From the Floor at LEAP 2026: Saudi Arabia Has Moved Beyond Digital Transformation
Walking the halls of LEAP 2026 in Riyadh this week, one thing is particularly clear.
The technology conversation in Saudi Arabia has moved on.
For years, digital transformation was largely about putting more services online, moving applications to the cloud and using technology to improve existing ways of working.
Those things still matter.
But from the conversations, technologies and ideas on display at LEAP, they increasingly feel like the starting point rather than the destination.
Artificial intelligence is naturally everywhere. But the more interesting discussion is what comes next: AI at scale, intelligent organisations, cloud and data infrastructure, cybersecurity, automation, smart cities and increasingly connected physical environments.
The question is no longer simply:
“How do we digitise the business?”
It is becoming:
“How do we build organisations and infrastructure capable of operating intelligently at scale?”
For Saudi enterprises, that is a much bigger question.
And underneath almost every answer sits something less glamorous, but increasingly important:
infrastructure.
Saudi Arabia Has Already Built the Digital Foundations
Saudi Arabia enters this next phase from a strong position.
Vision 2030 has driven sustained investment in digital infrastructure and technology adoption across the Kingdom.
Digital government has advanced rapidly. Cloud adoption has increased. Connectivity has expanded. Data has become increasingly important to both public and private-sector organisations.
At the same time, some of the world’s most ambitious developments are being built across the Kingdom.
The next stage is therefore less about introducing digital technology and more about extracting greater value from it.
That distinction is important.
As Saudi Arabia moves further into AI, automation and increasingly connected physical infrastructure, the challenge changes from digital adoption to digital scale.
LEAP Reflects the Change in the Conversation
That shift is visible at LEAP.
AI attracts the headlines, but it is increasingly being discussed alongside cloud infrastructure, data, cybersecurity, industrial systems, smart cities and connected devices.
These technologies cannot really be separated.
An intelligent application needs data, and that data needs to come from somewhere. Users need reliable access to applications, while machines, sensors and buildings need to communicate with cloud platforms and other systems. Distributed operations also need to remain visible and manageable. The more intelligent the application layer becomes, the more important the infrastructure underneath it becomes.
The more intelligent the application layer becomes, the more important the infrastructure underneath it becomes.
The New Question Is How Technology Operates at Scale
A successful technology pilot is one thing.
Operating technology across hundreds of locations, thousands of devices or millions of interactions is another.
This is particularly relevant in Saudi Arabia because of the sheer scale and diversity of development taking place.
A network may support an individual enterprise.
But it could equally support a university campus, industrial development, hospitality destination, healthcare environment or large mixed-use project.
It may extend across multiple buildings.
It may include indoor and outdoor environments.
It may connect people alongside cameras, sensors and operational systems.
And it may need to be managed centrally from somewhere hundreds of kilometres away.
At that scale, the question is no longer simply whether technology works.
It is whether it can be deployed, managed, secured and operated consistently.
AI at Scale Is Also an Infrastructure Story
AI is perhaps the clearest example.
It is easy to think about artificial intelligence primarily as software.
But deploying AI at meaningful scale depends on a much wider environment.
That wider environment includes computing and cloud infrastructure, data, cybersecurity, applications and connectivity, ultimately linking the people, machines, sensors and devices that generate and consume information.
A useful way of thinking about this is:
AI infrastructure → cloud and data platforms → enterprise networks → users and connected devices
Each layer depends upon the others.
Saudi Arabia can build enormous AI computing capability centrally.
But enterprises still need reliable ways of accessing it.
And information from the physical world still needs reliable ways of reaching the platforms that will analyse and use it.
That makes enterprise connectivity part of the wider AI infrastructure story.
The Edge of the Network Is Becoming Much Bigger
Enterprise networks were once relatively easy to define.
They connected computers, printers, phones and servers.
Today, the edge of the network can include almost anything.
Today, the edge of the network can include access points, cameras, sensors, displays, building systems, industrial equipment, access-control and point-of-sale systems, asset-tracking technologies, employee and customer devices, and an expanding range of IoT equipment.
This changes network design.
The requirements of those devices vary considerably. Some use very little bandwidth while others generate large amounts of traffic; some are mobile while others remain connected continuously; and infrastructure may need to support equipment both indoors and outside in demanding physical environments.
The enterprise network is increasingly becoming the connectivity layer between the digital and physical organisation.
This Does Not Mean Every Saudi Business Needs WiFi 7
Major technology trends can create pressure to upgrade everything.
That is rarely the right approach.
WiFi 7 offers important advances in wireless capacity, efficiency and performance.
For new Saudi developments, high-density environments and locations expected to experience significant growth in wireless demand, those capabilities can be highly relevant.
But WiFi 6 remains entirely appropriate for many enterprise applications.
The objective should not be to install the newest technology simply because it exists.
It should be to understand what the organisation is trying to achieve and build infrastructure appropriate to that requirement.
Technology strategy should follow business strategy, not the other way around.
The Network Behind the WiFi Still Matters
Wireless connectivity is the part of the network most users notice.
But access points do not operate independently.
