Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Top tips is a weekly column where we highlight what’s trending in the tech world and share ways to stay ahead. This week, we’re taking a moment to think about something that often gets overlooked. When the world feels unpredictable, our routines change. We rely more on our devices to stay connected, informed, and reassured.

Five worthy reads is a regular column on five noteworthy items we’ve discovered while researching trending and timeless topics. This week, we learn more about synthetic identity fraud.

Previously, DDI Central version 6.0 introduced several enhancements designed to elevate the administrative experience, including streamlined importing of multiple servers in Windows environments, granular control over network resources through hierarchical roles, and a more in-depth view of network clusters. Now, DDI Central version 6.1 delivers broader and more comprehensive visibility into IP Address Management, featuring enhanced segmentation and multiple viewing options.

As endpoints became more powerful, more mobile, and more exposed, they also became more prone to attacks. Endpoints remain one of the most targeted entry points for attacks. Attacks today are no longer random; they are targeted, deliberate, and increasingly powered by automated AI discovery tools that hunt for unmanaged gaps. Malware, ransomware, and phishing-based intrusions continue to increase, and their first level of interaction often happens on an endpoint.

A network’s stability and reliability are defined by its ability to provide consistent services to clients, 24/7. But what happens when service availability is disrupted? Such interruptions can lead to network downtime and delayed responses for clients. Many modern networks face these challenges, making it the organization’s responsibility to build infrastructure that ensures continuous service availability.

As cybercrime becomes increasingly complex, the line between resilience and catastrophe becomes increasingly thin. In 2025, healthcare, automotive, financial, defense, and technology companies suffered massive breaches that cost billions in losses, exposed millions of compromised records, and caused months of operational paralysis.

Picture this: It’s 3pm on a busy Tuesday. Your phone rings, and the caller ID shows your company's main number. "Hi, this is Jake from IT," says a confident voice. "We're seeing some unusual activity on your account and need to verify your password to secure it. Can you help me out real quick?". Sound familiar? Well, this was the exact technique perfected by a teenager named Kevin Mitnick in 1983, long before the internet, smartphones, or even Windows or Linux existed.

DNS and DHCP services in an organization’s network experience constant fluctuations in query spikes, lease requests, and client connections over time. Network administrators must continuously monitor these patterns to ensure service stability and availability. However, in fast-paced and growing networks, a proactive approach is far more effective than a reactive one. This allows teams to identify and resolve service-related issues before they lead to network disruptions or IP exhaustion.

In enterprise Windows environments, BitLocker recovery often depends on storing and retrieving a unique 48-digit recovery password for every device. When these passwords are missing, outdated, or inaccessible, recovery becomes time-consuming and can lead to an irrecoverable data loss event. As device counts grow, this approach creates operational risk that IT teams cannot afford. In today's enterprise environments, encryption is only as strong as your recovery strategy.