Enterprise platform

Your data centre is wasting
millions on avoidable heat

Every irreversible computation dissipates heat above the Landauer thermodynamic limit. D3 Framework quantifies exactly how much — and shows you the path to efficiency class A.

~1,000×

Above the Landauer limit — typical classical chip

1.65×10⁻⁴⁴

m/J — universal D3/Landauer ratio, exact physics

2080

Year classical chips hit Landauer limit at current rate

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The problem

Physics sets a hard floor on energy consumption

The Landauer principle is not an engineering guideline — it is a law of physics. Every bit erasure must dissipate at least k_B·T·ln2 joules. Everything above that is waste.

Data centres consume 200+ TWh/year globally

At current efficiency levels, 99.9% of that energy is above the Landauer thermodynamic floor. The theoretical minimum is 1,000× lower for classical hardware.

Chip designers have no thermodynamic benchmark

Energy per operation is measured in joules. But how close to the physical limit is that number? Without a D3 audit, nobody knows.

Reversible computing saves energy — but which operations?

Not all operations can be made reversible. D3 analysis identifies exactly which operations drive the most waste and which can be replaced.

No independent thermodynamic efficiency standard exists

Energy Star rates appliances. LEED rates buildings. Nothing rates chips and data centres against the fundamental physical limit. Until now.

How it works

Four steps from audit to certification

Based on 9 peer-reviewed results in black hole information geometry — the same physics that governs Hawking radiation governs the thermodynamic cost of your algorithms.

Submit your specs

Server count, power consumption, CPU type, operating temperature, workload type. Takes 5 minutes.

D3 analysis

We compute your Landauer waste, D3 geometric cost, efficiency class (A–F), and distance from the physical limit.

Report + recommendations

Full PDF report with top 10 recommendations, cost savings in $/year, and roadmap to the next efficiency class.

D3 certification

Certified systems receive a D3 efficiency badge — the first thermodynamic efficiency standard based on exact physics.

Deliverables

What you receive

Full efficiency audit report

Detailed PDF covering every aspect of your thermodynamic efficiency profile.

Current efficiency class (A–F)
Landauer waste in MW and $/year
D3 geometric cost quantified
Top 10 wasteful operations identified
Reversible computing opportunities
5-year efficiency roadmap
Competitor comparison (benchmarks)

D3 Efficiency Certificate

Official certification of your thermodynamic efficiency class. First physics-based standard for computation energy use. Valid for 12 months.

API integration

Continuous monitoring via REST API. Track efficiency in real time. Alert when operations cross waste thresholds.

Quarterly benchmark reports

How does your infrastructure compare to Intel, AMD, IBM Quantum? Updated every quarter as new hardware ships.

Quick estimate

How much are you wasting?

Enter your data centre specs for an instant estimate. Full audit gives exact numbers.

Number of servers

Power per server (watts)

CPU operating temperature (K)

Electricity cost ($/kWh)

Workload type

Instant estimate

Pricing

Enterprise plans

All plans include the D3 audit report. Volume discounts available for large deployments.

Starter

Free

online audit tool

Online efficiency estimate
Efficiency class (A–F)
Landauer waste estimate
Basic recommendations
Full PDF report
D3 certification
API access
Competitor comparison

Run free audit