Creating industrial resilience in time of crisis with satellite prediction and decentralized water & food production systems. Supporting urban environments resilience to heat by investing in technologies reducing the impact of air conditioning systems to cool our homes. Focus: ConTech, HVAC, Modular Homes. Example: Zauben

Rerouting a cargo ship transporting food towards Singapore from a typhoon can cost several hundred million dollars. Logistics also represents 24% of total annual CO2 emissions. We are empowering the logistic and agricultural revolution by bringing systems resilience. Focus: Biofuels, SAFs, crops adaptation, AI applied to logistics & agriculture. Example: Twelve

Labor shortages and rising construction costs can paralyze urban development projects, while manual processes delay critical infrastructure builds by years. AI-powered robotics and autonomous systems enable cities to build resilient infrastructure faster and more efficiently, ensuring continuous industrial productivity despite workforce challenges. Focus: Construction Robotics, Industrial AI Infrastructure. Example: Built Robotics

Supply chain disruptions and geopolitical tensions can cripple manufacturing operations, while foreign supplier dependency increases vulnerability to economic shocks. Onshored manufacturing and domestic energy production enable strategic self-reliance, cutting supply chain risk and reducing foreign dependency for critical infrastructure. Focus: Onshore Manufacturing, Critical Minerals Processing. Example: Desktop Metal

Power outages during storms can cripple communities, while residential buildings contribute 17% of global CO2 emissions. Decentralized energy systems like micro nuclear power reactors and batteries empower cities to produce and store energy, ensuring industrial resilience and sustainability.
Focus: Nuclear Power, Low-Cost Batteries, AI Grids. Example: Avalanche Energy