BetterEdge

Every day, companies receive numerous sensitive documents that have to be processed manually. This processes shall be automated because they take a lot of time, are prone to errors and are unnecessarily costly. Large language AI models from mainstream providers are not suited for such tasks for two reasons: (1) The error rates of generic models are too high and (2) the confidentiality relies on the effectiveness of organisational measures and procedures. Evy Solutions has developed a solution for the automated processing and analysis of documents with its own AI, which yields an exceptionally high success rate and runs on BetterEdge for confidentiality, accountability and cost reasons. 

In modern manufacturing plants and companies with highly automated processes, it is essential that valuable machines operate with as little disruption as possible. Hacker attacks on these machines must be avoided at all costs. Therefore, the best isolation of these machines from the Internet is necessary. At the same time, the demand for fast and freely programmable computing power in manufacturing and automation is growing just as rapidly as in other areas. Confidential computing can deliver both, these new requirements and provide particularly good isolation of the necessary data processing steps from the internet.

Medical research, especially in light of the new possibilities offered by artificial intelligence, relies on the ability to systematically evaluate large amounts of sensitive confidential health data without violating the personal rights of the patients or the regulations intended to protect them at the federal or state level. By distributing the locations where data is collected and anonymized, combined with the new level of security provided by confidential computing, medical research projects that were previously not legally feasible are now possible.

Society's dependence on critical infrastructure requires the application of the highest security standards, especially in the field of information technology, where attackers can disrupt and sabotage operations remotely. In order to meet this requirement, great care is taken when introducing technical innovations, which, however, also means that only relatively old technology is in use. Modern concepts of “self-healing” distributed computing infrastructure can contribute to a decisive improvement in the resilience of IT in the area of critical infrastructure.

In a globalized world, new contacts between different economic actors are constantly needed. Modern identification systems such as the Global Legal Entity Identifier are useful not only for the financial world but also beyond. Our partner and co-founder esatus is developing an easy-to-use integration of these means of entity identity management  into open collaboration tools executed in BetterEdge confidential computing environments, thereby opening up a simple and trustworthy networking opportunity to a broad public. 

If your company or organization relies heavily on the reliability of certain sensor signals, it is worth making the usage of these sensors tamper-proof. Normally, sensor signals can be spoofed relatively easy. Within unprotected settings, savvy attackers can generate wrong values even without being at the physical location of the sensor. This is not the case if the sensors and central data processing are made tamper-proof with cryptographic sealing, confidential computing and pairing of both by auditors. Then the reliability, credibility, and evidential value of sensor data is lifted to a new level. 

You are a small or medium-sized business and want to consistently avoid unilateral dependency on cloud providers who can read and potentially misuse your content. Our partner awesome information technology has years of experience with the best open source applications needed for everyday use (NEXTCLOUD, XWIKI, TAIGA, ELEMENT, JITSI, etc.). Together, we have expanded confidential computing technology so that awesome can prove to you with cryptographic strength that no one can access your software and data without your explicit authorization.