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How We Deliver a CCTV Project: Six Stages From the Building Plan to Handover
A project is a chain of decisions that have to be taken in the right order: survey information, design, supply, wiring, commissioning, acceptance. This page sets out the six stages, who is responsible for each one, and where our role ends and the local contractor’s begins. It also carries our one published case — the two-quote comparison — and the typical configuration for each building type we quote most often.
- Six stages, each with an owner and a document
- Design, supply and remote commissioning support in our scope
- Civil work, cable pulling and clearance in yours or your contractor’s
- One published case: the two-quote comparison, and nothing invented
- 01 1 — Survey information
- 02 2 — System design
- 03 3 — Supply
- 04 4 — Wiring guidance
- 05 5 — System commissioning
- 06 6 — Acceptance and handover
The six stages, and who owns each
The stages below are the order a project has to run in, whatever its size. Move the supply before the design and the wrong hardware ships; move the commissioning before the wiring is tested and every fault looks like a hardware fault.
- 01
1 — Survey information
Owner:You; we supply the input list so nothing is forgottenBuilding type, floor plans, position list, retention target, resolution tier and how the system is watched
- 02
2 — System design
Owner:Us, with two revision rounds includedCamera schedule, PoE and cabinet schedule, cable schedule with metre counts, recorder and storage calculation, display schedule, priced bill of materials
- 03
3 — Supply
Owner:Us; import clearance, duties and local charges at your endProduction or stock allocation, functional checks, packing, shipping documents, freight to the Incoterm agreed in writing
- 04
4 — Wiring guidance
Owner:We guide; your installers or a local contractor do the physical workRun list, cabinet schedule, cable specification, installation sequence and the acceptance checklist — answered remotely while the crew works
- 05
5 — System commissioning
Owner:Jointly: your installer on site, our engineers remotelySwitch power-up, camera onboarding, recording schedules and retention, remote access and accounts, one alert test
- 06
6 — Acceptance and handover
Owner:JointlyChecklist walked and signed: run list, cabinet port map, passwords, one page of procedure for the operator, spares in place
Order is not a preference. Put supply before design and the hardware that ships is wrong.
Projects
The only case we publish
We publish one project comparison and no others. A hotel project in Africa went to two suppliers: our quote, dated 22 August 2026 on EXW terms, listed 221 cameras, 20 switches, 4 recorders, 19 floor cabinets and the whole CAT6 and fibre run; the tier-one quote listed 145 cameras, a platform server with 147 licences and a far larger storage build, but no switches, no cabinets and no cabling. The scopes differ, so both configurations are published side by side rather than as two totals, and the full line-by-line comparison travels with the quotation on request.
CCTV System Cost Comparison: Two Quotes, One Building, One Bill of Materials| Our bill of materials / The tier-one quote | Our bill of materials | The tier-one quote |
|---|---|---|
| Cameras Different position count and different camera forms | 221: FC5B bullet 62 · FC5D dome 156 · FC5P-PTZ 3 | 145 |
| Power and cabling Whether this sits inside the total is the single biggest difference between the two | 20 switches + 40 SFP modules + 30 boxes of CAT6 + 70 m of 48-core single-mode fibre + 20 ODF | Not listed |
| Cabinets Same as above | 1 × 42U main cabinet + 19 × 12U floor wall cabinets | Not listed |
| Platform and licences The licence count decides what later expansion costs | No proprietary platform: ONVIF / RTSP / GB28181 on the camera side | Platform server + 147 licences |
| Recording and storage The retention assumption differs | 4 × 64-channel recorders, drives sized in two retention tiers | A larger storage build |
| Totals and detail Both quotes carry a date and terms | Line-by-line list and total, dated, EXW — on request | Listed line by line in the same comparison appendix |
What the gap is made of
- Brand premium What the same specification costs with a tier-one name on the box.
- Agent layers Every distributor and reseller margin stacked between factory and site.
- System lock-in Mandatory controllers, licences and branded drives that fit one ecosystem.
- Scope definition Wired or wireless, who does the civil work, how long the warranty runs.
