CHALLENGE

Secure software requires a trustworthy link between source code (that humans can audit) and binary artefacts (that are black boxes and difficult to inspect). However, this link is lost in modern CI/CD pipelines running on opaque infrastructures—leading to hard-to-reason about provenance and high ongoing maintenance costs. This gap has made the supply chain a primary target for attacks and a focus for new regulations like the EU Cyber Resilience Act (CRA) and NIS2.

SOLUTION

We believe in secure-by-default. Our solution moves build processes into isolated environments that use hardware-based trust anchors to guarantee integrity—removing the need to trust the underlying infrastructure. We integrate in existing CI/CD pipelines and produce certificates that allow all downstream consumers to instantly verify the provenance and integrity of every single software artefact.

CHALLENGE

Regulations and organisational processes often slow-down collaboration on sensitive data—making them expensive and stressful—while not providing enforced data security controls. These hurdles address an important need: proprietary data is the most valuable asset in the AI-first world, but only if you can use it. Too often, promising partnerships and new technologies are passed over simply because the complexity of sharing data is too high.

SOLUTION

Our solution provides easy-to-use, compliance-ready data clean rooms designed specifically for pilot projects and ad-hoc collaborations. By using hardware-backed security, we allow data owners to verify that their information remains confidential and secure throughout the entire process. By accelerating the initial phase of exploration, companies can identify the most-valuable collaborations sooner and innovative companies can prove value.

CHALLENGE

Traditional security focuses on protecting data-at-rest and data-in-transit. However, this is not enough for the modern cyber threat landscape. Regulations, such as EU DORA, now require protecting data-in-use bringing insider threats into scope. Modern hardware features (Confidential Computing) provide the technology to achieve this without having to trust the infrastructure. However, building robust solutions is still challenging due to lack of integrated frameworks and standardized components.

SOLUTION

We provide robust building blocks (base images, attestation verification, and more) and resources to allow engineering teams to start quickly and confidently. This allows organisations to pilot in-house Confidential Computing use-cases while reducing ongoing maintenance costs such as tracking hardware developments, firmware updates, and CVEs.