One Person. One Team. Certifiable Quality.
SPEE™ makes it possible: A lead engineer runs a fully certifiable engineering enterprise — powered by an AI-driven multi-agent system.
Vision
SPEE™ transforms safety-critical systems engineering from a labor-intensive and capital-intensive to an automated and scalable process. A single lead engineer can deliver the output of an entire engineering team — with the same methodological depth, traceability, and quality required for certification under international safety standards.
Fundamental Principles
MBSE-First
SysML v2 as the single source of truth. All engineering artifacts are generated and managed model-based. No information loss between disciplines, no inconsistent documents — one continuous, machine-readable system description.
Auditability by Design
Every AI action is explainable, versioned, and subject to review. Cryptographically signed audit trails, mathematically verified outputs, and explicit rationale for every design decision — ready for certification body review.
Hybrid & Sovereign
Cloud and on-premise deployment equally supported. Sensitive data stays under your control, without sacrificing the scalability of modern cloud infrastructure.
Target Industries
| Name | Standard | Qualification | Description |
|---|---|---|---|
| Automotive | ISO 26262 | ASIL | Functional safety for vehicle systems under the international standard for road vehicles. |
| Railway | EN 50128 | SIL | Software development for safety-relevant railway applications under the European standard framework. |
| Aerospace | DO-178C | DAL | Software certification for aviation systems under the internationally recognized standard. |
| Marine | Diverse | Classification Societies | Engineering for maritime systems with reliability and safety requirements in demanding environments. |
| Industrial Automation | IEC 61508 | SIL | Functional safety for industrial control systems — the cross-industry base standard for safety-relevant applications. |
Current Status
SPEE™ is in active development. The core architecture — SysML v2 backend, multi-agent system, and validation pipeline — is currently being built and tested.