解决方案
围绕业务设计网络路径。
合适的网络原语取决于流量形态、故障容忍度以及用户或工作负载所在的位置。
推荐产品组合
Compose a path that matches the failure mode.
Route
Transit and peering to shape the path.
Connect
DIA and cloud handoffs at the right facility.
Protect
DDoS response around the address space.
Observe
Signals for the team that operates it.
ARCHITECTURE CHOICES
Match the bundle to the failure mode.
| 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
From traffic shape to operating plan.
Map the traffic
Where does traffic enter, exit and concentrate? Which flows are latency-sensitive?
Declare the failure
What should happen when a port, facility, upstream or protected prefix changes?
Choose the handoff
Confirm the facility, port, VLAN, routing method and accountable owner.
Rehearse operations
Agree on telemetry, maintenance notice, escalation and acceptance tests.
Can one solution use multiple Fizp products?
Yes. The bundle is shaped around the route and failure mode, then validated per facility.
Do you publish guaranteed latency?
Performance figures should be requested by region and path; public claims are only made from verified data.
Who owns the next step?
Every proposal names the handoff, delivery owner and operating escalation path.
How do we start?
Share sites, bandwidth, regions and timeline. Network engineering will map the practical next step.