Detect
Watches every router, switch, firewall, AP and server — and catches a link on its way out before it goes.
Edge appliance · On-prem AI · Layers 1–4
A small box in your office watches every link, port and service around the clock. When something breaks it finds the real cause and tells you in plain language — without a single packet leaving the building.
| Delhi HQ | 148 hosts | Investigating |
| Mumbai | 62 hosts | Healthy |
| Bangalore | 39 hosts | ISP fault |
The problem
The internet slows, VPN drops, printers stop, the ERP goes down. Four teams troubleshoot four different things. Two hours later it was one switch port all along.
| Measure | Today | With Stellix |
|---|---|---|
| Actual fault | One faulty switch port | One faulty switch port |
| Alerts raised | 180+ across four tools | 1 correlated incident |
| Time to root cause | ~2 hours, four teams | Seconds, unattended |
| Who has to read it | A network engineer | Anyone — it arrives as a sentence |
What the box does
All of it inside your network. The platform keeps working when the internet doesn't.
Watches every router, switch, firewall, AP and server — and catches a link on its way out before it goes.
Collapses the storm into one incident, with the readings that prove it, in a sentence anyone can act on.
Recommends the fix, applies it on approval, and rolls itself back the moment the network gets worse.
Nothing leaves the building. The AI runs on the appliance. Which is why it can go into banks, defence and government sites where cloud tooling simply can't.
Where we play
App monitoring is a crowded, solved market. The layers underneath — where outages actually start — are still wide open.
| Layer | Name | Scope | What breaks here |
|---|---|---|---|
| 07 | Application | Not our fight | Someone else's market |
| 06 | Presentation | Not our fight | — |
| 05 | Session | Not our fight | — |
| 04 | Transport | Ours | Is the service actually reachable |
| 03 | Network | Ours | Routing, gateways, packet loss |
| 02 | Data link | Ours | Loops, storms, VLAN mismatch, MAC flapping |
| 01 | Physical | Ours | Cables, fibre, optics, dead ports, heat |
Why this one
Cisco, Juniper, Arista, Nokia, Huawei — one event model.
The AI sits on the appliance. Telemetry stays on site.
English or Hindi. No dashboard login to know what's wrong.
Signed and timestamped, so a provider can't wave it away.
Flags a link on its way out while there's still time to plan.
Power, heat, humidity and leaks on the same timeline.
Blast radius checked first. Undone the second it hurts.
Every customer office on one screen, at a glance.
The rest
Protocol coverage, the detection models, the hardware and how the evidence chain is signed — that conversation happens in a room, with the box on the table.
Design partners
The first batch is small. We're placing units with offices and MSPs willing to tell us what actually breaks.
We'll be in touch before the first units ship.