Zero Trust Architecture
As many enterprises move away from a traditional network perimeter model and adopt a zero-trust architecture, advanced cybersecurity solutions that enable granular access controls are in high demand.
E-semnatura supports a variety of advanced cybersecurity features, including multi-factor authentication (MFA), device authentication, notifications, approval workflows, and more. These granular controls can be enforced per-key or per-user basis for any public-private key use case without manually modifying servers or applications.
Require Key-Based Authentication
Passwords often create vulnerabilities, as end-users often set weak passwords. Key-based authentication provides superior cybersecurity and should be implemented whenever possible. Store all cryptographic keys in a hardware security module (HSM) and restrict end-users to proxied key access via E-semnatura to enable seamless integrations with all clients and ensure the keys are never exported from the HSM.
Enforce Granular Access Controls
E-semnatura supports a number of granular cybersecurity controls, including multi-factor authentication (MFA), device authentication, approval workflows, and more. Clients authenticate to E-semnatura when they request to use a key, so these granular security controls can be enforced on a per-key or per-user basis without manually reconfiguring servers or applications.
Use Just-In-Time Access For Critical Assets
When you deploy E-semnatura, cybersecurity leaders can disable select keys until it’s time to use them. Decryption keys for sensitive data, secure shell (SSH) keys for privileged systems, code signing keys for production releases, and more can all be disabled with a few clicks and enabled only when they must be used.
Establish Policy From A Single Interface
With E-semnatura, all cryptographic keys are centrally secured and managed. This makes establishing and enforcing cybersecurity policies possible with a few clicks from a single interface. Policies can be set on a per-key or per-user basis.