Lighting, climate, curtains, access, security, cameras, audio and energy — coordinated as one wired or retrofit system by an Accra-based team.
Explore the home — hover or tap anything that glows. Tap the front door to step inside. A working simulation of what Techengy designs and installs.
This is a working demonstration of what Techengy designs and installs. Pick a room, press the controls, and watch the home above respond.
Cameras record day and night. Arming sets night mode: doors report, motion alerts, outdoor lights on standby.
One command. The whole property responds.
Trigger an event. Watch the chain reaction.
Interactive demonstration — the values above are simulated, not live data. Actual capabilities depend on the selected equipment, building infrastructure and system design.
Tell us what you're building and what you'd like to control. We'll take it from there — starting with your consultation message, already written.
Pick a property type and at least one system.
Pick a property type and at least one system first.
The building stage determines how the system is delivered, but not the outcome: coordinated control, multi-system scenes and approved intelligence from one local integrator.
Structured cabling and controllers are designed before first fix, with local operation and manual fallback considered from the start.
Smart switches, panels and wireless sensors add coordinated control without chasing finished walls.
Custom automation for apartments, hotels and restaurants, coordinated around guest, staff, security and energy workflows.
Scenes, dimming and circadian colour temperature — wired at first fix or retrofitted wirelessly.
How the building is actually operated day to day — panel, switch, phone or voice. The part everyone touches, so it is the part worth getting right.
Cameras, locks and sensors on one panel, with alerts that tell you what actually happened.
Air conditioning, blinds and audio coordinated so they stop working against each other.
The layer everything else depends on. Get it wrong and every smart device inherits the problem.
That one question decides everything else — the hardware, the price, and whether anyone opens a wall. Pick the one that describes your building.
A smart property should coordinate the situation, not merely switch one device. Choose a scenario to see the systems working together.
An authorised resident arrives and the property confirms trusted presence.
The arrival sequence prepares the property instead of asking the resident to operate seven separate controls.
The resident says “Good night” or presses one bedside scene button.
The house closes down consistently and reports anything that still needs attention.
A water sensor detects a leak in a protected area.
A small leak can be isolated and reported before it becomes major property damage.
The energy system detects loss of grid power.
Backup power is protected for the circuits that matter instead of every load competing for the battery.
Solar production, battery state and current building load meet the approved conditions.
The property uses more of its own generation while reserving battery capacity for essential services.
Design note: Available functions depend on compatible inverter, battery, metering and load-control interfaces.
An authorised hotel check-in event activates the assigned room.
The guest room can move from vacant to welcoming while checkout returns it to an energy-aware operational state.
Design note: The final workflow depends on confirmed interfaces with the hotel's property-management and access systems.
Smart living is not confined to one screen or one room. Interfaces, access, comfort, energy and outdoor systems can follow the same approved rules while keeping local controls simple.
A wall panel can bring lighting, climate, curtains, security, audio and approved scenes together.
Keypad and smart-lock access can use named permissions and event history; remote unlocking remains intentional.
Night lighting, climate, curtains and security can settle together as one approved bedside scene.
An assigned room can move from vacant to welcoming after an authorised hotel check-in event.
Lighting, compatible appliances, extraction and energy monitoring can be arranged around familiar routines.
Irrigation can respond to approved schedules, moisture readings and weather conditions by zone.
The same coordination idea, specified around a different daily routine. Guest rooms, typical units and dining rooms are not a large house.
Arrival, occupancy and checkout as one sequence — once the hotel's access and property-management interfaces are confirmed.
A repeating typical unit, then the lobby and the landlord's system kept separate from the resident's scenes.
Opening, service, event and close as named modes — kitchen and dining room on different rules.
We start from how you actually use the building, then design the system around it — and tell you honestly which route suits it.
One tailored control plan across lighting, climate, curtains, security, access, cameras and audio — designed around your rooms, routines and budget.
Tailored systems for individual apartments, short lets and apartment blocks, with scalable lighting, access, climate, energy and security control.
Guest-room scenes, access, climate, lighting and curtain control, with common-area and back-of-house systems designed around hotel operations.
Lighting scenes, climate, music, cameras, security and controlled access tailored for dining rooms, kitchens and service areas.
For new builds and major renovations. Structured cabling and DIN-rail controllers in the distribution board at first fix.
For finished homes and rentals. Panel, smart switches and wireless sensors, with no chasing of walls.
Configured, handed over with training, and supported afterwards — remotely where possible, on site when not.
Whole-home automation — lighting, climate, blinds and access on one system, wired at first fix or retrofitted.
Tell us the scope and we'll come back with a specification and a price.
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