Routing and delivery
Network
Network planning for media delivery.
Choose a port for peak demand, then check the route from the server to your audience. The diagram illustrates a primary and secondary path, not a map of live BryskBits infrastructure.
Network selection
Six checks before moving traffic
Use these questions to evaluate the network behind a package, particularly when location or a specific audience ISP is a purchase requirement.
Route origin
If you manage your own prefixes, ask which ASN will originate them and which routing records you need before a cutover.
Audience networks
Identify the ISPs that carry most of your viewers. A fast route to one ISP does not establish performance to another.
Physical location
Confirm the server location in writing if latency, residency or procurement rules constrain where your service runs.
Mitigation scope
Check which addresses and protocols are protected, any per-service limits and what happens when those limits are reached.
Test target
Ask for an authorized target on the selected network. A test to a website served through a CDN measures a different path.
Peak-hour latency
Record destination, time zone, packet loss and round-trip time during busy hours. Compare repeat samples, not just the lowest result.
Port options
Choose a dedicated port for your traffic
Engineering review
What we need before a network quote.
Traffic shape
sustained Gbps, peak Gbps, packets per second, protocol mix
Audience
viewer regions, source locations, upstream providers, critical ISPs
Handoff
port speed, interface delivery, IP allocation, BGP needs, private VLANs
Operations
monitoring, abuse process, failover expectations, maintenance windows
Talk to network engineering
Send your traffic model and launch requirements. We will separate confirmed scope from assumptions before you buy.
Contact engineeringQuestions & answers
Routing and network selection
Browse all topicsHow do I compare routes for my viewers?
Identify the access networks and regions that matter, then compare measurements taken at similar times from those networks. An average from a distant test server may not describe the viewer experience.
Does a secondary route protect against every outage?
No. Route diversity may protect a path, but it cannot restore a failed application, storage array or origin. Plan network failover and application recovery separately.
Is port capacity the same as mitigation capacity?
No. Port speed describes the server connection. Mitigation concerns traffic filtering upstream. Ask about coverage for the selected package rather than treating a network-wide figure as clean bandwidth.
Do more hops make a network faster?
No. Hop count is not a speed score. Compare end-to-end delay, loss and throughput from the same audience networks at busy times.
What happens if one stream cannot fill a large port?
A single flow can be limited by endpoint processing, distance or congestion. Compare one-flow and multi-flow tests, then repeat with the actual application.