A digital certificate management system is a computer application that maintains digital certificates and allows authorized users to authenticate that certificate. Users may require digital certificates for a number of reasons, such as creating a virtual terminal, emailing information, or digitally signing documents. Digital certificates are usually issued through email with a link back to the source computer. This ensures that the digital certificate has been created at the precise moment it should be, without any delays.

The key benefit of digital certificates is that they are not tampered with when they travel from source computer to recipient computer. The point of the digital certificates is to provide evidence that the information contained in them was created at the precise moment it should have been, and without any manipulation. The system removes all potential for these certificates to be altered, modified, or destroyed either during or after transmission. The goal of the digital certificate management system is to gather, standardize, simplify, and then streamline the digital certificate ordering process and make sure that security, authenticity, and availability of digital certificates is maintained throughout the whole life-cycle of certificates.

It is important to understand the entire digital certificates lifecycle, from creation to distribution. The digital certificates lifecycle begins with issuer acceptance and installation. Once installed, the client-side software creates the first set of digital certificates, stores them, and sends a confirmatory email to the sender. When the sender confirms the email, the next set of digital certificates are downloaded from the issuer and installed on the client’s computer.

startups of the digital certificate management system is that it allows businesses to track all of their assets, including both issued and outstanding certificates. The system makes it easy for an administrator to determine whether a particular asset should be removed from the business case or not. This provides an instant measure of the effectiveness of the security measures being employed. The two most commonly used types of asset tracking include: asset tracking and asset recovery.

Asset tracking is one of the key elements of the digital certificate management lifecycle. This involves activities that directly relate to the security of the organization and the corresponding asset class. startups during the digital certificate lifecycle include installation, distribution, retrieval, validation, and return. Each of these activities is an independent function. However, it is common for some or all of these activities to be performed in a series in order to achieve the overall objectives of the lifecycle.

Distribution includes tasks such as distributing digital certificates to end-users via email, PABX, cellular phone, network interface, or Internet. Validation involves a series of tests that verify that the digital certificate provided by the issuer is what was advertised by the issuer. Recovery typically includes retrieving digital certificates from offline storage devices, computers that were rebooted, or from remote locations. It also includes tests that verify the identity and validity of a digital certificate to ensure that it matches what was advertised by the issuer.

Recovery includes the ability to extract or override digital certificates. Digital signatures are the algorithm that is used to create digital certificates. A digital signature is digitally signed using a public key and a private key. A digital certificate creator will generate a public key and a private key. A digital certificate creator will then encrypt the public key into the binary format specified by the organization and the digital certificate will be converted to a readable file.

Digital certificate management automation is necessary in this age of automation because issuing certificates is now done by so many different third parties. This makes it difficult for a user to determine whether a given application is trusted or not. Certificate automation makes it easier for IT administrators to automate the process and reduce human error. Many organizations are automating their entire certificate lifecycle and are seeing improved security, increased security, reliability, compliance, cost reduction and time saved.