In this webinar, we will see what fully automated certificate management looks like with Key Manager Plus, including a first look at Key Manager Plus Cloud. What we'll cover The operational definition, what it takes to get there, and the steps involved. How Key Manager Plus now handles the last mile of every renewal, automatically running the scripts, executables, and service restarts that make a deployment complete.
DNS, the internet's phone book, has a trust problem. Every time you type a URL into your browser, your device makes a DNS query—a request to translate a human-friendly name like bank.com into a machine-friendly IP address like 93.184.216.34. This translation happens billions of times a day, silently and invisibly. It's the lookup that makes the internet usable.
Security teams today don’t struggle because they lack visibility. They struggle because every meaningful investigation still depends on too much manual work. An alert fires. Analysts pivot between dashboards. They pull identity context from one tool, endpoint telemetry from another, and threat intelligence from somewhere else entirely. Then comes the response; disabling users, isolating endpoints, resetting passwords, notifying stakeholders, documenting incidents.
DDI Central version 6.1 introduced significant enhancements to the IPAM section, bringing a segmented view for sites, clusters, and supernets, along with multiple display options: table, tree, and card views. The release also added trusted feed configurations, root hint templates, and unmapped subnet monitoring, giving network admins greater flexibility and control over their DNS and DHCP resources.
ManageEngine OpManager Nexus achieving FIPS 140-3 compliance marks a significant step forward. It signals a stronger commitment to cryptographic integrity, regulatory readiness, and enterprise-grade security—without compromising operational efficiency.
Every enterprise today runs on two kinds of infrastructure. One half lives on-premises: the company’s data centers, internal networks, DNS zones, DHCP scopes, IP address spaces, and the systems that help every device find and connect to the right service. The other half lives in the public cloud: where applications, databases, containers, and storage run on infrastructure delivered by providers like Amazon Web Services (AWS). This hybrid model is no longer a temporary phase.
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 looking at how the gap between a vulnerability and an attack is shrinking rapidly. A vulnerability is discovered. It could be a small bug, a missed update, or a gap in how a system is configured. It gets reported, documented, and sometimes even publicly disclosed. For a long time, there used to be an extended window between discovery and attack.
Most major security breaches in the last five years had one thing in common. Not just unpatched vulnerabilities, but a decision someone made to live with it. A VPN credential that never got rotated, an admin account that outlasted the employee who owned it, or a privilege elevation request approved because it was easier than asking questions. The details change, but the pattern doesn't. This isn't a story about sophisticated attackers. It's a story about blind spots, misplaced trust, and what happens when organizations mistake the absence of an incident for the presence of security.
On a quiet Monday morning, Maya, the IT manager of a rapidly growing renewable energy company, sat down with her coffee and opened her laptop. The dashboard looked normal: energy production steady, systems online, and wind farms operating smoothly across multiple regions. Outside her office window, rows of wind turbines stretched across the horizon, slowly turning in the soft morning light. Each turbine represented progress: a step toward clean energy and a more sustainable future.