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If a picture is worth a thousand words, aren’t videos worth a lot more? Here are a few interviews, presentations and other videos featuring the Intrinsic ID team and products. You can also subscribe to the Intrinsic ID YouTube channel to keep up with video updates.

Technology & Products

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RESCURE: Security for the IoT Device Lifecycle

The RESCURE consortium, consisting of the companies Technikon and Intrinsic ID, along with the Eindhoven University of Technology (TU/e), was created to address the need for a security solution that spans the lifecycle of devices in the Internet of Things (IoT). (3:22)

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NXP LPC5500 Security and Safety

CTO Geert-Jan Schrijen speaks to Intrinsic ID security in the NXP LPC5500, which leverages Arm Cortex-M33 technology. (2:34)

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IoT Security: Start With a Strong Root of Trust

Any security vulnerability can put your IoT product – and therefore your company, brand, reputation and customer – at risk. How do you protect them? Start with a strong Root of Trust. It creates a unique, immutable and unclonable identity to authorize a device in the IoT network. It establishes the anchor point for the chain of trust, and protects the device against counterfeiting, cloning, and reverse engineering. (2:25)

Whiteboard Videos

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Protecting a Device’s Root Secrets with SRAM PUF

Geert-Jan Schrijen, CTO of Intrinsic ID, goes back to basics and looks at how we can protect a device’s most important secret, its cryptographic root key, with SRAM PUF technology. (3:57)

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Protecting Your Company’s Crown Jewels

If you are an IoT device manufacturer, you have a lot of value to protect, not the least of which is the software you put on your devices. More and more IoT devices contain proprietary, valuable algorithms, such as for machine learning and AI. These are the company’s crown jewels that you want to protect. Vincent van der Leest describes how to use SRAM PUF to protect your development efforts and prevent hackers from copying your software to make counterfeit devices. (4:07)

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When the Counterfeits Come Marching In

An important use case for SRAM PUF technology is Device-to-Host Authentication, a way to combat sales of aftermarket and gray-market counterfeits of components or consumables. Companies can suffer when aftermarket and gray-market suppliers sell compatible components or consumables. Revenue can be lost when counterfeits are available at a lower price, and liability and reputation risk can increase in the case of faulty counterfeit products. This video describes how to combat damage to reputation, cost of liability and loss of revenue. (3:54)

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Selecting a Root of Trust with an Unclonable Identity

Tobias Adryan covers how chip makers or IoT OEMs can select a root of trust with an SRAM PUF-based unclonable identity. (2:47)

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Securing Sensor ICs in the Age of IoT

The time when a sensor needed only to sense is behind us. In the age of the Internet of Things sensors are part of a connected network. SRAM PUF technology can create a unique and unclonable identity for every sensor, providing the basis for strong authentication and encryption. (4:52)

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Building Trust from the MCU

Billions of devices are being connected to the Internet of Things (IoT) and the number of attacks on these devices is increasing rapidly. To reduce the number of attacks, we need to look at embedded microcontrollers (MCU), the orchestrating components in all these devices. MCUs need to ensure security for IoT data at rest and in motion, and protect the IP that operates the device. But how can an MCU vendor create a scalable security solution in a market under extreme price pressure? Watch as Vincent van der Leest takes just a few minutes to discuss IoT security based on trusting the microcontroller of a device. (3:42)

In the News

Embedded Computing Design

Richard Nass, EVP at OpenSystems Media, interviews Intrinsic ID CEO Pim Tuyls about the company’s foundational SRAM PUF technology. “SRAM PUF Provides an Unclonable Security Mechanism.” (26:36)

Cyber Defense Magazine

Pim Tuyls in a Cyber Defense TV HoT Seat Interview, conducted by Cyber Defense Magazine Publisher Gary Miliefsky. “Secure Any Chip Any Place Any Time.” (10:45)

Cyber Defense Magazine

Cyber Defense Magazine Publisher Gary Miliefsky interviews Intrinsic ID CEO Pim Tuyls, discussing how to secure next-generation platforms. “Untrusted Endpoints are Not an Option.” (9:07)

Intrinsic ID wins SESAMES Award

Awards ceremony (3:27)

Deloitte Fast50: Intrinsic ID

CEO Pim Tuyls interviewed in conjunction with Deloitte Technology Fast50. In Dutch. (4:01)

Radar Innovation Award

European news channel euronews on Intrinsic ID’s win of the 2016 Radar Innovation Award. Dubbed in French. (4:06)

Radar Innovation Award

European news channel euronews on Intrinsic ID’s win of the 2016 Radar Innovation Award. Dubbed in German. (4:06)


Embedded World 2018

Interview with CTO Geert-Jan Schrijen (3:16)

IoT Security Foundation

Geert-Jan Schrijen at IoT Security Foundation, Dec. 8, 2017 (20:10)

RSA 2017

Strong device identities through SRAM PUF-based certificates (22:09)

Social Media

Celebrating Our New Office Space in Eindhoven

Intrinsic ID has expanded its office facilities in Eindhoven. As you might be able to tell we did not move very far! Nonetheless the new office will accommodate expansion in the R&D team and anticipated future growth. (1:10)

Hackers in Hoodies

Social media video (0:15)

Intrinsic ID/Silex Insight webinar preview: “How to Easily Implement Security in Your IoT Product”

Preview of the Intrinsic ID/Silex Insight webinar, “How to Easily Implement Security in Your IoT Product” (0:52)

For companies developing products connected to the Internet of Things, ensuring security can be a challenge. Because IoT device manufacturers often lack sufficient security expertise, they look to their chip providers to handle security. But generating, provisioning and securely storing keys on chips while shielding them from other, possibly malicious, processes on an IoT device is not a trivial task for chip manufacturers.

Intrinsic ID and Silex Insight have joined forces to deliver a solution that enables any IoT chip manufacturer – even those for which security is not a core competency – to include hardware-based key storage, key provisioning and cryptographic operations on any microprocessor or other semiconductor device that drives an IoT-connected product.

View the webinar

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