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Atlas

Shred-X Secure Destruction

47 Banksia Road, Welshpool, Western Australia ยท 8 facilities

shred-x.com.au

Active certifications
8
Facilities
8
in one country
Country with facilities
1
Australia

Counted from the facility and certificate records published on this page. Each one is cited individually under Sources.

Participant roles

Participant roles for this company have not been assessed yet.

Industries served

Not yet researched. An industry is only assigned where a company states it on its own site, so nothing is inferred here.

At a glance

AI-generated

Shred-X Secure Destruction is an Australian data destruction and sanitization operator certified under the NAID AAA scheme.

Written from the sourced facts above by gemini-3.6-flash, prompt insight/v2, on 30 July 2026. No fact here appears without its own citation elsewhere on this page.

About

What the sources state about this company. Anything not researched yet says so.

Description
Not yet researched. Descriptions are read from a company's own website, reviewed, and cited in Sources below.
Electronic components handled
Not yet researched. Assigned only where a company states it, so nothing is inferred.
Countries with facilities on record
Australia

Facilities8

Sites as the registry publishes them. Address text is reproduced from the source.

Derwent Park

Unit 11, 4-8 Sunmont Street, Derwent Park, TAS, AU

TAS, 7009, Australia

Processing facilityApproximate location

East Arm

58 Hamaura Rd, East Arm, Northern Territory, AU

Northern Territory, 0822, Australia

Processing facilityApproximate location

Idalia

31-35 Oonoonba Road, Idalia, QLD, AU

QLD, 4811, Australia

Processing facilityApproximate location

Laverton North

30 Plummer Road, Laverton North, VIC, AU

VIC, 3026, Australia

Processing facilityApproximate location

Ormeau

73 Lahrs Rd, Ormeau, QLD, AU

QLD, 4208, Australia

Processing facilityApproximate location

Welshpool

47 Banksia Road, Welshpool, Western Australia, AU

Western Australia, 6106, Australia

Processing facilityApproximate location

Wetherill Park

29C Davis Road, Wetherill Park, NSW, AU

NSW, 2164, Australia

Processing facilityApproximate location

Wingfield

Unit 3/2 Lafitte Road, Wingfield, SAU, AU

SAU, 5013, Australia

Processing facilityApproximate location

The registry publishes coordinates without stating how precise they are, so these render as approximate locations rather than facility pins. Points are upgraded as they are reviewed.

Certifications8 active of 8 on record

Held certificates as the issuing registry publishes them, with the retrieval date for each.

NAID AAAUnversioned (the source states no standard version)

8 certificates across 8 facility records / issued under i-SIGMA

Active
Certified for, across the covered sites
  • Facility: Conventional Hard Drive Overwriting
  • Facility: Degaussing
  • Facility: Magnetic Tape Degaussing
  • Facility: Micro Media Destruction
  • Facility: Non-Paper Media Destruction
  • Facility: Physical Hard Drive Destruction
  • Facility: Solid-State Device Destruction
  • Facility: Solid-State Device Overwriting
  • Facility: Solid-State Drive Overwriting
  • Mobile: Conventional Hard Drive Overwriting
  • Mobile: Degaussing
  • Mobile: Magnetic Tape Degaussing
  • Mobile: Micro Media Destruction
  • Mobile: Non-Paper Media Destruction
  • Mobile: Physical Hard Drive Destruction
  • Mobile: Solid-State Device Destruction
  • Mobile: Solid-State Device Overwriting
  • Mobile: Solid-State Drive Overwriting
  • PSPF: High Security Destruction for ICT Media
  • PSPF: ICT Media - Electrostatic Memory Devices
  • PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size)
  • PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size)
  • PSPF: ICT Media - Magnetic Floppy Discs
  • PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size)
  • PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size)
  • PSPF: ICT Media - Magnetic Hard Discs
  • PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size)
  • PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size)
  • PSPF: ICT Media - Magnetic Tapes
  • PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size)
  • PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size)
  • PSPF: ICT Media - Optical Discs
  • PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size)
  • PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size)
  • PSPF: ICT Media - Semiconductor Memory
  • PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size)
  • PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size)
  • PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
Also certified for, outside electronic media
  • Facility: Paper/Printed Media Destruction
  • Facility: Product Destruction
  • Mobile: Paper/Printed Media Destruction
  • Mobile: Product Destruction
  • PSPF: High Security Destruction for Paper/Printed Media
  • PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size)
  • PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size)
  • PSPF: Media Marked Official Sensitive - Paper/Printed Media

Paper, records storage and transfer scopes the registry publishes on the same certificate. They are shown because the certificate states them, and separated because they say nothing about electronic media.

