Keyfactor Certificate Management: How It Works and Why Enterprises Need It Now - Rusted Certificate Solutions for Education, Training & Business

Digital certificates are the foundation of trust in modern enterprise networks. Every server, device, application, and AI agent that communicates over your infrastructure relies on certificates to verify its identity. Yet most organizations have hundreds of thousands of these certificates spread across on-premises systems, cloud environments, and DevOps pipelines — with no central view of where they are, when they expire, or who owns them.

Keyfactor certificate management solves exactly this problem. It gives security teams a single platform to discover, automate, and govern every certificate across the enterprise — eliminating the outages, compliance failures, and security incidents that come from managing certificates manually. Whether you are evaluating your first certificate lifecycle automation solution or looking to modernize an aging PKI infrastructure, this article gives you everything you need to make an informed decision.

What Is Keyfactor Certificate Management?

Keyfactor is an industry leader in digital trust for modern enterprises. At its core, Keyfactor certificate management is a platform-level approach to handling every phase of a digital certificate’s existence — from issuance and deployment to renewal and revocation — through automation, centralized visibility, and policy governance.

Table of Contents

<cite index=”28-1″>Certificate Lifecycle Management (CLM) is a discipline that coincides with PKI but has its own set of rules and protocols, focused on the discovery, management, and monitoring of digital certificates. Certificate management is usually concerned only with certificates issued by mutually trusted Certificate Authorities (CAs). Once the digital certificates have been issued, they must be managed diligently through their entire validity period.</cite>

<cite index=”24-1″>Keyfactor gives security teams visibility and control over the identities and cryptography that secure every digital interaction, so your business keeps running — uninterrupted.</cite>

The platform is trusted by 40% of Fortune 500 companies and addresses a growing challenge: as machine identities multiply across cloud, DevOps, IoT, and AI environments, the complexity of keeping them secure and current grows exponentially. The old way — spreadsheets, calendar reminders, and manual renewals — simply does not scale.

Why Keyfactor Certificate Management Matters in 2025

The business case for enterprise certificate management has never been stronger. The numbers tell a sobering story.

Key industry statistics:

<cite index=”27-1″>86% of organizations experienced certificate outages in the past year, with one out of ten organizations facing costly disruptions on a weekly basis.</cite>
<cite index=”42-1″>Keyfactor research found risks in 18% of ALL certificates used online, uncovering widespread vulnerabilities in certificates with long lifespans, missing key usage fields, and unsanctioned domain usage.</cite>
<cite index=”38-1″>In the past two years, organizations have faced an average of three certificate-related incidents — primarily from certificate outages, expirations, failed audits, and PKI misconfigurations. It takes an average of 3 hours to identify the cause of certificate-related incidents and another 3 hours to fix it, often involving about eight team members.</cite>
<cite index=”38-1″>Keyfactor’s 2024 PKI & Digital Trust Report revealed more than a 40% surge in IoT, BYO mobile devices, and other devices used in company networks, significantly increasing cyber risk and expanding entry points for attacks.</cite>

These are not theoretical risks. Certificate outages have taken down critical systems at major financial institutions, telecommunications companies, and government agencies. Every one of those incidents could have been prevented with proper certificate lifecycle management.

“Certificates are the backbone of trust, but only when issued, managed, secured, and governed properly.” — Ted Shorter, CTO and Co-Founder, Keyfactor

The Seven Stages of Certificate Lifecycle Management

Understanding how Keyfactor certificate management works starts with understanding the full lifecycle of a digital certificate. <cite index=”28-1″>There are seven stages of certificate lifecycle management.</cite> Keyfactor automates and governs each one.

Stage 1: Certificate Discovery

<cite index=”28-1″>Certificate discovery is the process by which the entire network infrastructure is reviewed to determine where each certificate is installed and to verify if it is implemented correctly.</cite>

Many organizations discover — often during an incident — that they have thousands of certificates they did not know existed. Keyfactor’s discovery engine scans across on-premises systems, cloud environments, hybrid infrastructure, and third-party CAs to build a complete, real-time inventory.

