Say Goodbye to Alarm Overload and Reactive Operations
Hit by downstream alarms that bury the real issue?​​​
Logging into multiple tools to get bits and pieces of info?
Struggling to identify cross-domain issues in siloed data?
Spending hours triaging network incidents manually?​​
The AI NOC consolidates your network data, filters out the noise, and pinpoints the root cause with actionable insights — helping you resolve incidents in seconds, not hours.
Turning Alert Chaos into Clarity with NetAI
The Four Stages of the AI NOC
Stage 1: Identifying the Storm
The AI NOC continuously monitors and collects network data, detecting anomalies and unusual activity in real time.
Stage 2: Correlating Events
Instead of treating every alert as a separate issue, the AI NOC connects the dots, analyzing patterns and relationships between events to find the bigger picture.
Stage 3: Pinpointing the Root Cause
The AI NOC cuts through the noise to identify the exact root cause behind the alert storm. This reduces the need for manual intervention and eliminates redundant tickets.
Stage 4: Clearing the Storm
By grouping related alerts and resolving the root cause, the AI NOC reduces the on average 10 tickets to just 1 ticket per root cause. That’s a 9-ticket reduction per incident!
What the NetAI AI NOC Delivers to
Network Teams
Unmatched Visibility:
See your entire network in real-time, with no blind spots
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What it Means: AI NOC maps and visualizes the network topology with precision, offering a bird's-eye view as well as granular insights into network behavior.​
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Benefit: Engineers can see exactly what's happening across the network, identify potential hotspots, and gain clarity on complex interdependencies. This eliminates blind spots and allows for proactive management.
Proactive Anomaly Detection:
Stop issues before they escalate
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What it Means: AI NOC identifies deviations from normal behavior in real-time, flagging anomalies before they escalate into critical outages.
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Benefit: Engineers can prevent downtime, ensuring uninterrupted services and avoiding the chaos of reactive firefighting. This protects revenue and enhances the company’s reputation.
Pinpoint Root Cause:
Resolve issues faster with precise analysis
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What it Means: AI NOC excels at identifying the exact root cause of network issues by analyzing the intricate relationships between devices and events.
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Benefit: Engineers no longer waste hours sifting through alerts or logs. They can zero in on the problem within seconds, drastically reducing Mean Time to Repair (MTTR) and restoring services faster.
Reduced Alert Fatigue:
Focus on actionable insights, not noise
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What it Means: By correlating related events and filtering out noise, AI NOC minimizes unnecessary alerts.
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Benefit: Engineers are no longer overwhelmed by irrelevant or redundant alerts. They can focus on actionable issues, improving their productivity and job satisfaction.
Increased Operational Efficiency:
Automate repetitive tasks and save time
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What it Means: AI NOC automates workflows like fault detection, diagnosis, and remediation, reducing the need for manual intervention.
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Benefit: Engineers have more time to focus on strategic initiatives instead of routine troubleshooting. The organization saves time, reduces costs, and improves overall efficiency.
Enhanced Customer Satisfaction:
Deliver consistent uptime and reliability
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What it Means: Faster resolution of network issues and proactive communication improve service reliability and customer experience.
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Benefit: Engineers become the unsung heroes of their organizations, delivering consistent uptime and earning trust from customers and stakeholders.
Data-Driven Decisions:
Optimize resources with actionable insights
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What it Means: AI NOC provides actionable insights into network performance, enabling smarter resource allocation and long-term planning.
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Benefit: Engineers and managers can make informed decisions that optimize network performance and reduce costs.
