As modern enterprises embrace the DevOps movement, maintaining Infrastructure as Code (IaC) is increasingly becoming an industry-standard practice. IaC refers to the management and provisioning of technology infrastructure through automated, repeatable processes rather than manual ones. By tracking configuration instructions – such as operating system versions, network settings, and the like – similarly to application source code, organizations can make improvements to their infrastructure in a declarative and deterministic manner. Eliminating repetitive and error-prone steps from software deployment processes allows enterprises that practice IaC to iterate more quickly, efficiently, and effectively.
Anwendung von IaC auf PKI
With the benefits of this approach being so stark, a natural question to ask would be “where else can I apply IaC principles?” There remain many places where it can drive value for organizations, with one of the clearest examples being in the automated provisioning and maintenance of Public Key Infrastructure (PKI) certificates.
Eine moderne PKI und ein leistungsfähiges Zertifikatsverwaltungssystem sind zwar notwendig, um diesen Weg überhaupt in Betracht zu ziehen, aber eine solche Plattform benötigt auch umfangreiche Anwendungsprogrammierschnittstellen (APIs), um die Interaktion mit vorhandenen IaC-Tools zu erleichtern. Durch die Entwicklung von Skripten und Workflows mit Ansible, Puppet oder ähnlichen Angeboten können Unternehmen komplexe Prozesse orchestrieren, einschließlich der Bereitstellung und des Austauschs von PKI-Zertifikaten.
Obwohl sie einige einzigartige Merkmale aufweisen, sind PKI-Zertifikate einfach eine andere Art von Infrastruktur, was die Verwendung von "Certificates-as-Code" zu einer praktikablen Option macht. Eine solche Verwaltung von Zertifikaten mit IaC-Praktiken kann erhebliche Vorteile in Bezug auf Sicherheit, Zuverlässigkeit und Wartbarkeit bieten.
Erhöhung der Sicherheit
PKI certificates are a bedrock layer for protecting global internet communications. By facilitating encrypted communications with Transport Layer Security (TLS), they ensure the confidentiality and integrity of emails, financial transactions, and other network traffic. Furthermore, they facilitate the identification and authentication of individual users and machines, preventing malicious actors from impersonating others.
Their inherent utility, however, has made them a ubiquitous feature of every network and organization. The explosion in the number of connected Internet of Things (IoT) devices, as well as the solidification of Zero Trust architectures as a cybersecurity best practice, have both led to a massive increase in the number of PKI certificates required. As a result, organizations can find themselves overwhelmed by the sheer volume of certificates they need to manage.
Maintaining appropriate security requires periodic rotation of certificates, and manual processes are almost certain to break down under this burden. This is an even more common issue today due to recent decisions by many browsers to stop accepting certificates with expiration periods longer than thirteen months. Finally, attempting to mitigate the problems caused by certificate proliferation through techniques such as deploying “wildcard” certificates can itself create security gaps.
Given these cybersecurity challenges, the best solution is to automate the lifecycle of your PKI infrastructure using IaC practices. Being able to generate certificates on demand, especially via an integrated Certificate Authority (CA), is critical to facilitating this. Fortunately, EJBCA Enterprise allows just this. Additionally, on top of securing your enterprise, IaC-capable solutions can also improve reliability and reduce maintenance costs.
Verhinderung von Ausfällen
The majority of organizations face outages costing millions of dollars due to their certificates expiring, a trend that is likely to continue due to the aforementioned reduction in TLS certificate lifespans. Home-grown solutions, however, whether spreadsheet-driven or applications developed in house, have a poor track record when it comes to avoiding these types of mishaps. Only with a fully automated system can you have confidence in your infrastructure’s reliability. In addition to accessible APIs and current enrollment protocols, appropriate solutions must be capable of real-time certificate discovery and end-to-end machine identity management to ensure your infrastructure is secure and up-to-date. By implementing Certificate-as-Code practices using a dedicated certificate lifecycle management, enterprises can minimize costly downtime that results from certificate expiration and rotation requirements.
Abschaffung der "Mühsal"
Finally, even without the risk of an outage, applying IaC practices to your PKI and certificates can provide major benefits by reducing maintenance costs. IaC practices support maintainability in general, due to the fact that time-consuming manual workflows can be tracked, modified, and triggered at scale rather than one-by-one. As the saying goes, “treat servers and software like cattle, not pets.” By applying this mindset to certificate management, organizations can treat them as interchangeable commodities instead of unique snowflakes requiring laborious upkeep, saving time and effort. By minimizing “toil,” industry leaders can free their teams to work on higher-value activities.
Especially since it takes approximately one full-time employee to manage 100 PKI certificates manually, these cost savings can add up rapidly. Furthermore, by being able to rotate and manage your PKI infrastructure more rapidly, you can focus on delivering products and services to your customers rather than on tedious IT tasks. To facilitate this level of seamless automation, however, you will need software with ready-to-deploy integrations. A CA like EJBCA Enterprise facilitates the automated generation of certificates, allowing your organization to manage PKI operations at scale. When connected with Keyfactor Command, these tools deliver centralized visibility, policy control, and automation for all certificates, regardless of where they live or where they are issued from.
Die Vorteile von IaC nutzen
Moderne Technologen haben IaC als optimale Lösung für die Bereitstellung und den Betrieb von software erkannt und ermöglichen Unternehmen eine schnellere und effizientere Wertschöpfung. Durch die Speicherung von Infrastrukturkonfigurationen in versionskontrollierten Repositories, die Skripterstellung komplexer Vorgänge mithilfe eines deklarativen Ansatzes und die Orchestrierung von Netzwerkwartung und -upgrades durch API-basierte Integrationen sind Unternehmen in der Lage, große Mengen an zuvor notwendiger manueller Arbeit einzusparen. Mit einem API-ausgestatteten Zertifikatsverwaltungssystem können Unternehmen diesen Ansatz auch auf ihre PKI-Infrastruktur anwenden, indem sie Certificates-as-Code einsetzen. Solche fortschrittlichen Ansätze bieten große Vorteile in Bezug auf Sicherheit, Zuverlässigkeit und Wartungsfreundlichkeit, die die Anfangsinvestitionen für ihre Implementierung schnell amortisieren.
Ready to learn more? Contact us to discover how Keyfactor Command, EJBCA Enterprise, and other offerings can help you start saving time and money by implementing IaC practices for full-spectrum PKI management.
Die Quelle abonnieren
Stay secure with Keyfactor's monthly newsletter, packed with expert insights and practical steps for quantum-readiness.
