The Digital Trust Deficit: Why Enterprises Are Flying Blind

LONDON, UK – June 02, 2026 – A silent crisis is unfolding inside the digital infrastructure of the world’s largest corporations. It’s not a sophisticated new malware or a state-sponsored cyberattack, but a fundamental failure of visibility. According to a landmark study released today, only 34% of organizations have a complete and current inventory of their digital certificates—the very bedrock of online trust. This gaping blind spot is leaving the majority of businesses dangerously exposed to catastrophic outages, security breaches, and an inability to adapt to the next generation of technology.

The report, titled ‘PKI Under Pressure: The Tipping Point for Modernization,’ was commissioned by digital trust leader DigiCert and conducted by independent research firm Omdia. Surveying over 400 senior technology leaders, the findings paint a stark picture of a system stretched to its breaking point. As digital ecosystems grow exponentially more complex, the manual, siloed methods once used to manage trust are no longer just inefficient; they are a direct threat to business continuity.

When Trust Expires: The High Cost of a Single Certificate

For the uninitiated, a digital certificate is like a passport for a device or service on a network, verifying its identity and enabling secure, encrypted communication. When this passport expires, access is denied. The consequences are not theoretical. Nearly three-quarters (74%) of organizations surveyed reported being very or extremely concerned about outages caused by expired certificates, a fear grounded in a history of high-profile failures.

In 2022, an expired software certificate at telecommunications giant Ericsson triggered a massive outage that left millions of mobile users across the UK and other countries without service. Similarly, a 2020 global outage of Microsoft Teams was traced back to a single, forgotten authentication certificate that had expired. These incidents, along with others that have plagued companies from Google to LinkedIn, demonstrate how a simple administrative oversight can cascade into a multi-million-dollar problem, causing widespread service disruption, reputational damage, and a frantic scramble by IT teams.

This isn't just about preventing downtime. A landscape littered with unmanaged certificates creates dark corners where security risks fester. Without a complete inventory, companies cannot ensure that all certificates meet current security standards, nor can they quickly revoke compromised ones in the event of a breach, effectively leaving a door open for attackers.

The Sprawl of Machines and the Pressure on PKI

The root of the crisis is twofold: an explosion in the number of machine identities and the accelerating pace of digital business. The infrastructure that manages these identities, known as Public Key Infrastructure (PKI), is buckling under the pressure. Yesterday’s enterprise network was a well-defined castle with a few hundred servers. Today’s is a sprawling, borderless ecosystem of cloud instances, IoT devices, software containers, and mobile endpoints, each requiring its own unique, trusted identity.

The DigiCert report reveals that this “certificate sprawl” is a top concern for 74% of leaders. The old method of tracking certificates on a spreadsheet—a practice still used in some form by 47% of organizations—is an exercise in futility. Compounding the issue, industry standards are pushing for shorter certificate lifespans to improve security, turning a once-annual task into a constant, high-velocity churn.

Faced with this reality, the industry is at an inflection point. The report found that about 80% of organizations are either implementing or planning PKI modernization initiatives. A further 76% now consider centralized management of their certificates to be business-critical or highly important. The ad-hoc, decentralized approach is being abandoned for a new model built on visibility and control.

From Chaos to Control: The Push for Intelligent Trust

As the challenges have mounted, so have the solutions. The drive for modernization is fueling investment in automated Certificate Lifecycle Management (CLM) platforms. These systems act as a central command center for digital trust, providing a single pane of glass to discover, manage, issue, and renew every certificate across the enterprise, from a server in a legacy data center to a microservice in a multi-cloud environment.

“Organizations are reaching a tipping point,” said Lakshmi Hanspal, Chief Trust Officer at DigiCert, in the company's announcement. “Certificate sprawl, shrinking certificate lifespans, and growing machine identity complexity have pushed manual PKI management past its limits. The shift that needs to happen is clear, centralized platforms that unify policy, automation, and oversight are becoming the foundation for preventing outages and managing trust at scale.”

This shift is already yielding significant returns. Of the organizations that have begun modernization, 64% report improved automation of the certificate lifecycle, and 60% are already experiencing fewer certificate-related outages. By replacing manual effort and guesswork with automated intelligence, companies are not only mitigating risk but also freeing up critical IT resources to focus on innovation rather than firefighting.

The Next Frontiers: Securing AI and Defeating Quantum Threats

Even as organizations race to solve today’s certificate management crisis, new challenges are appearing on the horizon. The report highlights that a significant majority—between 72% and 75%—believe PKI will play a key role in securing the burgeoning world of artificial intelligence. As AI agents and models become autonomous actors within corporate networks, establishing their identity and ensuring the integrity of their communications will be paramount. The same principles of trust underpinning human and device interaction must be extended to this new class of non-human intelligence.

Perhaps the most formidable long-term challenge is the advent of quantum computing. Quantum computers threaten to break the fundamental public-key cryptography that protects virtually all digital information today. While the timeline remains uncertain, the U.S. National Institute of Standards and Technology (NIST) is already finalizing a new suite of quantum-resistant algorithms. Yet, the DigiCert report reveals a concerning lack of preparedness: only 22% of organizations have fully assessed their systems for future cryptographic risks.

This “quantum readiness” gap is the next visibility crisis in waiting. Migrating an entire enterprise to new cryptographic standards is a monumental task that will take years of careful planning and execution. It requires a complete inventory of all cryptographic assets—the very thing most organizations currently lack. The journey toward quantum resilience, therefore, begins with the same step needed to solve today’s outage problem: achieving total, centralized visibility over digital trust. The message is clear: managing digital identity is no longer a simple IT chore but a continuous, strategic imperative for navigating the future of business and technology.