One Machine. Many Kernels. Zero Compromise.
The Multikernel system gives every application its own Linux kernel with dedicated cores and native hardware performance. Device drivers and I/O are offloaded to a separate kernel. No hypervisor. No virtualization overhead. No shared kernel attack surface.
Built on upstream Linux, 100% open source
Isolation Built into the Architecture
In a traditional Linux kernel, application code and device processing compete for the same CPU cores. The split-kernel architecture removes this contention by offloading all device processing to a dedicated kernel on dedicated cores. Applications see zero interrupts, not because of tuning, but because interrupts physically cannot reach them.
Built on Split-Kernel Architecture
Three open-source software products built on split-kernel architecture. Download from GitHub, deploy on your infrastructure.
Multikernel Cloud
Cloud-optimized Linux distribution
Split-kernel architecture for cloud workloads. Eliminate noisy neighbors, remove virtualization overhead, and get bare-metal performance inside any standard cloud VM.
Multikernel Sandbox
AI agent sandboxing runtime
Kernel-level sandboxing for AI agents. Each agent runs in its own kernel with full GPU access and strong isolation. No nested virtualization required.
Multikernel LiveUpdate
Zero-downtime kernel upgrade tool
Zero-downtime kernel upgrades with instant rollback. Apply security patches and kernel updates without rebooting or interrupting running workloads.