This presentation will detail how security threats have changed and escalated, focusing more than ever on IoT. In addition, recent regulation like GDPR in Europe and SB-327 in California protect vulnerable data and privacy by placing more pressure on manufacturers to step up security best practices,...

The connected and autonomous vehicles are driving new architectural designs to ECUs that connect various subsystems together and expose them to the outside world over various networks. These advancements increase the risk of threat actors gaining access to the subsystems. This session examines found...

Electronic content is proliferating in cars at astounding rates, especially as ADAS and Electric Vehicles become more widely available. With the increase of automotive electronics comes heightened vulnerability to various security compromises. This session will discuss several categories of security...

Devices are typically built for a specific application. The user manages the binding of the device to its cloud application through error prone manual processes. This cumbersome and risky approach prevents large-scale adoption. Single purpose devices add cost and complexity. It's an industry wide is...

Effective IoT and connected device security begins with the device's initial design process including the device's various components. Each component and sub-assembly that is integrated into the final product must be secure and immune from cyberattack. To secure embedded devices, IoT and connected d...

Many cybersecurity techniques focus on securing the perimeter of critical computer systems and recovering in the event of failure. In this talk we'll take a new perspective on building safe and secure systems. This talk will: Take a holistic view of cybersecurity for automotive systems from the bott...

The convergence of IT with vulnerable OT has exposed the inherent weaknesses that can result in attacks on the industrial IoT. Such vulnerabilities include poorly-secured industrial systems. AI/ML provides hyperintelligent cybersecurity and threat mitigation for platforms based on Industry 4.0. To d...

We all know securing small devices in the IoT is hard, and the goal of many manufacturers is to secure and ‘manage’ a device from birth to retirement, creating even more security challenges. This talk will look at what makes securing low-resource IoT devices a challenge, with a specific focus on add...

Intelligent systems are notoriously hard to develop, and are becoming an ever-larger attack surface with their growing deployments in multi-layered architectures. Developers are struggling to respond to this increasing complexity, while being asked to deploy new technologies, such as AI, and staying...

Voice-enabled devices are everywhere. However, many of these devices today can be accessed and controlled by just about any user. There are obvious security risks associated with not limiting device access, especially when these devices are linked to various aspects of your business.

Protecting industrial equipment and technology from attacks and enabling new secure features and business models are critical to the success of IoT. But to do so requires careful, deliberate approaches to designing, running and sustaining robust security over time. What lessons can be learned from o...

Protecting industrial operations against cyber threats is a very specific challenge. As more devices get connected with more remote access and new applications, the airgap between IT and OT networks erodes and the IDMZ is not sufficient.

Hypervisors create virtual machines that are well-insulated from external corruption and allow mixed systems with different safety requirements to run on the same system-on-a-chip (SoC).  But virtualization is rarely straightforward. Your virtualized guest’s operating system may have limited configu...

As wireless charging begins to see wider adoption due to its convenience, the need for security becomes even more critical. Designing security into wireless devices enables a safe, reliable and convenient way to charge electronic devices. It also prevents overheating, counterfeits and other safety c...

As military radar, signals intelligence (SIGINT) and electronic warfare systems get more complex so does the associated signal integrity challenges. These signal integrity concerns didn't even exist 10-15 years ago. Today as signal density for connectors continues to get tighter as footprints get sm...

Digital transformation projects have accelerated in 2020, specifically using Telemetry and Video Analytics. Organizations are challenged with a wide variety of options and multi-vendor deployments that lead to delays and challenges. Arrow and ADLINK have teamed up with Microsoft to streamline deploy...

Baking security into your system is not easy, but it must be done. Learn where to go to get the help you need to build a secure and safe device. 

Securing your device or system is a complete lifecycle effort. Threats must be actively monitored and resolutions must be implemented. Learn why proactive endpoint integrity monitoring is a must in today’s interconnected world.

You must anticipate that a breach will happen. Learn to model different threat scenarios and put in place mechanisms to protect your applications, data, IP, and the resiliency of the device. Your threat model should assume that an attacker will get root (admin) access. 

Your device is only as secure as its weakest link, so you must build on top of a proven and trusted platform with hardware-based security features as well as trustworthy software vendors, code pedigree, and secure software development practices.

Building your security policy starts with determining the device’s assets, identifying threats to those assets, and defining mitigations to those threats. Your policy has to factor in your risk tolerance as you determine which mitigations to implement.

Planning for security requirements up front greatly reduces friction and cost throughout development and deployment. Learn how they will influence the direction your project takes, and what you will need to prove you’ve met them.

Embedded Single Boards are the solutions-to-go to meet high performance IoT demands. Don't compromise for performance & board size: learn how to easily migrate actual and future application demands like Artificial Intelligence of Things and 5G connectivity using our tailored system approach with ou...

System security often starts with a secure boot process, which is managed by the Secure Boot Manager, which lives alongside the provisioning of secure keys and certificates, to provide a robust root of trust. If your system does not deploy a secure boot mechanism, you’re clearly opening yourself up...

Secure Provisioning involves defining a key infrastructure during the development process to dynamically generate secure keys, then insert those keys into the device along with a cryptographically secured application image. That process sounds complex, but it needn’t be if you follow a step-by-step...