So who actually produces the bandwidth on Beam Network? Miners, running workers. Machines with one job: moving real data for real clients. No puzzles, no fake compute. A @b1m_ai worker streams chunks of live transfers to their destination, reports progress in real time, checks integrity with Merkle proofs (a math fingerprint proving each chunk arrived intact), and retries failed pieces on it's own. Above the workers sits the orchestrator. Think of it like a dispatch tower at a shipping hub. It picks routes by latency, splits files into chunks, balances load by capacity, and watches worker health. Workers are the trucks. A 1 Gbps link hauls more chunks than a 250 Mbps one, so it earns more. Transfers come in shapes too. Single to single, fan-out replication, aggregation, full mesh multi to multi. The dispatch plan changes per shape. The incentive loop is a race. Miners compete on live benchmarks and emissions follow measured delivery. Faster throughput, lower latency, higher reliability, bigger slice. Slow workers just get routed fewer chunks. Mining difficulty: EASY. No model training, no agents to build, no ML at all. An operator runs a worker node and keeps it online. What decides earnings is boring physical stuff. Connection speed (Beam's docs sketch workers at 1 Gbps, 500 Mbps, 250 Mbps), uptime, latency. A solid fiber homelab can compete, datacenter-grade links just win more races. The miner-side "oh wow": a guy with idle fiber at home earning overnight because a game studio's patch fan-out needed exactly his spare capacity. As a builder, the agency play is simple. Buy verified delivery, sell cheap reliable routing to clients, pocket the margin. If you want subnet breakdowns in plain english, hit follow for weekly updates. 2/2