Thawte SSL Webserver Multi-Domain Wildcard is a business-class SSL certificate that combines wildcard functionality and multi-domain support, providing a comprehensive solution for organizations managing extensive network infrastructures. As a product of the renowned Thawte company, recognized as a pioneer in the field of SSL certificates, this certificate guarantees the highest level of trust and global acceptance by most web browsers and mobile devices. This certificate uses advanced cryptographic technologies, offering support for both elliptic curve cryptography (ECC) and traditional RSA encryption. ECC provides a higher level of security while reducing server load and resource consumption, which is especially important in environments requiring high performance. RSA encryption, thanks to its proven reliability, remains compatible with a wide range of applications and devices, allowing flexible implementation in various IT environments.
Thanks to the wildcard function, the Thawte SSL Webserver Multi-Domain Wildcard certificate allows for the simultaneous protection of an unlimited number of subdomains, which significantly simplifies certificate management in large organizations. Additionally, support for multiple domains (SAN) enables protection of different domains from a single certificate, which translates into efficiency and optimization of security management costs. As part of Thawte’s quality commitment, the certificate is covered by a solid financial guarantee of $1,250,000, which protects website owners from potential financial losses resulting from possible security breaches related to the certificate. This guarantee is a testament to the trust Thawte has in its products and its commitment to delivering top-class solutions.
Thawte SSL Webserver Multi-Domain Wildcard is a versatile, reliable and high-performance SSL solution that meets the rigorous requirements of modern Internet security standards, guaranteeing comprehensive protection of data in motion and full compliance with the latest TLS encryption protocols.