Dreamstime_jan-dzacovsky_206876437
dreamstime_jandzacovsky_206876437
ID 307212482 © Samvel Hakobyan | Dreamstime.com
dreamstime_a__samvel_hakobyan_307212482_2
Dreamstime_Studioclever_322492665
ai_dreamstime_a__studioclever_322492665
34816358 © Podsolnukh - Dreamstime.com
promo_auto__34816358__podsolnukh__dreamstime
ID 316508515 © Alena Butusava - Dreamstime.com
Brainchip Platform Uses Spiking Neural Networks for Low Power Operations
Dreamstime_Eugenesergeev_215838205
dreamstime_eugenesergeev_215838205
Dreamstime_andrew-angelov_233370332
682c88368dc66b0a61af4254 Dreamstime Andrewangelov 233370332

Meeting EU’s 2025 Radio Equipment Directive (RED) Cybersecurity Standards (Download)

May 20, 2025
Log in to download the PDF of this article on the EU RED cybersecurity requirements that must be complied with by August 2025.

Read this article online.

As connected devices proliferate across IoT, automotive, and industrial markets, ensuring cybersecurity at the hardware level has become essential. The European Union’s RED (Radio Equipment Directive) cybersecurity requirements mandate provides robust protections against data breaches, unauthorized access, and malicious firmware manipulation. 

At the heart of these requirements lies the integrity of the device’s firmware—a core component often stored and updated in flash memory. Secure flash memory plays a pivotal role in meeting RED compliance by enabling authenticated firmware updates, enforcing access controls, and ensuring resilience against tampering or rollback attacks. Without these protections rooted in memory security, connected devices remain vulnerable at their most fundamental layer.