Zero-Install Computing
DOSFI enables zero-install computing — applications, models, and workflows execute instantly from self-contained bundles without installation, dependency resolution, or environment configuration.
Bundle-Based Deployment
Applications, models, and workflows arrive as self-contained bundles — no installation, no dependency resolution, no environment configuration required.
Instant Runtime Provisioning
The DOSFI runtime provisions execution environments on-demand from bundle manifests, eliminating setup latency and version conflicts.
Manifest-Driven Execution
Every bundle carries a manifest declaring its requirements, permissions, and compliance rules. The runtime validates and executes without prior installation.
Versioned Atomic Updates
Updates are atomic bundle replacements — no patching, no migration scripts. Rollback is instant by reverting to the previous bundle version.
How Zero-Install Works
Developer publishes a bundle through the unified transport layer with a complete manifest
DOSFI runtime receives the bundle and validates its manifest against Policy Fabric rules
Runtime provisions an isolated execution environment from the manifest — no prior install needed
Bundle executes within the provisioned environment with declared permissions and privacy tier
On completion, the environment is reclaimed — no residual installation artifacts remain
DOSFI Sovereignty — Closed Core / Open Surface
DOSFI Core is sovereign and closed. All educational content on this page is generated exclusively from open-surface materials — SDKs, ABIs, documentation, tutorials, examples, and conceptual explanations. Internal details of the DOSFI Runtime, Scheduler, Router, Readiness Engine, Privacy Model, Power/Thermal Model, Vital internals, DIU internals, MNE internals, and Mesh-Native App runtime internals are not revealed, described, or inferred.
No proprietary algorithms, system code, or architectural diagrams capable of enabling replication of the DOSFI Core are published. When internal logic is referenced, only high-level conceptual explanations are provided. DOSFI's sovereignty, mission-lock, and non-replicable architecture are preserved at all times.