Inovasense Insights
Expert perspectives on hardware engineering, IoT innovation, and EU technology sovereignty.
EU Dual-Use Export Controls 2026: What Hardware Developers Must Know About FPGAs, Quantum, and Semiconductors
EU Regulation 2025/2003 expanded dual-use controls to cover FPGAs, quantum computing components, and advanced semiconductors. This guide breaks down the new categories, licensing requirements, and compliance strategies for European hardware developers.
EU Cyber Resilience Act: The Complete Hardware Compliance Checklist for 2026
The CRA mandates secure boot, vulnerability management, and SBOM for all connected products sold in the EU. This is the definitive compliance checklist for hardware manufacturers — with deadlines, penalty matrix, and product classification guide.
FPGA vs ASIC in 2026: A Decision Framework for Hardware Engineers
FPGA or ASIC? Compare cost, performance, power consumption, time-to-market, and flexibility. Includes NRE cost calculator, real-world use cases, and the hybrid prototyping-to-production path.
Outsourcing Hardware Development: When It Makes Sense and How to Maximize ROI
Outsourcing hardware development reduces time-to-market by 30–50% and eliminates €500K–2M in lab/equipment CapEx. This guide covers when to outsource, how to structure engagements, and ROI calculations.
Hardware Security Design: From Secure Elements to Post-Quantum Cryptography
Hardware security design means anchoring trust in silicon — Secure Elements, TPMs, PSA Certified MCUs, and secure boot chains. This guide covers the full security stack from CC EAL6+ hardware to OTA update infrastructure.
Made in EU: Why European Hardware Development Is a Strategic Advantage, Not Just a Label
EU-based hardware development provides regulatory alignment, IP protection under EU law, supply chain resilience, and Chips Act incentives. Here's the strategic case with specific data.
EU Compliance for Electronics: CE Marking, CRA, RED, and the 2025–2027 Regulatory Wave
EU electronics compliance now requires CE marking, Cyber Resilience Act (EU 2024/2847), RED delegated acts, and AI Act conformity. This guide maps every regulation, deadline, and technical requirement.
The V-Model Approach: How a Comprehensive Project Methodology Prevents Hardware Failures
A structured V-model project approach in electronics development prevents costly PCB respins, EMC failures, and certification delays. Here's how the methodology works — with real milestone gates.
Maximizing Success in Outsourced Hardware Development: A Technical Decision Framework
Outsourced hardware development cuts time-to-market by 30–50%. This guide covers partner evaluation criteria, engagement models, IP protection, and the critical milestone gates.
Unraveling IoT: Your Most Common Questions Answered with Technical Depth
IoT connects physical devices via sensors, MCUs, and wireless protocols to collect and act on real-time data. Here's how it works — from silicon to cloud — with protocol comparisons and architecture patterns.
What Is Embedded Programming? Languages, RTOS, and the Hardware-Software Interface
Embedded programming is writing software for microcontrollers and dedicated hardware. This guide covers C/C++, RTOS, debugging with JTAG/SWD, and where embedded systems are heading in 2026.
The Frontier of Intelligence: How Edge AI Is Transforming Industrial Applications
Edge AI enables sub-10ms inference on microcontrollers and FPGAs. Learn how on-device ML is revolutionizing healthcare, manufacturing, and autonomous systems — with specific hardware benchmarks.