How Horotics compares with Domotz, OvrC, Innomesh and Auvik
Domotz, OvrC, Innomesh (Innomate) and Auvik are all real, established products solving adjacent problems — this isn't a "we're better at everything" page. It's where the five approaches genuinely differ, so you can tell whether Horotics is actually the right tool for a given site.
Looking at one in particular? See Horotics as an OvrC alternative or a Domotz alternative.
Four different bets, not four versions of the same product
Domotz is a general-purpose network RMM tool with a huge integration library, built first for MSPs and IT departments and priced per site per month. OvrC is SnapAV's remote management platform, built around its own hub hardware and deepest with SnapAV-family devices (Araknis, WattBox, Luma, Control4-adjacent gear). Innomesh is a cloud-native AV/UC control platform aimed at large institutional estates — universities, corporate campuses — with policy automation and an AI layer, sold through a demo-gated enterprise process. Auvik is a cloud-based network management (RMM) platform built for IT teams and MSPs, known for automated network mapping and config backup — general IT infrastructure, with no AV-specific awareness at all. Horotics is a self-hosted appliance built around AV-integrator installs specifically: native Lutron/Crestron/KNX, a physical port-level topology map, and automatic dependency-aware alert suppression, with the box doing the actual watching and healing on-site rather than leaning on the cloud for it.
| Capability | Horotics | Domotz | OvrC | Innomesh | Auvik |
|---|---|---|---|---|---|
| Auto discovery & classification | |||||
| Native Lutron / Crestron / KNX | |||||
| Port-level topology map | |||||
| Dependency-aware alert suppression | |||||
| Automatic self-heal | |||||
| Deep device diagnostics | |||||
| Self-provisioning remote VPN | |||||
| Virtual rack & room layout | |||||
| AI-assisted diagnostics | |||||
| Data stays on-site | |||||
| Published self-serve pricing | SOON | ||||
| Full capabilities | 10/11 | 3/11 | 2/11 | 1/11 | 2/11 |
Hover or tap any mark for the detail behind it. Correct as of October 2026. Where a capability is only partly offered, it's marked partial.
Full written detail, row by row
| Horotics | Domotz | OvrC | Innomesh | Auvik | |
|---|---|---|---|---|---|
| How it runs | Self-hosted Horotics local device on each site, plus an optional cloud fleet portal | Cloud-hosted collector/agent per site, managed from Domotz's cloud | Proprietary OvrC Hub hardware, managed from SnapAV's cloud | Cloud-native platform, software-based control, no dedicated per-site box | Cloud-based SaaS platform, lightweight on-site collector, managed from Auvik's cloud |
| Built primarily for | AV & smart-home integrators, facilities teams | MSPs, IT departments, general network management | SnapAV/Control4-ecosystem dealers | Universities, enterprise campuses, large AV/UC estates | IT teams & MSPs managing general network infrastructure |
| Automatic device discovery & classification | Yes — reads every VLAN on the trunk and ARP-scans each one unprompted, then fingerprints every device on MAC OUI, SNMP sysDescr, TCP port signature and mDNS/UPnP together, matching against a built-in Device Library, growing daily, for model, image and firmware state — no manual entry at all | Yes — Automatic network discovery and device identification | Yes — Discovers devices on its hub and SnapAV-family equipment | Partial — Room and space-level view rather than device-level fingerprinting | Yes — Automatic discovery and classification of network infrastructure |
| Native Lutron / Crestron / KNX | Yes — real device-level status and control data | Partial — Native Crestron; Lutron and KNX limited | No — SnapAV-family products only; no native Lutron, Crestron or KNX | No — Built for UC and meeting-room systems, not residential lighting control | No — General IT network tool with no AV integrations |
| Physical, port-level topology map | Yes — built automatically from UniFi topology data, SNMP/LLDP neighbour discovery and switch forwarding tables; wired by the exact port, grouped by room, nothing drawn by hand | Partial — Automatic network topology map, but no physical port-by-port view | No — No port-level topology map | No — Room and space dashboards, no port-level topology map | Partial — Self-updating network topology map, but no physical port-by-port view |
| Dependency-aware alert suppression | Yes — one rolled-up alert instead of a flood when a switch or AP fails | Partial — Configurable alerting; dependency-aware rollup is not a core feature | Partial — Device-level alerts; dependency-aware rollup is not a core feature | Partial — Policy-driven automation rather than dependency-aware rollup | Partial — Real-time, map-based alerting; dependency-aware rollup is not a core feature |
| Automatic self-heal (power-cycle) | Yes — UniFi PoE or PDU outlet, with cooldown & attempt limits | Partial — Remote power control; automatic retry and cooldown is not a core feature | Yes — Automatic reboot through WattBox and other SnapAV power products | Partial — Alert-triggered recovery automation at platform level | Partial — Remote access for manual intervention; no automatic power-cycling |
| Deep single-device diagnostics | Yes — Obsess Mode: latency/throughput plus a passive security pass, retained history | Yes — Network diagnostics and security scanning built in | Partial — Device status and basic diagnostics | Partial — AI Insights diagnoses faults at room level | Yes — Per-device traffic visibility plus config backup and restore |
| Self-provisioning remote VPN (feels like being on-site) | Yes — the box dials out to the relay and provisions its own tunnel on first boot, no port-forwarding or firewall changes on-site; a remote programmer gets real LAN-level access, including the Layer-2 broadcast reach that Crestron/Lutron discovery needs, not just one device | Partial — Device tunnels plus VPN on Demand: one-hour OpenVPN sessions, opened per visit with a fresh config file | Partial — Tunnels to individual equipment; no VPN into the property | Partial — Cloud-based remote control; no site-wide VPN as a core feature | Partial — Per-device remote tunnels needing a client and collector; no full LAN access |
| Virtual rack & room layout tool | Yes — an interactive U-slot rack elevation with a drag-to-place "Mount" workflow, live on both the box and the cloud portal, alongside room-based device grouping | No — No rack layout tool | No — No rack layout tool | No — No rack layout tool | No — No rack layout tool |
| AI-assisted diagnostics | Yes — opt-in, redacted brief sent to a configured provider | Partial — Some automated analysis; no per-device AI diagnostic brief | Partial — Automated alerts; no per-device AI diagnostic brief | Yes — meshIQ AI agents for fault diagnosis | Partial — Automated alerting and mapping; no per-device AI diagnostic brief |
| Data stays on-site by default | Yes — monitoring and self-heal run locally; only summaries go to the cloud | No — Cloud-hosted platform | No — Cloud-hosted through SnapAV | No — Cloud-native platform | No — Cloud-hosted SaaS platform |
| Published self-serve pricing | In development — see Pricing | Yes — Published per-site monthly pricing | No — Sold through dealers with hardware | No — Enterprise sales, demo first | No — Custom quote only |
Correct as of October 2026. Where a capability is only partly offered, it's marked partial. Product names are trademarks of their respective owners; this comparison isn't endorsed by them.
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Happy to walk through exactly how a specific feature works on a real site.