Secure Embedded Systems: The Threat of Reverse Engineering

@article{Mcloughlin2008SecureES,
  title={Secure Embedded Systems: The Threat of Reverse Engineering},
  author={Ian Mcloughlin},
  journal={2008 14th IEEE International Conference on Parallel and Distributed Systems},
  year={2008},
  pages={729-736}
}
  • I. Mcloughlin
  • Published 8 December 2008
  • Computer Science
  • 2008 14th IEEE International Conference on Parallel and Distributed Systems
Companies releasing newly designed embedded products typically recoup the cost of development through initial sales, and thus are unlikely to welcome early competition based around rapid reverse engineering of their products. By contrast, competitors able to shorten time-to-market though reverse engineering will gain design cost and market share advantages. Reverse engineering for nefarious purposes appears to be commonplace, and has significant cost impact on industry sales and profitability… 

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References

SHOWING 1-10 OF 22 REFERENCES
Practical Secure Hardware Design for Embedded Systems
TLDR
Recommendations on incorporating security into the product development cycle, attack and threat models, and design solutions for enclosure, circuit board, and firmware layers are recommended.
Hardware assisted control flow obfuscation for embedded processors
TLDR
A hardware assisted obfuscation technique that is capable of obfuscating the control flow information dynamically and makes it provably difficult for the attacker to extract any useful information is presented.
Reverse engineering and design recovery: a taxonomy
TLDR
The authors define and relate six terms: forward engineering, reverse engineering, redocumentation, design recovery, restructuring, and reengineering to apply to the underlying engineering processes, regardless of the degree of automation applied.
Secure configuration of Field Programmable Gate arrays
TLDR
Reconfiguration of FPGA's in the field is becoming increasingly popular particularly in networking applications and it is vital to provide security against malicious parties interfering with equipment functionality through this mechanism.
Watermarking, Tamper-Proofing, and Obfuscation-Tools for Software Protection
TLDR
Three types of attack on the intellectual property contained in software and three corresponding technical defenses are identified, including obfuscation, watermarking, and tamper-proofing.
Hiding Circuit Topology from Unbounded Reverse Engineers
TLDR
This paper discusses the problem of circuit obfuscation under a weaker assumption where the adversary knows only partial information regarding the circuit, namely, the circuit topology, and results are quite positive: there exist efficient circuitTopology obfuscation algorithms that transform every circuit C to circuit C′ with the same input-output behavior.
Design Principles for Tamper-Resistant Smartcard Processors
We describe techniques for extracting protected software and data from smartcard processors. This includes manual microprobing, laser cutting, focused ion-beam manipulation, glitch attacks, and power
Securing embedded systems
A top-down, multiabstraction layer approach for embedded security design reduces the risk of security flaws, letting designers maximize security while limiting area, energy, and computation costs
Preventing Piracy, Reverse Engineering, and Tampering
TLDR
The authors survey current and promising now techniques designed to reliably preserve and protect software data vital to the authors' privacy and security.
Exporting solid models into finite element analysis (FEA) for reverse engineering of electrical components
  • T. Waggoner
  • Business, Engineering
    Proceedings Electrical Insulation Conference and Electrical Manufacturing Expo, 2005.
  • 2005
TLDR
The reverse engineered part or one designed completely in a solid modeling (SM) package parallels the future manufacture of the part and corresponding assembly and Animation and analysis are integrated into the SM and FEA modeling of the parts.
...
...