# Interpretica > Interpretica identifies vulnerabilities and system-level risks through static analysis and security testing for embedded systems and enterprise software. EU-based engineering team building developer tools and delivering services for complex, security-critical, and distributed systems. Interpretica builds two core products — Visão (a static analysis engine for C/C++ and embedded software) and TS Factory (a distributed testing framework) — and offers engineering services across embedded platforms, connectivity-driven systems, security testing, and development infrastructure. ## Products - [Products overview](https://interpretica.io/products/): Visão static analysis engine, TS Factory distributed testing framework, and Midair unified platform - [Visão](https://interpretica.io/products/#visao): Static code analysis engine that detects defects, unsafe behaviour and logic errors directly in C/C++ source by exploring execution paths - [TS Factory](https://interpretica.io/products/#ts_factory): Distributed testing framework for designing, running and analysing large-scale test scenarios across multiple machines ([ts-factory.io](https://ts-factory.io)) - [Midair](https://interpretica.io/products/#midair): Unified operational platform connecting code analysis, distributed testing and runtime monitoring into a single environment ## Core pages - [Services](https://interpretica.io/services/): Engineering services for embedded platforms, connectivity-driven systems, and development infrastructure - [Engineering process](https://interpretica.io/how-it-works/): Engagement model for complex and security-critical systems - [Getting started](https://interpretica.io/getting-started/): Choose a plan and contact the team to begin a project - [Careers](https://interpretica.io/careers/): Open roles and what it's like to work at Interpretica - [Maxim Menshikov](https://interpretica.io/experts/maxim-menshikov/): Founder — software analysis and embedded systems expert ## Software testing - [Software testing for complex systems](https://interpretica.io/software-testing/): Static analysis, automated testing, and system-level validation - [Testing for embedded systems](https://interpretica.io/software-testing/embedded-systems/): Reliability and safety for embedded platforms - [Embedded systems validation services](https://interpretica.io/embedded-systems-validation/): Verify firmware, hardware interactions and system behavior before release - [IoT device testing services](https://interpretica.io/iot-device-testing/): Validate connected devices, firmware, connectivity and real-world behavior before release - [Firmware testing services](https://interpretica.io/firmware-testing-services/): Detect firmware defects, timing, memory and hardware issues before production - [Hardware software integration testing](https://interpretica.io/hardware-software-integration-testing/): Validate how software, firmware and hardware behave together under real conditions - [Network hardware testing](https://interpretica.io/software-testing/network-hardware/): Validate performance and reliability of network hardware - [Software testing tools](https://interpretica.io/software-testing/tools/): Tooling for testing complex systems - [UI testing with Selenium](https://interpretica.io/software-testing/ui-testing-selenium/): Validate real user workflows - [Test automation services](https://interpretica.io/test-automation-services/): UI, API, and regression automation in CI/CD - [API testing services](https://interpretica.io/api-testing-services/): Functional, integration, and automated API testing - [Performance testing services](https://interpretica.io/performance-testing-services/): Load, stress, and scalability testing ## Static code analysis - [Static code analysis for complex systems](https://interpretica.io/static-code-analysis/): Detect vulnerabilities and improve code quality early - [Static analysis for embedded systems](https://interpretica.io/static-code-analysis/embedded-systems/): Embedded-focused static analysis - [Static code analysis tools](https://interpretica.io/static-code-analysis/tools/): Detect risks and improve code quality - [Static analysis tool for C/C++](https://interpretica.io/static-analysis-tool/): Visão static analysis tool for C, C++ and embedded software ## Security & quality - [Security & penetration testing services](https://interpretica.io/security-testing-services/): Vulnerability assessment, pentesting, API and application security - [Cybersecurity testing](https://interpretica.io/cybersecurity-testing/): Identify vulnerabilities in complex and embedded systems before exploitation - [Embedded security testing](https://interpretica.io/embedded-security-testing/): Find firmware, device and connected-system vulnerabilities before attackers do - [Software quality assurance](https://interpretica.io/software-quality-assurance/): Structured QA processes for reliable systems - [QA for complex systems](https://interpretica.io/software-quality-assurance/complex-systems/): Stability and long-term reliability - [QA for safety-critical systems](https://interpretica.io/software-quality-assurance/safety-critical/): Safety-critical quality assurance ## Engineering services - [Routers](https://interpretica.io/services/routers/): OpenWrt, TR-069, WiFi 6/7, mesh networking, SoC porting - [Mobile & wearables](https://interpretica.io/services/mobile-wearables/): Android, Linux platforms, firmware, Bluetooth, IoT integration - [Tooling](https://interpretica.io/services/dev-tools/): Build systems, cross-compilation, custom tooling, DSL design - [Embedded software development](https://interpretica.io/embedded-software-development/): EU expert team for embedded software - [Safety-critical software development](https://interpretica.io/safety-critical-software/): Formal verification and high-reliability systems ## Research - [Research](https://interpretica.io/research/): Technical research, analysis and perspectives on cybersecurity, static analysis and reliable software engineering - [Static Analysis Tools for Embedded C and C++ (2026)](https://interpretica.io/research/static-analysis-tools-embedded-cpp-2026/): Visao, Coverity, Polyspace, Klocwork, CodeSonar, Parasoft, QAC, Astrée, PVS-Studio, Cppcheck and Clang compared - [AI Risk Landscape 2026](https://interpretica.io/research/ai-risk-landscape-2026/): Security, data, operational, governance and safety risks of modern AI systems with risk matrix and mitigation framework - [Embedded Testing Companies in Europe 2026](https://interpretica.io/research/embedded-testing-companies-europe/): Independent overview of embedded software testing and verification companies in Europe - [Cybersecurity Companies in Portugal](https://interpretica.io/research/cybersecurity-companies-portugal/): Overview of Portugal's cybersecurity landscape ## Blog - [Blog](https://interpretica.io/blog/): Engineering insights and technical perspectives - [Embedded testing diary #1: Device fleets](https://interpretica.io/blog/embedded-testing-diary-1-device-fleets/) - [Why embedded systems fail in production](https://interpretica.io/blog/why-embedded-systems-fail-in-production/) - [Fast AI development is changing how software gets tested](https://interpretica.io/blog/ai-development-testing-problem/) - [Why vulnerabilities in complex systems are hard to detect](https://interpretica.io/blog/vulnerabilities-in-complex-systems/) - [Software testing for complex systems: challenges and strategies](https://interpretica.io/blog/software-testing-complex-systems/) - [Static vs dynamic testing: differences and use cases](https://interpretica.io/blog/static-analysis-vs-dynamic-testing/) - [Embedded systems testing: methods, challenges and best practices](https://interpretica.io/blog/how-to-test-embedded-systems/) ## Optional - [Privacy policy](https://interpretica.io/privacy-policy/) - [Terms](https://interpretica.io/terms/) - [About this site](https://interpretica.io/about-site/) - [Documentation](https://docs.interpretica.io) - [Releases](https://releases.interpretica.io) - [GitHub](https://github.com/interpretica-io) - [Sitemap](https://interpretica.io/sitemap.xml)