Engineer in Control
AI accelerates engineering activities while keeping engineering decisions, reviews, and approvals under the engineer's control.
About TESTTY
Engineering the future of AI-driven embedded systems development.
TESTTY was created to bridge the gap between requirements, architecture, verification, and validation through an AI-native engineering platform designed for modern embedded systems.
Our Mission
To empower engineering teams with AI that understands engineering not just language.
Our Vision
From Requirements.
Through Verification.
To Validation.
Built by Engineers
TESTTY was founded by engineers with extensive experience in embedded software, systems engineering, automotive development, software architecture, functional safety, and verification & validation across international engineering programs.
- Embedded Software
- Systems Engineering
- Automotive
- Software Architecture
- Functional Safety
- Verification & Validation
What Guides TESTTY
Built for Modern Engineering
Designed to support the development of modern embedded, battery, and energy systems, where requirements, architecture, software, verification, validation, and deployment must remain connected—from early engineering to real-world operation.
Reviewable by Design
Every engineering asset generated by TESTTY is intended to be transparent, reviewable, and ready for professional engineering refinement rather than treated as a final answer.
Engineering Intelligence
TESTTY is powered by proprietary Engineering AI models developed specifically for embedded and battery systems engineering.
Unlike general-purpose AI models, TESTTY is designed to understand engineering context—including requirements, system behaviour, software architecture, technical dependencies, verification strategies, validation evidence, and deployment constraints.
By combining proprietary Engineering AI with deep domain expertise, TESTTY delivers intelligence for professional engineering environments—helping teams navigate complexity, maintain consistency, and make better-informed decisions throughout the development lifecycle.