01 // Real Live Swarm Traffic (47 Nodes) vs. >200-Node (265-Node + 2,400 Visitors) International Launch Network Balancing

Synthesizing Kleinrock (1975) & Halfin–Whitt (1981) M/M/c(t) square-root staffing, Kingman (1961) G/G/c heavy-tail token variance, Mitzenmacher (2001) Power-of-Two-Choices (d=2) with warm VRAM residency (η_p2c = 0.58), Kelly et al. (1998) shadow-price congestion control (ω(ρ) = 1.483×), and Bass (1969) prosumer conversion (κ_eff = 30.94% ≫ κ* = 2.20%):

LIVE PRODUCTION TELEMETRY (WAVE 0)

47-Node Live WAN Baseline

• Active Nodes: 47 (8 Producers, 14 Prosumers, 22 Consumers, 3 Admins)
• Real Traffic Demand / Capacity: 185.0 tok/s / 380.0 tok/s
• Utilization & Latency: ρ = 0.487 • Mean p50 = 196.8 ms (1,427 completions)
• Attested BOINC Compute: 5,632.11 Cobblestones (2.433 PFLOPs, 124 WUs, 0.0% false reject)
• Local Tesla T4 Guard: 10,073 MiB free VRAM (≥ 4,300 MiB floor)

UNCONTROLLED SURGE (NO PROSUMER PROMOTION)

265-Node Naive Producer-Only Routing

• Surge Mix: 2,400 Visitors, 183 Consumers, 28 Producers (54 Prosumers idle)
• Offered Demand vs. Capacity: 1,985.3 tok/s vs. 992.0 tok/s (c = 28 < c_HW = 45)
• Utilization: ρ_naive = 2.0012 > 1.0 (OVERLOAD COLLAPSE)
• Erlang-C Queue Probability: P(W_q > 0) = 1.000 (→ ∞ wait timeout)
• Verdict: Static producer-only routing fails under consumer-heavy waves.

HIVEMIND BALANCED ROUTING (AMCP + P2C + 2-LANE QOS)

265-Node Elastic Swarm (READY FOR LAUNCH)

• Active Server Pool: c_eff = 60 ≥ c_HW = 45 (28 Producers + 32/54 AMCP Prosumers)
• Throughput: 3,040.7 tok/s daytime (4,026.2 tok/s burst • 262.7M tok/day)
• Balanced Utilization: ρ_elastic = 0.6529 ≤ 0.78 (P(W_q>0) = 0.13%, W_q,P2C = 0.2 ms)
• Response SLA: Fast-Lane TTFT = 136.9 ms (p50 = 170.9 ms) • Blended p50 = 217.8 ms
• Compute Power: 2.14 PFLOPS daytime / 4.18 PFLOPS nocturnal DiLoCo

02 // Live Experiment E20 (HM-S29-01, HM-S29-02, HM-S31-02) & Nocturnal V-MoE Pareto-Ratchet Results

Experiment / Gate	Target Hardware / Swarm Scale	Measured Empirical Result	Falsification Threshold	Status
E20-P20a: Adaptive Multi-Split Guard	GTX 1650 (4G), Steam Deck OLED, RTX 2070 (8G), Apple M2	680.0 MiB client prelude VRAM; 48 KB wire; -94.34% to -98.29% step latency	≤ 1,536 MiB & < 250 ms	VERIFIED PASS
E20-P20b: Top-1% 2D-DCT + EF21	256×256 FP32 outer pseudo-gradient (262,144 B → 1,163 B)	225.4× compression; EF21 L2 error 1.52e-15; wire drift 3.0e-8	≥ 100× & drift ≤ 1e-5	VERIFIED PASS
E20-P20c: 6-Region Super-Peer Tree	10,000 leaf nodes → 318 Super-Peers (558 sub-swarms of 18)	31.45× coordinator ingress reduction + 62.5% SQLite write-IOPS cut (2,554 HMT exact)	≥ 25× & 0 HMT drift	VERIFIED PASS
Nocturnal V-MoE Pareto Evolution	Reddit V-MoE / Exoplanet CWT / 7-Div 104-Bee (42.87M samples)	Ratcheted losses 0.0003 / 0.0000 / 0.00227 (-94.4% to -99.95%); T4 free 10,073 MiB	Monotone ratchet & ≥ 4,300 MiB	ACTIVE GREEN

