Tamper-Evident Labels for FIPS 140 Compliance
Microtrace’s tamper-evident security seals are certified to meet FIPS 140 standards for securing cryptographic modules. Precision laser etching embeds data below the surface, ensuring durability, legibility, and compliance for sensitive applications. If removed or altered, the seal is irreversibly damaged, providing clear visual evidence and preventing undetected access.
What is FIPS 140?
FIPS 140 is a U.S. government standard for cryptographic security. It defines the physical and logical protections required to secure sensitive data in hardware and software systems. FIPS 140 compliance is mandatory for federal systems and widely recognized as the benchmark for cryptographic module security. Learn more at NIST’s official FIPS 140 page.
How It Works
Every Microtrace FIPS seal is customized, including label size and features such as serial numbers, barcodes, logos, or text. Precision laser subsurface etching resists wear, environmental exposure, and tampering attempts.
Any attempt to remove or reposition the label renders it non-functional and provides immediate visual evidence of compromise.
Detection & Verification
Tamper evidence is confirmed through simple visual inspection. Any attempt to remove, reposition, or alter the seal causes irreversible distortion or breakage. The evidence of compromise is unmistakable. No special tools or training are required, enabling rapid field-level checks for authenticity and compliance.
Proven Applications
Microtrace FIPS-certified seals are trusted across high-security sectors, including:
- Cryptographic modules and hardware security modules (HSMs)
- Telecommunications and networking equipment
- Government and defense systems
- Financial and banking hardware
- Secure data storage and communications platforms
Seamless Integration
Microtrace FIPS seals are customized to your application, including:
- Dimensions
- Serialized data, barcodes, logos, text
They are designed to apply easily to existing hardware or packaging. Performance should always be verified in your operating environment.
