An adaptive, power-agnostic infrastructure platform built for the rapidly evolving demands of distributed accelerated compute. Deploy quickly, scale intelligently, and increase compute density — without costly infrastructure redesign or stranded capital.
BlueEast RightScale™ ships as a fully integrated adaptive infrastructure platform — power, cooling, control, and compute infrastructure in one factory-tested system.
Every BlueEast RightScale™ platform is factory-integrated and pre-tested. Three deeply engineered systems — power, thermal, and control — designed to work as one adaptive infrastructure architecture.
Multi-source integration with proprietary Big Wheel Poly-Draw platform. Ripple-free DC output, ringing-free conversion, passive surge levelling, and full galvanic corrosion protection — properties that require active electronics in competing architectures, but are inherent to the rotating conversion topology.
Direct-to-chip liquid cooling, immersion-ready, with rear-door heat exchanger fallback. Engineered for racks exceeding 100 kW.
AI/SCADA integration with predictive maintenance, anomaly detection, and workload-aware dispatch. Real-time digital twin with automated failover orchestration.
Proprietary competitive analysis for BE Power and Data LLC internal use. Enter your access code to reveal the full report inline.
How BlueEast RightScale™'s 48V DC mesh architecture, multi-mode cooling, and 10MW Node capacity make every competitor a generation behind.
BlueEast scores 9–10 across all eight criteria. Competitors remain in the 2–7 mid-range regardless of dimension.
On every radar axis, BlueEast surrounds both competitors entirely.
Complete feature-by-feature breakdown across power, cooling, compute, and deployment.
| Feature | BlueEast RightScale™ ✦ | OctoPod | IMDC 6.0 |
|---|---|---|---|
| Power Architecture | |||
| Power distribution | ✓ 48V DC nativeExclusive | AC busway | 415V AC |
| Conversion loss at rack | ✓ 0%Best in class | 5–8% | 5–8% |
| Power topology | ✓ Mesh — no SPOFBest in class | Single trunk | Redundant loops |
| Grid-optional | ✓ NativeExclusive | ✗ | ✗ |
| Multi-source input | ✓ Solar+CAES+grid+genExclusive | ✗ | ✗ |
| Unit capacity | ✓ 10 MWLargest | 7.5 MW | 6 MW |
| Cooling | |||
| All 3 cooling modes | ✓ Immersion+DLC+airExclusive | ✗ DLC+air only | ✗ Immersion only |
| Per-rack capacity | ✓ 100+ kWBest in class | 75+ kW | ASIC only |
| Target PUE | ✓ <1.2 | 1.20–1.40 | 1.03–1.09 (mining) |
| Compute & Workloads | |||
| Miners per input MW | ✓ ~285+48% vs IMDC | N/A | ~192 |
| Wall-to-rack efficiency | ✓ >97%Best in class | ~92–95% | ~92–95% |
| AI / GPU | ✓ | ✓ | ✗ |
| Blockchain / mining | ✓ | ✗ | ✓ |
| Government / defense | ✓ EMP-hardenedExclusive | ✗ | ✗ |
| Deployment | |||
| Factory to commissioned | ✓ 3–6 weeksBest in class | 8–16 weeks | 8–16 weeks |
| Stranded energy use | ✓ CAES, flared gasExclusive | ✗ | ✗ |
Exclusive = only on BlueEast · Best in class = leads metric · ~ = partial · May 2026 data.
"We design and build our own engineered products, associated software, and electronics. We're practical innovators — not just systems integrators. Because we build, own, and operate our equipment, we engineer for reliability and life."
— Blueflux Engineering Principles
Partner with BlueEast to bring adaptive, power-agnostic compute infrastructure to your deployment context — from pilot to production, without stranded infrastructure investment.