Survey
Map risks, scenes, pathways, lighting and applicable requirements.
Protect people, premises and operations with a surveillance system designed around verified views, retention, network capacity, evidence handling and applicable UAE requirements.
An effective video-surveillance system is not measured by camera count. Each camera needs a defined purpose, usable field of view, appropriate image quality, lighting, retention, time synchronisation, network path and authorised operator workflow.
Map risks, scenes, pathways, lighting and applicable requirements.
Create coverage, camera, network, storage and VMS architecture.
Confirm equipment, drawings, roles and required authority workflow.
Mount, cable, configure, harden and integrate the system.
Validate views, recording, retention, export, failover and handover.
Review entrances, perimeters, public areas, lighting, mounting, blind spots, pathways and operator needs.
Select form factor, resolution, lens, low-light, WDR, thermal or ANPR options where the use case justifies them.
Design central or distributed recording, user roles, search, export, failover and evidence workflows.
Model bitrate, frame rate, motion, codec, camera count, redundancy, archive and growth.
Harden devices, isolate camera networks, control remote access, log activity and align retention with policy.
Test recording, image quality, time, storage, camera condition, alerts and recovery procedures.
Poor results usually come from design and operations, not camera resolution alone.
A camera can cover an area yet provide too little subject detail for the intended evidence outcome.
Bitrate, motion, resolution and scene complexity can reduce retention below the required period.
Backlight, reflections, darkness and headlight glare can make critical views unusable.
Camera traffic, PoE budgets and uplinks need capacity and resilience, especially across large campuses.
Shared credentials, exposed remote access and weak audit trails increase privacy and cybersecurity risk.
Failed cameras, storage disks or recording services may remain unnoticed until evidence is requested.
Requirements depend on the business activity, facility and project. SIRA publishes sector conditions, technical specifications and approved-provider or equipment processes. emtech confirms the applicable current requirements before final design.
Camera count follows risks, required views, site geometry, lighting and blind spots. A survey and coverage plan are more reliable than estimating cameras from floor area alone.
The required period can depend on applicable rules and business needs. Actual storage must also account for camera count, resolution, frame rate, codec, bitrate, motion, recording mode, redundancy and archive policy.
Yes. The assessment can cover camera condition, cabling, power, recorders, storage, network readiness and evidence requirements. A phased hybrid or IP migration may be possible depending on the estate.
Remote access can be designed, but it should use authorised accounts, secure connectivity, role controls, audit logs and defined privacy procedures. Directly exposing recorders or cameras to the internet is not a sound design.
No. Analytics can help prioritise events or search footage, but accuracy depends on scene conditions and configuration. Human procedures, testing and escalation remain necessary.
Controls can include network segmentation, unique credentials, firmware governance, encrypted management, controlled remote access, least privilege, logging, backups and removal of unnecessary services.
Scope may include image and focus checks, camera cleaning, recording and playback tests, storage health, time synchronisation, alerts, firmware review, user access, export testing and documentation updates.
Request a surveillance assessment. emtech will review risks, required views, retention, network readiness and applicable project requirements before recommending equipment.
Ready · UAE IT Experts Since 1993