Cloud services everywhere. Datacenters nowhere.
We are architecting Vapor: a cloud infrastructure where security and reliability are primary residents, not an afterthought. By tackling the most challenging problems in decentralized compute infrastructure, we are determined to build a trustless cloud for humanity.
Designed for absolute trust.
Hyper-isolated VMs
No container shims or shared kernels. Vaporkernel boots real Linux guest kernels using KVM on Linux and Apple Hypervisor.framework on macOS, guaranteeing hardware-enforced isolation boundaries between workloads.
Cryptographic Mesh
The entire network plane is encrypted point-to-point via WireGuard tunnels. Encrypted guest snapshots are locked with unique keys derived using HKDF-SHA256, protecting your compute and storage states from local operators.
Dynamic Scheduling
Operators install a lightweight daemon and verify physical resources (memory, cores, bandwidth) to participate. Workloads are dynamically scheduled across verified active peer nodes.
Deploy a VM directly.
The Vaporkernel CLI provides direct control over the mesh. Your micro-VM is scheduled, verified, attested, and accessible over an end-to-end encrypted WireGuard network.
"Boots fast. Attested by hardware. Encrypted by default."
Launching Q3 2026
We are finishing our final attestation audits and memory encryption modules. Vaporkernel will launch soon, enabling decentralized, secure, and hyper-isolated virtual machines across the globe.