Covered siteCertificate numberCertified fromValid untilCertified for at this site
Derwent ParkNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Device Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
WingfieldNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Device Overwriting, Mobile: Conventional Hard Drive Overwriting, Mobile: Degaussing, Mobile: Magnetic Tape Degaussing, Mobile: Solid-State Device Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
East ArmNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Device Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
Laverton NorthNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Drive Overwriting, Mobile: Conventional Hard Drive Overwriting, Mobile: Degaussing, Mobile: Micro Media Destruction, Mobile: Non-Paper Media Destruction, Mobile: Paper/Printed Media Destruction, Mobile: Physical Hard Drive Destruction, Mobile: Product Destruction, Mobile: Solid-State Device Destruction, Mobile: Solid-State Drive Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
IdaliaNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Device Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
OrmeauNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Drive Overwriting, Mobile: Conventional Hard Drive Overwriting, Mobile: Degaussing, Mobile: Magnetic Tape Degaussing, Mobile: Micro Media Destruction, Mobile: Non-Paper Media Destruction, Mobile: Paper/Printed Media Destruction, Mobile: Physical Hard Drive Destruction, Mobile: Product Destruction, Mobile: Solid-State Device Destruction, Mobile: Solid-State Drive Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
Wetherill ParkNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Drive Overwriting, Mobile: Conventional Hard Drive Overwriting, Mobile: Degaussing, Mobile: Magnetic Tape Degaussing, Mobile: Micro Media Destruction, Mobile: Non-Paper Media Destruction, Mobile: Paper/Printed Media Destruction, Mobile: Physical Hard Drive Destruction, Mobile: Product Destruction, Mobile: Solid-State Device Destruction, Mobile: Solid-State Drive Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size
WelshpoolNot publishedNot published31 December 2026Facility: Conventional Hard Drive Overwriting, Facility: Degaussing, Facility: Magnetic Tape Degaussing, Facility: Micro Media Destruction, Facility: Non-Paper Media Destruction, Facility: Paper/Printed Media Destruction, Facility: Physical Hard Drive Destruction, Facility: Product Destruction, Facility: Solid-State Device Destruction, Facility: Solid-State Device Overwriting, PSPF: High Security Destruction for ICT Media, PSPF: High Security Destruction for Paper/Printed Media, PSPF: High Security Destruction for Paper/Printed Media - Protected (9 mm mesh screen size), PSPF: High Security Destruction for Paper/Printed Media - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Electrostatic Memory Devices, PSPF: ICT Media - Electrostatic Memory Devices - Protected (9 mm mesh size), PSPF: ICT Media - Electrostatic Memory Devices - Secret and Top Secret (3 mm mesh size), PSPF: ICT Media - Magnetic Floppy Discs, PSPF: ICT Media - Magnetic Floppy Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Floppy Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs, PSPF: ICT Media - Magnetic Hard Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Hard Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes, PSPF: ICT Media - Magnetic Tapes - Protected (9 mm mesh screen size), PSPF: ICT Media - Magnetic Tapes - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Optical Discs, PSPF: ICT Media - Optical Discs - Protected (9 mm mesh screen size), PSPF: ICT Media - Optical Discs - Secret and Top Secret (3 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory, PSPF: ICT Media - Semiconductor Memory - Protected (9 mm mesh screen size), PSPF: ICT Media - Semiconductor Memory - Secret and Top Secret (3 mm mesh screen size), PSPF: Media Marked Official Sensitive - Paper/Printed Media, PSPF: Media Marked Official Sensitive- ICT Media - 9 mm mesh screen size

Verified against the i-SIGMA service locator (NAID AAA and PRISM), retrieved 28 July 2026. i-SIGMA service locator (fetched from /wp-admin/admin-ajax.php)

Sources42 field citations

Where each published field came from, when it was last retrieved, and how confident the record is.

FieldSourceLast retrievedMethod and confidence
Company namei-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Websitei-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site countryi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Coordinate precisioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Site addressi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification statusi-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry
Certification versioni-SIGMA service locator
Technical detail

Fetched from https://isigmaonline.org/wp-admin/admin-ajax.php. That endpoint is what the citation records, because it is the resource the data actually came from. It is a machine endpoint and does not render as a page.

28 July 2026Parsed from the registryL1 stated by the source registry

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