With EDGELESS SYSTEMS, your data and code are always protected – whether at rest or in use, whether in the cloud or on premises. Elevate security to a new level and unlock the full potential of your data.
The next-gen encrypted database
It is truly end-to-end encrypted, speaks SQL and scales horizontally.
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Build confidential computing apps with ease
It is free, fast, portable, and runs Go.
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Our tool for scaling things up
In a nutshell, it is a service mesh for confidential computing.
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The confidential computing platform for data collaboration and deep analysis. Learn more
Our technology elevates the security of your applications and workflows to unprecedented levels. On top, it enables new and exciting forms of trustworthy data processing. Get more out of your data!
Use EDGELESS DB to run deep analytics on your customers' data, while being assured that no one – including system administrators – will ever see it in plain. Prove to regulators and your customers that you can only access the final aggregated analysis results.
Use EDGELESS DB to compute on sensitive data jointly and securely with partners, suppliers, or customers. All inputs remain secret. Everyone gets fair access to the results. The rules are flexible and are initially agreed upon by everyone involved.
Use EDGELESS MESH and EDGELESS RT to build and deploy end-to-end secure pipelines for AI training and inference. Bring your existing tools, models, and algorithms. Make everything verifiable and strongly protect training data and trained models.
about a recent project with Bosch.
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At EDGELESS SYSTEMS, we innovate in software. Hardware-wise, we leverage confidential computing technologies such as Intel SGX. Many processors are already SGX-enabled and are available in Azure and other public clouds.
SGX and related technologies enable the secure processing of data in isolated “enclaves” on potentially compromised servers.
An enclave’s data and code are always encrypted in memory, even when being processed. Even administrators or the operating system cannot access an enclave. Likewise, physical attackers only see ciphertext.
The processor can issue a cryptographic certificate for the integrity of an enclave. Thus, one can establish trust into an enclave’s state before sending sensitive data.
Combined with the right know-how, these mechanisms can dramatically reduce the attack surface of applications and make every step of a workflow verifiable.
We are a technology-driven start-up based in Bochum, Germany, a city renowned for its vibrant information security ecosystem.
Our team is composed of security experts with many years of experience in academia and industry, including Microsoft and other innovation leaders.
