Companies from around the world and various industries are moving towards digital signing to comply with regulations, expedite business processes, and reduce operational costs.
By adopting secure electronic signing processes, companies are able to reduce waiting time, save money, provide copies to all parties, create archives, increase security through digital encryption, and meet compliance requirements.
Protecting digital signatures from compromise requires mechanism to secure the cryptographic keys at the heart of the digital signatures themselves. If the cryptographic keys associated with the digital signatures are in any way compromised, the entire Bankline Direct infrastructure will be compromised. For this reason, many organizations use hardware security modules (HSMs) to protect the private keys used for secure electronic signatures.
To ensure the validity of DNS services, DNSSEC employs public key cryptography to digitally sign DNS messages. Therefore, to realize the security required, robust protection of private signing keys is vital.
Building a trusted smart grid requires robust security solutions that can be easily deployed at the communication and application layers of the smart grid infrastructure.
Today, many software marketplaces, including mobile app stores, require code to be compliant with specific digital signing requirements. In order to effectively secure private keys used in code signing, it is vital for organizations to leverage hardware security modules (HSMs).
Digital signatures, powered by encryption and public key infrastructure (PKI), represent the means for establishing trust in electronic invoices.
As organizations move from paper toward digital business processes and initiatives, Thales PKI solutions are secure, portable, and simple-to-use solution that streamlines business processes and reduces the time and costs associated with traditional paper-based document signing. Thales users can digitally sign documents, files, forms, and transactions anywhere using SafeNet Certified based solutions as the Secure Signature Creation Device (SSCD) to ensure compliance with regulatory requirements, and seamlessly transition towards a paperless office environment.
Versatile and compact, entry-level 10 Mbps-1 Gbps network encryptors provide security without comprising network performance.
Addressing the security and performance demands of the largest, most performance-intensive environments, including those of enterprises, government agencies, and cloud service providers, the CN6000 Series encryptors offer variable-speed licenses up to 10 Gbps.