Stage 2: Certificate Issuance

Once a device or application needs a certificate, the request must go through an approved CA. <cite index=”28-1″>Obtaining a certificate through a trusted CA is a fairly straightforward process. If you ask a CA to issue a certificate, you must include your public key and some information about yourself. The CA will then produce the certificate and return it.</cite>

Keyfactor simplifies this with self-service workflows and API-based issuance, making it easy for DevOps and infrastructure teams to get certificates without bypassing security controls.

Stage 3: Certificate Deployment

Once issued, a certificate must be correctly installed and bound to the right applications, servers, or devices. Deployment errors — wrong certificate, wrong binding, misconfigured chain — are a leading cause of outages even when renewal happens on time.

Stage 4: Certificate Monitoring

Active monitoring tracks expiration dates, compliance status, algorithm strength, and policy adherence across the entire certificate estate. Keyfactor’s Command Risk Intelligence capability provides real-time risk scores and alerts before problems become outages.

Stage 5: Certificate Renewal

<cite index=”35-1″>Automated renewal workflows handle certificate regeneration, validation, and distribution without human intervention — eliminating the highest-volume manual activity in the certificate lifecycle.</cite>

Stage 6: Certificate Revocation

When a private key is compromised or a certificate is no longer needed, it must be immediately revoked. Keyfactor supports Certificate Revocation Lists (CRLs) and OCSP to ensure revoked certificates are no longer trusted.

Stage 7: Certificate Retirement

Certificates tied to decommissioned systems or expired use cases must be formally retired. Without tracking, orphaned certificates create ghost identities that can be exploited.

Keyfactor Certificate Management: Core Products and Capabilities

Keyfactor’s platform covers the full spectrum of certificate management needs through several integrated products.

Keyfactor Command: Certificate Lifecycle Automation

Keyfactor Command is the flagship product for enterprise certificate management. <cite index=”32-1″>Keyfactor Command is a software solution that focuses on automating tasks related to Public Key Infrastructure (PKI) and machine identity management. It can automatically discover all the devices and applications on your network that require machine identities, and allows you to centrally manage all your certificates and machine identities from a single platform.</cite>

Core capabilities of Keyfactor Command:

Capability	What It Does
Certificate Discovery	Scans all infrastructure to find every certificate, known or unknown
Lifecycle Automation	Automates issuance, renewal, revocation without manual steps
Self-Service Workflows	Lets teams request certificates through a secure, governed interface
CA Agnostic Support	Works with public, private, and cloud-based CAs from one platform
API-First Architecture	Integrates with DevOps tools, key vaults, IoT devices, and more
Risk Intelligence	Delivers dynamic risk scores and prioritized remediation insights
Policy Governance	Enforces certificate standards and compliance controls at scale
Post-Quantum Readiness	Supports NIST-standardized post-quantum algorithms

Keyfactor EJBCA: Enterprise PKI Platform

EJBCA (Enterprise Java Beans Certificate Authority) is Keyfactor’s open-source-rooted, enterprise-grade PKI platform. <cite index=”40-1″>EJBCA provides full capabilities for managing your certificate lifecycles, from powerful profiles to advanced administrative workflows to ensure that your organization retains control and oversight of your certificates. Keyfactor tools allow administrators to easily revoke and renew certificates, ensuring that lost keys are immediately contained and that your organization suffers no downtime.</cite>

Keyfactor AgileSec Analytics: Cryptographic Visibility

AgileSec Analytics scans systems to detect vulnerable cryptographic assets. <cite index=”27-1″>Keyfactor AgileSec Analytics enhances cryptographic visibility by scanning systems to detect vulnerable assets and reporting findings directly into vulnerability response workflows, enabling security and IT teams to instantly prioritize and remediate cryptographic exposures, reduce compliance gaps, and strengthen trust across digital services.</cite>

SSH Key Manager

Beyond TLS/SSL certificates, Keyfactor also manages SSH keys. <cite index=”23-1″>The SSH Key Manager allows organizations to centrally deploy, control, and manage cryptographic keys across cloud and virtual environments, eliminating SSH key sprawl and enforcing tight access controls.</cite>

Keyfactor Certificate Management Deployment Options

One of the strongest differentiators of Keyfactor certificate management is deployment flexibility. Organizations are not forced into a single architecture — they can run Keyfactor however and wherever their infrastructure demands.

