Pioneering privacy with industry leaders: Our role in the Confidential Computing Consortium

Pioneering privacy with industry leaders: Our role in the Confidential Computing Consortium

By Partisia,

Data Privacy, Cybersecurity, Confidential Computing

As part of our mission to shape a future where sensitive data can be used without ever being exposed, we’re proud to be a partner in the Confidential Computing Consortium, joining global tech leaders to define the standards and technologies that make secure data collaboration possible.

What is the Confidential Computing Consortium?

The Confidential Computing Consortium (CCC) is an industry initiative that brings together leading technology companies to advance the adoption of confidential computing, an emerging approach that protects data not just at rest or in transit, but also while it’s being used.

Founded under the Linux Foundation, the CCC is a collaborative space where hardware vendors, cloud providers, and privacy-focused innovators work side by side to define standards and accelerate real-world applications of secure computing.

In plain terms? It’s where the future of privacy-preserving technologies is being built and we’re right there helping shape it.

The CCC is:

  • A global initiative led by experts in data privacy, cryptography, and secure infrastructure

  • Backed by trusted names like Microsoft, Intel, Google, and AMD

  • Focused on setting standards, open-source tools, and best practices for confidential computing

  • Driving innovation in secure enclaves, trusted execution environments (TEEs), and beyond

By joining this consortium, we’re aligning our technology and our values with a global movement that’s transforming how the world handles sensitive data.

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Here’s why we joined the Confidential Computing Consortium

We believe data is essential for progress and innovation, but only if it can be used without compromising privacy or trust. Confidential computing is a breakthrough that makes this possible by ensuring data stays protected, even while it’s being processed.

At Partisia, this vision is at the heart of everything we build.

Privacy isn’t a solo mission. We joined the Confidential Computing Consortium to help put secure computation on the global agenda and demonstrate where this technology fits in the real world. As long-time pioneers in privacy-enhancing technologies like Multi-Party Computation (MPC), we know that no single organisation can solve the world’s privacy challenges alone.

That’s why this consortium matters:

By joining forces with industry leaders, we’re making sure that the future of privacy isn’t built in silos. It’s built together openly, securely, and with trust at the core.


How you benefit: Bringing you the best of Confidential Computing

Being part of the Confidential Computing Consortium ensures that the privacy technologies we develop aren’t just advanced, but also compatible with emerging global standards and trusted by the wider ecosystem.

For our clients and partners, that means even more robust, future-proof solutions built with security, scalability, and collaboration in mind.

Here’s what that looks like in practice:

Stronger integration with industry-leading security hardware
Our technology evolves alongside the latest innovations in trusted execution environments (TEEs), secure enclaves, and confidential computing chips.

Privacy-enhancing computation that meets tomorrow’s standards
As the CCC defines new benchmarks, we’re right there ensuring our Multi-Party Computation (MPC) stack aligns with them so you stay compliant and ahead of the curve.

Transparent collaboration, without compromise
Whether you’re working across departments or with external partners, our solutions let you analyze sensitive data without exposing it, backed by standards shaped by the world’s most trusted tech leaders.

Built-in credibility and trust
CCC membership signals our active role in shaping the future of secure computing. That’s something your stakeholders, regulators, and partners care about more than ever.

In short: You don’t just get cutting-edge cryptography. You get confidence knowing it’s backed by an international alliance committed to doing privacy right.


Let’s build the future of confidential data together

Confidential Computing is a mindset shift. One that says privacy and collaboration don’t have to be trade-offs.

By engaging in the Confidential Computing Consortium, we’re helping shape the future of secure data collaboration, ensuring the technologies we build don’t just meet today’s needs, but tomorrow’s expectations.

Whether you’re exploring secure ways to collaborate across partners, enhance compliance, or future-proof your data strategy, we’re here to help.

Let’s unlock new value from sensitive data without ever compromising privacy.

Frequently Asked Questions

Confidential Computing Consortium

The Confidential Computing Consortium (CCC) is a Linux Foundation project that brings together leading tech companies (like Intel, Microsoft, Google, and Partisia) to define and advance confidential computing. Its goal is to create standards and tools that protect data during processing, not just at rest or in transit.

We joined the CCC to help shape the global standards that govern secure data collaboration. As pioneers in privacy-enhancing technologies like Multi-Party Computation (MPC), we believe collaboration with industry leaders is essential to building a trusted, privacy-first future.

By aligning with CCC standards, our technology remains compatible with the latest advances in confidential computing. This means our clients benefit from stronger integration, future-proof solutions, and increased trust, especially when dealing with sensitive or regulated data.

Confidential Computing is a technology approach that ensures data remains encrypted and protected even while it is being processed. It typically involves using secure hardware environments like trusted execution environments (TEEs) or secure enclaves.

While both protect data privacy, they operate at different layers. Confidential Computing secures data at the hardware level during processing, while MPC allows multiple parties to compute results on combined data without revealing the individual inputs. Together, they form a powerful combination for secure, privacy-preserving collaboration.

Get in touch

Peter F. Frandsen

Peter F. Frandsen

Chief Operations Officer, Partisia

pff@partisia.com