Why Better Visibility Matters for SLED Cybersecurity and Operations

State, Local, and Education (SLED) organizations are under constant pressure to keep essential services running while managing growing cyber risk and increasingly complex infrastructure. From school systems and research networks to public safety and citizen services, these environments need to stay secure, reliable, and always available.

At the same time, infrastructure continues to change. Applications now span data centers, campuses, cloud platforms, and modern architectures. Cybersecurity teams are expected to modernize, respond to incidents faster, and get more from existing technology investments, often without added resources.

That combination creates a hard reality: when visibility breaks down, security and operations both suffer.

The Growing Visibility Challenge in SLED Environments

Many of today’s security and operational challenges come down to gaps in what teams can see. Threats increasingly move through encrypted and East-West traffic that is difficult to inspect. Cybersecurity visibility is often fragmented across siloed tools and teams, making it harder to understand what is happening across the environment. At the same time, AI-driven applications and modern workloads introduce new governance and data exposure risks.

The result is familiar. Threats take longer to detect. Investigations slow down. Performance issues become harder to isolate. Even well-funded security and observability tools can fall short if they are not getting the right data.

When teams cannot see enough of what is happening across hybrid infrastructure, they are forced to make decisions with incomplete information. 

Expanding What Security and Operations Teams Can See

Security and operations teams can act only on the data available to them. Improving outcomes starts with improving visibility. Network visibility in cybersecurity refers to the ability to monitor, analyze, and understand data moving across an environment, including encrypted and internal (East–West) traffic.

The Gigamon Deep Observability Pipeline delivers high-fidelity network-derived telemetry, including application metadata, packets, and flows to the security and observability tools teams already use. This expands the context available to those tools, helping teams detect threats, lateral movement, and performance issues that might otherwise go unseen.

Rather than replacing existing investments, this approach strengthens them. By making network activity easier to see and act on, teams gain a more complete understanding of what is happening across their environment.

What Changes With Better Visibility

When visibility improves, teams can operate with greater confidence and efficiency.

Security teams can reduce blind spots and detect threats earlier, including activity hidden in encrypted and lateral traffic. Operations teams can identify and resolve performance issues faster, without long troubleshooting cycles. At the same time, organizations can reduce the volume of low-value data flowing into downstream tools, improving performance and lowering ingest and storage costs.

Just as important, better visibility helps teams manage change more effectively. Whether migrating workloads, adopting cloud services, or introducing AI-driven applications, teams can move forward with a clearer understanding of risk and impact.

A Real-World Example: Riverside County

Riverside County, California, faced many of the same challenges. The county needed fuller visibility into network traffic to help secure government data and resources, improve how its security tools worked together, and respond to threats faster across a large, distributed environment.

Before deploying Gigamon, Riverside County had visibility into only about 20 percent of lateral East-West traffic. After deploying GigaVUE-FM fabric manager and GigaVUE® HC Series appliances, the county improved network visibility, reduced mean time to remediation, and gained the ability to reconfigure systems without downtime using Inline Bypass.

County CISO Anthony H. Chogyoji also reported that filtering out irrelevant data helped its security tools pinpoint critical information more accurately. Riverside County achieved return on investment (ROI) in less than 12 months and said the result was better decision-making, continuous uptime, and more reliable service delivery.

“By eliminating the noise from irrelevant data, our tools can now pinpoint critical information with greater accuracy,” said Chogyoji. “This leads to more reliable results and better decision-making. Today, we enjoy the peace of mind that the continuous uptime and reliability Gigamon delivers with a 100 percent ROI in less than 18 months.”

Why Visibility Is the Foundation of Modern SLED Security

For SLED organizations, better cybersecurity visibility is not about collecting more data. It is about giving teams the context they need to reduce cyber risk, get more value from the tools they already own, and keep digital services running reliably.

Strengthening cybersecurity, maximizing existing tools, and ensuring reliable digital services—surface level visibility is no longer enough.

The Gigamon Deep Observability Pipeline gives agencies a way to:

• Strengthen cybersecurity by exposing blind spots across encrypted and East-West traffic
• Improve the value of existing security and observability tools with higher-quality telemetry
• Support more reliable digital services by speeding issue detection and resolution

When teams can see more of what is happening across hybrid infrastructure, they can make better decisions, investigate faster, and keep critical services running with more confidence.

Learn how Gigamon helps SLED organizations improve network visibility and strengthen cybersecurity across hybrid environments.

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