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Edge AI is moving fast. Security needs to move with it. 🔐 Smarter devices can do more than ever before. But as they take on more intelligence and make more decisions at the edge, security has to be part of the design from day one. That’s the focus of Kudelski Labs' Christophe Nicolas in a recent episode of the Embedded Insiders podcast from Embedded Computing Design. Christophe digs into what it takes to secure Edge AI in the real world, from protecting hardware and software together to keeping products secure long after they ship. It’s a great discussion on how we can get the most from Edge AI while building products we can trust. 🎧 Listen to the podcast and hear why secure-by-design engineering matters for the future of Edge AI. https://kdlski.co/46zaq1d #EdgeAI #AISecurity #SecureByDesign #EmbeddedSecurity #DeviceSecurity #HardwareSecurity #EmbeddedSystems #Cybersecurity #KudelskiLabs

Connected products are changing fast. 🏎️ They are becoming smarter, more automated, and more deeply connected to the physical world. But with that progress comes a bigger question: how do we keep them secure? In a recent episode of Inside Electronics, a podcast from Electronic Design, Christophe Nicolas, SVP at Kudelski Labs, discusses the cybersecurity pressures shaping the next generation of connected products. The conversation covers Edge AI, embedded systems, secure product design and why security needs to be considered across the full lifecycle, from the chip to the cloud and into the field. Christophe also explores why post-quantum cryptography is becoming an important priority for products that need to stay trusted for years to come. A great listen for anyone thinking about the future of cybersecurity, connected devices, Edge AI and secure-by-design innovation. Listen to the podcast here 👇 https://kdlski.co/4pXfh5i #KudelskiLabs #ElectronicDesign #InsideElectronics #Cybersecurity #EdgeAI #EmbeddedSecurity #ConnectedDevices #PostQuantumCryptography #PQC #SecureByDesign #ProductSecurity

In connected products, protected technology can be hidden in hardware, software, firmware, or communication protocols. Kudelski Labs helps legal, IP, and product teams investigate what is really happening inside a device or system. Our independent technical investigations can help you: • Identify where protected technology may be in use • Document clear evidence to support your position • Make stronger decisions around licensing, litigation, or enforcement Move from suspicion to evidence-backed action.

Potential IP infringement can be hidden in a device’s hardware, software, firmware or the way it communicates with other systems. Kudelski Labs investigates connected products from the inside out. We examine components, analyse code, test device behaviour and review communications to help identify where protected technology may be in use. The result is clearer technical evidence to support case assessment, licensing discussions, litigation or enforcement.

Suspected IP infringement can be difficult to prove when key technology is hidden inside a connected product. Swipe through to see how independent technical investigations help legal teams move from suspicion to a stronger basis for action.

In IP infringement cases, technical clarity is critical. At Kudelski Labs, we help legal teams look beneath the surface with independent technical investigations designed to uncover how IP may have been used, where it appears, and what evidence can support the next step. 🔎 From early case assessment to litigation, licensing, or enforcement, the aim is to give legal teams a clearer view and a stronger position. ✅ Learn more about Kudelski Labs Intellectual Property Investigations: https://kdlski.co/43Tzw9Q #IntellectualProperty #IPInfringement #IPLitigation #PatentLitigation #TechnicalInvestigations #DigitalEvidence #EmbeddedSecurity #ConnectedDevices #KudelskiLabs