Dedicated Internet Access in Bahrain: When Business Broadband Isn’t Enough

By Tony Chacko, Director of Operations, Northstar Telecom

Business broadband has changed significantly. Fibre services offering hundreds of megabits — and increasingly gigabit speeds — are now widely available, raising a reasonable question for ICT leaders:

When does an organisation actually need Dedicated Internet Access?

The answer is increasingly less about headline bandwidth and more about what sits behind it: committed capacity, symmetry, service assurance, resilience and accountability.

As organisations become more dependent on cloud platforms, international applications, real-time collaboration and distributed IT infrastructure, the internet connection itself becomes part of the organisation’s critical ICT architecture.

The decision between business broadband and DIA should therefore be based not simply on speed, but on the operational role the connection is expected to perform.

When Bandwidth Is No Longer the Differentiator

A 1 Gbps broadband service may offer more headline bandwidth than a lower-capacity DIA circuit.

That doesn’t necessarily make one better than the other.

They address different requirements.

For many organisations, high-quality business fibre broadband provides excellent performance and represents the right balance between capability and cost.

DIA becomes relevant when the organisation requires greater certainty around the capacity, availability and service performance of the connection.

For an ICT leader, the more useful questions are therefore:

• What capacity is actually committed?
• What happens to performance during periods of network congestion?
• Is upstream capacity as important as downstream?
• What availability and restoration commitments apply?
• How critical are the applications using the connection?
• What happens operationally if the service becomes unavailable?

Those questions tell you considerably more about the value of a connection than the headline Mbps figure.

DIA as Part of the Application Architecture

The traditional distinction between the corporate network and the applications running across it is becoming increasingly blurred.

As organisations move business-critical workloads via cloud platforms, the WAN increasingly becomes part of the application architecture.

Connectivity performance and availability can therefore translate directly into application performance and availability.

This is particularly relevant for organisations dependent on:

• Cloud-hosted enterprise applications
• Financial and transactional platforms
• International data centres
• Voice and video communications
• Real-time applications
• Remote and hybrid working
• Centralised applications serving multiple locations

In these environments, predictable connectivity can become an operational requirement rather than simply an IT preference.

Committed Capacity and Predictable Performance

One of the principal reasons for choosing DIA is predictability.

Business broadband is generally delivered as a shared service. Modern fibre broadband can provide extremely high performance, but it isn’t designed around the same committed capacity model as DIA.

Dedicated Internet Access provides an agreed level of bandwidth specifically for the customer, subject to the technical and commercial specification of the service.

This becomes important where application performance depends on consistent network availability and throughput.

The issue isn’t necessarily whether a connection can reach a particular speed.

It is whether the organisation can depend on the required performance when it matters.

Symmetry Matters in a Cloud-First Environment

The way businesses use networks has also changed.

Historically, internet usage was heavily weighted towards downloading information. Modern enterprise environments generate substantial traffic in both directions.

Cloud backup, data replication, video conferencing, file synchronisation, remote access, hosted applications and data transfers can all place significant demands on upstream capacity.

Symmetric DIA provides comparable capacity in both directions.

For organisations regularly transferring significant volumes of information to cloud environments, international data centres or other locations, upstream performance can therefore be just as important as download speed.

Service Assurance and Accountability

For senior ICT teams, one of the most important differences between connectivity services is what happens when something goes wrong.

Where connectivity is business-critical, organisations need clarity around:

• Service availability
• Network monitoring
• Fault response
• Escalation procedures
• Restoration commitments
• Technical support
• Service ownership

A service-level agreement provides the framework, but the wider consideration is accountability.

If an outage simply means slower internet access for a short period, the business impact may be manageable.

If it prevents employees accessing core applications, stops customers transacting or interrupts operational systems, connectivity becomes a business continuity issue.

That changes the level of service assurance the organisation should expect.

What Should ICT Leaders Expect From a Bahrain Telco Providing DIA?

Selecting DIA shouldn’t simply be an exercise in comparing bandwidth and monthly price.

A Bahrain telco providing business-critical connectivity should be able to discuss the service in the context of the customer’s wider network architecture.

That includes understanding:

• Committed bandwidth
• Symmetric capacity
• Static IP requirements
• SLA and availability requirements
• Monitoring and escalation
• Local network architecture
• Data centre connectivity
• International connectivity
• Backup and resilience requirements
• Business continuity objectives

The important question isn’t simply “What circuit can you provide?”

It is “How should this connection fit into the architecture supporting the business?”

The Economics of Resilience

For many organisations, the real design decision isn’t simply DIA versus broadband.

It is how different connectivity services should be combined to achieve the required balance between performance, resilience and cost.

Depending on the organisation, that might mean:

DIA + DIA

for environments requiring high levels of service assurance on both primary and secondary connections.

DIA + Business Fibre

where DIA supports the primary service and high-speed business broadband provides a cost-effective secondary path.

