Multi-domain resilience platforms leveraging heritage assets and thermodynamic innovation to secure humanity's computational future
Traditional infrastructure operates in silos. Energy grids are terrestrial and vulnerable. Data centers are land-locked. Transportation systems are disconnected from computational resilience.
At Wukong Future Solutions, we recognize that the next generation of strategic infrastructure must be multi-domain, AI-native, and thermodynamically optimized.
By repurposing dormant heritage assets—from decommissioned naval platforms to proven mechanical systems—we create sovereign, resilient infrastructure that operates beyond the reach of conventional attack vectors while maintaining unprecedented operational efficiency.
Three revolutionary platforms forming an integrated resilience ecosystem
Deep-sea AI command & control platform leveraging decommissioned nuclear submarine hulls for unprecedented computational sovereignty at depth.
Carbon-fiber locomotive powered by waste-heat recovery and closed-loop water systems, with blockchain-verified passenger contribution tokens.
Decentralized monocycle transportation mesh utilizing human kinetic energy conversion and AI-powered gyroscopic stabilization.
We don't build from scratch. We identify proven mechanical and structural systems—submarine pressure vessels, steam locomotive chassis, monocycle gyroscopes—and repurpose them for AI-era challenges.
From abyssal ocean cooling to waste-heat valorization, we extract maximum efficiency from natural thermal gradients. The ocean is free. GPU exhaust is abundant. We leverage both.
Our platforms operate across maritime, terrestrial, and decentralized mobility domains. A distributed infrastructure that cannot be disrupted by single-vector attacks.
Because core technologies are proven, we focus on integration and optimization. Project LEVIATHAN achieves operational prototype status within 36 months of T-0 funding.
Visionaries with deep expertise across defense, thermodynamics, and decentralized systems
CEO & Founder
Former Naval Architecture lead at DARPA. 15 years optimizing pressure vessel systems for extreme environments.
CTO
Led blockchain infrastructure at three unicorns. Pioneer in thermodynamic compute optimization and edge AI deployment.
Chief Science Officer
PhD in Gyroscopic Systems from MIT. Published 40+ papers on autonomous stabilization and kinetic energy harvesting.
We're seeking qualified institutional investors and strategic partners to join us in deploying the next generation of resilient infrastructure.
Qualified institutional investors only. Minimum check size: $25M