Available deployment models:

On-Premises: Replace spreadsheets and legacy tools with the most flexible and scalable certificate lifecycle automation solution running in your own data center.
Certificate Lifecycle Automation as a Service (CLAaaS): Integrate Keyfactor Command as a service with your on-premises private PKI.
Fully Managed Cloud PKI: Get a fully managed private PKI combined with certificate lifecycle automation in a single-tenant cloud platform.
SaaS Digital Signing and Discovery: <cite index=”31-1″>AgileSec is now also available as a SaaS offering, accelerating deployment and time-to-value. These offerings allow organizations to deploy enterprise-grade PKI and signing capabilities without managing on-premises infrastructure, while improving scalability and lowering operational burden.</cite>

This range of options means that organizations at any stage of cloud maturity can benefit from Keyfactor — whether they are running a fully on-premises Active Directory infrastructure or operating entirely in Azure or AWS.

The ROI of Keyfactor Certificate Management: Forrester Data

The financial case for Keyfactor certificate management is backed by independent research. <cite index=”36-1″>A Forrester Total Economic Impact™ (TEI) study found that organizations deploying Keyfactor realized a 356% return on investment (ROI) and $9.9 million in net present value (NPV) over three years, with payback in under six months.</cite>

The numbers behind that ROI are equally compelling:

<cite index=”36-1″>According to the study, Keyfactor enabled the composite organization to:

Save up to 12,000 hours on new certificate provisioning
Reduce renewal time by nearly 25 minutes per certificate
Avoid more than 6,600 hours of certificate deployment effort</cite>

<cite index=”34-1″>The Forrester study documented benefits growing from $4.25 million in Year 1 to $5.08 million in Year 2 and $6.18 million in Year 3. This growth is structural. As more certificates migrate onto the platform and the overall certificate estate grows 8 to 12% annually, each additional automated certificate compounds the time savings.</cite>

Forrester TEI Study Summary

Metric	Result
ROI	356%
Net Present Value (NPV)	$9.9 million
Payback Period	Less than 6 months
Year 1 Benefits	$4.25 million
Year 2 Benefits	$5.08 million
Year 3 Benefits	$6.18 million
Hours Saved on Provisioning	Up to 12,000 hours
Renewal Time Reduction	~25 minutes per certificate
Hours Avoided on Deployment	6,600+ hours

<cite index=”34-1″>Payback occurs in less than six months. Benefits begin accumulating as soon as the first certificates are automated, before the full rollout is complete.</cite>

Keyfactor Certificate Management and ServiceNow Integration

For enterprises running ServiceNow as their IT operations platform, Keyfactor’s integrations bring certificate management directly into existing workflows. <cite index=”27-1″>With the integration, IT and security teams can request, renew, and revoke certificates from any public, private, or cloud-based certificate authority directly from ServiceNow. Workflow automation helps ensure certificate approvals, notifications, and expirations — all of which can lead to costly outages — are optimally managed by consolidating operations within familiar ServiceNow interfaces.</cite>

The integration includes three major components:

Keyfactor Command + ServiceNow ITSM: Certificate lifecycle actions — request, renewal, revocation — are published as catalog items with governance and approval built in.
Keyfactor EJBCA + ServiceNow ITOM: Certificates can be requested, renewed, and revoked directly from EJBCA using the ACME protocol, natively integrated through ServiceNow ITOM.
Keyfactor AgileSec Analytics + ServiceNow Vulnerability Response: Cryptographic vulnerabilities are surfaced directly into ServiceNow’s vulnerability management workflows for prioritized remediation.

