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Who Opscotch Is For

Security & compliance vendors

Vendors delivering distributed validation, conformance, and integrity assurance inside customer infrastructure.

Security and compliance vendors require validation logic to execute adjacent to sensitive systems. Opscotch provides a constrained runtime model for distributing and executing that logic safely and predictably.

The Operating Model

Security and compliance vendors deliver validation logic that must operate close to systems of record.

Sensitive infrastructure often cannot export raw data to centralized SaaS systems. Validation must execute inside customer environments, within strict access boundaries, and with verifiable distribution integrity.

Trust and execution control are non-negotiable.

Structural Challenges

  • Executing validation adjacent to sensitive systems
  • Avoiding unnecessary data export
  • Preserving customer-defined access boundaries
  • Preventing artifact tampering
  • Enforcing entitlement without weakening isolation

What Opscotch Enables

Adjacent-to-Data Execution

Validation workflows execute inside customer infrastructure without requiring broad data movement.

Constrained Capability Surface

Execution occurs only within explicitly permitted boundaries.

Cryptographically Verifiable Distribution

Workflow artifacts are signed and validated before execution.

Runtime-Level Entitlement Enforcement

Commercial constraints are evaluated inside execution, not externally.

Primary Risk Addressed

General-purpose automation engines expand attack surface and reduce control when deployed into security-sensitive environments. Opscotch constrains execution and validates artifacts, reducing both operational and trust risk.

When Opscotch Is a Fit

  • Validation must run inside customer infrastructure
  • Data cannot be centralized
  • Artifact integrity must be provable
  • Commercial enforcement must occur at execution time

When It’s Not a Fit

  • Centralized SaaS-only compliance tools
  • Manual audit processes
  • Non-distributed validation models