Multi-Vendor Diagnostics
Multi-vendor network monitoring, in one console.
Cisco, Juniper, Fortinet, Aruba, HPE, and whatever the last acquisition brought with it — each exposing health its own way, in its own console, with its own idea of what normal looks like. PrahiX polls all of them agentlessly over open standards and renders one estate: device health, interface state, configuration drift and capacity, diagnosed in one place rather than reconciled across five.
console for every manufacturer in the estate
metrics ingested per second
agents to deploy on production network gear
Why one more console never helps.
Every vendor ships a competent tool for its own equipment. The problem was never any single one of them — it is that answering one question about one outage means opening four of them and trusting your own arithmetic.
Every vendor measures health differently
Different MIBs, different counters, different thresholds, different names for the same thing. "CPU at 91%" does not mean the same on two boxes from two manufacturers, and nothing in either console tells you that.
The estate is heterogeneous by history, not by choice
Acquisitions, refresh cycles, site-by-site procurement and one urgent purchase in 2019. Nobody sat down and chose five vendors, which is exactly why no single vendor's tool covers what you actually run.
Per-vendor tools cannot see between devices
A fault that crosses a boundary — a firewall blaming a switch blaming an optic — belongs to no console. Each tool is confident and correct about its own half, and the outage lives in the gap.
You cannot install an agent on a switch
Anything that depends on deploying software silently excludes the network layer entirely. Monitoring that only covers what can run an agent covers the servers and misses what connects them.
What vendor-agnostic diagnostics gives you.
Not a tab per manufacturer behind one login. One model of what a device is and how it is doing, into which every vendor's telemetry is normalised on the way in.
One normalised model of device health
CPU, memory, temperature, power supplies, fans, optics, interface state and error counters mapped to a single schema regardless of who made the box — so devices are comparable, and a threshold means one thing across the estate.
Agentless by design
SNMP v2c and v3, syslog, NetFlow, sFlow and IPFIX, SSH and vendor REST APIs. Nothing is installed on production network gear, which is what makes covering the whole estate — not just the servers — realistic.
Diagnosis, not just alerting
Symptoms are correlated back to the device, interface or link that actually failed, and the downstream storm is suppressed. One diagnosed fault reaches your team instead of forty notifications about the things behind it.
Configuration drift and change history
Configuration is snapshotted and diffed, so what changed, on which device, when, and against which baseline is a question with an answer — usually the first question worth asking after an unexplained outage.
Capacity and lifecycle visibility
Trends show which links, ports and devices are running out of headroom before a project forces the question, and the live inventory carries model and firmware level, so exposure is a report rather than an expedition.
One skill set instead of five
An engineer diagnoses a Juniper the way they diagnose a Cisco, because they are looking at the same view. New estates from an acquisition become visible in days rather than after a hiring round.
The same estate, seen by the NOC and the SOC.
Device diagnostics is not a side tool on PrahiX — it is the network half of one platform. The inventory it builds and the telemetry it collects are the same inventory and telemetry the security side reasons about.
One inventory, not two lists
The devices monitored for health are the devices the security side knows about. Nobody maintains a second asset list, and nothing goes unwatched because it was only ever entered in one of them.
A performance anomaly can be a security event
Interface counters and flow records correlate alongside logs and identity, so a circuit saturating and a suspicious destination can be recognised as one incident rather than a capacity ticket and a separate alert.
Diagnosis feeds remediation directly
Because the platform knows which device failed and why, the self-healing playbook has something specific to act on — restart the service, fail the link over, clear the queue — rather than a generic alert to escalate.
Cameras and controllers are network devices too
The endpoints most network tools ignore are polled like anything else, so a camera that has quietly been offline for three weeks is a fault with a ticket rather than a discovery made after an incident.
The difference when a site goes dark
Five vendor consoles
- The switch console says the port is up.
- The firewall console says the tunnel is down.
- The wireless controller reports nothing wrong at all.
- Three engineers, three tools, and an hour before anyone compares timestamps.
PrahiX multi-vendor diagnostics
- One timeline shows the optic degrading twenty minutes before the tunnel dropped.
- The dependent alerts are suppressed as symptoms of it, not raised as peers.
- The diagnosis names the device, the interface and the change that preceded it.
- One engineer, one console, before the site calls.
How multi-vendor diagnostics works.
Four stages. The interesting one is the second — normalisation is the whole reason a mixed estate can be read as one thing.
Discover the estate
Seed a credential set and a range, and discovery identifies what is there — make, model, firmware, role and interfaces — then builds topology from LLDP, CDP, ARP and routing tables. What comes back is usually a longer list than the one anybody was maintaining by hand.