The delivery boundary, in plain terms
This table is the part of the page we ask buyers to read twice. It is the same table that goes out with the quotation, and it exists because the alternative — discovering the boundary during the programme — is expensive for everybody.
| Item | Our role | Your role or your local partner’s |
|---|---|---|
| Design and bill of materials | Camera, PoE, cable, recording, storage and display schedules with the arithmetic shown, plus two revision rounds | Send the building inputs and confirm the assumptions on the drawing |
| Hardware, cable and accessories | Supply as one bill of materials, functionally checked before packing, packed for the route | Receive, count against the packing list and store dry |
| Documents for import | Commercial invoice, packing list, model list and specification sheets | Import licence, registration, local certification, duties and customs clearance |
| Physical installation | The wiring standard, the run list, the cabinet schedule and answers to questions while the work is in progress | Cable pulling, conduit, containment, mounting, housings, power circuits and access equipment |
| Commissioning | Remote support, configuration review and the acceptance walk-through with your installer | Somebody on site with hands, a ladder and a laptop connection |
| Warranty | Unit-level replacement for supplied hardware and remote diagnosis of reported faults | Access to the unit, removal and re-installation, and return of the failed item through the agreed process |
| Local codes and permits | Device specifications and technical information your engineer needs | Compliance with local electrical and building codes, permits and any stamped drawing a market requires |
Typical configurations by building type
Instead of a portfolio of cases we cannot show you, here is how the buildings we quote most often land. These are starting points for a first conversation, taken from the same sizing rules the design work follows — every project is still sized against its own plan.
| Building type | Typical channels | Head-end | Where the design usually goes wrong |
|---|---|---|---|
| Office building, 1–30 floors | 16 (1–3 floors), 32–49 (4–10), 64+ (11–30) | PS162 or PS242 per riser cabinet with an SFP uplink, NVR32-2-2 to NVR64-8-2 | The riser: runs beyond 100 m with no cabinet on the occupied floors |
| Apartment building | 16 (low-rise), 32 (mid-rise), 49–64 (multiple blocks) | PS242 in the main cabinet, PS162 for a distant block, NVR32-2-2 or larger | Dome aiming: covering the route without looking into residents’ windows and doors |
| Warehouse and factory | 16 (single shed), 32 (multi-bay with yard), 49–64 (large plant) | PS242 indoors with a PS082 or 1011GB in the gate cabinet, Extend mode for the far gate | Racking shadows, and a yard gate further than 100 m from the nearest cabinet |
| Hotel | 16 (boutique), 32 (100–200 rooms), 49–64 (large or mixed use) | PS242 in the main comms room, PS162 per-floor cabinet, NVR32-2-2 upward | Back-of-house corridors left off the drawing, and retention set for corridors rather than for the store and the dock |
| School and campus | 16 (single block), 32 (two or three blocks), 49–64 (four or more) | A cabinet per block with fibre uplinks on the 24G02GS-P, NVR32-2-2 or NVR64-8-2 | Cabling between blocks counted as camera runs instead of as uplinks |
| Hospital and clinic | 16 (clinic), 24–32, 49–64 (full hospital) | PS242 in the main comms room, PS162 for a satellite block, NVR32-2-2 upward | Pharmacy, records and plant left with the same retention as corridors, when they need longer |
| Car park | 8–16 (surface or one level), 24–32 (multi-level), 49–64 (several lots) | PS082 or 1011GB in the booth cabinet, PS242 per level cabinet on larger sites | Plate capture at the lane specified as a general coverage camera |
Where projects go wrong, and the stage that catches it
Every one of these is a failure we have been asked to help fix, and every one of them is cheaper to catch at the stage where it belongs than at the end.
- Position count estimated from floor area instead of counted from the plan — caught at stage 1, fixed for the cost of an hour with the drawing.
- Retention promised in a client meeting and never converted into drive bays — caught at stage 2, because the storage arithmetic is written on the design document.
- Cable ordered before the cabinet positions were fixed — caught at stage 4, which is why the run list comes before the purchase of cable.
- A run measured from the head-end room instead of from the floor cabinet, so it fails the 100 m check after termination — caught at stage 4 by the distance review on the run list.
- Commissioning attempted before every port was tested, so a wiring fault is diagnosed as a camera fault — caught at stage 5, by confirming link and PoE on every port before a single camera is configured.
- Handover without labels, passwords or a port map, so the first fault is a search rather than a repair — caught at stage 6, by walking the acceptance checklist instead of assuming it.
