CAPABILITY CONTRACT
Declare supported operations and data schemas.
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SafeNetis uses read-only-first connectors, declarative manifests and controlled local packages to extend evidence coverage without overstating hardware readiness.
THE PROBLEM
A connector should declare what it can read, which permissions it needs and what evidence it produces before activation. SafeNetis treats compatibility, approval and hardware validation as separate concerns.

Inspect, approve and isolate each package before local use.
HOW IT WORKS
Declare supported operations and data schemas.
Describe permissions, dependencies and compatibility.
Inspect packages before local approval.
Authorize use for a defined environment.
Run the connector within a separated execution boundary.
Manage approved packages without mandatory internet access.
CONNECTOR ECOSYSTEM
Every entry describes a capability, execution mode and readiness state. No status implies production qualification without appropriate validation.
Discovery and metadata reading exposed within a controlled environment.
Declarative model for access events, controllers, readers and zones.
Simulated stream of assets, relationships and observations for data-path testing.
Cautious observation profile for authorized registers and equipment identities.
Proposed contract for qualified identities, hierarchies and observations.
Proposed collection of authorized identity and network-topology evidence.
Governed import of declared inventories with provenance and reference date.
Schema declaring capabilities, permissions, dependencies and produced evidence.
Have a source to qualify? Start with its capability contract, permissions and target hardware.
Assess a connector →OPERATIONAL VALUE
Integrations are evaluated by capability and evidence.
Permissions remain tied to declared operations.
Compatibility and validation state are visible before use.
Packages can remain controlled within the target environment.
CURRENT LIMITS
NEXT STEP
THE ENVIRONMENTS BEHIND THE EVIDENCE

Digital infrastructure depends on physical systems.

Control, production and network evidence must converge.

Distributed assets require measurable local visibility.