We design and integrate IP video surveillance, video analytics, VMS, storage, access control, perimeter detection, LPR and command centers. Each component is selected according to the site, the security objective and the operation it must support.
A camera, a reader or an alarm only adds value if it has a clear purpose, adequate coverage, connectivity, storage, policies and an operating procedure. We design each project from the site assessment to centralized management and event response.
Eleven capabilities that can be implemented independently or combined into an integrated solution per site, campus or multiple locations.
01Video surveillance assessment and designSurvey, coverage, architecture and technical specification before selecting cameras and platforms.
02IP cameras and CCTVSelection and integration of fixed, dome and PTZ cameras with a PoE network and configuration suited to each scene.
03Thermal and specialized camerasSensors for low light, long perimeters, thermal vision and scenarios that require special coverage.
04Video analytics and artificial intelligenceRules and models to detect events, classify objects, measure occupancy and speed up searches.
05VMS and centralized managementManagement of cameras, recordings, users, maps and events from a central platform.
06Video storage and retentionCapacity sizing, NVRs or servers, redundancy and evidence preservation.
07Physical access controlCredentials, biometrics, doors, controllers, schedules and policies to regulate physical entry.
08Intercoms, video door stations and visitorsCommunication at entrances, visitor reception, authorization and support in emergency situations.
09Perimeter detection and alarmsSensors, virtual rules and video verification to detect events on perimeters and critical zones.
10Vehicle control and LPRLicense plate reading, barriers, authorizations and logs to control vehicle access.
11Command centers and integrationVideo wall, consoles, dashboards and event integration to run security from a central point.We design the system based on the site, the assets to protect, risk zones, lighting conditions, distances, available network, required retention and operational needs. The goal is to avoid blind spots, oversizing and cameras installed without a defined purpose.
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We integrate IP cameras according to distance, resolution, lighting, movement, identification objective and environmental conditions. The choice does not depend only on megapixels: we also consider the lens, WDR, sensitivity, compression, frame rate and network capacity.
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When a conventional camera does not meet the objective, we integrate thermal, low-light, infrared, multi-sensor or panoramic sensors. The technology is selected according to distance, environment, type of detection and operational need.
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We configure video analytics to turn cameras into sources of useful events. We prioritize concrete use cases and tune zones, schedules, filters and sensitivity to reduce false alarms and keep results actionable.
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We centralize operations through a VMS so live video, recordings, users, events, maps and devices can be managed with a common logic. The architecture can integrate multiple sites and manufacturers when they are compatible.
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We calculate storage from the number of cameras, resolution, bitrate, FPS, recording hours and retention days. We design the platform to preserve evidence with a capacity and redundancy level suited to the operational risk.
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We integrate access control to decide who can enter, which zone and at what time. We design readers, controllers, locks, sensors and rules based on the real operation of the building and its security levels.
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We integrate voice and video communication at entrances so reception, security or operations can verify visitors and coordinate door releases. The processes can be linked to access control and visitor logs.
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We combine physical sensors and video analytics to detect intrusion, openings, movement or other risk conditions. Visual verification helps distinguish real events before a response is deployed.
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We integrate LPR/ANPR cameras, barriers and authorization rules to control vehicle access. The design considers lane, speed, lighting, angle and capture quality to obtain usable reads.
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We design monitoring centers where video, access control, alarms and events are presented in an orderly way. The goal is for the operator to receive context, prioritize and document the response, not just watch multiple screens.
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Cameras, sensors, analytics and readers generate events about entrances, perimeters and relevant conditions.
Live video, recordings and context from integrated systems help confirm what is happening.
VMS, access control and rules make it possible to apply authorizations, restrictions and operational actions.
The command center, alerting and incident management coordinate owners, evidence and closure.
We review the site, risks, entrances, perimeters, lighting and available infrastructure.
We define what must be detected, observed, identified or controlled in each zone.
We select cameras, sensors, network, servers, storage and platforms according to the scope.
We install, configure and integrate the components according to the approved architecture.
We validate coverage, image quality, recording, events, access and integrations under real conditions.
We deliver diagrams, configurations, training and maintenance according to the contracted service.
The architecture can integrate different brands and technologies when they are technically compatible. We prioritize interoperability, real capacity, support, cybersecurity and ease of operation.
It is not defined only by square meters. We review surveillance objectives, entrances, perimeters, assets, lighting, distances and the required level of detail before proposing locations and quantities.
It depends on the real compatibility between devices and the platform. We can integrate equipment through ONVIF, native drivers or other supported interfaces, but we first validate which features will be available.
Retention depends on the number of cameras, resolution, bitrate, FPS, recording type and storage capacity. We size the system for the required retention days and expected growth.
Yes, when the platforms allow it. A door, credential or alarm event can be linked to nearby cameras to support verification and investigation.
A visible-light camera forms images from light; a thermal camera represents differences in infrared radiation and can detect presence where the visible image is limited. Each technology serves different objectives.
Yes. We can integrate VMS, operator stations, video walls, maps, dashboards and incident workflows as part of a command center or monitoring room.
Share the type of facility, number of entrances, critical areas, perimeter, sites, retention needs and existing systems. With that context we can propose a survey and a suitable technical architecture.
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