TeraValidator
TeraValidator is a powerful tool that enables the validation of all types of signatures and X.509 certificates, in accordance with ETSI and other industry standards. It is designed to handle a large volume of requests, making it ideal for organizations with high throughput requirements. TeraValidator is also easy to scale, ensuring that it can keep up with the needs of growing businesses. Additionally, it is crypto-agile, meaning that it can support multiple cryptographic algorithms and key sizes, making it future-proof and capable of adapting to new standards.
Key features
One of the key features of TeraValidator is its ability to generate verification reports of various types, such as simple, detailed or ETSI reports. These reports provide users with valuable insights into the validation process and help them make informed decisions about the authenticity and integrity of their signatures and certificates.
Overall, TeraValidator is an essential tool for businesses and organizations that require a reliable and efficient solution for validating signatures and certificates. With its advanced features and ability to handle large volumes of requests, TeraValidator is a valuable addition to any organization’s digital security toolkit.
Signature Types
- PAdES
- CAdES
- XAdES
- JAdES
- ASiC
- Document Timestamp
- PKCS#7
Efficiency
High throughput for timestamp requests to support modern large-scale systems.
Reliability
High availability design with load balancing, failover, and geographic redundancy features.
Adaptability
Crypto-agile support for multiple cryptographic algorithms and key sizes to enable seamless migration to new standards
Security
Strong security with industry-standard practices and features like hardware security modules, secure key storage, and audit logging.
Flexible deployment
Flexible deployment options on-premises, cloud, or hybrid to meet diverse organizational needs.
Manageability
User-friendly interface for administrators to manage timestamp requests, monitor performance, and configure settings.
Elasticity
Scalability through the use of container orchestration and automatic scaling features.