The World's First Autonomous Functional Safety Engineer
We are a purpose-built Autonomous Functional Safety (FuSa) Engineer — the first of its kind. We don't just help developers write code.
We generate the deterministic, mathematical proofs and auditor-ready evidence required to certify that code is safe for human life.
The safety compliance challenge
Business leaders across safety-critical industries face mounting pressure to deliver compliant, high-quality products faster and at lower cost.
Certification timelines, audit requirements, and manual safety processes often delay market entry and increase project risk.
Even more conservative estimates suggest that simply applying e.g. DO-178C processes increases initial software engineering timelines by 25% to 40% compared to high-quality non-certified software.
TIME TO MARKET DELAYS
For example a ASIL D certification multiplies the development cost with a 10x+ multiplier.
HIGH DEVELOPMENT COSTS
Lack of qualified FuSa engineers while demand growth is exponential.
LACK OF QUALIFIED RESOURCES
Organizations stay with legacy toolchains due to high qualification costs, thus preventing to leverage modern AI-assisted coding.
BARRIER TO INNOVATION
Tymaton is not another developer copilot.
Tymaton directly addresses these challenges by automating the functional safety lifecycle, reducing engineering overhead, and ensuring compliance with the most demanding international standards.
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Entire safety lifecycle support
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Multiple standard compliance
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All documentation automated
COMPREHENSIVE COVERAGE
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Minimal human intervention required
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Proactive issue detection and resolution
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Self-improving through machine learning
AUTONOMOUS OPERATION
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Integrates into existing workflows
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Reduces cognitive load
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Accelerates development cycles
DEVELOPER-CENTRIC DESIGN
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Pre-validated against standards
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Auditor-friendly documentation
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Complete evidence packaged
CERTIFICATION-READY OUTPUT
What TimeZero Actually Does
Tymaton autonomously executes the most time - consuming, high-cost elements of the functional safety lifecycle - work that traditionally requires entire teams of specialized engineers over months or years.
Auto-Generates Test Vectors
Automatically produces complete test suites achieving 100% MC/DC structural coverage, satisfying DO-178C, ISO 26262, and IEC 62304 requirements without manual authoring.
Auto-Remediates MISRA & AUTOSAR Violations
Detects and fixes coding standard violations in real time — eliminating the iterative, manual review cycles that drain engineering hours and delay integration.
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Continuous Safety Lifecycle
Integrates into CI/CD pipelines so compliance is maintained continuously — not bolted on at the end of development when fixing issues is most expensive.
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Generates Auditor-Ready Documentation
Dynamically produces HARA, FMEA, traceability matrices, and safety case artifacts — formatted to regulator expectations, reducing documentation effort by orders of magnitude.
80% Faster Certification.
Zero Compromise on Safety.
Tymaton is not another developer copilot. We are a purpose-built Autonomous Functional Safety (FuSa) Engineer — the first of its kind. We don't just help developers write code. We generate the deterministic, mathematical proofs and auditor-ready evidence required to certify that code is safe for human life.
80%
Multi-year compliance timelines compressed to continuous, automated workflows.
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70% reduction in test development time
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80% reduction in documentation effort
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90% reduction in compliance checking
REDUCTION IN CERTIFICATION TIME
50%
COST REDUCTION IN TOTAL CERTIFICATION COSTS
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Fewer review cycles
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Lower maintenance cost
100%
The mathematical gold standard for safety-critical software — achieved automatically on every build.
MC/DC COVERAGE
0
ERRORS
Elimination of human errors in the verification process.
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Zero undetected safety violations
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50% fewer field defects
Certification-grade tests, traceability, and compliance artifacts across the entire functional safety lifecycle.
Explore Tymaton capabilities
Automated test generation
Unit Test (e.g. 100% MC/DC Coverage), and Integration Test
Native integration with developer workflows: VSCode, Git, CI/CD pipelines
Native Integration
MISRA 2025 compliance, AUTOSAR C++14 Compliance
Static Analysis Automation
Hybrid Approach
Combines Z3 and LLM approach to achieve "the best of both worlds"
Automation
Zero human intervention required for routine operations
Continuously learns from every project, improves over time
Self-improving AI
Control Flow Analysis (CFA), Data Flow Analysis (DFA)
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