulnerability management requires continuous awareness, structured assessment, and controlled remediation.

Five Worthy Reads is a regular column highlighting five noteworthy articles we've discovered while researching trending and timeless topics. In this article, we're exploring post-quantum cryptography (PQC), which is a rapidly evolving field focused on protecting sensitive data from the future threat posed by quantum computers. Current digital security relies heavily on public key cryptography to protect sensitive information, secure communications, and verify identities.

In the current threat landscape, the pressure on security operations center (SOC) teams has never been higher. Yet for many organizations, the reality of daily security operations is less high-tech threat hunting and more of an uphill battle against manual processes and fragmented data. To understand why SOC teams are burning out, let's walk through a typical morning of an SOC analyst.

At some point, every enterprise faces the same quiet operational nightmare: hundreds of users, thousands of devices, multiple locations, and someone in the IT department manually managing who gets access to what. Active Directory (AD) was Microsoft's answer to that problem when it shipped with Windows 2000, and it remains, over two decades later, the dominant identity and access infrastructure in enterprise networks worldwide.

Many organizations invest heavily in backup solutions but still face a critical gap: the absence of a well-defined backup retention policy. Without a structured retention policy, backups may either be stored longer than necessary, driving up costs, or deleted prematurely, increasing compliance risks and limiting recovery options. In critical scenarios like ransomware attacks or system failures, organizations may find that their backups are incomplete, outdated, or unusable.

Data loss is no longer a rare event—it is an inevitability. From ransomware attacks to accidental deletions, organizations must be prepared not just to prevent incidents, but to recover from them quickly and reliably. Modern threats increasingly target backup environments, making recovery readiness a critical component of any data protection strategy.

For decades, enterprise security architecture rested on a comforting fiction: that inside the network and outside the network meant something. The user on the corporate LAN was protected. The user anywhere else was somebody else's problem. Then the workforce stopped sitting still. Hybrid work, branch sprawl, BYOD, contractor laptops, field engineers, sales teams permanently on the road—your workforce stopped being a place and became a population.

Microsoft 365 (formerly Office 365) is a critical platform for modern organizations, enabling collaboration across email, file sharing, and communication tools. While it includes built-in data protection features such as retention policies, many organizations make a common mistake: They assume retention is the same as backup.

As organizations continue to adopt more applications and digital services, managing user authentication across multiple systems has become increasingly challenging. When user accounts are distributed across multiple platforms, provisioning and revoking access can become both time-consuming and difficult to manage. Ultimately, this increases the risk of unauthorized access and unmanaged credentials.