From automation to autonomy in NetOps
For years, enterprises have relied upon automation to simplify and streamline network operations. With AI gaining significant traction and offering predictive capabilities, organizations are keen on adoption to help their IT staff to be more proactive than reactive to network issues.
In reality, this adoption has been gradual. Most teams still run networks manually, with engineers spending precious time troubleshooting, maintaining uptime, and managing point products. According to Gartner, nearly two-thirds of network tasks are still performed by humans.
That’s about to change with the introduction of a new emerging paradigm – Agentic AI for NetOps. Unlike traditional AI assistants that suggest actions, Agentic AI leverages autonomous agents that can plan, decide, and act on behalf of humans.
These AI agents operate under policy guardrails, continuously monitor performance, and execute changes in real time. By 2030, Gartner predicts that half of all enterprises will run their networks with minimal human involvement, with AI becoming the primary interface for NetOps.
Why this matters for the business and CXOs
The impact goes far beyond IT. Network reliability, speed, and security are the foundation of digital business. Yet outages, performance bottlenecks, and escalating operating costs remain constant boardroom concerns.
Agentic AI addresses these challenges head-on:
- Reduced downtime with AI-driven troubleshooting: Agents can troubleshoot and resolve incidents instantly, reducing troubleshooting and resolution times from hours to minutes, thereby improving MTTR (Mean Time to Resolution).
- Improved productivity: Network engineers are freed from firefighting and can focus on strategy, architecture, and business alignment.
- Cost optimization: AI reduces reliance on multiple observability tools, outsourced managed services and minimizes skills gaps by handling day-to-day operations.
- Stronger security: Agents can automate security workflows that detect and contain threats in real time, reducing lateral movement and minimizing risk exposure.
- Better user experience: Networks adapt dynamically, keeping collaboration tools, SaaS apps, and critical services running smoothly.
In short, Agentic AI doesn’t just make networks smarter. It helps make the business faster, safer, and more resilient.
A strategic imperative for leaders
We face a choice. We can continue investing in incremental improvements, knowing that human-driven NetOps won’t scale. Or we can embrace Agentic AI to gain a competitive edge.
While the former has significantly impacted their business agility, the latter requires cultural change, clear guardrails, and pilots to build confidence. While this can sound daunting, the payoff is significant: a future where networks are self-healing, self-optimizing, and always aligned with business goals.
In fact, the shift to Agentic NetOps isn’t going to happen overnight. Leaders who begin the journey now will lead the curve, while others struggle to catch up. Just as cloud transformed IT, Agentic AI will redefine network operations and organizations.
Infrastructure leaders can shift from incremental to transformational innovations
For years, automation and AI in networking have underdelivered. Enterprises experimented with anomaly detection and natural language assistants, but adoption never scaled. According to Gartner, 75% of enterprises hadn’t used GenAI in network operations by 2024.
Unlike current AI tools that only suggested fixes, Agentic AI introduces autonomous, goal-driven agents that can monitor, decide, and act in real time, under defined guardrails. More importantly, it frees IT leaders from reactive firefighting so they can focus on strategic initiatives that directly support business outcomes.
For CXOs, this is no longer an IT experiment, it’s a competitive differentiator.
Moving from “Humans in the Loop” to “Humans on the Loop”
While the executive story is compelling, technical leaders need to understand how Agentic AI works and what it means for day-to-day operations.
Traditional automation always required humans to press the button. With Agentic AI, software agents operate independently, guided by goals and guardrails. These agents come equipped with memory, planning, and tooling capabilities, pulling telemetry from switches, routers, SD-WAN devices, and firewalls.
They can correlate logs, detect anomalies, validate configs, reroute traffic, and even apply fixes in near real time.
This doesn’t mean removing humans entirely. Instead, it repositions them from spending hours troubleshooting to act as supervisors, validating decisions, refining guardrails, and focusing on architecture and strategy.
Practitioner view: Concrete benefits for network teams
For practitioners, agentic NetOps delivers tangible value:
Smarter troubleshooting and diagnostics
Agents can execute hundreds of diagnostic steps in seconds, including correlating logs, checking network performance and application performance, comparing against service level agreements (SLAs) and then propose or apply changes.
Real-time performance optimization in NetOps
AI agents can dynamically adjust bandwidth allocation for critical applications, predict hardware failures and flag degraded network paths before they impact users. Applications like Teams, Zoom, or SaaS services run smoother because the network adapts automatically.
Stronger security response
Agents can detect anomalies and quarantine compromised network segments in real time, limiting lateral movement. Security and networking telemetry are integrated into a unified context for faster incident response.
Operational resilience
Unlike human operators, AI Agents can continuously monitor 24/7, with consistent execution, minimizing human error and knowledge silos.
Skills and resource gap relief
With AI handling the heavy lifting, organizations can reduce dependency on scarce vendor-specific skills and redirect talent to higher-value initiatives.
The risks and guardrails of adopting Agentic AI for NetOps
Of course, technical leaders must also weigh the risks. AI agents can introduce new traffic patterns, require richer telemetry, and if poorly governed can make unsafe changes. Cultural resistance is another barrier. Many NetOps teams operate with an ‘if it isn’t broken, don’t fix it’ mindset.
An early adoption focusing on pilots in controlled domains can really bring the cultural shift. For example, start with troubleshooting and monitoring in controlled domains while building strong policy guardrails with human oversight. As confidence grows, more autonomy can be handed to AI agents.
Why this matters now
The future of NetOps is clear. Manual operations won’t scale to meet the complexity of hybrid work, SaaS-first enterprises, and AI-driven traffic patterns. Outsourcing to managed services is expensive and slow to adapt. Incremental automation can only go so far.
Agentic AI represents a true shift: from human-driven to AI-driven network operations. It offers the promise of self-healing, self-optimizing, and business-aligned networks, with humans guiding strategy instead of executing every task.
For CXOs, the call is simple: start reallocating budgets and preparing for cultural change. For practitioners, the mandate is equally clear: begin piloting Agentic AI in network operations now, building the skills and guardrails that will define the next era of NetOps.
Because by the time this technology reaches mainstream adoption, which is expected within five to ten years, the leaders who embraced it early will already be running faster, leaner, and more resilient networks.
Learn more about how Versa can help your AI strategy here and can help transform your NetOps with best practices and innovations.
Rajesh Kari leads product marketing for Versa's SD-WAN, SD-LAN, and intelligent edge solutions, focusing on how networks evolve to support AI workloads and distributed branches. His writing also covers programmable, application-aware edge, and multi-vendor integrations.