📰 Dev.to · Marco

AI-powered search is changing how people discover information, compare suppliers and decide which...

Most BLE proximity features start with RSSI. That is fine when the product only needs a rough "near...

5G RedCap is becoming one of the more interesting connectivity options for embedded products that sit...

Post-quantum cryptography is no longer just a research topic. It is starting to affect the way...

eBPF is no longer only a cloud-native observability topic. For embedded Linux teams, it can become a...

Digital cultural routes for monuments, villages and heritage sites with QR codes, NFC, audio guides, maps and smartphone-ready multimedia content.

A TinyML audio-classification workflow that trains in Python, exports to C and runs directly inside bare-metal firmware.

A custom ESP32 embedded solution with modular firmware, security features and Wi-Fi/BLE connectivity for connected products.

What the U.S. Cyber Trust Mark means for IoT and embedded product teams: firmware updates, secure boot, vulnerability handling and documentation.

A practical view of QUIC for embedded Linux, gateways and IoT devices: latency, TLS integration, multiplexing, complexity and real use cases.

How to reduce embedded Linux boot time by measuring and optimizing bootloader, kernel, drivers, filesystem and init system.

What bootloaders really do in embedded products and how architecture changes across MCUs, embedded Linux and FPGA-based systems.

Why newer MCUs, rising cloud costs and real-time requirements are pushing more IoT intelligence onto the device.

How hardware roots of trust help embedded products protect keys, boot chains, firmware integrity and sensitive operations.

When microcontrollers should process data locally: latency, bandwidth, privacy, reliability, power and industrial maintenance use cases.

How to choose between Electron, .NET MAUI and GTK when building desktop tools for embedded, industrial and technical workflows.

What changes when a TinyML demo becomes a product: data quality, quantization, memory, latency, OTA, monitoring and lifecycle.

How neural processing units inside embedded SoCs change edge AI design, latency, privacy, power consumption and product architecture.

When Qt/QML makes sense for embedded interfaces, what it costs in resources and how to design maintainable HMI architectures.

Where low-cost FPGAs fit in embedded prototyping, digital logic validation, custom IO, soft cores and open-source development flows.

A balanced look at RISC-V and ARM for embedded products: ecosystem maturity, licensing, customization, tools, AI acceleration and adoption risk.

How embedded Linux teams can approach security-by-design with secure boot, signed updates, SBOMs, vulnerability management and EU regulatory pressure.

A practical guide to GPS/GNSS integration in embedded products: modules, antennas, NMEA 0183, RTK, SBAS, timing and real-world limitations.

How to structure a local ESP32 IoT device with AP/STA networking, HTTP endpoints, a responsive web UI and predictable firmware behavior.