SynthLabTech
Contract-driven synthetic data engine with auditable outputs and evidence bundles. Four operational modes — from rapid tabular synthesis to scenario-based ICS security datasets — with deterministic reproducibility and zero hard violations for feasible contracts.
About ITLOX
We build enterprise platforms for organizations that need credible security, realistic industrial data, and compliant care operations. Our products are designed for real deployment—not demos.
Production-grade
Memory safety and rigorous foundations for real-world deployment.
Deterministic outputs
Reproducible, auditable results for engineering and compliance.
Enterprise integration
Protocols, telemetry, and ops constraints built in from day one.
SynthLabTech
Auditable Synthetic Data Engine
A contract-driven core engine for synthetic data with auditable outputs. Define your data contract, choose a generation mode, and receive projections alongside a comprehensive evidence bundle — proving quality, not just claiming it.
Four operational modes, one engine
Fast baseline synthesis for common tabular use cases — schema inference, type profiling, and quality reports.
World-state-first synthesis with relational closure, regime modelling, and comprehensive evidence bundles.
Scenario-based generation and streaming of synthetic telemetry with protocol-conformant output streams.
Security training and SOC validation datasets — logs, alerts, attack chains, and evaluation reports.
Built for Regulated & Industrial Environments
Trusted across critical infrastructure and compliance-driven sectors
Core Capabilities
AegisWire
Post-Quantum Secure Transport Protocol
AegisWire is a memory-safe secure transport protocol with mandatory hybrid post-quantum cryptography (X25519 + ML-KEM-768). Built for enterprise communications that must remain secure against both current and future cryptographic threats, with self-healing capabilities via Post-Compromise Security.
Post-quantum security, designed for enterprise
X25519 + ML-KEM-768 hybrid key exchange. Defense-in-depth if either algorithm is later found vulnerable.
Sessions re-establish fresh cryptographic state so compromise doesn't permanently poison connections.
>8 Gbps throughput, <1 RTT latency. Zero-copy I/O and kernel-bypass options available.
Post-Compromise Security, Explained Simply
Traditional secure sessions can remain exposed if a session key is stolen; an attacker may decrypt or impersonate until the session ends. AegisWire is designed around recovery-oriented security: sessions are engineered to re-establish fresh cryptographic state so that compromise does not permanently poison long-lived connections.
Reduce Blast Radius
Isolate streams/sessions to limit exposure from any single compromise event.
Design for Recovery
Not just prevention—sessions can heal and re-establish secure cryptographic state.
Target High-Value Connections
Long-lived enterprise connections where compromise cost is highest.
How AegisWire Fits in Your Stack
Transport-Layer Security
AegisWire is a transport-layer security component designed to protect service-to-service links, internal platform traffic, and high-value data paths.
- Service-to-service encryption
- Internal platform traffic protection
- High-value data path security
Hybrid Cryptography Advantage
Using hybrid cryptography means you are not forced to "bet" on a single era of algorithms. Defense-in-depth if either algorithm is later found vulnerable.
- Classical + post-quantum combined
- Conservative approach for transition period
- Future-proof against quantum threats
Enterprise-Grade Foundations
Standards-aligned PQC
ML-KEM aligned to finalized NIST standardization direction for post-quantum KEMs.
Memory-safe Core
Rust-first design to eliminate entire vulnerability classes from the implementation.
Resilient Security Model
Self-healing channel concepts reduce long-term impact of compromise.
CareOS
AI-Powered Care Operations OS
CareOS unifies workflow execution, compliance evidence, communications, and AI-assisted productivity across the full care chain — clinics, pharmacies, home-care teams, patients, and caregivers. Execute care workflows end-to-end with audit-grade compliance evidence built in from day one.
Enterprise Trust: ISO 27001-aligned controls • GDPR/UK DPA foundations • HIPAA-ready security posture
Care operations, unified and compliant
Episodes → Care Plans → Tasks → Outcomes. Full care-chain tracking with evidence at every step.
Home MAR loop with escalation alerts, evidence capture, and complete audit ledger.
DSAR exports, retention/legal hold, immutable audit trails. Compliance as a product, not a project.
SLA windows with automatic escalation routing and clear delegation protocols for seamless care transitions.
In-app messaging, SMS, email with template library and complete audit trails for all communications.
Strict data isolation with role-based access control. Each organization's data completely separated.
AI with Approval Gate
Clinician review before action. Full audit trail.
Built-in Compliance
DSAR, audit logs, evidence packs.
Secure Messaging
In-app, SMS, email. All logged.
Enterprise Integrations
SSO, FHIR, billing hooks.
Multi-Tenant Security
Data isolation, role-based access.
Built for the Full Care Chain
Built for teams that need real solutions
Security Teams
Build repeatable ICS security exercises and realistic datasets for detections.
Industrial Operators
Reduce cyber risk and improve test coverage for critical infrastructure.
Care Providers
Execute workflows across care teams with compliance evidence built in.
Researchers & Labs
Controlled datasets with reproducible conditions for evaluation.
Pilot programs that engineering teams can trust
We prefer staged rollout and measurable acceptance criteria.
Discovery
Protocols, data shapes, threat model, success metrics
Lab Evaluation
Sandbox, sample datasets, performance and correctness checks
Integration Pilot
Limited scope rollout, observability, operational controls
Scale-up
Production hardening, policy alignment, support model