Enterprise-Grade Security
Miradoris is built for environments where security is not optional. Critical infrastructure, energy systems, manufacturing floors. Every layer of the platform is designed with defense in depth, from blockchain-verified command provenance to human-machine safety attestation.
Authentication and access control
Role-based access control with fine-grained permissions at the resource level. SSO integration through SAML 2.0 and OpenID Connect. Multi-factor authentication enforced by default.
Data encryption
All data encrypted at rest using AES-256 and in transit using TLS 1.3. Encryption keys managed through a dedicated key management service with automatic rotation.
Blockchain-verified provenance
Every command in the system carries a cryptographic chain of custody. The issuing operator, the authorizing system, and the exact policies in effect at execution time are anchored to an append-only ledger. No command reaches a humanoid or device without a verifiable origin.
Audit logging and event integrity
Multi-tier logging architecture capturing system events, operator actions, and autonomous decisions. Logs are anchored to a blockchain-backed ledger with a Time Event Horizon: once committed, events are cryptographically sealed and cannot be retroactively altered. Full event-sourced state reconstruction for forensics and compliance.
Human-machine collaboration safety
Where humans work alongside humanoids and autonomous systems, safety verification must be continuous and provable. Safety protocol attestations are recorded before any human-proximity operation begins. In the event of an incident, the blockchain record provides irrefutable proof of whether safety systems were active and compliant.
Behaviour monitoring, alerts and warnings
Continuous monitoring of every operator, device, and autonomous agent across the environment. The platform evaluates behavioural patterns in real time, surfaces alerts when thresholds are breached, and escalates warnings through configurable notification channels. Every alert is logged with full context for post-incident review.
Custom triggers and actions
Operators define rules that bind specific conditions to automated responses. When a trigger fires, whether a sensor reading, a geofence breach, or an access anomaly, the platform executes the associated action sequence without manual intervention. Trigger chains can be composed to model complex operational logic.
Automatic deviance monitoring
AI models trained on operational baselines continuously evaluate system behaviour and flag deviations. When a humanoid, device, or process acts outside its established norms, the platform generates a deviance report with severity classification, probable cause analysis, and recommended remediation. No manual rule writing required.
Operational reporting
Comprehensive reporting engine that transforms raw security data into structured, actionable intelligence. Generate scheduled or on-demand reports covering incident summaries, compliance posture, behavioural trends, and deviance patterns. Reports are exportable and designed for both technical teams and executive stakeholders.
Three-tier operational logging
Every layer of the platform emits structured, verifiable log data. From low-level system events to high-level operator decisions, the logging architecture ensures nothing is lost and nothing can be altered after the fact.
System logs
Infrastructure and application-level events. Service health, resource allocation, network activity, and error states. Structured for automated monitoring and alerting.
Audit logs
Operator and system actions recorded with full context: who, what, when, through which interface, and under which policy set. Blockchain-anchored for tamper-proof integrity.
Event logs
Domain-level events from the operational environment: sensor readings, device state transitions, humanoid task completions, and workflow triggers. Subject to the Time Event Horizon.
Time Event Horizon
Events pass through a temporal boundary after which they become cryptographically sealed. Once an event crosses the Time Event Horizon, its record is anchored to the blockchain and can no longer be modified, reordered, or deleted. This provides an irrefutable timeline for forensic investigation, compliance audits, and incident reconstruction.
Secure infrastructure at every layer
Beyond application security, the underlying infrastructure is hardened with network isolation, secret management, automated vulnerability scanning, and continuous monitoring.
Network isolation
Tenant workloads run in isolated network segments. No shared compute between customers. Private endpoints available for data plane connections.
Secret management
Credentials, API keys, and certificates stored in a hardened vault. Never logged, never exposed in configuration files, rotated on a schedule.
Vulnerability management
Automated dependency scanning and container image analysis on every build. Known vulnerabilities patched within defined SLA windows.
Incident response
Documented incident response procedures with defined escalation paths. Security events monitored continuously with automated alerting.
Standards and certifications
Miradoris is designed to meet the compliance requirements of regulated industries. Certifications are on the roadmap as the platform moves toward general availability.
GDPR
Data processing agreements, right to erasure, and data portability supported.
OWASP Top 10
Application security testing against the OWASP Top 10 vulnerability classes.
SOC 2 Type II
Service organization controls for security, availability, and confidentiality.
ISO 27001
Information security management system certification.
Be among the first
We are looking for partners willing to test Miradoris in real operational environments. Early adopters get priority access to the platform at significantly reduced rates.
We'll review your request and follow up. No unsolicited contact.