PROBLEMS WE SOLVE
- Lack of visibility across different locations and layers.
- Hard to locate the layer where the problem occurs: either the network layer or application layer, Underlay or Overlay.
- It is challenging to unify the perspective and quickly diagnose the root cause of faults.
- Invisible microbursts causing tail latency and application jitter.
- [ It lacks the means to trace historical raw data.
OUTCOMES
1
Accelerated RCA across applications, servers, underlay, and overlay networks.
2
Full-path and cross-layer visibility to eliminate blind spots.
3
Intelligent fault locating and diagnosis
CORE CAPABILITIES
End-to-end multi-layer traffic visibility across ToR, leaf–spine, and overlay networks
Underlay-overlay correlation multi-dimensional analytics
Microburst detection & queue analytics with packet-level precision
Real-time + historical traffic backtracing based on full raw packet capture
Scenario-based alert and real-time analytics for anomaly detection
RestfulAPIs and integration monitoring ecosystems
USE CASES
Network assurance for critical data center services
What happened:The operations team needed to ensure stable east–west traffic for core applications, especially during peak business hours, but lacked real-time visibility into ToR/leaf–spine behavior.
Netis continuously monitored network performance metrics, generating early warnings before user impact occurred. This strengthened assurance and reduced service degradation incidents.
Rapid root-cause identification during intermittent performance issues
Applications reported random latency spikes, yet it was unclear whether the cause was the network, server, or application layer. Traditional tools could not unify the view or expose cross-layer correlations.
Netis correlated overlay / underlay paths, and raw packet evidence to pinpoint the exact failing link within minutes. RCA time was reduced dramatically, allowing the operations team to restore service quickly.
Full-path, global traffic visibility across multiple data center locations
The enterprise operated multiple distributed DCs, but lacked end-to-end visibility across domains, making it difficult to track flows, capacity usage, and cross-DC traffic patterns.
Netis provided unified global visibility across all sites—mapping flows, identifying hotspots, and tracing historical raw data. This empowered teams to optimize traffic, plan capacity, and maintain consistent performance across the entire DC network.
Mini architecture
🔹 Bypass deployment
🔹 Full coverage
🔹 Overlay / Underlay