India
Global
ENTERPRISE INTERNET ROUTING

Enterprise BGP Connectivity

Control Routes. Improve Resilience. Build Better Networks.

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.

ASN Integration IP Announcements Multi-Homing Route Engineering
BGP ROUTING FABRIC
Multiple Paths. One Resilient Network.
UPSTREAM A
ISP / Transit
YOUR NETWORK
ASN + BGP
UPSTREAM B
ISP / Transit
PREFIX
IP Announcement
ANNOUNCE • ROUTE • FAILOVER
WHAT IS BGP CONNECTIVITY?

Control How Your Network Reaches the Internet

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.

01

Announce

Advertise eligible IP prefixes to upstream networks.

02

Learn

Receive routing information from connected peers.

03

Select

Choose preferred network paths using routing policies.

04

Fail Over

Use alternate paths when network conditions change.

BGP CONNECTIVITY SOLUTIONS

Routing Solutions for Enterprise Infrastructure

ASN

ASN Integration

Integrate your Autonomous System Number into supported network architectures.

PREFIX

IP Prefix Announcement

Advertise eligible IPv4 or IPv6 address space through supported BGP sessions.

MULTI-HOMING

Multi-Provider Connectivity

Build redundant network paths across more than one upstream where available.

POLICY

Routing Policy Design

Apply route preferences based on business and network requirements.

COLOCATION

Colocation BGP

Integrate customer networks and routers within eligible colocation deployments.

CUSTOM

Custom BGP Architecture

Design routing around ASN, IP blocks, upstreams, redundancy and traffic requirements.

WHY BGP?

Gain More Control Over Network Reachability

Network Redundancy

Build more than one network path for resilient connectivity.

Traffic Engineering

Influence inbound and outbound routing using appropriate policies.

Own IP Prefixes

Use eligible provider-independent or owned address resources.

Provider Independence

Reduce dependence on a single upstream network architecture.

Network Scalability

Extend routing architecture as infrastructure and locations grow.

Custom Routing Policies

Control route preference around operational objectives.

REFERENCE BGP ARCHITECTURE

Build Resilient Routing With Multiple Network Paths

UPSTREAM 1
ISP / Transit A
YOUR ASN
BGP Edge Router
NETWORK
Your IP Prefixes
UPSTREAM 2
ISP / Transit B
ROUTING POLICY
Failover / Preference
Final routing design depends on ASN, prefix ownership, upstream providers, BGP policy, redundancy requirements and network topology.
MULTI-HOMING

Reduce Dependence on a Single Network Path

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.

ISP A — Primary Route
ISP B — Alternate Route
BGP POLICY — Route Selection
FAILOVER — Alternate Network Path
YOUR ASN — Independent Routing Identity
ASN & IP PREFIXES

Bring Your Network Identity to HostGraber

ASN

Autonomous System Number

Use your eligible ASN to establish BGP sessions and apply routing policies between your network and supported upstream connectivity.

IP PREFIX

IPv4 & IPv6 Announcements

Advertise eligible address resources through supported BGP connectivity, subject to technical and routing-policy requirements.

ROUTING POLICY

Control Route Preference According to Your Network Strategy

Local Preference

Influence outbound path selection within supported routing architecture.

AS Path Prepending

Influence inbound route preference where appropriate.

Prefix Filtering

Control which eligible routes are accepted or advertised.

Route Policies

Apply routing controls around operational requirements.

Primary / Backup Paths

Build preferred and alternate connectivity paths where supported.

Custom Routing Design

Design policies around upstreams, destinations and redundancy objectives.

TECHNICAL CAPABILITIES

BGP Connectivity Built Around Your Network

CAPABILITY OPTIONS
BGP Sessions eBGP for Eligible Deployments
ASN Customer ASN Integration
IPv4 Eligible Prefix Announcements
IPv6 Eligible IPv6 Routing
Multi-Homing Multi-Upstream Architecture Where Available
Route Policies Filtering, Preference & Path Engineering
Security Firewall & DDoS Integration
Architecture Custom Routing Design
BGP USE CASES

Advanced Routing for Network-Dependent Businesses

Hosting Providers
ISPs & Network Operators
Colocation Customers
SaaS Platforms
Enterprise Data Centers
Multi-Site Networks
Private Cloud
Own ASN & IP Holders
WHY HOSTGRABER

BGP Connectivity With Network Engineering Expertise

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.

ASN integration
IPv4 / IPv6 routing
Multi-upstream architecture
Routing policy design
Firewall & DDoS integration
Network consulting
DEPLOYMENT PROCESS

From ASN Review to Live BGP Routing

01

Requirement Review

Understand ASN, prefixes, upstreams and routing requirements.

02

Prefix Validation

Review eligible IPv4 or IPv6 resources and routing requirements.

03

Routing Design

Plan peerings, preferences, filters and redundancy.

04

Session Deployment

Configure approved BGP sessions and network policies.

05

Route Validation

Validate announcements, route selection and failover behaviour.

BGP VS STATIC ROUTING

Choose Routing Based on Network Complexity

STATIC
BGP
Route Management
Manual
Dynamic
Multiple Upstreams
Limited
Designed for It
Own ASN
Not Required
Common Use
Traffic Engineering
Limited
Advanced
Best For
Simple Networks
Enterprise / Multi-Homed Networks
FREQUENTLY ASKED QUESTIONS

BGP Connectivity FAQs

What is BGP Connectivity?

BGP Connectivity allows autonomous networks to exchange routing information and advertise eligible IP prefixes to other networks.

Do I need an ASN for BGP?

Public eBGP deployments commonly use an Autonomous System Number. The exact requirement depends on the routing architecture.

Can I announce my own IPv4 block?

Eligible IPv4 resources can be reviewed for announcement through supported BGP connectivity.

Can IPv6 prefixes be announced?

Eligible IPv6 resources can be incorporated into supported BGP architectures.

Can I connect to multiple ISPs using BGP?

Yes. Multi-homed BGP architectures can use multiple upstream paths where the required connectivity is available.

What happens if one upstream goes down?

In a correctly designed multi-homed environment, routing can converge toward another available path according to the configured policies.

Can BGP work with DDoS protection?

BGP routing and DDoS mitigation can be integrated within supported network protection architectures.

Does HostGraber provide BGP network consulting?

Yes. ASN integration, prefix announcements, route policies, multi-homing and network architecture can be reviewed according to your requirements.

BUILD YOUR BGP EDGE

Take Control of Your Network Routing

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.

ASN & prefix review
BGP session planning
Multi-upstream architecture
Routing policy consultation
Discuss on WhatsApp
ENTERPRISE ROUTING
Request BGP Connectivity Proposal
Share your ASN and routing requirements.
Your information is used only to respond to your BGP Connectivity enquiry.