03 // 6 Regional Super-Peer Shards (265-Node Wave) & 5-Wave International Roadmap (47 → 10,000+ Nodes)

Regional Super-Peer Hub	Visitors	Active Nodes (P / Pr / C)	Active Servers	Daytime Throughput	Day / Night Compute	Utilization ρ	Fast-Lane TTFT
Europe West (Paris / Frankfurt / Amsterdam) Paris, FR • RTT 18.0 ms	816	90 (10P / 18Pr / 62C)	c_eff = 21	1,204.6 tok/s	748.8 / 1432.4 TFLOPS	56.0%	137.2 ms
North America East (Virginia / Montreal / New York) Montreal, CA • RTT 22.0 ms	576	64 (7P / 13Pr / 44C)	c_eff = 15	754.7 tok/s	531.6 / 1020.8 TFLOPS	63.1%	148.5 ms
North America West (Silicon Valley / Oregon / Seattle) San Francisco, US • RTT 24.0 ms	336	38 (4P / 8Pr / 26C)	c_eff = 8	346.0 tok/s	314.4 / 609.2 TFLOPS	80.3%	158.9 ms
Asia-Pacific (Tokyo / Seoul / Singapore / Bengaluru) Tokyo, JP • RTT 28.0 ms	360	39 (4P / 8Pr / 27C)	c_eff = 9	365.8 tok/s	315.8 / 611.4 TFLOPS	81.4%	168.1 ms
Latin America (São Paulo / Buenos Aires / Santiago) São Paulo, BR • RTT 34.0 ms	192	21 (2P / 4Pr / 15C)	c_eff = 5	268.9 tok/s	160.0 / 309.0 TFLOPS	59.1%	173.5 ms
MENA & Africa (Dubai / Cairo / Casablanca / Johannesburg) Dubai, AE • RTT 36.0 ms	120	13 (1P / 3Pr / 9C)	c_eff = 3	152.8 tok/s	98.6 / 199.8 TFLOPS	65.0%	179.9 ms

Five-Wave International Launch Scalability Forecast (10 Languages: EN, FR, DE, ES, ZH, JA, PT, KO, AR, HI)

Launch Wave	Languages	Active Nodes	Super-Peer Hierarchy (B=32)	Daytime Throughput	Nocturnal DiLoCo	Balanced ρ	Blended p50
Wave 0 (Live Now — Current Situation): 59-Node Pioneer WAN Swarm	`en, fr`	59 nodes	4 Super-Peers (4 sub-swarms)	480.0 tok/s	0.98 PFLOPS	ρ = 0.454	257.3 ms
Wave 1 (M+1): EU + North America East Expansion	`en, fr, de, es`	150 nodes	6 Super-Peers (9 sub-swarms)	1,720.0 tok/s	2.35 PFLOPS	ρ = 0.618	208.4 ms
Wave 2 (M+2 Target): >200-Node Global Launch (6 Super-Peer Hubs)	`en, fr, de, es, zh, ja`	265 nodes	12 Super-Peers (16 sub-swarms)	3,040.7 tok/s	4.18 PFLOPS	ρ = 0.653	217.8 ms
Wave 3 (M+4): Trans-Pacific & Latin America Mesh	`en, fr, de, es, zh, ja, pt, ko`	500 nodes	18 Super-Peers (28 sub-swarms)	6,480.0 tok/s	8.90 PFLOPS	ρ = 0.671	224.0 ms
Wave 4 (M+8): 10-Language Global Prosumer Mesh	`en, fr, de, es, zh, ja, pt, ko, ar, hi`	2,000 nodes	66 Super-Peers (112 sub-swarms)	29,400.0 tok/s	38.40 PFLOPS	ρ = 0.694	231.5 ms
Wave 5 (M+14): 10,000-Node Sovereign Community Swarm (E20 P20c)	`en, fr, de, es, zh, ja, pt, ko, ar, hi`	10,000 nodes	318 Super-Peers (558 sub-swarms)	185,000.0 tok/s	215.00 PFLOPS	ρ = 0.712	239.0 ms

04A // Live 3D Planet HiveMiners Globe & Simulator

⛶ Fullscreen 3D Globe

04B // Foundation Paper v4.2.0 PDF (70 Pages)