Unified monitoring
Active polling over ICMP, SNMP, and vendor APIs across your hypervisors, storage arrays, wireless, and firewalls — for reachability, latency, interfaces, CPU/memory, storage, and sessions.
See capabilities →
OverWatchSee your whole estate. Understand it in seconds.
OverWatch watches network, compute, storage, firewalls, and cameras — resolves the fabric's own hierarchy, proves egress from session logs, and collapses the noise into incidents with a root cause. Walker learns your estate as it goes.
ICMP · SNMP + vendor APIs
Self-hosted & multi-tenant
AES-256 encrypted at rest
30-second tour
See OverWatch in motion
Fleet posture across a whole estate, a correlated incident with its root cause, the fabric resolving its own hierarchy, and Walker answering with evidence attached.
Interface shown is a product mockup populated with sample data.
Monitors the vendors you already run
CiscoJuniperAristaVMwareNutanixHyper-VNetAppDell EMCPure Storage
What OverWatch does
One platform for everything you need to watch
Collection, correlation, and context in a single self-hosted system — no stitching together five tools to see one picture.
AIOps correlation
Adaptive per-metric baselines and anomaly detection combine with log-pattern signatures, then correlate by entity and time into incidents with a probable root cause.
Meet the engine →Topology & discovery
Auto-discover devices and vendors, map neighbor links (CDP/LLDP), and manage address space with built-in IPAM — subnets, hosts, and DHCP lease ingest.
Explore →Logs & events
Ingest with an HTTP event collector, a built-in syslog server, and Windows Event Log — normalized to one severity model and matched against pattern signatures.
See collection →Capacity & forecasting
Trend CPU, memory, and storage over time and forecast days-to-full, so capacity incidents are raised before a pool or datastore actually runs out.
See use cases →Security & surveillance
Firewall policy sync, config backups on change, a geographic threat map, and NVR/camera health monitoring through a vendor-neutral provider model.
Explore →
Recently shipped
A platform that keeps growing
We ship continuously. A few of the capabilities that have landed lately:
Security Policy Engine
Device configs are scrubbed into structured policy, then continuously compared against what the network is actually doing — divergence surfaces itself, and traffic can be simulated against the rulebase before you touch it.
Switching-fabric discovery
The topology resolves its own hierarchy — Core → MDF → IDF → Edge — with hypervisor guests routed through their host and gateway-role devices as the only valid internet exits.
Signal-driven egress & NAT
Session logs pick the exit, not a drawing. Source-NAT attribution resolves to the egress device's real WAN interface IP and inherits across ARP-joined subordinates.
One-click vendor onboarding
Identity is a discovered fact, not a form. Discover → provision → add in one flow, with a live capability card that shows each step planned, working, then done.
Noise that learns to be quiet
Bursty benign log families fold into the baseline so only escalations fire, and chronic recurring incidents sink into an Attention Queue below fresh criticals.
Never stale, never guessed
Telemetry past its poll window renders muted rather than pretending to be live — the platform would rather show you nothing than show you a number it can't stand behind.
Foresight
The failure you haven't had yet
Monitoring tells you what broke. OverWatch is built to tell you what is about to — and it does it from your own data, not a vendor's assumptions.
Capacity
Days-to-full
Pools and datastores are trended and projected forward, so the capacity incident is raised while there's still time to act on it.
Deviation
Drift, not just spikes
Adaptive baselines learn each stream's rhythm — including its hour-of-week seasonality — so slow degradation surfaces long before it trips a threshold.
Blast radius
Scope before spread
Correlation names the originating entity and counts what it takes down with it — you see the reach of the fault, not just its first symptom.
Silence
The alert nobody sends
A source that quietly stops reporting is the failure that hides. OverWatch treats absence as a signal and raises it within about a minute.
The AIOps engine
How the engine works
From a thousand signals to the one thing that's wrong
OverWatch baselines every metric stream, flags statistical anomalies, reads your logs for known failure patterns, and correlates it all into a single incident — with the entity, the probable cause, and the blast radius attached.
✓
Baselines, not static thresholds
Adaptive baselines (EWMA) learn each stream's normal rhythm, and readings that stray far from it are flagged automatically.
✓
Logs read for meaning
Signatures catch interface/BGP/OSPF drops, OOM, SMART pre-fail, RAID degraded, thermal, and brute-force auth.
✓
Correlated, not just collected
Related alerts, anomalies, and log hits become one incident with root cause and impacted-device count.
Built for real estates
Serious platform underneath
Keyless
Walker needs no LLM key
MFA · SSO
TOTP, passkeys & enterprise SSO
Multi-tenant
Organizations for MSP scale
Self-healing
Store-and-forward, self-updating
Meet Walker
Intelligence that grows in your environment
Walker isn't a chatbot bolted onto a dashboard. It's the platform's own intelligence model — keyless and local by design, learning your estate's vocabulary, norms, and failure patterns from the data flowing through it. Every device you connect, every incident it watches resolve, thickens the pathway.
Walker: every source you attach is another sense. I don't get smarter from a model release — I get smarter from your network.
Nascentday 1
Awareweek 1
Fluentmonth 1
Ascendedmature
Keyless by design — no API key required
Evidence on every answer
Proposes; you approve
✓
Learns your vocabulary
Device names, interface labels, subnet naming, vendor models — pulled from discovery, ARP, LLDP, and IPAM, so questions in your own terms resolve without anyone authoring an intent.
✓
Learns your normal
"Is this normal?" is answered against this deployment's observed baseline, not a shipped default.
✓
Closes its own gaps
Every question it can't answer is logged, deduped, and re-run against the current engine every five minutes — the gap log self-heals as the platform evolves.
✓
Data questions get data answers
If the platform doesn't know yet, Walker says so. It will never dress a knowledge-base article up as a fact about your estate.
Early access · onboarding design partners
We're taking on a small number of design partners
OverWatch is running in production today and shipping continuously. Before we open general availability, we're working directly with a handful of organizations to harden it against real estates — real vendor mixes, real scale, real noise.
A design partnership is a working relationship, not a pilot form. You get the platform, direct access to the people building it, and genuine influence over the roadmap. We get the one thing we can't synthesize: your environment's edge cases.
What you getSelf-hosted deployment, unlimited devices during the program, hands-on onboarding, and a direct line to engineering.
What we askHonest feedback, a recurring half-hour, and permission to fix what we find in your estate.
Good fitMixed-vendor networks, multi-site or MSP estates, and teams who are tired of stitching five tools together.
Your dataSelf-hosted on your infrastructure. Nothing leaves your environment — there's no vendor cloud to send it to.
Limited cohort · self-hosted · no card, no commitment
See OverWatch on an estate like yours
A 30-minute walkthrough of live monitoring, correlated incidents, topology, and Walker — with sample data, so nothing of yours leaves the room.