Industries
Education & Campuses
SOT facilitates digital learning environments through comprehensive, high-density campus Wi-Fi deployments, interactive educational displays, and integrated public address and safety intercom systems.
A campus network has a load profile unlike anything in a commercial building: near-idle for much of the year, then several hundred devices arriving in the same five minutes at the start of a term or an exam. Designs sized on averages fail exactly when they are being watched, which is why capacity here is planned against the peak event rather than against typical usage.
The second constraint is the estate. Campuses are usually several buildings of different ages, connected by whatever was installed at the time, and the inter-building links are frequently the bottleneck rather than the switching inside any one building. Fibre between buildings is often the highest-value single investment available.
The third is that a school's users are children, which changes both the security posture and the physical specification. Content filtering and safeguarding are requirements rather than options, and equipment in a classroom has to survive being handled by thirty people a day for a decade.
What this covers
Campus wireless
High-density Wi-Fi designed for the peak — a full lecture theatre or a year group all connecting at once — rather than for the average.
Inter-building fibre
Backbone links between buildings, usually the real constraint on a campus and usually the cheapest large improvement available.
Interactive classrooms
Touch displays sized from the back row, with a start-of-lesson experience that costs a teacher seconds rather than minutes.
Safeguarding and filtering
Content filtering and monitoring appropriate to the age group, applied on device as well as on the network.
Public address and bells
Zoned announcement and timetable bells across buildings and outdoor areas, with voice alarm where the fire strategy requires it.
Site security
Perimeter and entrance coverage, controlled entry and visitor management, designed around who is allowed near children and when.
Explore in detail
Each of these has a page of its own — what it involves, what it covers, and the questions that decide the specification.
How we deliver it
- 01
Site survey
An engineer walks the site and records what is actually there — cable routes, containment, power, ceiling voids, existing equipment and its condition. Most of the cost overruns on a project of this kind are either discovered here or discovered late.
- 02
Design and Bill of Quantities
A drawn design and an itemised BoQ: every part, its quantity and its price, with the reasoning for the specification written beside it. You own the document whether or not you buy from us.
- 03
Supply from Riyadh stock
Equipment released against the BoQ from local stock where we hold it, or ordered directly from the vendor where we do not. Serial numbers are recorded against your project, so a warranty claim later does not depend on you having kept the paperwork.
- 04
Installation and commissioning
Our own engineers install, terminate, configure and test. The testing is documented — link certification, camera fields of view, failover checks — and the results are handed over as part of the file rather than described verbally.
- 05
Handover and support
As-built drawings, configuration backups, credentials and test results, plus training for whoever will run it day to day. Support and warranty are handled by the same team that installed it.
Standards and regulations
What a deployment is measured against. A consultant or a main contractor will check a proposal against these, so they are named rather than implied.
- IEEE 802.11ax
- Wi-Fi 6 and 6E. Its gains are principally in dense environments, which is exactly the campus problem — it is a capacity standard more than a speed one.
- ANSI/TIA-568
- Cabling categories and link lengths, which on a multi-building estate is what determines where distribution nodes have to sit.
- IEC 60849 / EN 54-16
- Voice alarm requirements where the PA system is part of the evacuation strategy — common in schools, where phased evacuation is often specified.
- PDPL
- The Personal Data Protection Law applies to pupil data, CCTV and any monitoring, and children's data warrants particular care.
Questions we get asked
How does SOT size Wi-Fi for a campus with hundreds of concurrent devices?
SOT designs high-density Wi-Fi deployments accounting for peak concurrent-device loads per classroom/lecture hall.
Are mass notification and PA systems integrated or separate?
SOT integrates PA and mass-notification systems so alerts can be triggered campus-wide from a single system.
Do interactive smart boards require special network infrastructure?
They run on standard campus Wi-Fi/LAN infrastructure that SOT accounts for during network design.