ISO/IEC DIS 17825 Information technology

By IT ADMIN Information Technology Sector Certification

ISO/IEC DIS 17825 is a standard focused on testing methods for mitigating non-invasive attack classes against cryptographic modules. It provides a framework to evaluate the security of cryptographic systems, especially in environments where protecting sensitive data is critical. The standard outlines test metrics for assessing compliance with the requirements established in ISO/IEC 19790, specifically targeting security levels 3 and 4.

Key aspects of ISO/IEC DIS 17825 include:

  1. Mitigation Testing: The standard specifies methods for testing the robustness of cryptographic modules against various non-invasive attacks, which are essential for ensuring the security of sensitive information.
  2. Complementary Use: It is designed to be used alongside ISO/IEC 24759, which outlines the general testing methodologies for cryptographic modules. This combination helps laboratories demonstrate compliance with the established security requirements effectively.
  3. Cost-Effective Testing: The standard advocates for a testing approach that is technically sound, repeatable, and manageable in terms of cost, facilitating widespread adoption by organizations needing to comply with cryptographic security standards.

The current edition of the standard was published on January 1, 2024, reflecting the latest developments in cybersecurity and cryptographic testing methodologies. For more detailed information, you can refer to the ​

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What is required ISO/IEC DIS 17825 Information technology

ISO/IEC DIS 17825 specifies requirements for testing methods aimed at mitigating non-invasive attacks on cryptographic modules. The primary goals of the standard include:

  1. Test Metrics: It outlines specific metrics that laboratories must follow to assess whether cryptographic modules meet the requirements defined in ISO/IEC 19790 for security levels 3 and 4. These levels are crucial for ensuring that cryptographic modules can resist various forms of attacks without physical intrusion​.
  2. Complementary Framework: The standard is designed to be used in conjunction with ISO/IEC 24759, which details the overall testing methodologies for cryptographic systems. Together, they ensure comprehensive testing and validation of security measures.
  3. Cost-Effective and Repeatable Testing: The approach advocated by ISO/IEC DIS 17825 emphasizes tests that are not only technically robust but also repeatable and economical. This aspect is particularly beneficial for organizations looking to implement effective security measures without incurring excessive costs.
  4. Boundary Testing: The testing procedures focus on evaluating the defined boundaries of cryptographic modules, assessing both inputs and outputs to ensure that all aspects of the module’s operation are secured against potential threats.

For a more detailed examination of ISO/IEC DIS 17825 and its requirements, you can refer to the and ISO’s official site.

Who is required ISO/IEC DIS 17825 Information technology

ISO/IEC DIS 17825 is required for several stakeholders within the information technology and cybersecurity sectors, particularly those involved in cryptographic systems. Here’s a breakdown of who might need to adhere to this standard:

  1. Cryptographic Module Manufacturers: Companies that design and produce cryptographic modules must comply with ISO/IEC DIS 17825 to ensure their products are resistant to non-invasive attacks. This compliance helps to validate the security features of their modules, making them more reliable for end-users.
  2. Testing Laboratories: Labs that perform security evaluations of cryptographic modules will need to implement the testing methods specified in this standard. By adhering to the metrics outlined in ISO/IEC DIS 17825, these laboratories can accurately assess and certify that cryptographic modules meet the security requirements established in ISO/IEC 19790.
  3. Organizations Using Cryptographic Solutions: Businesses and institutions that utilize cryptographic technologies for data protection, including banks, government agencies, and healthcare providers, may also reference this standard to ensure the security of their systems. Compliance helps these organizations mitigate risks associated with data breaches and cyberattacks​.
  4. Regulatory Authorities: Government and regulatory bodies may require compliance with ISO/IEC DIS 17825 as part of broader cybersecurity frameworks to protect sensitive information. This can include standards for data encryption and integrity​.

For further details on the requirements and implications of ISO/IEC DIS 17825, you can visit the or check the information available on ISO’s official site.

