When Doug Roberts picks up the phone, he sounds like a man who has not slept much lately, but not because anything is going wrong. Quite the opposite. The Chief Technology Officer of Cytranet, a telecom and internet services provider that serves business, government, and enterprise clients, has spent the better part of the last several months rolling out a new suite of AI-powered network security tools that he believes will fundamentally change how mid-market organizations defend themselves against increasingly sophisticated cyber threats.
It is a busy time to be in the business of keeping networks safe. Ransomware attacks on municipal governments and school districts have surged over the past year, and threat actors are now using generative AI to craft phishing campaigns that are nearly indistinguishable from legitimate communications. For companies like Cytranet, whose customers include local government agencies and enterprises that depend on always-on connectivity, the stakes could not be higher.
Roberts said the idea started germinating about eighteen months ago when his team noticed a shift in the types of attacks targeting their customers.
“We were seeing a real escalation in the sophistication of what was coming at our clients,” Roberts said. “It was not just the volume, although that was increasing too. It was the quality of the attacks. Social engineering attempts that looked perfect. Malware that was polymorphic and could evade traditional signature-based detection. We knew we had to get ahead of it rather than just react.”
The result is a layer of machine learning and behavioral analytics that Cytranet has built on top of its existing managed network services. Rather than relying solely on known threat signatures, the system continuously monitors traffic patterns and user behavior across customer networks, flagging anomalies in real time and helping isolate suspicious activity before it can spread.
What makes Roberts particularly enthusiastic is how the technology performs for the kinds of customers Cytranet typically serves. These are not Fortune 500 companies with massive in-house security operations centers. They are county governments, regional healthcare systems, mid-sized manufacturers, and professional services firms that need enterprise-grade protection but do not have enterprise-grade budgets.
“There has been this gap in the market for a long time,” Roberts explained. “The big cybersecurity vendors build products for the biggest companies in the world. The really small businesses might get by with off-the-shelf solutions. But that middle tier, the organizations with a hundred to a few thousand employees, they have been underserved. They have real data to protect, real compliance requirements, and real consequences if they get breached, but they cannot justify a seven-figure annual security spend. That is exactly where we want to be.”
The timing aligns with broader trends across the telecom industry. Service providers nationwide are racing to differentiate themselves beyond basic connectivity, bundling security, cloud, and managed services into their offerings as fiber buildouts intensify competition for business accounts. Roberts acknowledged that Cytranet is hardly the only company making this play, but he argued that the company’s close relationships with its customers give it an edge.
“We are not a faceless vendor to these organizations,” he said. “We are the people who built their network. We understand their traffic patterns, their workflows, their pain points. When you layer AI-driven security on top of that institutional knowledge, you get something that a generic security product simply cannot replicate.”
One early success story involves a municipal government client that Roberts declined to name specifically but described in general terms. Within the first week of deployment, the new system identified and blocked a credential-stuffing attack that had been slowly probing the municipality’s systems for weeks without triggering any of their existing security alerts.
“That was a real validation moment for the team,” Roberts said. “The client had no idea it was happening. Their existing tools were not catching it because the attack was low and slow, just a handful of attempts per hour spread across multiple entry points. Our system picked up on the pattern because it was looking at behavior holistically rather than evaluating each event in isolation.”
Roberts is also keeping a close eye on developments in fiber and broadband infrastructure policy, particularly as federal broadband funding continues to flow into underserved markets. He sees an opportunity for Cytranet to expand its footprint by pairing connectivity buildouts with its enhanced security and managed services offerings.
“Every new fiber connection is also a new endpoint that needs to be secured,” he said. “As we grow our network, we are not just selling bandwidth. We are selling peace of mind. That is a fundamentally different value proposition, and it is one that resonates with the kinds of customers we work with.”
Looking ahead, Roberts said his team is already working on the next generation of the platform, which will incorporate more predictive capabilities. The goal is to move from detecting threats as they happen to anticipating them before they materialize, using the vast amounts of network telemetry data that Cytranet collects across its customer base.
“We are sitting on an enormous amount of data about how networks behave when they are healthy and how they behave when something is wrong,” Roberts said. “The more we can learn from that data, the better we can protect everyone on our network. It is a virtuous cycle.”
He paused for a moment and then laughed.
“Ask me again in six months and I will probably tell you we are not moving fast enough,” he said. “That is just how this industry works. But right now, I feel really good about where we are headed.”
