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Made to order · 2–8 weeks

Ikioma Mini

The desk-sized entry point — two linked nodes, one private stack.

From €50,000

Hardware, delivered and deployed

Support & optimization €8,000/year
Year 1 total €58,000
Configure yours →

Or book a deployment call directly →

[ why own it ]
01 · physics

Private by physics.

Your data never leaves the floor. Air-gappable, no egress, no telemetry — the trust boundary has a serial number you can point at in an audit.

02 · metering

Pay once, infer forever.

Own the machine and agents run around the clock. No per-token meter, no overage invoices — you pay for electricity, not tokens.

03 · ownership

Yours to keep.

Hardware is a capital asset, not a subscription line. Weights, tunes, and stack stay yours — perpetually, with trade-in credit on next-gen silicon.

01 · the desk

The whole system, two small cubes.

Two 150 mm nodes linked into one machine — 256 GB of unified memory and a tuned 32B model, quiet enough to sit on your desk next to your monitor. No rack, no fan noise, no data center.

2× 150 mm cubes
two linked nodes
256 GB unified
unified memory, one pool
35dB
quiet enough for a desk
02 · your team

A small team's worth of agents.

Eight concurrent agents, 128k tokens of context, and models tuned for the work your team actually does — enough inference to start building without standing up infrastructure.

8
concurrent agents
128ktok
context
32 B · 4-bit
tuned model, 4-bit
03 · the stack

The full stack, minus the rack.

The same model and inference stack as every Ikioma — Conduit, a drop-in OpenAI/Anthropic API, signed audit log, sandboxed tools. Start here; trade in toward Ikioma when the workload outgrows the desk.

same
stack as every Ikioma
/v1
drop-in API
trade-in
credit toward Ikioma
04 · economics

Own your inference from day one.

Private inference is a capital asset, not a subscription line — no per-token meter, no overage invoices. Most customers break even versus equivalent cloud spend within 4–7 months; security updates run 10 years, in writing.

4–7mo
typical break-even vs cloud
10yr
security updates, in writing
0meter
no per-token billing
勢
[ heritage ]

Built in the lineage of instruments, not platforms.

Assembled in Yokohama and Eindhoven. Boards burn in for 96 hours before they leave the floor. Every system carries a serial, a calibration sheet, and a name etched on the chassis — because the people who built it stand behind it for a decade, not until next quarter's earnings call.

96h
burn-in per system
before it leaves the factory floor
2
assembly sites
Yokohama · Eindhoven
10yr
security update commitment
in writing
[ the system ]

Hardware spec

Silicon 2× IKM-1, linked
Memory 256 GB unified — two nodes, one pool
Params 32 B · 4-bit
Network 2-node link · 200 Gb/s
Power 2× 240 W · silent
Dimensions 2× 150 mm cubes
Weight ~5 lbs
lead_time Made to order · 2–8 weeks

Model & inference stack Included

Preinstalled and pre-validated: the ikioma inference runtime, your choice of optimized open models, and the production middle layer (audit log, RBAC, evals) configured out of the box.

  • ✓OpenAI / Anthropic API compatibility
  • ✓Sandboxed tool execution
  • ✓Signed audit log
  • ✓Runs on-premises — your hardware, your premises
Model Params Context tok/s Latency Notes
ikioma-32B 32B 128k — — TBD — burn-in benchmark

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Cluster
the hardware

The DGX Spark, exploded.

Every part of the SFF node you can pull apart — X-ray the shell to see the GB10 and 8× LPDDR5X, drag the explode slider for the teardown order, or switch on airflow and telemetry. Drag to orbit, scroll to zoom.

Illustrative 3D approximation — not manufacturing CAD. Schematic dimensions only.