Hardware Cyber Security By AME

The Advantages of Additively Manufactured Electronics (AME) in Hardware Cyber Security

Discover how Additively Manufactured Electronics (AME) enhances hardware cyber security, protecting against threats like hardware Trojans, reverse engineering, and side-channel attacks.

Introduction

In today's world, protecting electronic devices from industrial espionage is more critical than ever. With increasing threats to specially designed hardware and chips, innovative solutions are necessary. Additively Manufactured Electronics (AME), with its full 3D-wiring capabilities, presents a promising avenue for enhancing hardware cyber security. This article explores the potential benefits of AME in safeguarding electronic hardware against various security threats.

The Importance of Hardware Cyber Security

As electronic devices become more sophisticated, they also become more vulnerable to a variety of security threats.
These include:

• Hardware Trojan Identification: Detecting malicious modifications in hardware.
• Hardware Obfuscation: Making it difficult for unauthorized parties to understand and replicate hardware designs.
• Netlist Reverse Engineering: Protecting the netlist (a representation of the circuit) from being reconstructed by adversaries.
• Side-Channel Attacks: Preventing attacks that exploit physical leakage during the operation of electronic devices.
• Fault Attacks: Guarding against intentional disruptions that cause errors in hardware functionality.

How 3D Printing of Electronics Enhances Hardware Cyber Security

AME offers several advantages that significantly boost the security level of electronic hardware. These include:

• Increased Individualization of Electronic Designs
  One of the key benefits of AME is the ability to create highly individualized electronic designs. By customizing electronic boards or chip housings, it becomes much more challenging for adversaries to replicate or tamper with the hardware. This individualization acts as a robust deterrent against industrial espionage and unauthorized duplication.
  
  
• Realization of New Shielding Concepts
  AME allows for the implementation of innovative shielding concepts that protect electronic circuits from external threats. These advanced shielding techniques can prevent unauthorized access and manipulation, ensuring the integrity and security of the hardware. 
  
  
• Detection of Hardware Threats
  By leveraging AME, specific designs can be created to detect hardware threats in real-time. These designs can identify anomalies and unauthorized modifications, enabling proactive measures to counteract potential security breaches. Check out our AME Chip Heatsink Capacitor Design
  
  
• Implementation of Individual Marker Functionalities
  Another significant advantage of AME is the ability to integrate individual marker functionalities within the circuit. These markers can serve as unique identifiers, making it easier to track and authenticate genuine hardware. This capability is crucial in preventing counterfeiting and ensuring the authenticity of electronic devices.
  
  
• Higher Integration Through New Manufacturing Technologies
  AME utilizes cutting-edge manufacturing technologies that allow for higher integration of electronic components. This higher level of integration not only enhances the performance of the hardware but also makes it more secure by reducing the number of potential entry points for attackers.