“Keyfactor’s integration with ServiceNow will empower customers to streamline workflows, enhance efficiency, and unlock new value on the ServiceNow AI Platform.” — Alix Douglas, GVP, Partner Solutions, ServiceNow

Command Risk Intelligence: Next-Generation Certificate Risk Management

<cite index=”26-1″>Keyfactor unveiled Command Risk Intelligence, a new capability for managing certificate risks, pitched as a world first with unmatched visibility into every certificate in use. Users can identify and mitigate certificate-related risks before they disrupt business operations.</cite>

The most common certificate risks uncovered in Keyfactor’s research include:

Certificates with long lifespans: 1 in every 13 certificates has a lifespan of more than two years
Certificates without key usage: 1 in every 25 certificates — without a key usage field, anyone holding the private key can be trusted
Certificates with negative serial numbers: 1 in every 27 certificates
Unsanctioned domain usage: Could indicate shadow IT or active phishing attacks

<cite index=”26-1″>Command Risk Intelligence addresses these concerns by providing security teams with enhanced visibility, risk insights, and actionable intelligence to mitigate certificate-related threats before they disrupt business operations. The capability integrates with the world’s largest internet certificate database to give teams visibility of all known and unknown certificates, ensuring a more comprehensive security posture.</cite>

Post-Quantum Readiness: The Next Frontier for Certificate Management

One of the most forward-looking aspects of Keyfactor certificate management is its investment in quantum-safe cryptography. Traditional encryption algorithms — the ones securing most certificates today — will eventually be rendered vulnerable by quantum computing.

<cite index=”31-1″>Keyfactor is expanding support for hybrid cryptographic models that combine classical and quantum-safe algorithms, enabling organizations to begin transitioning without disrupting existing environments. Enhancements across PKI and digital signing workflows help protect long-term trust in software, devices, and signed documents while maintaining compatibility with today’s environments.</cite>

Keyfactor already supports NIST-standardized post-quantum algorithms across its full product suite, and its platform is designed with crypto-agility — the ability to swap cryptographic algorithms without redesigning entire systems — as a core architectural principle.

Case Study: How Real Organizations Use Keyfactor Certificate Management

GRENKE: Eliminating Certificate Outages Through Self-Service PKI

<cite index=”25-1″>GRENKE’s presentation at Keyfactor Connect 2024 provided a real-world example of the trials and tribulations of achieving PKI success. Olaf Rohleder, Systems Engineer at GRENKE, shared how his team eliminated bottlenecks and reduced outages due to expired certificates by implementing Keyfactor Command.</cite>

The session highlighted a common pattern: before Keyfactor, certificate renewals required manual intervention from a specialized team. After implementing Keyfactor Command’s self-service workflows, GRENKE’s broader IT teams could request and provision certificates independently — with all approvals, governance, and compliance checks automated in the background.

Telecom Organization: PKI Modernization in Months, Not Years

<cite index=”34-1″>One telecom organization moved quickly to EJBCA, transitioning core PKI infrastructure on a timeline that defied the previously held belief that it would take multiple years to complete. The team dedicated five internal resources at roughly 75% of working hours during that period, deploying EJBCA for PKI infrastructure and Keyfactor Command for certificate lifecycle automation.</cite>

The key was a phased approach: prioritize certificates closest to expiration first, demonstrate immediate value, and expand coverage incrementally. This strategy prevented imminent outage risks while building organizational confidence in the new platform.

Keyfactor Certificate Management vs. Manual Certificate Tracking

Many organizations still rely on spreadsheets, calendar alerts, or legacy tooling to track certificates. Here is how that approach compares to the Keyfactor platform.

