PACE Code Signing Platform

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What PACE Code Signing Platform is

PACE Code Signing Platform gives software-platform publishers a way to check who created third-party applications and plug-ins and whether they changed after signing. A host platform can validate a module’s signature, and PACE’s Web of Trust also lets participating modules check one another. The platform supports Windows, macOS, Linux, IoT binaries, and AAX plug-ins. PACE says its signatures work with modern operating-system signing, so one signed module can be validated by both the operating system and the customer’s ecosystem.

PACE provides the hosted infrastructure, operates as the certificate authority, and hosts the platform’s PKI. Developers can sign modules manually or automate signing through on-premises or cloud CI systems. Signing keys are kept in iLok USB devices, including when developers use Cloud Signing Service. PACE also registers third-party developers in its database for reporting and management. For AAX signing, its guide directs developers to contact Avid to request tools and describes cloud signing for automated CI pipelines. PACE says customers receive documentation, support, and access to its engineering team. Pricing is available by request. Code signing checks authenticity and changes; it does not prevent reverse engineering, for which PACE points to additional tools.

Who it suits

This platform suits publishers whose software ecosystem runs third-party applications or plug-ins, especially where several tools handle high-value content. It also fits developers who need manual or CI-based signing across supported desktop, IoT, or AAX targets.

What it does well

Verifies a module’s developer and whether it changed after signing.
Supports Windows, macOS, Linux, IoT binaries, and AAX plug-ins.
Offers manual signing and on-premises or cloud CI workflows.
PACE hosts the PKI and acts as certificate authority.
Developer records support reporting and management.
Includes documentation and access to PACE’s engineering team.

What to know first

Pricing requires a request to PACE.
Signing alone does not protect against reverse engineering.
AAX developers are directed to contact Avid for tools.

Limits

Code signing verifies a module’s developer and whether it has changed, but does not defend the platform or modules from reverse engineering. PACE points to Fusion and White-Box Works for additional protection.

Plans

Plan	Billed and limits	Price
PACE Code Signing Platform	Quote requested from PACE	On request

As paceap.com lists them, read 9 Oct 2026. The maker's own page has the final word.

Getting started

Visit the PACE Code Signing Platform website.
Contact PACE to request pricing.
For AAX signing, contact Avid to request the tools.
Choose manual signing or an on-premises or cloud CI workflow.
Use PACE’s hosted signing platform and iLok USB key storage.

Verdict

Choose PACE Code Signing Platform if you publish an ecosystem that needs to verify third-party modules and manage developer signing. Its hosted PKI and manual or automated workflows support multiple targets. Look elsewhere for protection against reverse engineering, which code signing alone does not provide.

Questions

How much does PACE Code Signing Platform cost?

Pricing is available by request from PACE.

Which targets does it support?

It supports Windows, macOS, Linux, IoT binaries, and AAX plug-ins.

Does it support cloud signing and CI/CD?

Yes. Developers can automate signing with on-premises or cloud CI systems, and cloud signing is available.

Where are signing keys kept?

PACE says signing private keys are stored in iLok USB devices, including when using Cloud Signing Service.

Does code signing prevent reverse engineering?

No. PACE says additional tooling is required for protection against reverse engineering.

Who makes the platform?

PACE Anti-Piracy provides the platform and says it has supplied software protection solutions since 1985.

Facts from PACE Code Signing Platform's own pages

AAX onboarding: PACE’s AAX code-signing guide says developers should start by contacting Avid to request the tools, and describes cloud signing for automated CI pipelines. · paceap.com, 9 Oct 2026
Build automation: Third-party developers can sign modules manually or automate signing with on-premises or cloud-based CI systems. · paceap.com, 9 Oct 2026
Developer management: Registered third-party developers are stored in PACE’s database for reporting and management. · paceap.com, 9 Oct 2026
Developer records: The platform registers third-party developers in PACE’s database for reporting and management. · paceap.com, 9 Oct 2026
Founded: 1985 · paceap.com, 28 Sept 2026
Headquarters: Silicon Valley, California, USA · paceap.com, 28 Sept 2026
Hosted service: PACE hosts the platform infrastructure as a managed solution. · paceap.com, 9 Oct 2026
Intended users: The platform is designed for software-platform publishers that run third-party applications or plug-ins, and for ecosystems where multiple tools handle high-value content. · paceap.com, 9 Oct 2026
Key storage: PACE says signing keys are kept in iLok USB devices, including when signing through its Cloud Signing Service. · paceap.com, 9 Oct 2026
Limit: PACE states that code signing alone does not protect the platform or modules from reverse engineering; it says additional tooling is required for that. · paceap.com, 9 Oct 2026
Maker: PACE Anti-Piracy says it has provided software protection solutions since 1985 and is based in Silicon Valley, California. · paceap.com, 9 Oct 2026
Managed PKI: PACE acts as the certificate authority and hosts the PKI infrastructure for the platform. · paceap.com, 9 Oct 2026
Notable limit: Code signing alone does not defend a platform or its modules against reverse engineering; PACE points to Fusion and White-Box Works for additional protection. · paceap.com, 9 Oct 2026
OS compatibility: PACE says its signatures are compatible with modern operating-system signing, so a module can be signed once and validated by both the OS and the customer’s ecosystem. · paceap.com, 9 Oct 2026
Purpose: The platform lets software publishers verify that third-party applications and plug-ins come from trusted developers and have not been modified. · paceap.com, 9 Oct 2026
Signing keys: PACE says signing private keys are kept in iLok USB devices, including when developers use its Cloud Signing Service. · paceap.com, 9 Oct 2026
Signing workflows: Third-party developers can sign manually or automate signing through on-premises or cloud-based CI systems. · paceap.com, 9 Oct 2026
Support: PACE says customers receive full documentation, quality support, and access to its engineering team. · paceap.com, 9 Oct 2026
Supported binaries: The platform supports Windows, macOS, Linux, and IoT binaries, as well as formats such as AAX. · paceap.com, 9 Oct 2026
Verification: Signatures let a platform verify a module’s developer and whether the module has changed since signing. · paceap.com, 9 Oct 2026
Web of Trust: Its Web of Trust can let participating modules validate one another’s signatures as well as the host platform validating them. · paceap.com, 9 Oct 2026

Where PACE Code Signing Platform stands on Freedom251

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