Business Fibre + Business Fibre

where the business impact of an outage doesn’t justify DIA but continuity remains important.

Or a combination of different providers, access technologies and network paths where greater physical diversity is required.

The appropriate architecture depends on the cost of connectivity compared with the cost of downtime.

For ICT leaders, that is ultimately the more useful business case.

Diversity Should Be Designed, Not Assumed

Ordering a second connection doesn’t automatically create resilience.

Two circuits may ultimately share physical infrastructure, network paths, data centre components or other common points of failure.

A resilient architecture should therefore consider what failure the secondary service is actually intended to protect against.

This may include diversity of:

• Access infrastructure
• Network paths
• Service providers
• Technologies
• Data centre infrastructure
• International routes

Not every organisation needs diversity at every level.

The objective is to understand the relevant failure domains and design the network around the business’s tolerance for disruption.

DIA and International Connectivity

For organisations whose critical applications and infrastructure sit outside Bahrain, DIA may only be the first part of the connectivity architecture.

Once traffic leaves Bahrain, international routing, carrier selection, cable routes and latency can all influence end-to-end performance.

A high-quality local DIA connection cannot, by itself, optimise the international path to a critical overseas destination.

Where required, Northstar can therefore combine DIA with dedicated international connectivity, creating an end-to-end solution between the customer in Bahrain and an overseas data centre, cloud environment, corporate network or other destination.

This allows the network to be considered from the application or destination all the way back to the customer, rather than treating local and international connectivity as separate decisions.

When Is DIA Justified?

Not every business needs DIA, and increasingly capable business fibre means organisations should have a clear reason for choosing it.

The case becomes stronger when connectivity directly supports revenue, operational systems, customer experience or access to critical applications.

Useful questions include:

• What is the financial or operational impact of an outage?
• How predictable does network performance need to be?
• Which critical applications depend on the connection?
• What upstream capacity is required?
• What availability and restoration commitments does the business require?
• How much downtime can the organisation tolerate?
• What secondary connectivity architecture is appropriate?

If the consequences of connectivity degradation are limited, business broadband may remain entirely appropriate.

If connectivity has become critical infrastructure, DIA may provide the additional performance assurance and accountability the organisation requires.

Dedicated Internet Access from Northstar Telecom

Northstar Telecom is a licensed telecommunications operator in the Kingdom of Bahrain.

We design and deliver Dedicated Internet Access around the capacity, performance, IP addressing, resilience and service requirements of individual customers.

Where required, DIA can be integrated with our wider connectivity capabilities, including local access, data centre infrastructure, backup connectivity and international connectivity.

Our starting point isn’t simply:

“How many Mbps do you need?”

It is:

“What does the business need this connection to support, and what happens if it isn’t available?”

That provides a much stronger basis for designing the right connectivity architecture.

Choosing the Right Connectivity Architecture

Business fibre continues to become faster and more capable. For many organisations, it provides exactly the connectivity they require.

DIA addresses a different requirement.

It is about committed performance, predictability, service assurance and accountability where connectivity has become critical to business operations.

For ICT leaders, the decision should therefore be less about buying the fastest available connection and more about matching connectivity architecture to business risk.

At Northstar Telecom, we work with organisations to understand that requirement and design connectivity around how their business actually operates.

Better Connections, Smarter Solutions.

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Frequently Asked Questions

What is Dedicated Internet Access (DIA)?

Dedicated Internet Access is a business internet service providing agreed bandwidth and service characteristics designed for organisations requiring predictable connectivity and defined service levels.

What is the difference between DIA and business broadband?

Business broadband is generally a shared-access service and can provide very high speeds at an attractive cost. DIA is designed around committed capacity, predictable performance and business-grade service assurance.

Is DIA faster than business broadband?

Not necessarily. A business broadband connection may have a higher advertised speed than a DIA circuit. DIA’s value is primarily in committed capacity, predictability, symmetry and service levels rather than headline speed alone.

Does DIA provide symmetric bandwidth?

DIA is commonly provided with symmetric upload and download capacity, although the precise specification depends on the service selected.

Do businesses using cloud services need DIA?

Not necessarily. Many cloud applications operate effectively over business broadband. DIA becomes more relevant where cloud applications are business-critical and predictable performance, upstream capacity, availability or service assurance are important.

Can DIA be used with a backup internet connection?

Yes. DIA can be combined with another DIA service, business fibre or another connectivity technology to create a resilient architecture. The secondary connection should ideally be designed around the specific failures it is intended to protect against.

Can DIA be combined with international connectivity?

Yes. Where critical applications or destinations are outside Bahrain, DIA can be combined with dedicated international connectivity to provide greater control over the end-to-end network path, latency, performance and resilience.

Does Northstar Telecom provide DIA in Bahrain?

Yes. Northstar Telecom is a licensed telecommunications operator in Bahrain providing Dedicated Internet Access and wider business connectivity solutions designed around customer requirements for performance, resilience and service assurance.