Factor	Manual/Spreadsheet Approach	Keyfactor Certificate Management
Certificate Discovery	Incomplete, dependent on human knowledge	Automated scanning across all environments
Renewal Process	Manual CSR generation, emails, human errors	One-click or zero-touch automated renewal
Visibility	Siloed, team-by-team	Single pane of glass across all CAs and environments
Outage Risk	High — renewals missed, certificates expire	Low — proactive alerts, automated renewals
Scale	Breaks down above ~500 certificates	Handles millions of certificates
Compliance	Requires manual audits	Automated compliance reporting and enforcement
Post-Quantum Readiness	None	Hybrid model support, NIST PQC algorithm support
Cost	Low upfront, high hidden labor cost	Positive ROI in under 6 months (Forrester)

How to Pick the Right Certificate Management Solution

<cite index=”25-1″>Whatever solution you choose, be sure it offers comprehensive visibility, lifecycle automation, ecosystem integration, and robust policy governance.</cite>

Here is a practical checklist for evaluating certificate management platforms:

✅ Full discovery — Can it find certificates from all CAs, not just your primary one?
✅ CA agnostic — Does it work with Microsoft ADCS, DigiCert, Entrust, Let’s Encrypt, and others?
✅ Automation depth — Does it support ACME, SCEP, and EST protocols for automated issuance?
✅ Deployment flexibility — On-prem, cloud, hybrid, or SaaS?
✅ Integration breadth — Does it connect to your ITSM, DevOps pipelines, cloud platforms?
✅ Post-quantum support — Is it preparing for the transition to quantum-safe algorithms?
✅ Audit and compliance — Does it generate reports for frameworks like NIST, ISO 27001, DORA, and NIS 2?
✅ Proven ROI — Is the financial value backed by independent research?

Keyfactor meets all of these criteria. <cite index=”34-1″>Organizations do not need to replace existing certificate authorities to use Keyfactor. Keyfactor integrates with existing certificate authorities, including Microsoft ADCS. Organizations typically run Keyfactor alongside legacy infrastructure during a gradual transition rather than performing a disruptive rip-and-replace migration.</cite>

Keyfactor Certificate Management and Broader Security Certifications

Organizations managing digital certificates at scale are also typically operating within formal security frameworks. If your team is working toward information security standards such as WC Certificate requirements or broader compliance mandates, Keyfactor’s governance and audit capabilities directly support those efforts. The platform maintains certifications and compliance with the world’s leading regulatory and security frameworks — making it a natural fit within a layered security program.

Getting Started With Keyfactor Certificate Management

The path to automated, centralized certificate management does not have to be overwhelming. Organizations that have successfully deployed Keyfactor recommend a phased approach:

Phase 1 — Discovery and Inventory Run a full certificate discovery scan to understand what you have. Most organizations are surprised by how many certificates they find.

Phase 2 — Prioritize High-Risk Certificates Identify certificates closest to expiration or with known vulnerabilities. Automate renewals for these first to deliver immediate value and reduce outage risk.

Phase 3 — Expand Automation Coverage Gradually onboard additional certificate types, CAs, and environments. Publish self-service catalog items so teams can get certificates through governed workflows.

Phase 4 — Enforce Policy and Compliance Set policies for certificate lifespans, key lengths, and approved CAs. Use compliance reporting to satisfy auditors and demonstrate a strong cryptographic posture.

Phase 5 — Prepare for Post-Quantum Inventory your cryptographic algorithms, identify vulnerable assets, and begin transitioning to hybrid or quantum-safe models where the risk is highest.

Ready to Transform Your Certificate Security? Start with Keyfactor Certificate Management

If your team is still managing certificates manually — or worse, discovering expired certificates after an outage — now is the time to act. Keyfactor certificate management gives you the visibility, automation, and governance you need to protect every machine identity across your enterprise.

With a proven 356% ROI, payback in under six months, and deployment flexibility that fits any environment, Keyfactor is the trusted choice for enterprises serious about digital trust.

👉 Request a personalized Keyfactor certificate management demo and see first-hand how the platform discovers, automates, and secures every certificate in your environment.

