Systems Integration Platform
Exclusive Cousins
Six paths. Zero downtime. One mesh that never breaks.
Platform Overview
Built for Connectivity
Exclusive Cousins is not a middleware layer. It is a structural rethinking of how distributed systems communicate — built on the same hexagonal geometry that Hexagon applies to every engineering problem it encounters. Where conventional integration platforms create hub-and-spoke bottlenecks, Exclusive Cousins distributes traffic across six concurrent pathways per node simultaneously. There is no central point of failure because there is no centre.
The self-healing mesh topology means that path failure is not an event the platform needs to recover from — it is a condition the platform is permanently operating within. Six paths means five always remain when one is interrupted. Traffic reroutes within milliseconds, without operator awareness, without session interruption, and without any upstream system detecting a change in delivery behaviour.
Deployed across financial clearing networks, defence communications infrastructure, and smart-city control systems on five continents, Exclusive Cousins operates in environments where connectivity is not a convenience — it is a legal and operational requirement. For organisations whose infrastructure cannot tolerate the word downtime, Exclusive Cousins is the only platform that was built to match that standard from day one.
Explore FeaturesCore Capabilities
Why Networks Rely on It
Core Technology
Self-Healing Mesh Architecture
The hexagonal mesh topology maintains six concurrent peer connections at every node simultaneously. When any path degrades or fails, the remaining five absorb the load within a single routing cycle — before any upstream application detects a change in delivery behaviour. Recovery is not a process. It is an architectural property.
Performance
400 Gbps Per Node Cluster
Each node cluster supports up to 400 Gbps sustained throughput across all six active paths simultaneously. Load distribution across the hexagonal topology means no single path ever carries the full burden — throughput scales with node count linearly, and the performance envelope remains consistent at any point between six nodes and a global deployment.
Resilience
Sub-5ms Failover
Path failure detection and rerouting completes in under 5 milliseconds. This is not a switchover — it is a redistribution. The affected traffic is absorbed across the remaining paths without a routing table update cycle, without a topology reconvergence event, and without any application-layer timeout being triggered. The failure is invisible by the time the next packet is sent.
Integration
Native Cloud and On-Premise Support
Exclusive Cousins deploys natively into AWS, Azure, GCP, bare-metal, Kubernetes, and OpenShift environments. It does not require infrastructure changes to existing systems — it drops into your topology alongside what you already have and extends it. Hybrid deployments that span cloud and on-premise infrastructure are configured, not engineered.
Security
End-to-End Encryption at Every Node
All traffic is encrypted in transit across every path segment, not just at the network perimeter. FIPS 140-2 compliant cryptographic modules are embedded at the node level — encryption is not a configuration option, it is a platform default that cannot be disabled. SOC 2 Type II certification covers the entire Exclusive Cousins infrastructure stack.
Scalability
Frictionless Horizontal Scaling
Add nodes to the mesh and it absorbs them automatically — redistributing load, establishing peer connections, and integrating the new capacity into the routing topology without reconfiguration, downtime, or manual intervention. There is no scaling event. There is only a mesh that becomes larger and more resilient with each node that joins it.
Technical Details
Platform Specifications
- ArchitectureFull hexagonal mesh, 6-peer node topology with dynamic rerouting
- Supported ProtocolsTCP/IP, QUIC, gRPC, WebSocket, MQTT
- IntegrationsAWS, Azure, GCP, bare-metal, Kubernetes, OpenShift
- ThroughputUp to 400 Gbps per node cluster, sub-5ms failover
- SecurityEnd-to-end encryption, FIPS 140-2, SOC 2 Type II
In Hex,
I find eternity.