Thermal Resistance
We inject high-density polyurethane foam directly into the structural cavities. This achieves a true R-40 rating in the roof and R-30 in the walls, eliminating condensation in -40°C climates.
Polyurethane CoreWe abandoned traditional wood framing in favor of high-tensile metallurgy and advanced polymers. Our proprietary build methodology ensures zero thermal bridging and absolute structural integrity.
Cold-Formed Steel (CFS) chassis offering a strength-to-weight ratio 25x higher than traditional timber.
We inject high-density polyurethane foam directly into the structural cavities. This achieves a true R-40 rating in the roof and R-30 in the walls, eliminating condensation in -40°C climates.
Polyurethane CoreEvery window utilizes triple-pane, argon-filled smart glass with Low-E coatings. We engineer the facades to maximize passive solar heating during winter while blocking UV rays in summer.
Triple-Pane Low-EWe install specialized viscoelastic damping layers between the interior drywall and the steel frame. This achieves an STC (Sound Transmission Class) rating of 50+, ensuring absolute quiet.
STC 50+ RatingBuilding Code
CSA A277
Fully certified for Canadian municipal permanent foundations.
We don't just "add" smart devices after construction. We wire a centralized low-voltage IoT nervous system directly into the steel frame on the factory floor, guaranteeing seamless communication between climate, security, and power grids.
AI-driven HVAC routing sensors detect room occupancy and ambient temperature, optimizing airflow automatically to reduce energy consumption by up to 30%.
Keyless entry via fingerprint or encrypted mobile token. Perimeter cameras and window break sensors feed directly to your central control panel and smartphone.
Every main breaker box is engineered with pre-installed switchgear for rapid integration with Tesla Powerwalls, solar arrays, and EV charging stations.