Education networks carry more devices per user than almost any other sector, concentrated into predictable peaks and spread across buildings, hostels and open ground. Immunity supplies the full stack — indoor and outdoor coverage, student and staff separation, content policy and central management — designed and manufactured in India.
The challenge in education is rarely coverage alone. It is density, mobility and governance arriving together.
A lecture theatre goes from empty to three hundred devices in five minutes, several times a day. Sizing for average occupancy guarantees failure at exactly the moments that matter.
Older academic buildings have thick masonry, deep rooms and long corridors. Newer ones have glass and steel. Both attenuate signal in ways a floor plan does not reveal.
Between blocks, libraries, hostels and grounds, expecting a session to survive the walk. Roaming that drops connections is the most common student complaint.
Institutions need to apply content policy, identify who was on the network, and keep administrative systems away from student devices — often with a very small IT team.
Each space on a campus has a different profile, and the design follows that rather than distributing access points evenly.
| Area | What it needs | How we cover it |
|---|---|---|
| Classrooms and lecture theatres | Very high concurrency in short bursts | Capacity-led design sized for full-room occupancy |
| Libraries and study areas | Sustained high device counts | Density-oriented coverage with steady throughput |
| Laboratories | Equipment and connected instruments | Coverage plus segmentation from student devices |
| Hostels and residences | Long-duration domestic use, heavy streaming | Per-floor or per-wing indoor coverage |
| Corridors and circulation | Continuous roaming | Overlapping cells tuned for handover |
| Grounds, quadrangles, sports areas | Outdoor coverage across open space | Ruggedised outdoor access points (AX821) |
| Administration blocks | Institutional systems and staff devices | Separate VLAN with no student visibility |
A campus network carries student, staff, administrative, laboratory and guest traffic. Keeping them apart is both a security requirement and a governance one.
Internet and learning resources, with content policy applied and client isolation so devices cannot see each other across hostels.
Separate from students, with access to teaching resources and internal systems as policy allows.
Examination, finance and student record systems on their own VLAN, unreachable from student or guest networks.
Time-bound portal access for parents, visitors and event attendees, isolated from everything else.
Separation is enforced on distinct VLANs by NetForce switching, with inter-VLAN policy applied at the NetGuard X5 gateway — so the isolation is structural rather than a rule that can be misconfigured away.
A campus deployment typically spans all four layers, with the backbone mattering as much as the radios:
All of it is designed and manufactured by Immunity in India, at our facility in Sanand GIDC, Gujarat. Our equipment is MTCTE certified (and CE, FCC & RoHS compliant), with products listed on the Trusted Telecom Portal. Ask us for current certification status on the models in your design and we will confirm in writing.
Most institutions run a large estate with a handful of staff. Everything below is about reducing the number of things that require someone to walk somewhere.
A new block or hostel is provisioned from a template rather than configured from scratch, so growth does not consume the team.
Problems in a distant building surface on the console rather than through a complaint, which is the difference between maintenance and firefighting.
Content and access policy is set centrally and applies consistently across every building, rather than being maintained per site.
Load is highly seasonal. Central analytics show where capacity is genuinely short before the next intake rather than after it.
By concurrent devices at full occupancy rather than by room area, allowing for more than one device per student, then validating with a survey.
Yes. Policy is applied at the NetGuard X5 gateway and enforced consistently across the campus rather than per building.
Yes. Administration sits on a separate VLAN enforced in switching hardware, with no path from the student network.
Yes. Indoor access points cover hostels; ruggedised outdoor units cover quadrangles, walkways and sports grounds.
Yes. Buildings can be added over time under one management console, so later phases join the existing network rather than forming a separate one.
Institutional buying has its own rhythm, and network projects have to fit it.
Campus networks are commonly funded block by block across several years. We design the target architecture up front so each funded phase is a step towards it rather than an isolated purchase that has to be undone later.
Institutions frequently tender. We are happy to produce a design document you can tender against, including access point counts, switching requirements and segmentation design, whether or not we win the supply.
Equipment is designed and manufactured at our facility in Sanand, Gujarat. For institutions with domestic procurement preferences, this is directly relevant. Our equipment is MTCTE certified (and CE, FCC & RoHS compliant), with products listed on the Trusted Telecom Portal.
The times a campus network must not fail are examinations and admissions. Support comes directly from the OEM with India-based engineers rather than through an overseas queue.
A useful design needs a little information up front. None of it is onerous, and it saves a round of revisions later.
From that we produce a design document with access point count and placement, switching and PoE requirements, segmentation design and the management model. You are free to tender against it.
Tell us about your buildings, student numbers and where coverage fails today. Our engineers will produce a design and send datasheets, usually within one business day.
Request a campus network design
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