SOLUTIONS

Design the path around the business.

The right primitive depends on traffic shape, failure tolerance and where your users or workloads live.

Build a stable egress and multi-cloud path without hiding the routing decisions.

Keep latency predictable, absorb hostile traffic and scale for the peak rather than the average.

Give each critical site a managed edge, a redundant option and a clear service boundary.

Recommended bundle

Compose a path that matches the failure mode.

Transit and peering to shape the path.

DIA and cloud handoffs at the right facility.

DDoS response around the address space.

Signals for the team that operates it.

ARCHITECTURE CHOICES

Scenario	Primary risk	Recommended path	Proof to request
Multi-cloud SaaS	Unstable egress or route opacity	Cloud Connect + Transit IP	Facility, VLAN, BGP policy
Live game launch	Peak traffic and hostile flows	Transit IP + DDoS Protect + Peering	Mitigation mode, RTT, capacity
Distributed enterprise	Single-site failure	DIA + backup + Cloud Connect	Primary/backup handoff, SLA
Data center expansion	Late cross-connect delivery	Transit IP + Peering / IX	LOA/CFA, port, delivery date

WORKING METHOD

Where does traffic enter, exit and concentrate? Which flows are latency-sensitive?

What should happen when a port, facility, upstream or protected prefix changes?

Confirm the facility, port, VLAN, routing method and accountable owner.

Agree on telemetry, maintenance notice, escalation and acceptance tests.

Yes. The bundle is shaped around the route and failure mode, then validated per facility.

Performance figures should be requested by region and path; public claims are only made from verified data.

Every proposal names the handoff, delivery owner and operating escalation path.

Share sites, bandwidth, regions and timeline. Network engineering will map the practical next step.