Home /Resources /Library /White Papers /The 10 Security Factors Every Device Designer Should Consider

The 10 Security Factors Every Device Designer Should Consider

For design engineers who are striving to enhance the security of their IoT devices, there are numerous options at hand. Here are 10 proven strategies that engineers can use to improve device security.

Please take a moment to complete the form and gain instant access to this white paper.
The 10 Security Factors Every Device Designer Should Consider cover page

White Paper

For design engineers who are striving to enhance the security of their IoT devices, there are numerous options at hand. Here are 10 proven strategies that engineers can use to improve device security.

Download

Limited only by designers’ imaginations, the Internet of Things (IoT) is changing how people live. From medical devices and fitness trackers to tank sensors, smart thermostats, intelligent streetlights, water monitors, and more, the IoT is in more places than ever.

Related Content

Embedded Systems Cybersecurity Regulations: How Legislation Is Responding to Security Threats Embedded Systems Cybersecurity Regulations: How Legislation Is Responding to Security Threats Embedded system cybersecurity laws are emerging that require developers of products with connected products to fully integrate... READ BLOG Getting Started with Digi XBee Studio Getting Started with Digi XBee Studio Digi XBee Studio is a next-generation tool that supports the specific needs of OEMs and systems integrators who are developing applications using Digi’s cellular line of XBee modules. VIEW GUIDE IoT Cybersecurity in the Media: Why It’s Not All Bad News IoT Cybersecurity in the Media: Why It’s Not All Bad News In IoT cybersecurity, there are critical steps every operation can and should be put into place. And there really is good news:... READ BLOG Three Key Focus Areas for IoT Security Three Key Focus Areas for IoT Security IoT security is a complex, constantly evolving discipline. But engineers and IoT developers can build comprehensive security... RECORDED WEBINAR Digi ConnectCore 8M Mini Digi ConnectCore 8M Mini Embedded system-on-module based on the NXP i.MX 8M Mini processor with built-in Video Processing Unit (VPU); designed for longevity and scalability in industrial IoT applications. VIEW PRODUCT Infinitum Electric Infinitum Delivers Innovative HVAC Monitoring Solution Featuring Smaller Footprint, Predictive Maintenance With an ambitious goal to re-invent the HVAC motor and incorporate IoT for operational insights, Infinitum integrated Digi XBee... READ STORY How to Approach Embedded Design Challenges the Right Way How to Approach Embedded Design Challenges the Right Way What are the top five challenges for embedded development, and how can you leap over those hurdles and create a successful... RECORDED WEBINAR IoT Security – Technologies for Real World Users IoT Security – Technologies for Real World Users Watch this recorded webinar of the IMC IoT M2M Council’s panel talk on IoT security regulations and technologies to gain... RECORDED WEBINAR How to Choose the Right Antenna for Your IoT Application How to Choose the Right Antenna for Your IoT Application Antennas come in many shapes and sizes, for many different uses. Some are attached externally to the product for the correct... READ BLOG Digi ConnectCore 8M Nano Digi ConnectCore 8M Nano Embedded system-on-module based on the NXP i.MX 8M Nano processor; designed for longevity and scalability in industrial IoT applications VIEW PRODUCT Device-Security Framework - Digi TrustFence Device-Security Framework - Digi TrustFence Digi TrustFence is a device-security framework that simplifies the process of securing connected devices. I WANT THAT Digi ConnectCore 6UL Digi ConnectCore 6UL Intelligent and connected embedded system-on-module based on the NXP i.MX6 UL, with turnkey Linux software support in a stamp-sized form factor VIEW PRODUCT

Have a Question? Connect with a Digi Team Member Today!

No, I don't have a question