This page supports technical, security, and compliance due diligence during an Ivyron Audit pilot. It describes the system’s design, post-execution evidence capture and preservation, and the explicit boundaries between Ivyron Audit and operational robotic systems.
Purpose and scope
Ivyron Audit is an evidence and audit infrastructure for autonomous systems operating across testing, validation, deployment, and regulated environments.
It is designed to:
Capture post-execution operational evidence
Preserve evidence integrity and traceability
Enable review by engineering, validation, compliance, auditors, and legal teams
It is not:
A compliance advisory service
A certification or conformity assessment tool
A control, orchestration, or operational system
Read-only, independent data capture
Ivyron Audit ingests telemetry in a read-only configuration using existing robotics and IoT data interfaces.
No command injection
No control-path integration
No reliance on proprietary vendor APIs
Data access is limited to observation and capture of post-execution artifacts already produced by customer systems.
Ivyron Audit does not modify source data, influence execution timing, or participate in decision-making loops.
The system operates alongside existing platforms, without altering robot behavior, control logic, or safety systems.
Deterministic evidence evaluation
Compliance- and validation-related evaluation is implemented using explicit, inspectable rules.
No machine-learning models
No probabilistic scoring
No automated interpretation of regulatory intent
The system evaluates the presence, structure, and integrity of operational evidence, not whether an organization is compliant.
This enables:
Reproducibility
Legal review
Auditor inspection
Tamper-evident evidence preservation
Incident records are cryptographically linked in sequence, forming a tamper-evident chain.
Any post-hoc modification is detectable
Integrity verification can be re-run at any time
Records can be validated independently of the system operator
This supports audit, investigation, and potential legal discovery workflows.
Local-first execution
Core services execute locally by default to avoid:
Network availability assumptions
Latency dependencies
External cloud control-path concerns
Local execution ensures evidence capture and evaluation remain available in restricted, offline, or safety-critical environments.
Cloud-based aggregation and archival are planned as optional, non-essential extensions, informed by pilot feedback and explicit customer requirements.
Integration model
Pilot deployments typically involve:
Customer-managed installation (no on-site vendor presence)
Read-only telemetry ingestion
Standard robotics telemetry interfaces
Parallel operation alongside existing systems
Vendor support, when required, via customer-initiated, time-bound remote sessions under customer control
No replacement of operational tooling is required.
This minimizes organizational, operational, and regulatory risk during evaluation.
Data handling and security posture
Evidence is stored locally by default.
No outbound data transmission required for core operation
Explicit separation between operational systems and audit infrastructure
Designed for inspection by security, compliance, and internal audit teams
The system is intended to be reviewable and inspectable, not opaque or black-box.
Evolution informed by pilot findings
The Ivyron Audit roadmap is informed directly by pilot deployments, including:
Reporting formats preferred by auditors and notified bodies
Evidence retention and lifecycle expectations
Multi-site aggregation and comparison requirements
Integration patterns with existing compliance and risk tooling
Pilot feedback directly informs prioritization and scope decisions.
Prototype scope and limitations
Ivyron Audit is a pilot-grade prototype intended for technical evaluation and inspection. It is not a finished MVP, a certified compliance solution, or a conformity assessment tool.
The pilot scope is intentionally constrained to reduce operational, legal, and regulatory risk during evaluation.
Included in pilot scope
Incident detection and correlation
Time-bounded incident timelines
Tamper-resistant audit records
Deterministic evaluation of compliance-relevant evidence
Audit-oriented evidence export
Controlled autonomous demonstration scenarios
Explicitly out of scope
Long-term evidence retention
Cloud-based multi-site aggregation
Enterprise identity and access management
High-availability or production hardening
Formal conformity assessment or certification workflows
Scope evolution is informed by pilot findings and applicable regulatory expectations.