Frequently asked questions
Do you send engineers to our site?
No, and we would rather say that on the first page than in the middle of a programme. Our role is design, supply and remote commissioning support: we prepare every document the installation needs, answer questions while the work is in progress, and join the commissioning and the acceptance walk-through remotely. The physical work — cable pulling, conduit, mounting, housings, power circuits and the hands on site — is done by your team or a local contractor. If a tender requires a supplier’s engineer on site for a fixed number of days, that requirement is not something we can meet, and we will tell you so when we read the tender rather than after you have awarded it.
Who handles import clearance and local certification?
You or your importer of record. Import licences, duties, local charges, customs formalities and any market-specific product certification or registration are the importer’s responsibility, and we do not arrange them, include them in a quotation or promise that goods will be admitted to any particular market. What we supply is the paperwork those formalities need — commercial invoice, packing list, the model list and the specification sheets for the models shipped — and we ship to the Incoterm agreed in writing. This is the normal division of labour in international trade, and putting it in writing early is what stops a shipment sitting at a port while two parties decide whose job it is.
How long does a project take from enquiry to handover?
It depends on three things you control: how fast the inputs are confirmed, how long production and shipping take for the models and quantity ordered, and how quickly the site is ready for the installation. We confirm the supply date in writing on the proforma and we confirm a design return date when the inputs are complete, so the two parts we are responsible for are dated rather than estimated. The part we cannot date from another country is the site programme — access, ceilings, power and the availability of the installers. Projects that finish early are the ones where the wiring package reached the installer before the ceiling closed, not the ones with the fastest shipment.
Can you quote from a tender document or a bill of quantities?
Yes, and it is the most efficient way to start. Send the device list or the bill of quantities as it stands, with the retention requirement and the position count if they are stated, and we will price the same list line by line, marking anything that is not like for like and anything we cannot supply. Where the tender names a brand we will not pretend the comparison is direct; we will return our specification next to the requirement so that the difference is visible on paper. Where the tender requires something outside our boundary — a resident service engineer, stamped local drawings, or a named brand — we will say so in the covering note instead of quoting around it.
What happens if a unit fails after handover?
Diagnosis first, replacement second. Most reported faults on a building system turn out to be configuration, cable or power issues, and our engineers work through them remotely with your installer before any hardware crosses a border. If the unit is genuinely faulty, the normal route is unit-level replacement under the warranty terms stated in the quotation, with the return process agreed before the order shipped. Failed units are recorded by model and serial so a pattern becomes visible rather than anecdotal. Spares travel with the next order where the schedule allows, and we would rather a site hold one spare camera per form than discover the value of that advice in month two.
Can we visit the project site of the case study?
No, and we will not invent a way around it. The case is published as a quote comparison — one hotel project, both configurations listed in full, our quote dated 22 August 2026 on EXW terms — with the two-column, line-by-line comparison available with a quotation. We do not publish the site, the client or photographs, because the project is not ours to display. If a reference is a formal requirement of your tender, tell us at the enquiry stage and we will say honestly whether we can meet it rather than promising one and looking for it later. What we can offer instead is the specification, the arithmetic and the comparison method, all of which you can check.
Do you publish other case studies?
No. The comparison above is the only project we publish, and we will not manufacture a portfolio to fill a page. Everything else on this site is either a specification you can check, arithmetic you can redo on a calculator, or a design rule we are willing to be held to — which is more useful to a buyer than a photograph of a rack with a location removed. The building-type configurations on this page and the pages under /applications/ carry the same information a case study would: what is specified, why, and where the design usually goes wrong. When we have another comparison we can document, it will be published with the same appendix.
What do you need from us to start stage one?
Six things, and most projects already have five of them: the building type and use, the floor count with plans or a sketch, the camera positions marked per floor, the retention target in days, the resolution tier, and a sentence about how many people watch the screens and where. Send them in any format — a PDF, a photo of a print, a room-by-room list. Anything you cannot answer goes on the assumption sheet and is confirmed or corrected before the design is priced, rather than being discovered on site. If the site has not been built yet, shell-and-core drawings are enough to design against, with the positions marked as provisional.
Send the plan and we will quote the stages
Send us the building type, floor count and camera estimate — we will come back with a system layout, a bill of materials and a price.