Stronger Cyber Defense with Advanced CISO-Level Protection
Stronger Cyber Defense with Advanced CISO-Level Protection
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Monitoring & Support
Deployment Options
Nationwide Coverage
Network visibility and observability are the difference between knowing something broke and knowing exactly why. Arista’s answer here is CloudVision Universal Network Observability, or CV UNO, a premium feature on CloudVision that pulls together network telemetry, system data, and application performance into one picture, then uses machine learning to work out what actually caused a problem instead of just flagging that one exists. Alongside it sits Arista DANZ Monitoring Fabric, which handles packet-level TAP aggregation for teams that need to see raw traffic, not just summarized metrics.
Netmate IT sets up and tunes this observability stack from its office in Bur Dubai, UAE, where engineers configure CV UNO sensors, connect data sources like VMware vCenter, and build dashboards a client’s own team actually opens, not a default view nobody checks after the first week. Arista is Netmate’s trusted infrastructure partner for this work, covering the UAE first and extending into the GCC, Kenya, Nepal, and Africa for any business tired of troubleshooting by guesswork.
Most monitoring setups show network data in one tool, server data in another, and application performance somewhere else entirely, leaving someone to manually connect the dots during an incident. CV UNO merges all three into one view, automating the kind of correlation work that used to eat up the first hour of every outage call.
The CV UNO Sensor collects and normalizes data from sources that don’t normally talk to each other, including VMware vCenter, DANZ Monitoring Fabric, and third-party network gear, and then forwards everything into NetDL. A mixed environment with equipment from several vendors still ends up in one data lake instead of several disconnected logging systems.
Once data lands in NetDL, CV UNO applies machine intelligence to find topology-aware correlations across events, configuration changes, and anomalies. Instead of a team manually comparing timestamps across five different logs to figure out what happened first, the tool does that comparison and points toward the likely cause.
This is one of the more practical features on paper. CV UNO watches for network provisioning or configuration changes and checks whether they actually affected a business-critical application, flagging the connection automatically. A change made at 2 am that quietly broke something doesn’t have to wait until a user complains at 9 am to get noticed.
Some situations, particularly security audits and forensic investigations, need actual packet data, not just summarized flow metrics. DANZ handles TAP aggregation across 10 through 100 gigabit Ethernet networks at a lower cost than traditional packet brokers, since it runs on the same universal leaf and spine switching platforms Arista already sells for data center use.
CV UNO and DANZ both feed into NetDL, the same data lake behind Arista’s campus, data center, and zero trust solutions. A team that’s already running Arista elsewhere doesn’t end up managing a completely separate observability stack bolted onto the side.
Netmate IT sets up and tunes Arista’s observability stack from its Bur Dubai office, with engineers who configure CV UNO sensors, connect data sources like VMware vCenter, and build dashboards a client’s team actually uses, not a generic default view. Observability tools are only as useful as the setup behind them, and a poorly configured sensor or a dashboard nobody understands ends up ignored within a month.
Netmate’s work covers the UAE first, then extends into the GCC, Kenya, Nepal, and Africa, for businesses that want to stop troubleshooting by guesswork and start pointing at an actual cause. Whether a client needs a single DANZ deployment for an audit or a full CV UNO rollout across data center, campus, and WAN, Netmate brings the same configuration and tuning process to the project.
A telecom provider in Al Rayyan might need to prove to a regulator exactly which network change caused a service disruption last month, not just confirm that something happened. A university in Nizwa could be troubleshooting a slow application and needs to know whether the problem sits in the network, the server, or the app itself before anyone gets blamed. A bank in Muharraq might require packet-level visibility for a security audit without the cost of a traditional packet broker rollout.
A manufacturing company in Thika could be running factory floor IoT sensors and wants one dashboard instead of piecing together five separate monitoring tools every morning. A hospital group in Birgunj might need to confirm a configuration change didn’t quietly break a patient record system before anyone noticed. What usually brings a business to this point is a troubleshooting session that ran half a day and still ended in a guess.
Monitoring usually tells you something is wrong, a link is down, a metric crossed a threshold, without explaining why. Observability goes a step further by correlating data across the network, systems, and applications to point toward an actual cause. CV UNO is built specifically for that second part, the "why," rather than just the alert itself.
It depends on what level of detail the situation calls for. CV UNO handles broad observability and root cause analysis across network, system, and application data, which covers most day-to-day troubleshooting. DANZ adds packet-level TAP visibility on top of that, which matters more for security investigations, forensic work, or compliance audits that specifically require raw packet data rather than summarized metrics.
CV UNO tracks network provisioning and configuration changes as events inside NetDL, then applies machine learning to check whether application or business metrics shifted around the same time. It's correlation based on timing and topology, not a guess, which is why it can flag a connection between a 2 am configuration change and a performance issue that only became visible hours later.
Yes. The CV UNO Sensor is built to pull data from sources like VMware vCenter and third-party network devices, not just Arista hardware, which is the whole point of giving a team one unified view instead of a view that only covers part of the environment. Full packet-level visibility through DANZ does rely more heavily on Arista switching to aggregate traffic, though.
CV UNO is sold as a premium feature license on top of standard CloudVision, so it's an additional cost rather than something bundled in automatically. The exact licensing depends on the scale of the deployment, which is worth scoping properly before assuming it's either included or prohibitively expensive.
Basic telemetry and dashboards are typically available fairly quickly once sensors are connected and NetDL starts collecting data. The real value, especially around root cause correlation and change impact analysis, improves over the first few weeks as the system builds up a baseline of normal network and application behavior to compare new events against.
It can, particularly with DANZ Monitoring Fabric for packet-level evidence and CV UNO's change tracking for showing exactly what happened and when around a specific incident. What it can't do on its own is guarantee compliance with a specific regulation, since that still depends on how the data gets documented and presented, which is where planning the audit response ahead of time matters.