Normalise what each vendor exposes
Per-vendor MIBs, counters and API responses are mapped into one health model on the way in. This is the step that makes the rest possible: after it, a threshold, a baseline or a report means the same thing on every device regardless of manufacturer.
Baseline, snapshot, watch
Each device learns its own normal for the metrics that matter, configuration is snapshotted so drift can be diffed against a known-good state, and capacity is trended rather than merely thresholded. Deviation is measured against behaviour, not against a number typed in during rollout.
Diagnose and act
Related symptoms are correlated to the causing device or link and the downstream noise is suppressed. Known faults trigger their remediation playbook; anything novel escalates with the vendor-specific detail, the topology context and the recent changes already attached.
What one console replaces.
The comparison is not this tool against that tool. It is one normalised view against a per-vendor stack plus the people who translate between them.
| Capability | A console per vendor | A generic SNMP tool | PrahiX multi-vendor diagnostics |
|---|---|---|---|
| Coverage of a mixed estate | Complete per vendor, blind between them | Broad but shallow — up/down and raw counters | One normalised model across manufacturers |
| Deployment | Per-vendor servers, licences and upgrades | Agentless, but largely configured by hand | Agentless discovery; credentials entered once |
| What "CPU high" means | Vendor-specific, engineer-interpreted | Whatever the MIB happened to return | Normalised and comparable across devices |
| Topology and dependencies | Per vendor, where it exists at all | Rarely, and rarely maintained | Discovered from LLDP, CDP and routing |
| Configuration drift | A separate config-management product | Out of scope | Snapshots and diffs alongside health |
| Alert storms | One storm per console | Threshold noise, undifferentiated | Suppressed to the causing device |
| Remediation | Manual, and different per vendor | Manual | Playbooks that act on the failed device |
| Skills required | A specialist per manufacturer | A generalist, with limited depth | One workflow for the whole estate |
An operating record for every device
Inventory, firmware level, configuration history and availability, kept current as the platform polls — the four things an audit, an insurer or a vendor-support escalation asks for first, and the four nobody can produce from five consoles at short notice.
- Live asset inventory with model and firmware level
- Configuration-drift and change history
- Continuous availability and performance records
- ISO 27001:2022-aligned controls · Made in India
Trusted by operations teams across India
Have Questions? We've Got Answers.
Multi-vendor network monitoring means watching equipment from different manufacturers through one system rather than through each vendor's own console. The hard part is not collection — it is normalisation: mapping each vendor's counters, MIBs and API responses into one model so that devices from different manufacturers can be compared, baselined and reported on as a single estate.
Monitoring is built on open standards — SNMP, syslog, NetFlow, sFlow, IPFIX, SSH and vendor REST APIs — rather than on a fixed list, so switches, routers, firewalls, wireless controllers, access points, servers and links from different manufacturers are handled in one console. Send us your device inventory and we will confirm coverage against it before you commit to anything; that is a more useful answer than a logo wall.
No. Collection is agentless, which is not a preference so much as a requirement — you cannot install software on a switch or a firewall, and any approach that depends on agents ends up covering your servers and missing the network that connects them.
SNMP v2c and v3 for device health and interface state, syslog for events, NetFlow, sFlow and IPFIX for traffic, SSH for configuration retrieval, and vendor REST APIs where a manufacturer exposes more through them than through SNMP. Which are used for a given device depends on what that device supports.
Yes. Configurations are retrieved on a schedule and after change events, snapshotted, and diffed against the previous version and against a known-good baseline. The practical value is answering "what changed, on what, and when" in the first minutes of an outage rather than in the post-mortem.
This page is the capability — the platform your team uses to see and diagnose the estate. NOC as a Service is that same platform with our people operating it for you around the clock, including the overnight and weekend hours you would otherwise have to roster. Teams that have the engineers and want one console take the first; teams that lack the shift coverage take the second.
Yes — servers, hypervisors, UPS and environmental sensors, and IP endpoints such as cameras and access controllers are polled as part of the same estate. Video management itself is a different capability and lives with PrahiX Vision; here those devices are treated as what they also are, which is network endpoints that can fail quietly.
Yes, and we would suggest scoping it around the messiest part of the estate rather than the tidiest — the site with four manufacturers and no current documentation. That is the part that proves whether one console actually works, and it is usually the part discovery surprises people on.
Keep reading
Send us your device list. We will show it to you in one console.
Vendors, models, sites — however untidy the inventory is. We will scope a POC against the messiest part of it, because that is the part that proves whether one console actually works.