When is required ISO/IEC DIS 17825 Information technology

ISO/IEC DIS 17825 is required to be implemented in various scenarios primarily related to cryptographic security and compliance testing. Here are some key contexts where it becomes necessary:

  1. Product Development: Manufacturers of cryptographic modules must follow ISO/IEC DIS 17825 during the design and testing phases to ensure their products are robust against non-invasive attacks. This requirement typically arises when developing new cryptographic solutions or updating existing ones to meet enhanced security standards.
  2. Certification Processes: Testing laboratories engaged in the certification of cryptographic modules will need to apply ISO/IEC DIS 17825 whenever they evaluate products against the security criteria specified in ISO/IEC 19790. This ensures that cryptographic solutions meet industry standards before being released to the market​.
  3. Regulatory Compliance: Organizations and industries governed by regulatory frameworks that mandate strict data protection measures (like financial services and healthcare) may need to adhere to ISO/IEC DIS 17825 to demonstrate compliance with security standards. The timing for this requirement often aligns with regulatory audits or assessments.
  4. Periodic Security Assessments: Companies that regularly assess their security measures or conduct risk assessments may invoke ISO/IEC DIS 17825 as part of their overall cybersecurity strategy. This can happen annually, bi-annually, or whenever significant changes to their cryptographic systems occur​.

For more detailed information about the timing and applicability of ISO/IEC DIS 17825, you can visit the and ISO’s official site.

Where is required ISO/IEC DIS 17825 Information technology

ISO/IEC DIS 17825 is required in various settings related to cryptographic security and compliance testing. Here are some specific areas where it is applicable:

  1. Cryptographic Module Development: Manufacturers involved in the design and production of cryptographic modules must implement ISO/IEC DIS 17825 to ensure their products can withstand non-invasive attacks. This is crucial in environments where data security is paramount, such as financial institutions and government agencies​.
  2. Testing Laboratories: Laboratories that evaluate cryptographic systems for compliance with international standards, such as ISO/IEC 19790, are required to apply the methodologies outlined in ISO/IEC DIS 17825. This requirement is particularly relevant in sectors where the security of sensitive information is a concern, such as healthcare and defense.
  3. Regulatory Compliance: Organizations in regulated industries may be required to comply with ISO/IEC DIS 17825 as part of their adherence to broader cybersecurity frameworks. This can include companies in sectors like banking, insurance, and critical infrastructure, where protecting sensitive data is legally mandated​.
  4. Security Audits: ISO/IEC DIS 17825 is often referenced during security audits, particularly in organizations that have established protocols for assessing the robustness of their cryptographic solutions. This is important for demonstrating compliance with internal policies and external regulations​.

For more comprehensive information about where ISO/IEC DIS 17825 is applied, you can check resources like the

How is required ISO/IEC DIS 17825 Information technology

ISO/IEC DIS 17825 is required to be implemented through several key processes and methodologies aimed at assessing the security of cryptographic modules. Here’s how it is applied:

  1. Testing Procedures: The standard outlines specific testing methods to evaluate cryptographic modules against non-invasive attacks. Testing laboratories must adhere to these procedures, ensuring that they provide comprehensive and standardized evaluations of the security features of these modules​.
  2. Compliance Assessments: Organizations seeking to demonstrate compliance with security requirements (such as those in ISO/IEC 19790) need to apply the methodologies from ISO/IEC DIS 17825 during their assessment processes. This involves conducting detailed tests that meet the metrics defined in the standard​r.
  3. Documentation and Reporting: When conducting tests based on ISO/IEC DIS 17825, laboratories are required to maintain thorough documentation of their procedures and results. This documentation serves as a record of compliance and is essential for regulatory audits and certification processes​.
  4. Integration with Other Standards: ISO/IEC DIS 17825 is designed to complement other standards, such as ISO/IEC 24759, which deals with the overall testing methodologies for cryptographic systems. Organizations often integrate the requirements of these standards into their broader security frameworks​.
  5. Regular Updates and Maintenance: Organizations are encouraged to regularly update their testing methodologies and practices in line with the latest revisions of ISO/IEC DIS 17825. This ensures that their cryptographic solutions remain effective against emerging threats​.

For more detailed insights on the implementation and requirements of ISO/IEC DIS 17825, you can explore resources from the and ISO’s official site.

Case Study on ISO/IEC DIS 17825 Information technology

A case study on ISO/IEC DIS 17825 could revolve around a fictional or real organization that implements this standard to enhance the security of its cryptographic modules. Here’s a general outline of what such a case study might include:

Case Study: Securing Cryptographic Modules at TechSecure Inc.

Background: TechSecure Inc., a medium-sized company specializing in data encryption solutions, faced increasing concerns over the vulnerability of its cryptographic modules to non-invasive attacks. In response to regulatory pressures and industry best practices, the management decided to align their security protocols with ISO/IEC DIS 17825.

