Vertical: Seaport
Application: Port automation, real-time crane and vehicle connectivity, workforce communications
Ecosystem: Omantel
Private Network: 5G
Summary
Omantel has partnered with the Port of Salalah to deploy Oman’s first managed private 5G network. Built on a standalone 5G core, the network is designed to connect hundreds of devices simultaneously – cranes, vehicles, equipment, and workforce applications – across the full port footprint. Delivered as a managed service with guaranteed 99.9% availability, the deployment is expected to serve as a model for similar projects across Oman’s ports, logistics hubs, and industrial zones, in alignment with the country’s Oman Vision 2040 digital development goals.
A Landmark Deployment for Oman’s Maritime Sector
The Port of Salalah is one of the most active container transshipment hubs in the Arabian Sea, and it has just become home to Oman’s first managed private 5G network for a port environment. The project, announced through a formal agreement between Omantel and the Port of Salalah, marks a significant step in Oman’s push to build a more technology-driven maritime and logistics sector.
The deployment involves a dedicated 5G standalone (SA) private core network supported by upgraded mobile sites to provide comprehensive coverage across the entire port. The solution is not a pilot or proof of concept – it is a production-grade infrastructure built to handle the full demands of a major working port, delivered under a fully managed service model.
What the Network Needs to Do
Ports are among the most challenging environments for wireless connectivity. Dense concentrations of metal, constant movement of heavy equipment, and the operational need for simultaneous connections across a large geographic area all create conditions that push conventional wireless technologies to their limits.
The Port of Salalah requires a communications platform capable of supporting hundreds of simultaneous connections while integrating with systems already in place across the facility. Real-time data exchange across cranes, vehicles, equipment, and workforce applications is not a future goal – it is the operational baseline the network needs to support from day one.
To meet those demands, the solution includes ruggedized customer premises equipment designed specifically for harsh industrial environments, along with 600 SIMs configured to support a wide range of connected devices and applications. This scale of SIM provisioning signals that the network is built for broad device coverage from the outset, rather than a narrow initial use case.
5G Standalone Architecture and What It Enables
The choice of a 5G standalone architecture rather than a non-standalone (NSA) approach is significant. A standalone 5G core operates independently of LTE infrastructure, delivering the full performance characteristics of 5G – including lower latency and network slicing capabilities – rather than treating 5G as a radio layer on top of a 4G core.
For a port environment, that architecture matters. The ability to prioritize specific traffic types – safety communications versus sensor telemetry versus video feeds, for example – can have real operational consequences. Standalone 5G provides the flexibility to configure the network around operational priorities, not just coverage requirements.
The network is also designed for resilience. It will be monitored continuously through Omantel’s Network Operations Center and Business Call Center, with a guaranteed uptime of 99.9%. For a port that cannot afford unplanned downtime, that service level commitment is as important as the underlying technology.
The Managed Service Model
One of the defining features of this deployment is its delivery as a fully managed service. Rather than the Port of Salalah owning and operating the network infrastructure directly, Omantel assumes responsibility for the network’s performance and availability.
This model shifts the operational burden from the port to the telecom operator and is increasingly common in private network deployments at ports and industrial sites. It allows an enterprise to gain the benefits of dedicated, high-performance wireless connectivity without needing to build the internal expertise required to manage a cellular network. In return, the operator takes on accountability for delivering the agreed service levels.
Steven Yoogalingam, Chief Executive of the Port of Salalah, pointed to the importance of reliable connectivity as the port continues to modernize: “As we continue to modernize our operations and embrace automation, reliable and high-performance connectivity becomes essential to our success. The 5G private network will allow us to validate new capabilities, enhance real-time decision-making, and strengthen the resilience of our operations.”
Automation and Decision-Making at the Core
The stated operational benefits of the deployment centre on two themes: automation and decision-making. Both depend on the network’s ability to move data reliably, quickly, and at scale.
Automation in a port context typically involves the coordination of cranes, yard trucks, and other equipment – often with a mix of autonomous and human-operated assets working in close proximity. That coordination requires low-latency, high-reliability connectivity, because a communication failure in an automated workflow has consequences that ripple through the entire terminal operation.
Real-time decision-making, meanwhile, depends on data arriving when it is still actionable. Whether that means monitoring equipment health, tracking cargo movements, or managing workforce deployment, the value of the data is tied directly to how quickly it can be acted upon. A network built for high-throughput, low-latency performance is the foundation that makes that kind of operational intelligence possible.
Aladdin bin Abdullah Bait Fadhil, Chief Executive of Omantel, described the broader intent behind the deployment: “Through the deployment of advanced private 5G infrastructure, we are enabling smarter operations, greater efficiency and sustainable growth while empowering people with technologies and capabilities needed to thrive in a digital economy.”
A Template for Wider Adoption Across Oman
The Port of Salalah deployment is described by both parties as a foundation for wider adoption of private 5G networks across Oman. The expectation is that lessons learned here – in terms of network design, device integration, service management, and operational impact – will inform future deployments at other ports, logistics hubs, and industrial zones around the country.
That ambition aligns with Oman Vision 2040, the country’s long-term development strategy, which includes building a more competitive and technology-driven economy. Private cellular networks in critical infrastructure sectors represent one concrete path toward that goal – moving beyond consumer 5G coverage to connectivity that drives measurable industrial outcomes.
The region has seen growing momentum in this space. Morocco’s first private industrial 5G network went live at the Nador West Med industrial hub in early 2026, while the Gulf has seen deployments across energy and manufacturing sectors. Oman’s port-focused deployment adds a new reference point for the region’s evolving private network landscape.
Frequently Asked Questions
Q: Why was a 5G standalone core chosen over a non-standalone approach for the Port of Salalah?
A 5G standalone (SA) core operates independently of LTE infrastructure, which means the network delivers the full performance characteristics of 5G rather than treating 5G radio as a layer on top of a 4G core. For a port environment handling hundreds of simultaneous connections across cranes, vehicles, equipment, and workforce applications, an SA architecture provides the latency, reliability, and traffic prioritisation capabilities needed to support both current automation requirements and future use cases as they develop.
Q: What does a managed service model mean for the Port of Salalah, and what does Omantel commit to?
Under the managed service model, Omantel takes on full responsibility for the network’s performance rather than the port owning and operating the infrastructure directly. This includes continuous monitoring through Omantel’s Network Operations Center and Business Call Center, with a committed service level of 99.9% availability. The port gains dedicated, high-performance connectivity without needing to build internal cellular network management expertise, while Omantel is accountable for delivering the agreed uptime and performance.
Q: How does this deployment connect to Oman’s broader national development goals?
The project is explicitly linked to Oman Vision 2040, the country’s long-term strategy for building a more competitive, technology-driven economy. Both Omantel and the Port of Salalah have described the deployment as a foundation for wider adoption of private 5G across Oman’s ports, logistics hubs, and industrial zones. By establishing a production-grade reference deployment at one of the country’s most significant maritime facilities, the project is intended to demonstrate the viability of the model and accelerate uptake across comparable sites.
