- Border Gateway Protocol
- Cloud
- Connectivity
- Enterprise
- Fabric
- Interconnection
- Internet
- Internet Exchange Points
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Who is Open peering?
Open peering is a network interconnection organization focused on peering, the direct exchange of traffic between autonomous networks to improve routing efficiency and reduce reliance on paid transit.
- Internet peering and network interconnection services
- Direct traffic exchange between autonomous networks
- Routing and IP transport interconnection
- Connectivity options for enterprise and service provider networks
- Performance and cost optimization through direct network exchange
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More About Open peering
Open peering is positioned within enterprise and service provider environments as a means of connecting networks directly rather than routing all traffic through upstream transit providers. Organizations that operate large volumes of content, cloud workloads, or distributed applications often evaluate peering arrangements to reduce latency, improve path diversity, and control the cost of moving data between networks.
The technical foundation for this type of work is typically the Border Gateway Protocol (BGP), which governs how autonomous systems advertise and select routes. Peering relationships are commonly established at Internet Exchange Points, where multiple networks connect to a shared switching fabric, or through private network interconnects that link two parties directly. Route filtering, prefix management, and routing policy design are central operational concerns in these arrangements.
In comparison with transit, which involves paying an upstream provider to carry traffic to the wider internet, peering generally offers lower marginal cost for traffic exchanged with the peer but covers a narrower set of destinations. Many network operators therefore combine peering with transit to achieve both reach and cost efficiency. The choice between approaches depends on traffic profile, geographic footprint, and operational capacity.
The business and technical significance of peering lies in its effect on network performance, resilience, and cost structure. Direct exchange can shorten network paths, reduce congestion on shared transit links, and provide alternative routes during outages. For infrastructure leaders, these characteristics make peering a relevant consideration in network architecture planning, particularly for organizations with significant internet-facing services.
Within a directory context, Open peering is associated with network interconnection and internet infrastructure solution areas. Its positioning reflects an emphasis on connectivity services and routing-level operations rather than end-user applications. Specific offerings and product details should be verified directly with the organization, since this description reflects general categories rather than a complete inventory of current services.
Our description of Open peering. Updated October 2026.
