Cloud-managed Wi-Fi for enterprises and growing businesses
OMNIFI
OMNIFI is a cloud-managed wireless platform that brings enterprise-grade Wi-Fi — multi-SSID, WPA3 and Enterprise RADIUS, fast roaming, automatic RF optimisation and remote troubleshooting — to organisations that do not want a vendor-locked controller or the licence bill that comes with it.
Enterprises, SMBs, multi-site retail, hospitality, education and managed service providers deploying wireless across one site or hundreds.
- Wi-Fi 6E
- through 2.4, 5 and 6 GHz
- Zero
- controllers to rack or licence
- Multi
- vendor access point support
Enterprise Wi-Fi features, priced for enterprises only.
The features that make wireless work at scale — band steering, fast roaming, RADIUS authentication, per-SSID policy, airtime fairness — have traditionally arrived bundled with a proprietary controller, a per-AP licence and a hardware line you cannot leave. Smaller organisations either overpay or go without.
Premium wireless features, on hardware you choose, from a controller you do not have to rack.
What it costs you today
- Per-AP licensing that scales faster than the estate
- Hardware lock-in that turns a refresh into a migration
- No remote troubleshooting without a site visit
- Guest access bolted on rather than designed in
How OMNIFI works
The decisions that shape the platform, and why they were made that way.
Open stack, no vendor lock-in
The platform is built on an open, disaggregated wireless stack, so access point hardware and management are separable decisions. Refreshing hardware does not mean re-platforming, and adding a second hardware source does not mean a second controller.
The features usually reserved for the expensive tier
Fast roaming, radio resource management, airtime fairness, multi-SSID with per-SSID policy, enterprise authentication and QoS are all standard rather than licence-gated add-ons.
Troubleshoot from where you are
Remote packet capture, a remote shell, health check reports and per-client telemetry mean most wireless complaints are diagnosed from the console. The site visit becomes the exception rather than the first step.
Keeps working when the cloud does not
Access points hold their configuration and can be provisioned locally over a management SSID if the cloud or the WAN is unreachable, so a management outage never becomes a wireless outage.
What you get
- Multi-SSID per radio across 2.4, 5 and 6 GHz
- WPA, WPA2 and WPA3 in personal, enterprise and mixed modes
- Enterprise RADIUS with accounting, interim updates and NAS-IP
- Fast BSS transition, assisted roaming and directed client steering
- Autonomous radio resource management and channel control
- Passpoint release 1 and 2 for seamless mobile offload
- Mesh and wireless distribution for coverage without cabling
- Per-SSID VLAN, bridge, NAT and tunnelled topologies
- Encrypted zero-touch provisioning and cloud discovery
- Remote packet capture and shell for troubleshooting without a site visit
Capabilities in full
Everything the platform does, grouped by the team that uses it.
Wireless
- Wi-Fi 5, Wi-Fi 6 and Wi-Fi 6E radios
- BSS colouring and uplink/downlink OFDMA
- Multi-SSID per radio with independent policy
- Dynamic frequency selection and transmit power control
- Channel switch announcement and beacon rate control
- Dynamic airtime fairness across clients
- Per-SSID client rate limiting
- Minimum client noise immunity and de-auth RSSI control
Security and authentication
- WPA, WPA2 and WPA3 personal, enterprise and mixed
- Multi-PSK for per-device credentials on one SSID
- Enterprise RADIUS with accounting and CUI
- Protected management frames
- Passpoint release 1 and 2 mobile offload
- Per-SSID VLAN segmentation with 802.1Q
- Management VLAN separation
- Embedded captive portal for guest access
Roaming and RF
- Fast BSS transition for seamless handoff
- Client radio resource management and directed steering
- Network-assisted roaming
- Fast initial link setup
- Autonomous channel and power optimisation
- Client steering thresholds you control
- Agile multiband operation
- Mesh and wireless distribution system
Cloud management
- Encrypted zero-touch provisioning and discovery
- Firmware management with dual-bank rollback
- Configuration templates per site and per SSID
- Client, access point and network telemetry
- Remote packet capture for wired and wireless
- Remote shell and health check reports
- RESTful northbound API for integration
- Multi-tenant management for service providers
Where it gets deployed
Multi-site enterprise
Consistent SSIDs, policy and authentication across every office, provisioned centrally and rolled out without a site visit.
Retail and hospitality
Separate staff, POS, IoT and guest networks on one estate, each with its own VLAN, security and rate limits.
Education and campus
Enterprise RADIUS authentication, dense-area RF planning and fast roaming for students moving between buildings.
Managed service providers
Multi-tenant management with delegated administration, so one console serves many customers without mixing their data.
The rest of the platform
Standards-based management across eight platforms. Useful alone, better together.
JustiFi ACS
Carrier-grade TR-069 and TR-369 device management
ExploreJustiFi Home
Subscriber-side Wi-Fi diagnostics, on the device that has the problem
ExploreHyperNMS
Multi-vendor network monitoring and fault management
ExploreHyperRecursor
Carrier-grade DNS resolution for ISPs and large enterprises
ExploreHyperWAN
SD-WAN for always-on connectivity at the edge
ExploreOMNISPOT
Guest Wi-Fi, captive portal and PM-WANI compliance
ExploreCommon questions
What access point hardware does it run on?
A broad range of Wi-Fi 5, Wi-Fi 6 and Wi-Fi 6E access points from multiple manufacturers. Because the stack is open rather than tied to one vendor, you can mix hardware across the estate and change supplier at refresh without changing platform.
Is there a controller to install?
No on-premises controller is required. Access points connect to the cloud management services over a single secure channel. For organisations that need it, the same services can be deployed privately.
What happens if the internet connection drops?
Access points continue serving clients with their existing configuration. They can also be provisioned locally over a dedicated SSID when the cloud or WAN is unreachable, so an engineer on site is never locked out.
Can we run guest Wi-Fi on the same access points?
Yes. Guest access runs as its own SSID with separate VLAN, rate limits and captive portal. For businesses whose main purpose is public Wi-Fi, OMNISPOT adds full portal customisation, paid access and regulatory compliance on top.
Put OMNIFI in front of your own network
Bring your CPE models, your protocol mix and your integration constraints. A solutions engineer will show you what the platform does with them — no slides.