[KongchangAI]
Paper

Text2Dashboard

A controlled agent architecture prototype system designed for enterprise data analysis. It converts natural language analytical requests into inspectable dashboards, ensuring controllability and safety through schema-based constraints on model decisions and deterministic hook mechanisms.

Timeline (last 90 days)

Oct 7

Text2Dashboard is a prototype system for the DataBrain platform that can transform natural language analysis requests into inspectable dashboards.

Unverified50%
Oct 7

The core design philosophy of Text2Dashboard is that the model is only responsible for proposing actions, while deterministic software controls execution and records state transitions.

Unverified50%
Oct 7

Text2Dashboard is offered in two forms: an installable Codex plugin and a standalone Agent Runtime.

Unverified50%
Oct 7

Text2Dashboard combines schema-constrained model decisions with typed tools and persistent state, requiring that every model output at each step conform to a predefined structure.

Unverified50%
Oct 7

Text2Dashboard's deterministic hooks cover approval, auditing, checkpointing, recovery, and failure handling.

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Oct 7

Text2Dashboard's processing pipeline includes entity parsing, metadata discovery, enforced read-only SQL, dashboard composition, static checking, dynamic pre-checks, and browser inspection.

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Oct 7

On metadata and SQL tasks, Text2Dashboard's strict success rate is 6/8, with metadata selection passing 4/4.

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Oct 7

All four SQL tasks satisfied the semantic criteria, but only 2/4 satisfied the exact output-column contract.

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Oct 7

The final release version passed 4/4 single-panel dashboard tasks, one dual-panel task, and one dashboard optimization task, but one parameterized task failed to complete due to exceeding the step limit.

Unverified50%
Oct 7

In the fault-tolerance evaluation, all ten failure scenarios achieved the expected outcomes without producing any unauthorized external side effects.

Unverified50%

3 more timeline events

All Facts (13)

Unverified

Text2Dashboard is a prototype system for the DataBrain platform that can transform natural language analysis requests into inspectable dashboards.

50%
Unverified

The core design philosophy of Text2Dashboard is that the model is only responsible for proposing actions, while deterministic software controls execution and records state transitions.

50%
Unverified

Text2Dashboard is offered in two forms: an installable Codex plugin and a standalone Agent Runtime.

50%
Unverified

Text2Dashboard combines schema-constrained model decisions with typed tools and persistent state, requiring that every model output at each step conform to a predefined structure.

50%
Unverified

Text2Dashboard's deterministic hooks cover approval, auditing, checkpointing, recovery, and failure handling.

50%
Unverified

Text2Dashboard's processing pipeline includes entity parsing, metadata discovery, enforced read-only SQL, dashboard composition, static checking, dynamic pre-checks, and browser inspection.

50%
Unverified

On metadata and SQL tasks, Text2Dashboard's strict success rate is 6/8, with metadata selection passing 4/4.

50%
Unverified

All four SQL tasks satisfied the semantic criteria, but only 2/4 satisfied the exact output-column contract.

50%
Unverified

The final release version passed 4/4 single-panel dashboard tasks, one dual-panel task, and one dashboard optimization task, but one parameterized task failed to complete due to exceeding the step limit.

50%
Unverified

In the fault-tolerance evaluation, all ten failure scenarios achieved the expected outcomes without producing any unauthorized external side effects.

50%
Unverified

In every group of reports, model inference time accounted for more than 97% of the observed runtime.

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Unverified

The paper's authors explicitly state that these small-scale, DataBrain-specific results cannot demonstrate production-level usability, general text-to-SQL accuracy, or efficiency advantages over manually built dashboards.

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Unverified

The enforced read-only SQL constraint mechanistically eliminates the risk of natural language instructions accidentally triggering write operations.

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