Omega Gradient vs Sesterce

Catalog of GPU listings from multiple suppliers, deployable as containers, VMs, or bare metal, with per-listing region, fabric (PCIe, SXM, NVLink), and boot-time details

Request-based sourcing for reserved capacity, matching workload requirements against a tracked supplier network with responses targeted within 24 hours

Monitors suppliers and public price sources across regions, publishing a cloud GPU price index and supplier pricing reports for benchmarking before commitment

Listings show a single all-in hourly price with per-GPU breakdowns; billing is prepaid from credits and accrues per hour only while an instance exists

Sources capacity from many independent suppliers rather than operating its own data centers, comparing options across price, region, and hardware configuration

Each site is operated as a single system, owning the hand-off between energy, facility, silicon, network fabric, and orchestration

French sites offering data residency, controlled energy origin, and supply-chain control, powered by hydro, nuclear, and solar under long-term PPAs

Single console and API to provision clusters, orchestrate training, serve inference, and meter usage across every Sesterce site, Slurm and Kubernetes native

Purpose-built Tier III+ facilities with direct-to-chip liquid cooling at up to 150 kW per rack

Non-blocking NVIDIA Quantum InfiniBand at 800 Gb/s with rail-optimized topology and native RDMA

Dedicated clusters go from signed contract to live hardware in under 2 hours, with single-tenant hardware, network, and storage