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Axis Spatial

Axis Spatial Research

Give agents a working sense of space.

Axis Spatial is a research, engineering, and product company building spatial intelligence for AI agents: systems that can understand context, investigate through real software, and make their work available for review.

Current questions

The problems behind reliable spatial agents.

01

How can an agent keep spatial meaning intact?

A source can describe an observation, a mapped entity, a prediction or a decision. We are interested in systems that retain that difference rather than flattening it into generic context.

02

What should an agent investigate next?

Spatial work often turns on one calculation, image, record or rule. We study how an agent can make that next action legible and connected to the evidence behind it.

03

What makes a spatial outcome acceptable?

A program running is different from a result being spatially sound. Geometry, coordinate systems, units, extent, time and provenance need their own checks.

04

When are two observations the same physical thing?

Nearby records can describe one entity, adjacent entities, different times or competing explanations. Identity has to remain testable while evidence is incomplete.

05

What must survive a long-running investigation?

The evidence, unresolved alternatives, tool state and next accepted action must outlive an interruption without relying on a chat transcript.

06

How should complete agent systems be compared?

Model, provider, prompt, harness, tools, runtime, retry policy, data and verifier all shape the result. A model name alone is not a valid comparison unit.

Public evidence layer

Arena compares complete systems, not just model names.

Axis Spatial Arena is the public evidence layer for spatial-agent work. The comparison unit is the complete system: model, provider, prompt, harness, tools, runtime, retry path, benchmark, dataset and verifier.

Method

Prove the path; keep the boundary visible.

An evidence record should say what was configured, what happened, which artefacts can be inspected, and what the record does not prove. That is how an observed result remains useful without becoming a general claim.

Featured evidence record · 27 July 2026

Task 34: operating path proved.

A one-task benchmark audit, not a suite result. GeoAnalystBench Task 34 showed that two observed model routes could generate code, produce inspectable artefacts and return the same benchmark-compatible result.

Observed routes
Kimi K2.6 and Kimi K2.7 Code
Benchmark-compatible result
84.3348706%
Evidence class
One observed audit record
Independent readback
Published artefact hashes matched

Verdict one · benchmark match

Benchmark-compatible: yes.

Kimi K2.6 and Kimi K2.7 Code each produced 84.3348706%, compatible with the published benchmark outcome.

Verdict two · spatial validity

No accepted spatial-validity gold.

A benchmark match does not establish that the result is spatially valid for the stated question. Task 34 does not yet have an accepted spatial-validity gold.

Inspectable artefacts

Open the maps, results and generated code.

The source inputs are not served. The public record contains generated code, result JSON, maps and the evidence manifest. The source benchmark remains the relevant upstream reference: GeoAnalystBench source.

Limitations

What this record does not prove.

01No rank, pass-rate or reliability claim.

02No model comparison, reproduction or full-suite claim.

03No production Worker/E2B claim.

04No accepted spatial-validity gold.

05Eight lanes are single routed observations, not reliability estimates.

06One task is an operating-path proof, not a general result.

07Arena is maintained by Axis Spatial, not an independent certification body.

Insights

Notes from the work.

Read our current thinking on spatial intelligence, evidence and applied systems.

Visit Insights

Open Lab

No public releases yet.

When reference workflows, task packs, spatial verifiers or fixtures are ready to inspect and run, they will appear here with their limits and licence. We will not present placeholders as if they are available.