Frequently Asked Questions About Keyfactor Certificate Management

What is Keyfactor certificate management?

Keyfactor certificate management is an enterprise platform for discovering, automating, and governing digital certificates and PKI infrastructure. It provides a single control plane for managing certificates from any Certificate Authority across on-premises, cloud, and hybrid environments. The platform eliminates manual processes, reduces outage risk, and enforces policy compliance at scale.

How does Keyfactor certificate management help prevent certificate outages?

<cite index=”23-1″>Keyfactor gives teams the power to stay one step ahead of certificate outages with end-to-end visibility and certificate lifecycle automation — knowing where all certificates live, when they expire, and who owns them before outages start.</cite> Automated renewal workflows trigger before expiration, and real-time monitoring alerts teams to certificates approaching their end of life.

What types of certificates does Keyfactor manage?

Keyfactor manages TLS/SSL certificates, code signing certificates, IoT device certificates, user and machine identity certificates, SSH keys, and certificates issued by both public and private CAs. It supports all major certificate standards and protocols including ACME, SCEP, EST, and CMP.

Does Keyfactor certificate management replace existing certificate authorities?

No. <cite index=”34-1″>Keyfactor integrates with existing certificate authorities, including Microsoft ADCS. Organizations typically run Keyfactor alongside legacy infrastructure during a gradual transition rather than performing a disruptive rip-and-replace migration.</cite>

What is the ROI of implementing Keyfactor certificate management?

<cite index=”36-1″>A Forrester Total Economic Impact™ study found that organizations deploying Keyfactor realized a 356% return on investment (ROI) and $9.9 million in net present value (NPV) over three years, with payback in under six months.</cite>

Can Keyfactor certificate management scale for large enterprises?

Yes. <cite index=”35-1″>Keyfactor’s platform allows organizations to scale certificate volumes tenfold without proportionally growing their team. Automated renewal workflows, end-to-end deployment automation, and a consolidated platform across all CAs are designed for enterprise scale.</cite>

How does Keyfactor support post-quantum cryptography readiness?

<cite index=”31-1″>Keyfactor is expanding support for hybrid cryptographic models that combine classical and quantum-safe algorithms, enabling organizations to begin transitioning without disrupting existing environments.</cite> The platform also supports NIST-standardized post-quantum algorithms and provides cryptographic discovery to identify algorithm exposures across the infrastructure.

What integrations does Keyfactor certificate management support?

Keyfactor integrates with ServiceNow (ITSM and ITOM), Microsoft ADCS, HashiCorp Vault, DevOps pipelines, cloud platforms (AWS, Azure, GCP), IoT platforms, key vaults, and hundreds of other enterprise tools through its API-first architecture.

Is Keyfactor certificate management available as a cloud service?

Yes. Keyfactor offers multiple deployment options including fully managed cloud PKI, Certificate Lifecycle Automation as a Service (CLAaaS), and SaaS-based digital signing and cryptographic discovery. Organizations can choose on-premises, hybrid, or full cloud deployment depending on their requirements.

How long does Keyfactor certificate management implementation take?

<cite index=”34-1″>A telecom organization moved quickly to EJBCA, transitioning core PKI infrastructure on a timeline that defied the previously held belief that it would take multiple years to complete. The team dedicated five internal resources at roughly 75% of working hours during a four-month implementation phase.</cite> A phased approach — starting with high-risk certificates — delivers value from the first automated renewal.

Citation: Keyfactor. “What is Certificate Management?” Keyfactor Education Center. Accessed July 2026. https://www.keyfactor.com/education-center/what-is-certificate-management/

Citation: Forrester Consulting. “Total Economic Impact™ Study: Keyfactor Delivered 356% ROI and $12.7 Million in Benefits Over Three Years.” February 2026. https://www.keyfactor.com/press-releases/total-economic-impact-study-finds-keyfactor-delivered-356-roi-and-12-7-million-in-benefits-over-three-years-for-enterprises-with-payback-in-under-six-months/