Side Channel Analysis

• Power consumption
• Electromagnetic emissions
• Timing variations
• Acoustic emissions
• Voltage fluctuations

Attackers can exploit these leakages to recover cryptographic keys, extract confidential data, or bypass security mechanisms.

Side Channel Analysis helps organizations:

• Detect exploitable information leakage
• Evaluate the robustness of security countermeasures
• Secure cryptographic implementations
• Reduce certification risks
• Accelerate product qualification processes
• Demonstrate compliance with international security standards

Whether performing product validation or preparing for certification, Side Channel Analysis is a critical step toward trusted and resilient embedded systems.

Laboryzr™ Analyzr provides seamless integration with laboratory equipment including:

• Oscilloscopes
• Measurement probes
• Amplifiers
• Motorized positioning tables
• Custom acquisition platforms
• Electromagnetic measurement systems

Its unified environment facilitates data acquisition, trace management, and campaign orchestration for efficient security evaluations.

• Differential Power Analysis (DPA)
• Correlation Power Analysis (CPA)
• Electromagnetic Analysis (EMA)
• Leakage Detection Testing
• Statistical Security Evaluation
• Signal Processing and Filtering
• Custom Security Analysis Workflows

Real-time visualization and interactive analysis enable evaluators to quickly identify vulnerabilities and gain actionable security insights.

Benefits include:

• Reduced setup time
• Improved campaign reproducibility
• Standardized evaluation procedures
• Easier knowledge transfer between teams
• Faster security assessments

Complex Side Channel Analysis campaigns can be deployed as repeatable, push-button workflows, increasing operational efficiency across security laboratories.

Common Criteria (CC)

Support evaluations targeting higher assurance levels such as EAL4+, EAL5+, and beyond.

FIPS 140-3

Assess cryptographic module resistance against side-channel attacks and information leakage.

ISO 17825

Perform standardized testing against non-invasive attack methods targeting cryptographic modules.

SESIP

Evaluate embedded device security according to the Security Evaluation Standard for IoT Platforms.

Intuitive workflows guide evaluators through acquisition, processing, attack execution, and reporting, minimizing deployment effort and training requirements.

Python-Based Customization

Develop custom measurement routines, automation scripts, and analysis algorithms while maintaining full integration with the platform.

Scalability and Flexibility

Adapt the software to a broad range of laboratory environments, from development labs to accredited certification facilities.

Cross-Platform Compatibility

Available for both Windows and Linux environments, ensuring easy integration into existing security evaluation infrastructures.

Productivity Enhancement

Speed up design validation, debugging, vulnerability assessment, and certification preparation while reducing evaluation effort and cost.

Evaluate the robustness of AES, RSA, ECC, Post-Quantum Cryptography, and proprietary algorithms against side-channel attacks.

Secure Element Evaluation

Assess security chips used in payment, identity, automotive, and IoT applications.

Certification Preparation

Identify vulnerabilities early and reduce remediation efforts before Common Criteria, FIPS 140-3, ISO 17825, or SESIP evaluations.

Security Research

Perform advanced side-channel experiments using customizable acquisition and analysis methodologies.

By integrating instrumentation control, acquisition management, leakage analysis, cryptanalysis, automation, and reporting within a single platform, Laboryzr™ Analyzr helps security teams execute comprehensive Side Channel Analysis projects faster, more consistently, and with greater confidence.