rUv

Introducing RVM: The Virtual Machine Reimagined for the Agentic Age. Traditional virtual machines were designed for stable, predictable workloads. You carve up hardware into fixed slices, assign memory and CPU, and hope the boundaries hold. That model assumes applications sit still. Agents don’t. They spin up, disappear, coordinate, and reshape themselves constantly. Static isolation starts to look artificial. RVM takes a different approach. Instead of forcing workloads into rigid containers, it models the system as a graph. Agents, memory, and compute become nodes. The edges between them represent real communication. Isolation is not predefined. It emerges from behavior. When components stop interacting, they separate. When they collaborate tightly, they move closer. Scheduling, placement, and even fault boundaries follow that structure in real time. This is where RVF fits. RVF is the unit of execution. Code, vectors, state, and proofs are packaged together in a single portable artifact. RVM runs RVFs directly, without translation layers. Every mutation is recorded as a witness. Every step is traceable, replayable, and verifiable. Traditional VMs emulate machines. RVM executes living systems. Check it out at: