A three-level villa of 1,050 m² on a 2,259 m² plot — managed end-to-end by a German construction engineering team, integrated with persistent AI control of climate, energy, and security, and finished with a yacht-style pool deck, multiple terraces, and full rooftop solar.
Every villa in this district follows the same development pattern. Brussels House breaks it. It is the first residence in Tbilisi Hills to be delivered under a German engineering management contract — and the first to ship with a fully integrated AI operating layer that runs climate, lighting, security, and energy as a single system rather than a stack of vendor apps.
Project execution is led by GCE's engineering team out of Berlin. Structural design, MEP coordination, and on-site quality control follow DIN standards — a first for the Tbilisi Hills master plan. Every critical system is documented, tested, and warranted to a European technical baseline.
A persistent AI layer monitors and orchestrates climate, lighting, security, and energy. It learns the household's routine, pre-cools rooms before arrival, throttles non-essential loads when the grid is stressed, and surfaces maintenance issues weeks before they become failures.
A 14.66 m² mirror-edge pool runs along the western elevation with a teak deck and integrated lounging — designed to read from above as a single, continuous surface. A second subterranean pool on the lower level serves the spa, sauna, and home cinema below.
A dining terrace off the kitchen, a sun terrace off the master suite, a covered lounge off the entertainment area, and a private pool deck. Each is wired for audio, lighting, and weather-aware retractable shading.
A 15.6 kWp photovoltaic array spans the full roof plane, paired with a 23 kWh battery and a smart inverter. The system is sized to carry the villa's annual baseline load; surplus in summer is sold back to the grid under the GEL net-metering program.
Structural warranty: 25 years. Envelope air-tightness test: ≤ 0.6 ACH at 50 Pa. HVAC balance report: delivered at handover. Every system is mapped in a digital twin handed to the owner — the same model the AI uses to operate the house.
Public life on the ground floor. Private life upstairs. Service, wellness, and infrastructure underground. The section S-04 reads as a clean L over a fully buried lower plate — a quiet massing choice that preserves the long view from the golf course.
The schedule below is reconciled to drawing S-04, issued 04.06.2026. Minor adjustments during construction will be tracked in the digital twin and reflected in the handover binder.
| Room | Area | Notes |
|---|---|---|
| Garage | 37.54 m² | 2 vehicles · EV-ready |
| Gym | 76.92 m² | Rubber floor · Full-height mirrors |
| Home Cinema | 45.86 m² | 9.2.4 Atmos · Acoustic isolation |
| Cellar · Marani | 38.95 m² | Climate-controlled · Oak qvevri bay |
| Sauna | 5.62 m² | Hemlock · 8 kW heater |
| Indoor Pool | 14.66 m² | Counter-current · Salt electrolysis |
| Dressing Room | 15.88 m² | Spa-adjacent |
| Staff Room #1 | 15.43 m² | En-suite |
| Staff Room #2 | 15.43 m² | En-suite |
| Laundry | 9.90 m² | Industrial spec |
| Warehouse | 12.24 m² | Cold storage capable |
| Boiler Room | 8.06 m² | Heat-pump interface |
| W.C. (Spa) | 14.44 m² | Double basin · Steam |
| W.C. (Service) | 6.01 m² | — |
| Staff Kitchen | 4.75 m² | — |
| Corridor | 13.32 m² | — |
| Room | Area | Notes |
|---|---|---|
| Entrance Hall | 56.65 m² | Double-height |
| Living Room | 43.67 m² | South-facing · Full glazing |
| Dining Room | 83.34 m² | Seats 14 · Garden view |
| Kitchen | 28.79 m² | Chef-grade · Island |
| Fireplace Lounge | 35.78 m² | Two-sided hearth |
| Guest Bedroom | 30.94 m² | En-suite · Private entry |
| Wardrobe | 24.90 m² | Walk-through |
| Office | 5.83 m² | — |
| W.C. | 4.38 m² | — |
| Backyard | 82.92 m² | Landscaped · Firepit |
| Room | Area | Notes |
|---|---|---|
| Master Bedroom | 42.90 m² | Private terrace access |
| Master W.C. (his) | 14.41 m² | Double shower |
| Master W.C. (hers) | 7.65 m² | — |
| Master Wardrobe | 33.20 m² | His + hers · Island |
| Master Wardrobe 2 | 7.53 m² | Seasonal storage |
| Entertainment Room | 50.72 m² | Bar · Terrace access |
| Bedroom 2 | 22.06 m² | En-suite |
| Bedroom 3 | 22.88 m² | En-suite |
| Bedroom 4 | 19.75 m² | En-suite |
| Bedroom 5 | 14.69 m² | En-suite |
| W.C. (shared) | 5.36 m² | — |
| W.C. (shared) | 5.40 m² | — |
Brussels House ships with a persistent AI operating layer based on the Mark-1 architecture. It is not a voice assistant in a wall panel. It is a resident system that holds a model of the house, the household, and the energy grid — and uses it to make decisions in the background, every minute of every day.
The owner interacts with it conversationally — by voice, by text, or simply by living normally and watching it adapt. It runs locally on the villa's edge compute, with encrypted sync to a private cloud relay for backups and remote access.
Pre-cools the master suite 30 minutes before the household's typical wake time. Pulls from the battery instead of the grid during peak GEL tariffs. Switches to passive ventilation when the outside temperature crosses 22 °C and the breeze is favorable.
Balances solar generation, battery state-of-charge, and live household load every 30 seconds. Sells surplus to the grid under the GEL net-metering program when the export price is favorable. Never lets the battery drop below 20% overnight.
Camera feeds and entry logs are processed on-device. Faces of the household are recognized; unknown visitors trigger a soft alert and a one-tap unlock for the owner. All footage stays local — never uploaded to a third-party cloud.
Vibration, current draw, and runtime on every major system (HVAC, pool pump, elevator, sauna heater) are logged continuously. The AI flags anomalies weeks before they become failures — and orders the replacement part automatically.
Native Georgian, English, and Russian. The villa answers to the household, not the cloud. Wake-word runs on-device; voice transcription is processed locally; only synthesized responses are sent to the speaker.
Every system is mapped in a 3D digital twin — the same model the AI uses to reason about the house. The owner can ask "why is the upstairs hot?" and the AI points to a specific air handler in the model and shows its current state.
The roof was sized to host a full PV array from the start — not as a retrofit, but as the primary energy source. Paired with a battery, a smart inverter, and an AI that learns the household's load curve, Brussels House is expected to operate at net-zero or net-positive on an annual basis.
A flat-roofed L, anchored to the ground, deliberately quiet against the golf course horizon. The solar array is the fifth elevation. At night, the yacht-style pool deck and recessed cove lighting turn the western face into a long, low lantern.
The site is a south-facing parcel on the eastern edge of the master plan, with uninterrupted views across the 9th and 10th fairways. The plot's cadastral reference is 81.03.12.801; the architectural brief is filed under "Brussels House" within the district's naming convention.
Brussels House is offered on a single-buyer basis. The price below is firm through end of Q2 2026 and includes the full architectural set, the German-engineered delivery contract, the AI operating layer, and the rooftop solar and battery system. Interior fit-out and landscape are itemized separately — and still open to buyer input.
Black carcass with windows and external facade wood works are ready. Buyer can still influence interior layout and garden design.