Our solutions

Solutions

Discover how H2LooP powers domain-specific code generation for safety-critical embedded systems.

Discover Your New AI Advantage

  • 50–200% — Improvement in system engineering team velocity.
  • 10–20x — Return on investments.
  • 80% — Reduction in documentation efforts.
  • 10x — Faster legacy system discovery, porting & integration.

Knowledge Graph

Our proprietary knowledge graph is the foundation of H2LooP's exceptional accuracy in embedded systems code generation.

  • Standards Compliance — Deep integration of MISRA, AUTOSAR, DO-178C, and ISO 26262 standards.
  • Industry Patterns — Curated collection of proven design patterns and architectural approaches.
  • Continuous Learning — Regularly updated with the latest embedded systems best practices and innovations.

Core Model

Unlike general-purpose LLMs, H2LooP's core models are purpose-built for embedded systems development.

  • Domain-Specific Training — Trained exclusively on embedded systems code, standards, and safety-critical patterns.
  • Efficient Architecture — Optimized for local deployment with minimal resource requirements.
  • 99.8% Compliance Rate — Consistently generates code that meets industry standards on first attempt.

How It Works

From IDE integration to domain-specific models, every layer of H2LooP is engineered for safety-critical delivery.

  1. Surface Layer — Seamless IDE/terminal integration.
  2. Workflow Agents — Context aware agents that automate design, development, and debugging.
  3. Enterprise Data Connectors — Securely connects to your proprietary code, docs, and hardware specs.
  4. Context & Content Layers — Retrieves domain specific knowledge to deliver accurate, context-aware responses.
  5. Domain-Specific SLM — A fine tuned small language model built for hardware aware system engineering.

Industries We Serve

  • Aerospace & Defense — Mission-critical precision for avionics and defense systems.
  • Automotive — Accelerating SDV architecture and AUTOSAR compliance.
  • Semiconductor — Streamlining firmware and hardware abstraction layers.
  • Telecom — AI-powered solutions for the telecommunications industry.
  • Physical AI — AI-native tooling for physical AI and robotics systems.