Foundational hybrid compute operating system.
XDV is the foundational hybrid compute operating system designed for the Alani and Φ₀ platforms: deterministic control, unified scheduling, and traceable behavior.
An OS built around hybrid execution and real deployment constraints.
Unified hybrid scheduler
Coordinates classical and hybrid paths with explicit timing and resource budgets.
- Scheduling surfaces for hybrid tasks
- Latency-aware routing
- Deterministic execution modes
Device + fabric abstraction
Standardized surfaces for sensors, actuators, and hybrid compute fabrics.
- Drivers with measurable interfaces
- Hardware capability descriptors
- Serviceable firmware boundaries
XDV is built to serve two primary deployments.
Alani robotics OS surface
Real-time control loops, safety envelopes, and telemetry for humanoid operation.
- Control loop determinism
- Safety constraints & fallbacks
- Actuation/sensor pipelines
Φ₀ hybrid compute surface
Artifact-first workflows for development, validation, and deployment.
- Trace-first execution
- Constraint reports per run
- Operational observability
What XDV treats as non-negotiable.
Traceability
Every run emits structured events for debugging, compliance, and operations.
- Event streams
- Run signatures
- Diffable outputs
Security boundaries
Clear trust boundaries between apps, drivers, firmware, and the fabric.
- Least privilege surfaces
- Private disclosure process
- Reproducible builds