IP transit

What it is

IP Transit provides reachability to the global internet through a carrier that exchanges routes with the customer using BGP.

Why it matters

It is used when an organization requires routing control, provider diversity, multi-homing or internet connectivity for data-center and service-provider environments.

What shapes the design

• Interconnection location
• Autonomous system and address resources
• BGP and filtering policy
• Capacity and redundancy

QMTS delivery scope

We define ASN and addressing requirements, design BGP policy, coordinate carrier sessions, configure edge routing and validate route propagation and resilience.

Customer deliverables

Operational BGP peering with documented prefixes, routing policy, redundancy and escalation procedures.

Typical use cases

Data centers, hosting platforms, large enterprises, service providers and organizations running multi-homed internet edge architectures.

Delivery lifecycle

• 01 Requirements discovery and current-state assessment.
• 02 Architecture, dependencies and implementation planning.
• 03 Technical specification, configuration baseline and delivery preparation.
• 04 Implementation, integration, testing and controlled commissioning.
• 05 As-built documentation, operational handover and managed support where required.

Before we start

To scope a project, describe the goal, users and sites, current systems, timing constraints and desired outcome. Solution scope and service terms are defined after assessment.