Blanket campuses, offices and public venues with NetWave WiFi — 1800 Mbps dual-band, MU-MIMO and OFDMA, cloud-managed and PM-WANI ready.
A campus-wide Wi-Fi network is a different problem from covering a single building. Users move between blocks, hostels, libraries and open ground without re-authenticating; the backbone has to carry aggregated traffic between buildings; and outdoor spans need hardware built for weather rather than ceilings. Four things decide whether it works.
Sessions must survive the walk from one block to the next. That depends on consistent policy and controller configuration across every access point — simplest to achieve when the access points, switching and controller come from one vendor on one firmware cycle.
Per-building access switching feeds a Layer 3 core. Undersize the uplinks and the wireless looks slow even when the radios are healthy. Our NetForce L3 managed switches handle inter-building routing and segmentation; access-layer PoE powers the APs themselves.
Lecture halls, corridors and hostels need indoor Wi-Fi 6 coverage tuned for density. Quadrangles, walkways, sports grounds and car parks need ruggedised outdoor units. The NetWave Lotus Alpha range covers both, with the AX820 indoors and the weatherproof AX821 outdoors.
A campus-wide Wi-Fi network can run to hundreds of access points across many buildings. Managing those individually does not scale — NetCloud Central provides zero-touch provisioning, per-building visibility and remote operations from a single console, so a small IT team can run the whole campus.
The standard design is straightforward: NetWave access points connect to NetForce PoE access switches in each building; those aggregate into a NetForce L3 core; the NetGuard X5 controller applies gateway security, authentication and captive portal policy; and NetCloud Central manages the estate centrally. Student, staff, administrative and guest traffic are separated using VLANs enforced in switching hardware.
Sizing depends on concurrent users per space rather than floor area, so we model the busiest hour — a full lecture theatre or exam hall — rather than the campus average, then validate against an RF survey before quoting.
Planning a multi-building deployment? See our enterprise Wi-Fi solutions overview, or request a campus Wi-Fi design review.
Crowded lecture halls, airport terminals and open offices break consumer-grade WiFi. Lotus Alpha is built for it — with MU-MIMO, OFDMA, 1024-QAM and seamless roaming so hundreds of devices share airtime without congestion.
Indoor AX820 and ruggedized outdoor AX821 OD share one NetCloud control plane for zero-touch onboarding, live RF analytics and a built-in captive portal — including PM-WANI workflows for public WiFi.
Anyone burned by bad Wi-Fi knows coverage is not capacity. High-density buyers judge on concurrency, roaming and control.
Designed for hundreds of concurrent clients, not just signal bars.
OFDMA and MU-MIMO to serve many devices at once.
Fast handoff so sessions never drop on the move.
Separate SSIDs and policy for users, guests and IoT.
RF modelling on your floor plan to size it right.
Live RF analytics and automatic optimisation.
Each capability links to the access point or platform that powers it.
Lotus Alpha uses MU-MIMO and OFDMA so many clients transmit simultaneously, with 1024-QAM lifting throughput 25% and TWT cutting latency for VoIP and video.
Explore Lotus Alpha →The indoor AX820 covers offices and campuses 360°; the ruggedized AX821 OD brings weatherproof coverage to grounds, rural sites and public spaces with dual PoE/DC power.
Compare AX820 vs AX821 →A built-in branded portal handles guest onboarding, vouchers and PM-WANI-compliant auth via the NetGuard Controller.
Explore NetGuard Controller →NetCloud shows client counts, RF health and interference in real time, and provisions every AP zero-touch across all sites.
Explore NetCloud →The environments that break ordinary Wi-Fi — and how we design for each.
They expect: Thousands of devices in one space, all active.
We deliver: Capacity-first Wi-Fi 6 design with a planned RF layout and NetCloud tuning.
They expect: Users walk a campus without dropping a call or session.
We deliver: Fast roaming and a clean channel plan so handoffs stay invisible.
They expect: Coverage beyond the building walls.
We deliver: Ruggedised outdoor AX821 access points with planned outdoor RF.
They expect: One air, many roles, cleanly separated.
We deliver: Multiple SSIDs mapped to VLANs with policy, onboarded via captive portal.
They expect: Avoid dead zones and over-buying APs.
We deliver: The built-in WiFi Planner models coverage, capacity and channels on your floor plan.
They expect: RF conditions change; the network should adapt.
We deliver: Live RF analytics with automatic channel/power optimisation in NetCloud.
Jump to the access points and platform behind a campus design.
We assess floor plans, density and coverage goals to plan AP placement.
Channel plan, SSID and policy design with the right AP count.
APs provisioned zero-touch via NetCloud; portal branded to you.
Ongoing RF tuning and 24×7 local support.
Capacity. We size for concurrent client count and application mix, then place Wi-Fi 6 APs accordingly — coverage follows.
Yes — the built-in WiFi Planner models coverage, capacity and channel layout on your floor plan first.
Yes — fast roaming and a planned channel design keep handoffs invisible as users move.
Yes — multiple SSIDs mapped to VLANs with policy, onboarded through the captive portal.
Yes — ruggedised AX821 outdoor APs extend coverage to grounds and open spaces.
NetCloud provides live RF analytics and automatic channel/power optimisation.
Tell us your venue and density — we’ll size the right Lotus Alpha deployment.
See how this runs in production. Each case study covers the environment, the exact Immunity stack and the outcomes delivered.
Real Immunity deployment — challenge, stack and outcomes.
Read case study →HealthcareReal Immunity deployment — challenge, stack and outcomes.
Read case study →AviationReal Immunity deployment — challenge, stack and outcomes.
Read case study →Tell us about your sites and users — our India-based engineers will recommend the right stack and send across datasheets and pricing, usually within one business day.
Our campus wifi solution India combines NetWave WiFi access points, NetForce L2/L3 switching and the NetCloud AIOps platform into one integrated stack, delivering high-density wireless, a reliable wired backbone and centralised management for campuses, institutions and large offices.
The campus wireless network uses NetWave WiFi access points with MU-MIMO and OFDMA for high-density roaming, so users move seamlessly across buildings without dropped sessions. NetForce switching provides the wired backbone, and segmentation isolates traffic by group.
Yes. Our campus wifi solution India supports network segmentation using VLANs and policies across NetForce switches and Lotus Alpha access points, letting you separate staff, students, guests and IoT traffic to improve both security and performance.
The entire campus wireless network is managed through our NetCloud AIOps platform, providing zero-touch provisioning, centralised monitoring and troubleshooting for both wireless and wired devices from a single dashboard, reducing operational overhead across multi-building campuses.
Yes. As an Indian networking OEM, Immunity Networks designs and manufactures the components of our campus wifi solution India domestically. We sell via enquiry; contact us with your campus details for a tailored design, quotation, lead times and OEM-backed support.