FLUX Virtual Machine in TypeScript — bytecode execution for Node.js and browsers
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Updated
Apr 14, 2026 - TypeScript
FLUX Virtual Machine in TypeScript — bytecode execution for Node.js and browsers
Sandbox — execution isolation, resource limits, operation policies, fault containment (Rust)
Intent embedding system — human text to structured intent vectors for A2A deliberation
Immutable data structures — persistent vector, hash map, structural sharing (Rust)
Track agent versions and evolution across generations
Rust+CUDA causal graph — failure diagnosis through causal reasoning
Orchestration framework for managing multi-agent systems.
Lighthouse Keeper — fleet monitoring, agent activity tracking, stall detection
Activity Log plugin for Claude.
Tool to analyze and track costs effectively.
FLUX VM WebAssembly target — browser-based agent bytecode execution with ISA v3 support
Holodeck studio implementation in c — Cocapn fleet
Structured disagreement resolution protocol for the FLUX fleet — IETF-inspired RFC process for autonomous agent coordination
Skill Definition Language — formal type-safe skill definitions, composition, dependency management for agent capabilities
**Mycelium captures any behavior as a seed. One prompt + one seed = exact action, every time. No code needed—just show it once, then share the seed. Intelligence becomes instructions anyone can run.**
LCAR cartridge specification and loader for FLUX fleet modular execution units
The Lighthouse Keeper — external watchdog for agent runtimes (ZeroClaw fork). Watches resources, kills risky processes, restarts gateways, keeps operational logs from outside the instance.
Saga pattern — distributed transactions, compensation, recovery (Rust)
Energy management module in C for FLUX fleet power optimization and monitoring
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