Infrastructure built to operate at internet scale.
Brixs combines global node infrastructure, validator coordination, distributed execution, and Ethereum-native settlement into one unified protocol architecture.
Infrastructure stack
One network. Multiple infrastructure layers.
Every request flows through the same modular, distributed architecture — from RPC intake to Ethereum settlement.
RPC layer
High-throughput request handling with load balancing, failover, and request optimization at the network edge.
Sequencer layer
Transaction intake, batch construction, and deterministic ordering before execution begins.
Validator layer
Distributed validator coordination, signature verification, and consensus across the network.
Data availability layer
Compressed, distributed storage with fast retrieval and permanent availability.
Settlement layer
Ethereum-native settlement anchoring every batch to a trust-minimized base layer.
Network topology
Multi-region, geographically distributed infrastructure with continuous synchronization and global redundancy.
Run a node
Configured for the live testnet.
Point your node at the Brixs testnet (chain ID 51515), pick a role, and join the RPC, sequencer, or validator layer. Finality lands in roughly two seconds.
export const node = {
network: "brixs-testnet",
chainId: 51515,
role: "validator", // rpc | sequencer | validator
rpc: "https://rpc-testnet.brixs.space",
settlement: "ethereum",
targets: {
throughput: "500_000/s", // API requests per second
latency: "8ms", // RPC request latency
finality: "~2s",
uptime: "99.999%",
},
};
# start the node
$ brixs node up --config node.config.ts
# check sync + telemetry
$ brixs node status --liveNetwork telemetry
Real-time Infrastructure Load.
Enterprise infrastructure
Applications are only as strong as infrastructure.
The internet economy depends on systems that process millions of transactions securely and globally. Brixs is engineered for high availability, low latency, distributed execution, and continuous uptime.
The Brixs network