Real assets, measured
GPUs, CPUs, storage, networks, power, cooling and water. Cyclops reads the resource managers and meters a datacenter already runs.
AI runs on physical assets: GPUs, servers, power and cooling. Cyclops measures every GPU-hour, token and kilowatt-hour once, and uses it three ways: to bill your customers, to report your energy, and to price each unit above its true cost.
AI is built on hardware that is expensive to buy, power and cool. Cyclops connects that hardware to billing, reporting and pricing. Each GPU-hour, token and kilowatt-hour is measured once and used for the invoice, the ESG report and the price list.
GPUs, CPUs, storage, networks, power, cooling and water. Cyclops reads the resource managers and meters a datacenter already runs.
Training jobs, inference and LLM tokens on GPU clusters, supercomputers and sovereign clouds, with quantum platforms added as they come online.
Usage is invoiced with a full audit trail and costed hour by hour, so operators earn revenue, price above cost and report with figures that match their books.
Datacenter operators need to earn a return on their compute, report the energy it uses and know what each unit costs. Cyclops does all three from the same data.
Meter, rate and bill HPC, GPU and cloud resources by the job, the hour or the token.
Measure facility and IT energy, and produce the data for regulation, disclosure and certification.
Know the true cost of every GPU-hour and token, hour by hour, and set prices above it.
AI hardware has to earn back its cost, operators must report the energy it uses, and power prices change every hour. Most still handle all three with spreadsheets, flat fees and manual meter readings.
Shared GPU and HPC capacity is often charged by flat fee or estimate. Heavy users pay too little and costs are not recovered.
Operators with 500 kW or more of IT power report energy and water KPIs to an EU database every year, by 15 May.
Leases, staff, support and depreciation sit in separate systems. Contracts can sell GPU-hours below their full cost without anyone noticing.
Customers now buy GPU-hours, tokens and model access. Billing systems built for VMs and storage do not handle these units.
Emissions, energy mix and measured evidence are needed for CSRD, the EU Taxonomy, LEED, BREEAM and green finance.
On 14 October 2026 the German day-ahead price moved from €97 to €296 per MWh within one day. Flat GPU prices cannot follow that.
Usage, energy and cost data share the same collection and accounting stages, then split into billing, ESG reporting and pricing. All three outputs use the same numbers.
A horizontally scalable billing stack that grows with your infrastructure — no ceiling, no rewrite.
Track hundreds of millions of real and virtual resources across a true exascale system without losing fidelity.
Plugs into Slurm, HEAppE, OpenStack, OpenNebula, Kubernetes and bespoke frameworks alike.
GPU clusters, CPU cores, networking, storage, IP addresses, firewalls — if it can be used, it can be billed.
Already extending to quantum computing platforms and token-based LLM accounting in sovereign datacenters.
Born of European collaborative research projects in supercomputing and cloud, and built for operators across Europe and beyond.
The same pipeline that meters a GPU cluster today is being integrated to monetize quantum computing platforms and to track LLM usage by the token in sovereign datacenters.
From classical cores to qubits, Cyclops turns the complexity of modern compute into something measurable, accountable, and genuinely approachable.
See supported technologiesStart with the product you need most. All three run on the same data, so you can add the others later.