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CPU
2–4× Intel Xeon Silver
Up to quad-socket for heavy simulation and inference workloads, on-prem.
Simulations that do not fit on an edge node
Thermal-hydraulic analyses, digital twins and AI model training demand dozens of cores and memory no field node holds. Renting public cloud for sensitive nuclear data is often not permissible, and engineering workstations do not scale. You need dense compute, on-premise and under control.
Multi-socket Xeon CPUs
Dual-to-quad Xeon processors for dense cores and high throughput on parallel workloads and numerical simulation.
Up to 256 GB RAM
Registered ECC memory for large datasets and meshes, with runtime error protection.
GPU clusters
GPU accelerators for inference, training and scientific computing, orchestrated to share CORTEX workloads.
24/7 support
Round-the-clock support with per-tier SLAs, hot-spare parts and proactive hardware monitoring.
Size
Pick the Basic, Pro or Enterprise tier based on the cores, RAM and GPUs your workloads require.
Install
The system ships rack-ready, is integrated into the data hall and connected to the on-prem Zeklar network.
Orchestrate
FORGE and CORTEX jobs are scheduled onto the compute pool with priorities and quotas.
Scale
Add nodes or GPUs over time; 24/7 support keeps continuity through expansion.
MONOLITH is the on-prem compute center that runs the heavy Zeklar workloads: FORGE simulations, CORTEX training and inference. The architecture combines multi-socket Xeon CPU nodes, a GPU pool, high-performance storage and a scheduler that dispatches jobs with quotas and priorities, all inside the customer perimeter.
Rack in data hall
Rack-ready installation in the customer's data hall, integrated with cooling, redundant power and the on-prem Zeklar network.
Scalable on-prem cluster
Multiple nodes orchestrated as an HPC cluster, expandable over time by adding nodes or GPUs without stopping running workloads.
Air-gapped enclave
Configuration isolated from any external network for sensitive nuclear data, with updates delivered only through signed, verified media.
Verified boot and firmware
Secure Boot and TPM 2.0 on every node, with BMC/BIOS firmware attestation before a node joins the cluster.
Data encrypted at rest
Scratch and archive volumes encrypted, with keys managed on-prem: simulation data never leaves the customer perimeter.
RBAC and job audit
Queue and data access by role via AEGIS; every job, dataset and result is tracked with author and history for audit.
Certifications
ISO 27001-aligned operation; suitable for air-gapped enclaves and sovereign accreditation schemes as the base for CANON OS.
Why on-prem instead of public cloud?
Because public cloud is often not permissible for sensitive nuclear data. MONOLITH keeps compute and data inside the customer perimeter, under their control.
How do I choose between Basic, Pro and Enterprise?
By the cores, RAM and GPUs your workloads require: Basic for single projects, Pro for teams, Enterprise for plant fleets with tighter SLAs.
Can I grow capacity over time?
Yes. You add nodes or GPUs to the cluster; 24/7 support keeps continuity through expansion without stopping active jobs.
How are FORGE and CORTEX workloads shared?
An HPC scheduler dispatches jobs to the CPU/GPU pool with per-tier quotas and priorities, so simulation and AI coexist without contending for resources.
What SLA does 24/7 support cover?
Proactive monitoring, hot-spare parts and per-tier response times, designed for critical infrastructure that cannot stop.
The mark encodes the mechanism, not the sector: platform and infrastructure: the enabling layer..