Product Claims Test Certified
VIZION Verified
VS Security
Certified to:
Product Claims Test
VIZION Shred Size Verification
Contact:
Sam Adetoso
Telephone: +44 (0) 1252 333 577
Email: info@vssecurityproducts.com
Webpage: www.veritysystems.com
PRODUCT CLAIMS TEST –
TAPE
MAGNETIC HARD DRIVES
Project Number:
ADPC265
Product Tested:
Datagauss MAX-LG
Valid to:
7th January 2028
PRODUCT CLAIMS TEST –
sOLID sTATE DRIVES
MAGNETIC HARD DRIVES
Project Number:
ADPC266
Product Tested:
Crunch 250
Valid to:
7th January 2028
PRODUCT CLAIMS TEST –
sOLID sTATE DRIVES
TAPE
Project Number:
ADPC267
Product Tested:
MEDIAGONE 500 SHREDDER (Course setting)
Valid to:
7th January 2028
VIZION PARTICLE SIZE VERIFICATION
Project Number(s):
ADPC268
Shredder(s) Tested:
MEDIAGONE 500 SHREDDER (Coarse) –
Particle size ≤ 160 mm2
MEDIAGONE 500 SHREDDER (Fine) –
Particle size ≤ 30 mm2
Valid to:
7 January 2028
This Certification explained ↓
What is the difference between a product claims test and a product assurance test?
A product claims test is a claim is made about the suitability of a data sanitisation product to render the data on a target set of media irretrievable.
Product assurance tests sanitisation products against recognised standards NIST 800-88 and IEEE 2883.
What is an ADISA Assurance Level?
Click here to see where other products and services rank on this model
What is the VIZION Process?
Where physical destruction of storage media is concerned, shredding is one of the most used techniques. The speed at which storage media is rendered inoperable is one of the attractions to this process, with only laboratory based data recovery techniques being viable to recover data.
Vizion is a blend of high-resolution imagery using a light box and camera followed by an analysis process using proprietary software which is able to measure the two longest lengths of the particle size and compute the surface area. Even for irregular shapes, the software is able to accurately identify the particle area. The techniques which could be applied to shredded material are typically:
- Chip readers for intact NAND cells post shred.
- Platter level recovery using Magnetic Force Microscopy.
- Decapsulation on shredded NAND cells.
Countermeasures to these techniques are typically to specify a shred size which renders these types of attack unfeasible. Due to the nature of the storage media, there are different size expectations for the size of the particles which are the output from a shredding process based on the ability to recover data. There are standards which specify the size of shredded material including ISO / IEC 21964 which specifies a particle size by media type and security level.