HID Global

After a week at Identiverse 2026 — filled with customer meetings, sessions and countless hallway conversations — one thing became clear: Identity is no longer just a technology discussion — it’s becoming an operational discipline. As organizations adopt passwordless authentication, the primary challenge is no longer deployment — it’s managing credentials at scale across users, devices and environments.

In government environments, identity is not simply a checkpoint. It is part of the infrastructure that keeps services moving. When identity systems do not perform reliably, processing slows, manual intervention increases and operational risk rises. That matters across essential processes — from civil ID enrollment and benefits delivery to border control and national identity programs — where performance directly affects outcomes.

Research Reveals 94% of Enterprises Claim They Can Revoke Employee Access Within 24 Hours, Yet 35% experienced delays or failures in the past two years Identiverse, Las Vegas, June 15, 2026 — The FIDO Alliance and HID, a global enabler of trusted identity solutions, today released The State of Physical and Digital Identity in the Enterprise, a new research report examining how organizations manage physical and logical access across their workforces.

In your access control system, where does encryption happen? At the reader mounted on an exterior wall, or at a controller in a secured, interior location? Typically, readers handle encryption — they decrypt credentials locally and send access decisions to controllers. But a different model has entered the conversation, at least in Europe: transparent architecture. What is Transparent Architecture? "Transparent architecture" sounds like it could mean many things. Transparent to whom? About what?

In hospitality and laundry operations, linen management is often treated as “good enough” until hidden inefficiencies begin to impact costs, service quality, and staff productivity. The reality? If you don’t have full visibility over your linen, you’re likely losing money every single day, without even realizing it. RFID linen tracking is the key to regaining control and eliminating these hidden losses.

It’s a busy Friday evening. One employee is covering multiple self-checkout lanes when an age check stops a transaction. The queue builds. In self-service retail, this isn’t just a momentary delay. When age verification relies on manual inspection, variability increases — slowing transactions and making enforcement harder to sustain. As mobile driver’s licenses (mDLs) begin to appear at the point of sale, that friction is now more visible — and harder to manage at scale.

Digital banking teams are under pressure to deliver fast, seamless experiences without compromising on security or compliance. Yet authentication and fraud controls often slow delivery due to complex integrations and ongoing maintenance. HID Strong Customer Authentication (SCA), now natively integrated into Temenos Digital Banking, removes this bottleneck.

Somewhere in a hospital or lab right now, a clinician is fumbling with a badge, or a PIN or password just to get to work. In 2026, that's starting to change. The trend in healthcare access control is the migration from device-centric security to identity-centric, mobile-first architectures, where digital identifiers are stored on smartphones or smartwatches.

Zero Trust Access Control in Healthcare Environments For healthcare security and compliance leaders, “audit-ready” may refer to weeks of frantic log gathering, manual spreadsheet reconciliation and the uneasy hope that nothing was missed. But what if being audit-ready was a continuous state of operations? This is the promise of Zero Trust access control, a foundational architecture that transforms the audit process into a simple verification of an already secure system.

When the pandemic pushed organizations into widespread hybrid work, the traditional notion of a “workplace” dissolved almost overnight. What had once been a fixed, physical environment became a dynamic, distributed network of people, devices, and locations. At the same time, AI became broadly accessible to everyone — including attackers. Today, these two forces have fundamentally reshaped the threat landscape.