Objective: To enhance the security posture of their cryptographic modules by implementing ISO/IEC DIS 17825, thereby ensuring compliance with international standards and gaining customer trust.

Implementation Process:

  1. Assessment of Current Practices: TechSecure conducted a comprehensive audit of their existing cryptographic modules and testing practices to identify gaps in security and compliance.
  2. Adopting Testing Methodologies: The company established a partnership with a certified testing laboratory familiar with ISO/IEC DIS 17825. This collaboration helped TechSecure develop a testing regime that adhered to the standard’s requirements​.
  3. Training and Development: Tech Secure invested in training for its engineering team, ensuring they understood the standard’s requirements and how to apply them effectively in product development​
  4. Testing and Evaluation: The company carried out extensive testing on its cryptographic modules, employing the methods outlined in ISO/IEC DIS 17825 to evaluate their resistance to potential non-invasive attacks. Results were documented meticulously, forming a part of their compliance evidence​Document Center.
  5. Continuous Improvement: Post-implementation, Tech Secure established a regular review process to update testing protocols in line with future revisions of ISO/IEC DIS 17825, ensuring ongoing compliance and security

Outcome: The implementation of ISO/IEC DIS 17825 resulted in:

  • Enhanced security of TechSecure’s cryptographic products, making them more resilient against potential vulnerabilities.
  • Increased trust and satisfaction among clients, leading to higher sales and new contracts.
  • Compliance with regulatory standards, reducing the risk of penalties and improving the company’s reputation in the industry.

Conclusion: By aligning their security practices with ISO/IEC DIS 17825, TechSecure Inc. not only improved the resilience of their products but also demonstrated their commitment to high standards of data protection. This case study underscores the importance of adopting international standards to bolster cybersecurity measures.

For more detailed information about ISO/IEC DIS 17825 and its implications for organizations, you can check the following resources:

White Paper on ISO/IEC DIS 17825 Information technology

Abstract: ISO/IEC DIS 17825 focuses on the testing and evaluation of cryptographic modules, particularly against non-invasive attacks. This white paper discusses its significance, implementation, and impact on information security, particularly in sectors where cryptographic security is critical.

1. Introduction As cyber threats evolve, the need for robust security standards has never been greater. ISO/IEC DIS 17825 provides a comprehensive framework for assessing the security of cryptographic modules, ensuring they can withstand various forms of attacks. This standard is crucial for organizations that rely on encryption to protect sensitive data.

2. Purpose of ISO/IEC DIS 17825 The primary aim of ISO/IEC DIS 17825 is to define methodologies for testing cryptographic modules against non-invasive attacks. This involves evaluating the resistance of these modules to physical attacks that do not require invasive techniques, thereby providing assurance that they can effectively protect sensitive information​

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3. Scope of the Standard ISO/IEC DIS 17825 applies to:

  • Cryptographic module manufacturers.
  • Testing laboratories involved in the compliance assessment of cryptographic solutions.
  • Organizations seeking to demonstrate adherence to international security standards.

4. Implementation Process Implementing ISO/IEC DIS 17825 involves several key steps:

  • Enhanced Security: Organizations that adopt ISO/IEC DIS 17825 improve their cryptographic resilience, reducing the likelihood of successful attacks.
  • Regulatory Compliance: Adhering to the standard can help organizations meet industry regulations, particularly in finance, healthcare, and government sectors.
  • Market Advantage: Certification to ISO/IEC DIS 17825 can provide a competitive edge by enhancing trust among customers and stakeholders.

6. Case Study Highlight A notable example is TechSecure Inc., which implemented ISO/IEC DIS 17825 to secure its cryptographic products. Through rigorous testing and adherence to the standard, TechSecure improved product resilience, customer satisfaction, and regulatory compliance​

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Secure-IC.

7. Conclusion ISO/IEC DIS 17825 serves as a vital framework for organizations seeking to bolster the security of their cryptographic modules. By adhering to its guidelines, companies can effectively mitigate risks associated with data breaches and enhance their overall security posture.

8. References For further information and detailed guidance on ISO/IEC DIS 17825, please refer to:

This white paper aims to highlight the importance of ISO/IEC DIS 17825 in today’s digital landscape, emphasizing its role in ensuring secure cryptographic practices.

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