If you’ve spent any time in the federal government, chances are you’ve heard the word “FIPS” come up in conversation. How much it comes up probably depends on your role, but you might know it as the thing that breaks your system when it’s enabled, the compliance hurdle that complicates buying certain products, or the enforcement required for SSL. You might even know FIPS in detail—right down to the cipher suites and the regulatory compliance requirements. Regardless of how familiar you are, there’s a big change on the horizon with the shift from FIPS 140-2 to 140-3. In this article, we’ll explore the key differences between the two, why the changes were necessary, and most importantly—are your platforms ready for this shift? Do you have the right advisor to help you navigate it?
For those of you new to FIPS, or who have just heard the acronym but aren’t quite sure what it stands for—FIPS means Federal Information Processing Standards. Developed by NIST (the National Institute of Standards and Technology), FIPS sets the standards for cryptographic security in non-military government agencies and contractors.
The intent behind FIPS is simple: to ensure that government agencies and their contractors are using equipment, software, and security measures that protect sensitive data through cryptographic means. It’s not about picking just any product off the shelf and hoping it’s secure—FIPS lays out strict guidelines to ensure that the data being handled (which is often funded by tax dollars) is secure.
FIPS covers everything from cryptographic algorithms to hardware tamper-proofing and resistance, and products must go through rigorous testing and validation to become FIPS compliant. Only after a product has passed this level of scrutiny—both in software and hardware—can it be trusted to meet the high-security requirements for handling sensitive government information. The more critical the sensitivity of the data, the more amplified these security measures become.
There are other FIPS standards beyond just 140-2 and 140-3. While these are the ones most commonly impacting our customers in the information technology sector, FIPS covers a wide range of security requirements. For example, there’s FIPS 199, which provides standards for the security categorization of federal information and systems, and FIPS 200, which outlines minimum security requirements for federal information systems. Additionally, FIPS 197 defines the Advanced Encryption Standard (AES), a widely used encryption algorithm.
As you can see, FIPS is more than just 140-2; it covers a variety of security needs. However, for many of our customers, the most impactful standards remain FIPS 140-2, and soon, FIPS 140-3. So, let’s dive into what the shift from 140-2 to 140-3 means and how it will affect your platforms.
Here are 10 major differences we at J2R Solutions have identified between FIPS 140-2 and FIPS 140-3:
1. Alignment with ISO/IEC Standards
- FIPS 140-2 was based on older standards that didn’t directly align with any international regulations. FIPS 140-3, however, is aligned with ISO/IEC 19790, bringing it up to international standards for cryptographic modules, which provides broader applicability and a stronger global security posture.
2. Interfaces
- FIPS 140-2 defined four interfaces: data input, data output, control input, and status output. These were limiting in flexibility for today’s diverse systems and services.
- FIPS 140-3 is more granular, particularly focusing on physical interfaces, including specific requirements for modules with integrated circuit cards (smart cards), providing a broader range of operational flexibility.
3. Security Levels
- Both FIPS 140-2 and 140-3 have four security levels. However…
- FIPS 140-3 provides updated requirements for virtualized environments and cloud-based systems, which are essential as more federal systems move to the cloud. This update addresses a major challenge for DoD customers struggling to manage FIPS compliance in hosted environments where they don’t have physical control over their systems.
4. Testing Methodologies
- FIPS 140-2 focused on hardware and physical testing, with many manual vulnerability assessments. FIPS 140-3 introduces modern testing methodologies, such as automated testing and enhanced vulnerability assessments with stricter penetration testing guidelines. It also adds specific requirements for software-based cryptographic modules, which are treated separately from hardware modules.
5. Non-Invasive Attacks
- FIPS 140-2 provided limited guidance on defending against non-invasive attacks like side-channel attacks, which can extract information without physically tampering with the module (e.g., timing analysis and electromagnetic leakage).
- FIPS 140-3 explicitly addresses these evolving threats by requiring defense mechanisms against non-invasive attacks, making cryptographic modules more resilient to these kinds of exploits.
6. Entropy Requirements for Random Number Generation
- FIPS 140-2 required random number generation in cryptographic modules but lacked clear guidance on entropy sources, which led to confusion and security gaps.
- FIPS 140-3 establishes clearer, mandatory entropy requirements, ensuring that strong and vetted entropy sources are used in random number generation, minimizing vulnerabilities.
7. Physical Security and Tamper Resistance
- FIPS 140-2 was heavily focused on physical tamper-proofing for hardware modules.
- FIPS 140-3 expands this scope to include software modules, which is increasingly important for agencies using virtualized or cloud environments. Now, both hardware and software-based modules must meet specific tamper-resistance requirements.
8. Software Modules and Cloud Considerations
- The ever-evolving landscape of IT within the federal government has made cloud computing and virtualization critical components. FIPS 140-2 mainly addressed hardware security, with minimal guidance on virtualized or software-based cryptographic modules. This lack of clarity led to confusion in the compliance and information assurance communities.
- FIPS 140-3 expands its scope, recognizing the rise of cloud computing and virtualization. It provides specific requirements for software-based cryptographic modules and cloud environments, including guidance on virtualization isolation, ensuring these modules remain secure in distributed environments.
9. Mitigation of Attacks
- FIPS 140-2 provided basic requirements for cryptographic modules to resist attacks, but it lacked depth in handling modern threats.
- FIPS 140-3 introduces much stricter requirements for detecting and mitigating both physical and logical attacks. It includes updates to improve side-channel resistance and addresses newer attack vectors, making cryptographic modules more secure in today’s threat landscape.
10. Design Assurance and Software Lifecycle Management
- FIPS 140-2 had general design assurance requirements but didn’t fully address software lifecycle management.
- FIPS 140-3 provides much more detailed requirements for design assurance and lifecycle management, covering areas like software updates, patch management, and continuous assurance. These updates aim to streamline the process of accrediting platforms, allowing cutting-edge solutions to be deployed faster and more securely within the federal government.
At J2R Solutions, we don’t just align best-of-breed technology with our customers’ needs—we ensure these solutions can be implemented compliantly within the federal government. FIPS is always a critical factor, serving as a guiding principle when selecting the right partners and platforms.
We prioritize not only cutting-edge technology but also the ability to meet the rigorous compliance standards that federal agencies require. By staying ahead of evolving security needs and aligning with platforms built for long-term compliance, J2R Solutions ensures our customers are prepared for the next generation of applications and infrastructure.
Contact us today to chat about how J2R Solutions can help your agency adapt to the shifting security and compliance landscape.
