Camera, gate and access control systems for homes and estates, using Verkada and UniFi Protect where they fit the property.
Modern surveillance platforms can classify people, vehicles and motion events, support faster video search and generate alerts based on configured rules. Where the camera, placement and viewing geometry support it, dedicated license-plate-recognition systems can capture vehicle plates at controlled entry points. Regent5 designs the camera, network, storage and alerting architecture around the property, while keeping person detection, identity matching and LPR as distinct capabilities rather than treating every form of video analytics as the same feature.
Some residences require additional security planning around private areas, controlled access, communications and resilient power. Regent5 can coordinate surveillance interfaces, access control, communications, backup power and network infrastructure with the owner’s security consultant, architect and builder. Specialized physical-security construction, reinforced assemblies and life-safety design remain within the responsibility of the appropriate licensed or specialist project team.
Consumer cameras and video doorbells are designed to be installed one device at a time, each with its own app, battery or plug-in power, and Wi-Fi connection. On a large property that leaves gaps at the gate, the driveway and the outbuildings, and it puts every camera on the household Wi-Fi. Regent5 replaces Ring and Nest devices with a designed system: Verkada or UniFi Protect cameras placed from a site survey, wired PoE power and data, recording sized to the retention the household wants, and alerts tuned to people and vehicles rather than every passing shadow. Doorbells and gate stations can move to 2N, DoorBird or UniFi Access intercoms, and the system is documented so the owner controls the accounts and permissions.
A second home in Carmel, Pebble Beach or Wine Country can sit empty for weeks. Regent5 designs remote visibility around that: camera and door events reach the owner or estate manager by phone, staff and vendor access can be granted for a day and removed afterward, and cameras, intercoms and the network are monitored so a device that drops offline is noticed. Water leak sensors, temperature alerts and backup internet can be added so an empty house reports more than intruders. Where a live response is wanted, Deep Sentinel adds monitoring by live guards.
Security works better when it is connected to the rest of the house. With Savant, Control4 or Crestron, an away scene can close the shades, turn off the interior lights and turn on the landscape lighting; a gate call can ring the touchscreens and phones at the same time; and a camera view can sit beside the lighting and climate controls in one app. Regent5 keeps alarm and life-safety functions on the dedicated security system and uses the automation platform to coordinate around them, so a programming change in the home never weakens the alarm.
Effective residential security begins with the site plan and daily operation of the property. Regent5 evaluates camera views, gates and entry points, lighting, network availability, equipment locations, access workflows and future expansion, then coordinates the technology design with the homeowner, architect, builder, estate team and any appointed security professionals. The goal is a practical, serviceable system with clear layers rather than a collection of unrelated devices.
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Every camera, intercom and controller is a computer on the home network, and many ship with default settings. Regent5 places security devices on their own segmented network, closes unnecessary inbound access, keeps firmware current, uses unique credentials for each device and records which accounts the owner holds. Remote support uses secure access the owner can see and revoke. No connected system is immune, so the plan includes updates and periodic reviews rather than a one-time setup.
Regent5 coordinates cameras, access, gates, alarms, network infrastructure and remote management around the property, architecture and owner priorities.
Camera locations, fields of view, recording and image quality are planned around the site rather than added after construction.
Doors, smart locks, card or mobile credentials and controlled entries are coordinated with hardware and life-safety requirements.
Gate stations, intercoms, cameras, network connectivity and release controls are designed as one entry system.
Intrusion detection and alarm functions are coordinated with the broader home while maintaining dedicated security behavior.
Driveways, boundaries, outdoor rooms and approach paths are evaluated for practical coverage and lighting conditions.
Cameras and security devices are segmented and supported by reliable switching, PoE, fiber and firewall architecture.
Critical cameras, network, gates and security equipment can be coordinated with UPS, batteries and generators.
Secure mobile and remote access is configured around owner preferences, privacy and support requirements.
Recording retention, user access and device placement are considered alongside household privacy and operational needs.
Camera views, access workflows, notifications, records and support access are tested before handoff.
Where we work.
Regent5 provides security camera installation and integrates video surveillance, gates, intercoms, access control and the supporting network for custom homes and estates across San Francisco (Pacific Heights, Sea Cliff, Presidio Heights, Noe Valley and Russian Hill), the Peninsula, the North Bay, South Bay, and East Bay, Wine Country, and the Carmel and Monterey area. Select engagements extend to Santa Barbara, the Los Angeles area, and Orange County.
The best system depends on coverage goals, image quality, analytics, recording retention, privacy, remote access and response requirements. Verkada can be a strong fit for centrally managed video, access and intercom environments; UniFi Protect and Access can suit properties that want security tightly coordinated with the estate network; and Deep Sentinel addresses a different need with proactive live-guard monitoring. Camera placement, network design and long-term service are as important as the platform itself.
AI analytics can classify people, vehicles or other events and reduce unnecessary alerts compared with simple motion detection. Accuracy depends on camera placement, lighting, software and the selected detection rules.
Yes, with purpose-built license-plate cameras and proper positioning, shutter settings, lighting and viewing angles. General overview cameras usually cannot replace a dedicated LPR design.
Verkada is a cloud-managed platform with strong search, alerts, license plate recognition and access control, and it requires a camera license. UniFi Protect stores video locally on your own hardware with no camera subscription. Regent5 installs both and recommends one after reviewing the property, the people who will use the system and how much remote management matters.
Use owner-controlled credentials, secure remote access, segmented networks, defined retention policies and careful camera placement. Cloud accounts, installer access and household-staff permissions should be documented.
Yes. Access control, intercoms, gates, alarms and video can share events and selected automation workflows while dedicated security systems retain their core life-safety and security functions.
Remote monitoring allows authorized users or a monitoring service to review alerts and live or recorded video from off-site. Platforms such as Deep Sentinel can add a proactive live-guard response model, while Verkada and other managed systems support different remote-management and alerting workflows. The right approach depends on response expectations, privacy preferences, internet resilience and the broader security design.
Camera count should be based on entrances, gates, driveways, perimeter zones, outdoor living areas and critical interior locations rather than square footage alone. Sightline design is more important than simply adding cameras.
Yes. Depending on the door hardware and platform, residences can use mobile credentials, keypads, fobs or biometric readers. Door hardware, egress, power and fail-safe or fail-secure behavior must be coordinated correctly.
Often yes. Cameras, access-control devices and other security equipment can be segmented from owner computers and guest devices to reduce unnecessary network exposure.
Local cameras, recording and access-control functions can continue during internet outages if the local network remains operational. UPS systems, batteries or generators can support critical security loads during utility outages.
Early in design development, before gate infrastructure, door hardware, camera sightlines, conduit, landscape conditions and equipment locations are fixed.