Engineering papers
The analysis behind the network: how transaction and block delivery actually scales, where the pull model breaks, and what the 1BSV multicast fabric does instead. Written for Teranode operators and engineers; grounded in stated, checkable arithmetic.
The cost of being reachable
Transaction-intake economics for Teranode miners. Prices every route to global reachability: self-built anycast, DNS steering, and rented edge reach by the gigabyte or the megabit, then sets out the 1BSV model where admission is free, delivery is the paid product, and identity survives every tier, up to your own address block announced on your behalf.
The Asset service at scale
Why fronting DataHubURL with a CDN extends the gossip
problem instead of solving it. Walks the announce-then-pull model up
the throughput ladder from 10 k to 1B TPS, shows where origin
egress, concurrency, and the block race break, prices the CDN offload
network-wide, and sets out the multicast-fabric alternative with
white-label co-branded anycast ingress.
Pushed delivery into a Teranode cluster
The delivery contract: how the sharded multicast fabric feeds a multi-node Teranode cluster over unicast TCP with no hardware load balancer. Push frame formats (BRC-143 subtree, BRC-144 block), distribution and failover mechanics, and the Teranode-side ingest work, gap by gap.
Both papers build on the open BRC specifications listed under Standards. Questions, corrections, or integration conversations: 1bsv@lightweb.net.