IP Transit
Connectivity engineered like infrastructure, not sold like a commodity
Our IP transit connects your network to the internet over a backbone we build and operate ourselves. Capacity starts at 1Gbps commits and scales to dedicated 100Gbps ports, available in every facility we operate.
Because we run our own ASN and blend multiple upstream carriers and exchanges behind every port, your connectivity does not depend on any single provider. When a carrier has a bad day, that becomes our routing problem, not your outage.
What is included
Up to 100Gbps per port
Start with a 1Gbps commit and grow to a dedicated 100Gbps port without re-architecting. Short traffic peaks burst above commit without a contract change.
DDoS protection included
Volumetric attacks are detected and filtered before they reach your port. Protection is part of the service, not a paid add-on, and there is no per-attack billing.
Multi-homed BGP network
We operate our own ASN with multiple upstream carriers and internet exchanges. Failovers happen in routing, seconds before anyone would have noticed.
Regional optimization
For latency-sensitive destinations we can prefer specific carriers and exchange points, keeping round-trip times low and stable where your users actually are.
Custom routing and traffic engineering
BGP communities, selective announcements and per-prefix policies are available. Traffic flows the way your architecture expects, because the engineers who run the network configure it with you.
Why Cat Networks
One port, many carriers
You connect once. We blend multiple upstreams behind that port, so carrier diversity is built in rather than something you have to buy and manage separately.
Protection that is always on
DDoS mitigation watches your traffic continuously. There is no activation delay, no emergency hotline to call, and no surprise invoice after an attack.
Engineers you can talk to
Routing changes are made by the people who operate the network. Special requirements are a conversation with an engineer, not a feature request form.
Example of use
A game publisher serving players across East Asia connected its Osaka and Tokyo deployments with dual 10Gbps ports.
Regional optimization keeps round-trip times stable through evening peaks, and the included DDoS filtering absorbs the attacks that follow every major title launch.
- Stable latency for players through nightly peak hours
- Launch-day attacks filtered without emergency mitigation contracts
- One transit provider and one invoice across both cities
What to expect
- Round-trip times that stay stable when traffic peaks
- Attack traffic absorbed quietly, without weekend phone calls
- Capacity upgrades delivered as a port change, not a migration