SWARM Protocol — Visual Suite v4

SYSTEM ARCHITECTURE

UML component diagram · hover for detail

INGESTION ORCHESTRATION REASONING / INFERENCE EXECUTION / TRANSPORT STORAGE

LIFECYCLE SEQUENCE

Nostr → brush → microVM → Lightning · activation bars show concurrent processing

OPENCLAW FLOW

Goal decomposition + refine loop

CACHE RESOLUTION

3-tier miss propagation

swarm:// URI SCHEMA

Self-contained execution contract

          swarm-uri.conf
          secp256k1 · bip340 · bolt11
        
              1
              swarm://node-id/job-name
            
              2
                ?cron=@hourly
            
              3
                &vm=microvm.nix
            
              4
                &task=analyze
            
              5
                &artifact=magnet:?xt=urn:btih:a1b2c3d4e5f6...&dn=dataset-2026-q1&tr=udp://tracker.swarm:6881
            
              6
                &client=transmission-4.1.1+rpc://127.0.0.1:9091
            
              7
                &payment=lightning:lnbc1pvjluezpp5qqqsyqcyq5rqwzqfqqqsyqcyq5rqwzqfqqqsyq...
            
              8
                &pubkey=npub1qqqsyqcyq5rqwzqfqqqsyqcyq5rqwzqfqqqsyqcyq5rqwzqfqqq...
            
              9
                &sig=secp256k1_schnorr:3045022100f7...a4e2b9

URI LIFECYCLE PIPELINE

8 stages from receipt to settlement

TRANSMISSION 4.1.1 RPC FLOW

tx_add · peer exchange · tx_seed · magnet DB · activation bars show concurrent processing

INFER P50

12ms

VM SPAWN

85ms

TX RESOLVE

380ms

LN SETTLE

340ms

FULL PIPE

700ms

T1 HIT RATE

91%

CONCURRENT LOAD

VM instances over time — area + line

CACHE HIT WARMUP

Tier hit rates as system warms · line chart

LATENCY SCATTER

P50 / P95 / P99 per operation — dot plot, log scale

TRANSMISSION THROUGHPUT

Download / upload over session — line + area

NETWORK TOPOLOGY

Force-directed mesh · drag nodes · hover for detail

NOSTR BITTORRENT LIGHTNING SWARM P2P

MICROVM LIFECYCLE SEQUENCE

vm_spawn → exec → infer → tx_seed → zap_settle → destroy

TRANSMISSION 4.1.1 JOB SEQUENCE

tx_add / tx_seed full job lifecycle

COMPONENT REGISTRY

COMPONENT	LAYER	TECHNOLOGY	INTERFACE
brush	ORCHESTRATOR	Rust shell, SWARM builtins	vm_spawn · mcp_send · db_upsert · zap_settle
OpenClaw	REASONING	Goal→task graph, adaptive loop	analyze_objective() · evaluate()
Rust Unikernel	INFERENCE	no_std / KVM, sealed LLM	JSON-RPC unix socket · infer()
microvm.nix	EXEC SANDBOX	Nix-defined ephemeral VMs	vm_spawn(spec) → handle
Transmission 4.1.1	TRANSPORT	BitTorrent, JSON-RPC :9091	tx_add(magnet) · tx_seed(path)
PostgreSQL	TIER-2 CACHE	Hot cache + artifact store	db_upsert() · SQL
Bun fetch	TIER-3	Live web fallback	fetch() on cache miss
LLM Weights	TIER-1 CACHE	NVMe mmap, custom trained	mmap at unikernel boot
Lightning Network	SETTLEMENT	BOLT11 invoices	zap_settle(invoice)
Nostr Relay (khatru)	INGRESS	Go, signed events secp256k1	kind:1337 events
Magnet DB	REGISTRY	PostgreSQL table	logical_id → magnet URI

DISPATCH TABLE

brush builtins

BUILTIN	SIGNATURE	DESCRIPTION
vm_spawn	vm_spawn(spec: NixSpec) → VMHandle	Boot ephemeral microvm.nix instance
mcp_send	mcp_send(target, payload) → Response	JSON-RPC to local MCP servers (unikernel, etc.)
db_upsert	db_upsert(table, key, val) → Ok	Write to PostgreSQL hot cache
zap_settle	zap_settle(invoice: BOLT11) → PayHash	Issue Lightning compute payment
tx_add	tx_add(magnet: str) → TorrentHandle	Add magnet URI to Transmission 4 via JSON-RPC
tx_seed	tx_seed(path: str) → MagnetURI	Seed result path, return magnet for Magnet DB

COMPONENT DEPENDENCY CHORD

Ribbon width = coupling strength · hover for detail

ARCHITECTURE EVOLUTION

6 phases · curved spine · hover cards

1	swarm://node-id/job-name
2	?cron=@hourly
3	&vm=microvm.nix
4	&task=analyze
5	&artifact=magnet:?xt=urn:btih:a1b2c3d4e5f6...&dn=dataset-2026-q1&tr=udp://tracker.swarm:6881
6	&client=transmission-4.1.1+rpc://127.0.0.1:9091
7	&payment=lightning:lnbc1pvjluezpp5qqqsyqcyq5rqwzqfqqqsyqcyq5rqwzqfqqqsyq...
8	&pubkey=npub1qqqsyqcyq5rqwzqfqqqsyqcyq5rqwzqfqqqsyqcyq5rqwzqfqqq...
9	&sig=secp256k1_schnorr:3045022100f7...a4e2b9