The Zero Trust model is based on a fundamental principle: never trust by default, whether inside or outside your network.
Every user, every device and every application must be continuously checked, regardless of their location or status in the network.
This means that even if part of your network is compromised, attackers won’t be able to move laterally and access critical resources without going through rigorous checks.
By integrating Zero Trust, you minimize the risk of data breaches, by ensuring that only authenticated and authorized entities can access your sensitive data.
The Rust language plays a key role in our approach to protecting sensitive data in the cloud.
Known for its flawless memory management, Rust eliminates common errors that can be exploited by attackers, such as buffer overflows and null pointer dereferences.
By using Rust, we can be sure that our code is both high-performance and secure from the outset.
This level of code-level security is crucial to PARSEC’s ability to withstand attempted cyber-attacks, reinforcing the confidence you can have in the robust security of your data.
The integration of Zero Knowledge end-to-end encryption into Parsec technology ensures that only authorized parties can access data, even if the network or servers have been compromised.
Parsec therefore ensures that neither administrators nor third parties can access the information, thus preserving total data confidentiality.
Combined with Zero Trust architecture, Zero Knowledge encryption adds an extra layer of protection, making your data virtually unbreakable.
Considered the only trusted entity
Stored on different public or private clouds
To block the privileges of unauthorized users