They connect into switches and depend on Ethernet or fibre infrastructure, often with Power over Ethernet. Traffic then has to move through the wider network to applications that may sit in the cloud or a data centre, while remote locations can introduce additional backhaul requirements.
A high-performance access point connected to inadequate switching simply moves the bottleneck.
Enterprise network planning therefore needs to consider the complete path from the device to the application rather than treating WiFi as an isolated technology purchase.
Saudi Networks Increasingly Extend Beyond the Building
The scale and nature of Saudi development creates another infrastructure requirement.
Connectivity frequently needs to extend outside conventional indoor environments.
Campuses, industrial facilities, hospitality destinations, public spaces, remote buildings and large mixed-use developments can all require connectivity beyond conventional indoor environments.
These locations can require outdoor wireless coverage, ruggedised network infrastructure and different approaches to backhaul.
Fibre remains appropriate for many permanent connections.
But there are also situations where excavation is difficult, disruptive or slow.
Point-to-point and point-to-multipoint wireless technologies can provide additional ways of extending network connectivity across distributed sites.
The important point is that enterprise infrastructure increasingly needs to be designed around the whole physical environment, not simply the communications room.
Managing the Network May Become Harder Than Building It
As networks become larger and more distributed, another challenge emerges.
Operations.
Installing hundreds of network devices is one task.
Managing them for the next five or ten years is another.
IT teams need visibility and consistent configuration. They need to know when equipment is unavailable, understand where users are experiencing problems and add new locations without recreating the network each time. Ideally, they should also be able to identify and resolve many problems without sending an engineer to site.
This is why centralised network management becomes increasingly valuable.
The benefit is not simply technical convenience.
It is operational scale.
Resilience Becomes More Important as the Economy Becomes More Digital
Successful digital transformation creates dependency.
When a business process becomes digital, connectivity matters more.
When an application moves to the cloud, connectivity matters more.
When cameras, sensors or operational systems become networked, connectivity matters more.
And when AI becomes integrated into everyday operations, the infrastructure carrying the data becomes more important again.
Network availability is therefore no longer simply an IT performance metric.
In many organisations, it is becoming directly connected to operational availability.
Senior management should understand where important dependencies exist.
What happens when a network component fails?
Which operations are affected?
Are there single points of failure?
Can the problem be identified remotely?
How quickly can service be restored?
These questions increasingly belong within business-continuity planning.
Beyond Digital Transformation
Perhaps the most interesting message we take away from LEAP 2026 is that the technology conversation in Saudi Arabia is becoming more mature.
Digital transformation itself is no longer particularly remarkable.
The Kingdom has already created substantial digital capability.
The next challenge is using technology at greater scale and turning that capability into sustained economic and operational value.
AI and cloud will be part of that next stage, alongside connected buildings, IoT, automation and increasingly intelligent infrastructure.
Underneath them will remain the networks that allow people, applications, machines and data to communicate.
At EICT Technology, we see our role as helping Saudi organisations and technology partners build that underlying infrastructure.
Working with IO by HFCL, EICT can support this next phase with enterprise WiFi 6 and WiFi 7, indoor and outdoor connectivity, managed and ruggedised switching, wireless backhaul and centralised network management through IO Canvas
But after spending time at LEAP this week, the technology itself is not the biggest takeaway.
The more important question is:
What does the next stage of Saudi Arabia’s technology transformation require businesses to do differently?
Increasingly, the answer will be less about becoming digital.
It will be about making digital infrastructure work intelligently, reliably and at scale.
Frequently Asked Questions About Enterprise Infrastructure in Saudi Arabia
What is LEAP 2026?
LEAP is Saudi Arabia’s major international technology event, bringing together technology companies, investors, policymakers, enterprises and technology leaders in Riyadh. The 2026 programme covers areas including artificial intelligence, cloud and data infrastructure, cybersecurity, smart cities and emerging technologies.
How is Saudi Arabia’s digital strategy changing?
Saudi Arabia continues to invest in digital capability, but the emphasis is increasingly moving towards scale, economic impact and long-term value creation. The latest PIF strategy similarly emphasises competitive domestic ecosystems, investment efficiency and greater private-sector participation.
Does AI require businesses to upgrade their networks?
Not automatically. Infrastructure requirements depend on the AI applications being deployed, how data is generated and processed, cloud usage, device numbers and the organisation’s wider digital strategy.
Do Saudi enterprises need WiFi 7?
Not every organisation requires WiFi 7. It can be particularly relevant for new developments, high-density environments and applications with increasing wireless capacity requirements. WiFi 6 remains suitable for many enterprise deployments.
Why is centralised network management important?
Large organisations can operate across multiple buildings and geographically distributed locations. Centralised management can improve visibility, configuration consistency, troubleshooting and deployment of new infrastructure.
Why are outdoor and ruggedised network solutions relevant in Saudi Arabia?
Many Saudi projects extend across campuses, industrial sites, hospitality destinations and other outdoor or demanding environments. Network equipment should be selected according to the physical and environmental conditions in which it will operate.
Who provides IO by HFCL enterprise networking solutions in Saudi Arabia?
EICT Technology works with IO by HFCL to support enterprise networking opportunities, customers and projects in Saudi Arabia.
