Certifications

ADISA Product Assurance Level 5 Certification

Our sanitization software has undergone comprehensive testing and certification by the ADISA Research Centre (ARC), a leading independent certification body specializing in product and service certification. The ADISA Product Assurance (PA) scheme evaluates the suitability of data sanitization products to comply with industry standards such as NIST Special Publication 800-88 Revision 1 and IEEE Std 2883:2022. Our software has been verified to issue specific commands to storage media, including both solid state and magnetic hard drives, that are compliant with these standards, providing our clients with the assurance of data integrity and security. Ziperase is now part of the elite group of Certified Product Assurance Vendors to achieve this high level of certification.

NIST 800-88 Compliance

Our software adheres to the guidelines set forth in the National Institute of Standards and Technology (NIST) Special Publication 800-88 Revision 1, ensuring that data sanitization processes are carried out effectively and securely for both solid state and magnetic hard drives.

IEEE 2883 Compliance

Our software also meets the standards outlined in IEEE Std 2883:2022. This standard provides guidelines for data sanitization and media sanitization, including for both solid state and magnetic hard drive technologies, further demonstrating our commitment to excellence in data security and integrity.

Common Criteria EAL2 Certification

common criteria certification cover

Our Ziperase Drive Erasure Software v3.0.2 has achieved Common Criteria Evaluation Assurance Level 2 (EAL2) certification, demonstrating our commitment to meeting international security standards. Independent Evaluation and Certification Our software has been rigorously evaluated by Teron Labs and certified by the Australian Certification Authority (ACA) under the Australian Information Security Evaluation Program (AISEP). This process ensures an unbiased assessment of our security claims.

International Recognition

The Common Criteria certification (ISO/IEC 15408) is recognized by over 25 participating countries, validating our software’s security standards on a global scale. This international acceptance broadens our market reach and instills confidence in our global user base.

Verified Security Claims

The certification process involved independent testing and analysis, verifying our security claims and demonstrating our software’s resistance to basic attack potential. This gives our users confidence in the integrity and effectiveness of our data sanitization processes.

Compliance Support

Achieving Common Criteria certification reinforces our software’s ability to support compliance with global data protection regulations and industry standards, making Ziperase a trusted choice for organizations with stringent data security and compliance requirements.

Image Processing Patents

Ziperase’s patented technology represents a significant leap in the domain of automated system interactions and configurations.

This process employs advanced image recognition to read user interface cues on a device. It then uses USB emulation to simulate mouse and keyboard actions, facilitating quick and precise automated decisions. This could be particularly transformative for fields that require exact system setups, such as IT, healthcare, aerospace, and the military.

This patented technology is a cornerstone feature in Ziperase’s commercial product, Device Link. Device Link specializes in automating the complete data deletion and refurbishment process for MacBooks, Chromebooks, and other electronic devices. It requires no specialized training, and its process is designed to comply with NIST SP 800-88 R1 industry standards for secure and efficient device refurbishment.

For end-users, the technology not only offers the advantage of secure erasure and refurbishment, it also provides efficient and reliable system management which results in cost savings and faster operations—hallmarks of Ziperase’s commitment to excellence.

Patent US 11,711,567 B2
Patent US2023/0028513