Community Articles

As 2025 comes to a close, it’s a good moment to pause and look back on the year at NetBrain.This year was shaped by the people behind the platform — our customers, partners, and NetBrainers — who showed up with ideas, questions, feedback, and real-world use cases. Together, those moments added up to steady progress across how teams think about network visibility, automation, and resilience.Thank you for the trust and the collaboration throughout the year. From conversations and events to shared wins and lessons learned, the community played a big role in where NetBrain is today.Watch our 2025 recap to revisit some of the moments that defined the year. As we head into 2026, we’re carrying that momentum forward and staying focused on what matters most: #Prev

NetOps keeps shifting fast, and the pressure on teams is only getting heavier — more cloud, more complexity, more tickets, more everything. The industry is clearly moving toward a model where intelligence and automation aren’t “nice to have,” they’re the backbone of keeping digital services running.A few trends are standing out:AI is officially at the center of NetOps. Teams are moving from reactive troubleshooting to proactive, AI-driven operations. Junior engineers get guided workflows, senior engineers get time back to focus on architecture and innovation, and networks become a lot more resilient.Cloud keeps accelerating. NetOps leaders are expected to build service delivery models with cloud visibility, performance, and reliability baked in. Hybrid and multi-cloud setups are now the norm, not the exception.MTTR matters more than ever. Ticket volume is exploding and staffing expertise is stretched thin

Troubleshooting always brings out the truth about your workflow. When an outage hits or performance tanks, the fastest path to clarity usually comes from the tools that remove guesswork. This week, we’re asking the community to share real examples of how NetBrain helped reduce troubleshooting time in a meaningful way. Maybe a Dynamic Map instantly revealed an unexpected routing change or a broken hop. Maybe Deep Diagnosis pinpointed the root cause before CLI commands even entered the chat.Your stories help shape a smarter community playbook and give newer members practical ideas they can apply right away.If you want to see how teams use NetBrain to reduce MTTR, check out:Incident Response: https://www.netbrain.com/use-cases/incident-response/Resource Hub:

 During NetBrain LIVE, we dug into where AI truly stands in network operations with Enterprise Strategy Group’s Jim Frey. His take was clear and straight to the point: AI is at a major turning point, but widespread trust hasn’t fully caught up.Teams want proof before they let AI influence critical decisions. They want to see real results—both from peers and inside their own environments. Once that trust builds, productivity gains tend to accelerate quickly.The bigger trend he highlighted is unavoidable: networks are evolving too fast for manual operations to keep pace. With new AI-driven workloads appearing inside organizations almost weekly, t

We recently chatted with Daniel Umukoro from General Datatech (GDT) about what customers are dealing with most right now, and his answer was immediate: “Most of our customers want things fixed.”That’s the heart of it. Every organization wants fewer issues — and when problems do happen, they want them solved fast. “As a matter of fact, they don’t want issues in the first place,” Daniel said with a laugh. “But if there are issues, they want them fixed ASAP.”He explained that the biggest challenge isn’t just about identifying what’s broken; it’s about how long it takes to get things working again. “The biggest challenge that customers have is what we call MTTR — the amount of time it takes to resolve issues,” he said.That’s where NetBrain plays a major role. GDT uses NetB

Network outages cost organizations an average of $9,000 per minute—and when incident complexity outpaces IT bandwidth, automation becomes essential.Our latest blog breaks down the three progressive levels that define the path toward a self-healing network: Auto-Detection: Machine learning–powered visibility and root cause analysis to reduce time-to-detect and false positives. Auto-Remediation: Context-aware automated responses that shorten time-to-resolution while keeping humans in the loop. Self-Healing: Predictive, autonomous optimization—where the network learns, diagnoses, and remediates issues on its own. While true self-healing remains an industry goal, the first two levels are achievable today with NetBrain Next-Gen, enabling teams to respond faster, prevent outages, and strengthen resilience.Read the full blog