Pushing the Frontiers of Shelter Science
Humanitarian design cannot stay stagnant in an era of intensifying climate disruption. In our Geneva and Stockholm testing labs, we engineer passive micro-climates, aerogel insulation blankets, and IoT environmental monitors.
Breakthroughs Transitioning to Field Trial
Engineering novel solutions for displacement challenges through collaborative research with premier technical institutes.
Bifacial Flexible Solar Cladding
Directly laminating flexible CIGS photovoltaic thin-films onto roof profiles. Generates electricity from direct sunlight and diffuse ground reflection, boosting energy capture by 28%.
Phase-Change Material (PCM) Liners
Thermal lining blankets that absorb excess heat during baking daytime sun and release stored warmth back into living quarters as nocturnal temperatures drop, stabilizing internal shelter climates without fuel consumption.
LoRaWAN Camp Micro-Climate Telemetry
Low-power battery-operated IoT sensors that transmit ambient temperature, relative humidity, and indoor air quality alerts to camp management desks across radius distances exceeding 10 km.
Zero Guesswork: Certified for Extreme Environmental Hazards
Before deploying in crisis zones, every mechanical connection undergoes exhaustive cyclic fatigue and finite element stress simulations.
- Fire Safety: Conforms to ISO 1182 non-combustibility and NFPA 701 self-extinguishing flame propagation tests.
- Structural Stability: Certified under Eurocode 3 (Steel Structures) for snow accumulation loads up to 45 kg/m².
- Water Ingress: Subjected to continuous 120 mm/hr high-velocity rain nozzle spray with 100% moisture sealing.
