The UAE's National Encryption Policy Has Exposed a Bigger Challenge for the Physical Security Industry

When the UAE Cybersecurity Council announced the National Encryption Policy v1.0, much of the industry focused on one phrase: post-quantum cryptography.

For many, it sounded like a policy aimed squarely at IT departments, government networks and encryption specialists. In reality, its impact is likely to be far broader. It raises important questions for anyone involved in designing, specifying, procuring or operating technology across the built environment.

The conversation is no longer just about protecting data. It's about ensuring the technologies we deploy today remain trusted throughout their operational life.

For the physical security industry, that could represent one of the most significant shifts we've seen in years.

Physical Security Has Become Digital Infrastructure

Modern security systems are no longer isolated devices recording video onto a local recorder. Today's cameras, access control systems, intercoms and video management platforms are connected, authenticated and increasingly integrated with wider enterprise and operational technology environments.

Every one of those connections relies on cryptography.

Device identities are established using digital certificates. Firmware is digitally signed. Secure boot verifies software integrity before a device starts. Communications between cameras, servers, cloud platforms and mobile applications are encrypted using protocols such as TLS.

For years, these technologies have largely remained hidden behind the scenes.

Consultants have rightly focused on operational requirements such as image quality, coverage, resilience and system performance, whilst cybersecurity has often been viewed as the responsibility of the IT department.

That distinction is becoming increasingly difficult to maintain.

Regulations Are Evolving at Different Speeds

The UAE already benefits from well-established physical security regulatory frameworks.

Requirements published by organisations such as SIRA and ADMCC have significantly improved the consistency, quality and resilience of security system design across the region. They define how systems should perform, how long evidence should be retained, minimum technical standards and installation requirements.

These frameworks have undoubtedly raised the standard of physical security. However, cybersecurity has evolved rapidly over the last decade.

Today's conversations extend well beyond password policies and encrypted communications. They include secure development practices, software supply chains, vulnerability disclosure, firmware assurance, hardware roots of trust and now, planning for the transition towards post-quantum cryptography.

This creates an interesting situation.

National cybersecurity policy is beginning to define the future direction of trusted digital infrastructure, whilst many physical security standards continue to focus primarily on operational performance.

Neither approach is wrong. They have simply evolved from different starting points.

The question is whether those two worlds are now beginning to converge.

Procurement Is About to Change

The National Encryption Policy does not require manufacturers to replace every product currently deployed across the UAE.

Nor does it suggest that today's encryption algorithms suddenly become obsolete.

Instead, it changes the questions organisations should be asking when selecting technology.

Historically, procurement teams might have asked:

·         Does it meet the required performance specification?

·         What is your best price?

And occasionally this might have been extended to:

·         Does the product support HTTPS?

·         Is communication encrypted?

Increasingly, those conversations may become:

·         How are cryptographic keys managed throughout the product lifecycle?

·         Can digital certificates be updated remotely?

·         Does the manufacturer operate a mature vulnerability disclosure programme?

·         Is the platform cryptographically agile?

·         What is the organisation's roadmap towards post-quantum cryptography?

Those are fundamentally different procurement questions.

They are less concerned with what a product can do today and far more interested in how it will remain secure over the next ten plus years.

The Challenge for Manufacturers

For leading manufacturers, this is unlikely to be solved by releasing a single new product.

Post-quantum readiness extends across entire technology ecosystems.

Cameras, access control systems, video management software, certificate management, cloud platforms, APIs and firmware update mechanisms all need to evolve together.

Manufacturers with mature cybersecurity programmes, secure development lifecycles and long-term firmware support are likely to be well positioned to respond.

Others may find themselves needing to demonstrate far greater transparency around how their products will adapt as cryptographic standards continue to evolve.

The conversation is moving beyond features and specifications. It is becoming a discussion about long-term digital trust.

A Question the Industry Has Yet to Answer

Perhaps the most interesting question raised by the National Encryption Policy has nothing to do with encryption itself.

It is this:

Who owns cybersecurity within a physical security project?

Is it the security consultant?

The IT consultant?

The cyber consultant?

The client CISO?

Or the manufacturer?

Historically, responsibilities have often been shared, and sometimes assumed.

As physical security systems become increasingly connected to enterprise networks and critical infrastructure, that approach may no longer be sufficient.

Looking Ahead

The UAE has consistently demonstrated its ambition to lead in digital transformation, smart cities and critical infrastructure resilience.

The National Encryption Policy should not be viewed simply as another cybersecurity regulation. It is an indication of where technology governance is heading.

For the physical security industry, the next generation of specifications should no longer be judged solely on image quality, analytics or operational resilience. They will also be judged on how effectively they demonstrate long-term cyber resilience, cryptographic agility and trust.

The real significance of the National Encryption Policy may not be the encryption algorithms it eventually introduces.

It may be that it marks the point where cybersecurity and physical security stop being treated as separate disciplines and begin to converge into a single assurance framework for the built environment.

A Final Thought

Not every technology vendor will be equally prepared for this transition.

Some manufacturers have spent years investing in secure development practices, vulnerability disclosure programmes, firmware lifecycle management and cryptographic agility. For them, the National Encryption Policy is likely to reinforce a journey that is already well underway.

For others, the challenge may be significantly greater. Demonstrating long-term compliance with evolving cryptographic standards requires sustained investment, technical capability and a clear product roadmap. Not every manufacturer will choose to make that investment, and perhaps they don't need to. There will always be markets where cost, functionality or basic compliance remain the primary purchasing drivers.

The UAE has made it clear that cyber resilience is becoming a strategic national priority. As a result, the conversation is no longer simply about whether a product meets today's specification. It is about whether the manufacturer can be trusted to support that product throughout its operational life and adapt as security requirements continue to evolve.

For consultants, integrators and end users, this reinforces the importance of due diligence. Ask difficult questions. Look beyond the datasheet. Understand the vendor's cybersecurity strategy, product support commitments and long-term roadmap.

Ultimately, when you select a technology partner, you are not simply buying a device.

You are placing your trust in that organisation's ability to keep your systems secure, compliant and resilient for years to come.