Unlock success with our Certificate Lifecycle Management – where security meets simplicity, and every certificate gets a VIP treatment from creation to expiration!
While certificates offer several advantages, it's important to note that the effectiveness depends on proper implementation, management, and ongoing security practices.
An effectively structured PKI hierarchy is essential for trustworthy, scalable, and streamlined certificate management, including renewal within infrastructure. This setup allows for precise access control, risk reduction through isolation, and tailored policy implementation across organizational units. The hierarchy ensures compliance with regulations, simplifies the handling of certificate renewals and revocations, and facilitates straightforward auditing and monitoring processes. Its flexibility empowers organizations to adapt to evolving infrastructure demands, establishing a secure and adaptable framework for managing digital certificates seamlessly within the infrastructure landscape.
The need to automate the renewal of certificates, and hence to exclude humans in the renewal process thereby eliminating any human errors, is fueled by the decision of Google to enforce a shortened maximum lifespan of 90 days of public certificates (as of the beginning of 2025). Not having fully automated certificate renewal processes will yield a drastic increase of risk of having expired certificates as of 2025, since all your certificates will have to be renewed every 90 days or less. Depending on your order of magnitude of the number of public certificates within your organisation, this may become a cumbersome or even impossible task to repeat every 90 days. The main driver of Google to enforce this new policy is to limit the exposure time of compromised certificates.
Proactive management prevents service disruptions due to expired certificates and mitigates the financial impact of security indicents caused by them.
Streamlined and automated processes save time and resources for IT teams and reduce operational costs associated with manual certificate lifecycle management.
Timely replacing certificates reduces the risk of security breaches. Further, certificates protect your sensitive data from fraud and theft, thereby preventing cyber attacks.
Automated certificate lifecycle management not only bolsters security but also contributes to establishing and maintaining trust and reputation for an organization.
A well-structured PKI hierarchy in infrastructure management is pivotal for maintaining flexibility in certificate handling, especially during renewal processes. This hierarchy enables organizations to adapt swiftly to evolving needs and technologies. It empowers precise access control, minimizes risks via isolation, and facilitates policy implementation tailored to various infrastructure components.
Short-lived digital certificates offer a proactive approach to security, aligning with modern best practices in cybersecurity. They provide a dynamic and responsive method to safeguard digital communications, ensuring that encrypted data remains secure and private, even in a rapidly changing digital landscape. The shorter the certificate lifespan, the less exposure once compromised.
Software vaults provide a secure, efficient, and compliant way to manage secret keys, crucial for maintaining the integrity and confidentiality of sensitive data in digital environments. Specifically, the software vaults store and manage certificates, private keys and other sensitive cryptographic material securely. These vaults are essential in safeguarding digital certificates.
A decentralised approach to digital certificate inventory, audit, and central governance is essential for maintaining the security, compliance, efficiency, and integrity of digital communications and transactions. It enables organizations to manage their digital certificates effectively in an increasingly complex and risk-prone digital environment.