NexParth AI: answers from your network, actions you approve
Ask a question in plain language. NexParth AI answers from live fleet data, recommends a fix and waits for your approval before it acts.
Key facts
- What it does
- Answers from live fleet data, proposes a fix and acts after approval.
- Flow
- Ask → understand → recommend → approve → execute → audit.
- Human control
- Nothing changes on your network until a person approves it.
- Model
- Open-weight model running on your own GPU host.
- Grounding
- Answers draw on Nexapp product documentation as well as live fleet data.
- Data residency
- Fleet data stays inside your deployment.
The problem it solves
Network teams spend hours finding out why a site is slow or offline. The answer is usually in the data: a failing SIM, a congested link, a policy change. Getting to it means checking dashboards, logs and runbooks one by one. NexParth AI does that search for you and explains what it found.
How it works
- Ask. Type a question such as "Why is the Nashik branch slow?" or "Which ATMs failed over to SIM 2 today?"
- Understand. NexParth AI reads live data from your fleet and checks it against Nexapp product documentation.
- Recommend. It explains the likely cause and proposes a specific fix.
- Approve. An authorised engineer reviews the change and approves or rejects it.
- Execute. NexParth AI applies the approved change through the Nexapp platform.
- Audit. Every question, recommendation, approval and action is recorded.
Private by design
Many AI tools send your data to an external cloud service. NexParth AI does not. It runs on an open-weight model hosted on a GPU server inside your deployment. Device names, IP addresses, logs and configurations stay under your control. This helps banks, government bodies and other regulated organisations use AI in operations while meeting their data-handling obligations.
What you can ask
- Which sites are offline, and why?
- Which links breached their SLA this week?
- Which routers are still on older firmware?
- Why did this tunnel fail over?
- How do I configure a new SLA policy for voice traffic?
In Instaroute SDWAN Lite 2.0, NexParth AI correlates device detail, topology, alarms and signal history, and proposes remediations such as a controlled reboot or a self-heal step.
Outcomes
- Faster troubleshooting: get to the cause without searching several consoles.
- Safer changes: every action is reviewed by a person and logged.
- Lower skill barrier: junior engineers can ask questions in plain language and learn from the answers.
- Data stays put: no fleet data is sent to an outside AI service.
Frequently asked questions
What does NexParth AI actually do?
It answers questions about your network from live fleet data, explains likely causes and proposes a fix.
With your approval, it applies the fix, such as a controlled reboot or a self-heal step, and records the action.
Can NexParth AI change my network on its own?
No. It recommends, then waits.
A person must approve each action before NexParth AI executes it, and every step is recorded for audit.
Where does my data go?
Nowhere outside your deployment.
NexParth AI runs on an open-weight model on your own GPU host, so fleet data never leaves the deployment.
Which AI model does it use?
An open-weight model, grounded in Nexapp product documentation.
What hardware do I need?
A GPU host in your own environment.
Which Nexapp products does it work with?
NexParth AI is built into the Instaroute SDWAN Lite 2.0 console.
Ask NexParth AI about your own network in a live demo.
24×7 NOC in Pune · 75,000+ devices deployed · 400+ enterprise and banking customers since 2014.