Build resilient internet connectivity using Border Gateway Protocol. HostGraber BGP Connectivity services can support eligible enterprise, colocation and infrastructure environments requiring custom routing, IP announcements, ASN integration and multi-provider network design.
Border Gateway Protocol is used to exchange routing information between autonomous networks on the internet. BGP allows eligible networks to advertise their IP prefixes and select routing paths between multiple network providers.
For enterprises, hosting providers and infrastructure operators, BGP can provide greater control over redundancy, routing policy, IP portability and upstream connectivity.
Advertise eligible IP prefixes to upstream networks.
Receive routing information from connected peers.
Choose preferred network paths using routing policies.
Use alternate paths when network conditions change.
Integrate your Autonomous System Number into supported network architectures.
Advertise eligible IPv4 or IPv6 address space through supported BGP sessions.
Build redundant network paths across more than one upstream where available.
Apply route preferences based on business and network requirements.
Integrate customer networks and routers within eligible colocation deployments.
Design routing around ASN, IP blocks, upstreams, redundancy and traffic requirements.
Build more than one network path for resilient connectivity.
Influence inbound and outbound routing using appropriate policies.
Use eligible provider-independent or owned address resources.
Reduce dependence on a single upstream network architecture.
Extend routing architecture as infrastructure and locations grow.
Control route preference around operational objectives.
BGP multi-homing allows a network to establish connectivity with multiple upstream providers. If one path becomes unavailable, routing can shift to another available path according to the configured routing policy.
Use your eligible ASN to establish BGP sessions and apply routing policies between your network and supported upstream connectivity.
Advertise eligible address resources through supported BGP connectivity, subject to technical and routing-policy requirements.
Influence outbound path selection within supported routing architecture.
Influence inbound route preference where appropriate.
Control which eligible routes are accepted or advertised.
Apply routing controls around operational requirements.
Build preferred and alternate connectivity paths where supported.
Design policies around upstreams, destinations and redundancy objectives.
BGP is part of a broader network architecture. HostGraber can combine routing with IP services, DDoS protection, firewall, private networking, cross connects, colocation and infrastructure monitoring.
Understand ASN, prefixes, upstreams and routing requirements.
Review eligible IPv4 or IPv6 resources and routing requirements.
Plan peerings, preferences, filters and redundancy.
Configure approved BGP sessions and network policies.
Validate announcements, route selection and failover behaviour.
IPv4, IPv6 and subnet services for network infrastructure.
DDOS PROTECTIONProtect routed public infrastructure against attack traffic.
FIREWALLApply security policies to public and private networks.
CROSS CONNECTBuild dedicated physical connectivity between network endpoints.
PRIVATE NETWORKConnect internal infrastructure through private networks.
MONITORINGMonitor critical network and routing availability.
BGP Connectivity allows autonomous networks to exchange routing information and advertise eligible IP prefixes to other networks.
Public eBGP deployments commonly use an Autonomous System Number. The exact requirement depends on the routing architecture.
Eligible IPv4 resources can be reviewed for announcement through supported BGP connectivity.
Eligible IPv6 resources can be incorporated into supported BGP architectures.
Yes. Multi-homed BGP architectures can use multiple upstream paths where the required connectivity is available.
In a correctly designed multi-homed environment, routing can converge toward another available path according to the configured policies.
BGP routing and DDoS mitigation can be integrated within supported network protection architectures.
Yes. ASN integration, prefix announcements, route policies, multi-homing and network architecture can be reviewed according to your requirements.
Share your ASN, IP prefixes, upstream requirements and network topology. Our network team can help design BGP sessions, routing policies, multi-homing and network security architecture.
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