Four layers, all of them yours.
The stack is backend-agnostic. The same deployment targets open inference servers or NVIDIA NIM without a code change, so a model or runtime decision made today is not permanent.
Interface
Python API, command line, and scripted job submission. A programmatic control surface for both batch and interactive work.
Orchestration
Containerised agent runtime with task routing and tool execution. Agents plan multi-step work, call tools, and act on the result.
Inference
GPU-accelerated serving with quantised models and distributed inference across heterogeneous nodes on the local network.
Generation
Node-graph pipelines for image and video synthesis with programmatic parameter control and automated rendering.
Sized to the workload, not to a catalogue.
Most shops are served by a single workstation-class GPU. Larger corpora and concurrent users scale to multi-GPU nodes or a rack. We specify against measured throughput on your actual jobs rather than a spec sheet.
Distributed inference
A single workload served across multiple nodes on the local network, proving heterogeneous scale-out without reaching for cloud capacity.
Throughput tuning
Quantised serving and optimised attention kernels tuned for sustained throughput per GPU, so a smaller deployment goes further.
Containerised agents
Agent runtime deployed in Docker against a local inference server, with no external API dependency anywhere in the path.
From a validated stack to a deployable appliance.
- Phase 1Complete. Generative core — automated pipelines, optimised inference, distributed serving, validated on production hardware.
- Phase 2In progress. Agent orchestration — tool-calling runtime, task routing, retrieval over private document stores.
- Phase 3Vertical workflows — packaged agents for design-to-fabrication and manufacturing intelligence.
- Phase 4Deployable appliance — reference hardware configurations installed and commissioned as turnkey customer systems.