Securing Devices From Silicon to Systems
As enterprises adopt IoT, embedded systems, and connected devices, attackers are increasingly targeting the hardware layer. CyberEd.io’s hardware and embedded security sessions prepare organizations to defend the physical foundations of digital innovation.
Software defenses cannot protect against hardware backdoors, side-channel attacks, or firmware exploits.
Enterprises deploying IoT devices, medical equipment, or automotive systems must secure their hardware stack or risk systemic compromise. CyberEd.io brings specialized hardware security expertise into enterprise training, ensuring teams understand and mitigate risks from design to deployment.
Enterprise challenges we address
Firmware exploits
Identifying and mitigating insecure device firmware.
Side-channel & fault injection attacks
Training in advanced adversarial techniques.
Supply chain security
Detecting hardware tampering and counterfeit components.
IoT & OT risks
Addressing device vulnerabilities across sectors.
Secure design
Embedding resilience from silicon to system integration.
Hardware backdoors
Detecting hidden malicious logic and unauthorized access paths in chips and devices.
Preview hardware security courses on CyberEd.io
Securing Automotive Hardware
Dennis Giese of Amazon, Sachin Jain of Stryker and Aseem Jakhar of EXPLIoT explore automotive IoT security challenges, from infotainment attack surfaces to CAN bus vulnerabilities and safety-critical functions.
How to Use Modern Honeypots to Secure ICS Environments
Barbara Hauer of NTT Data and Daniel Buhmann of Fortinet demonstrate why deception technology is a powerful tool for protecting OT infrastructures without requiring AI or machine learning.
OT-Native Security for Industrial Digital Transformation
Ivan Zhekov of TXOne Networks demonstrates how operations-friendly cyber defense solutions provide real-time protection for mission-critical devices and OT networks while ensuring regulatory compliance.
How CyberEd.io supports enterprises
Hands-on labs
Simulating firmware and hardware exploits.
Learning paths
For hardware engineers, SOC teams, and compliance leaders.
Executive briefings
On supply chain and product security risks.
Integration
Into enterprise product development and OT programs.