Agentic AI Comparison:
CatDoes vs Dust AI

CatDoes - AI toolvsDust AI logo

Introduction

Dust AI and CatDoes are not interchangeable products. Dust is documented as a collaborative AI-agent platform for using company context, drafting, analysis, and actions in connected systems, whereas CatDoes is an AI application builder for producing deployable websites and mobile apps. The assessment below preserves those distinct purposes and scores only documented, currently presented capabilities; scores are editorial judgments, not measured performance, accuracy, safety, or benchmark results.

Overview

Dust AI

Dust presents itself as a team-oriented AI-agent platform with custom agents, company knowledge, tools, model selection, managed connections, and multi-agent workflows. Its official pricing page lists a free tier, paid per-seat plans, model access, scheduled or triggered workflows, and connections including Slack, Notion, GitHub, Drive, and other tools through MCP.

CatDoes

CatDoes presents itself as an AI-powered platform for building production-ready mobile apps and websites. Its official documentation describes the product as available to start for free, while official product materials document a managed backend with database, authentication, file storage, edge functions, and realtime events, plus web deployment and progressively broader mobile, GitHub, and code-export capabilities by plan.

Editorial ratings · 1–10, higher is better

These scores express our judgement of the cited product facts. They are not measured performance benchmarks. Each product is assessed for its stated purpose; a higher score does not make different workflows interchangeable.

Evidence gaps lower confidence and affect the relevant judgement. Unknown pricing does not mean free access. Research prototypes and retired products retain their historical scope, with adoption ratings reflecting current access.

Ratings assessed: 2026-10-09. Source verification dates may differ.

Documented capability: How useful and complete is the documented workflow for the product's stated purpose?

  • 1–2: No usable current workflow established, or only an unsupported promise.
  • 3–4: Historical, experimental or very limited workflow; substantial delivery gaps.
  • 5–6: Concrete but narrow workflow, or promising research requiring specialist review.
  • 7–8: Substantial documented end-to-end workflow with useful controls or customization.
  • 9–10: Exceptionally complete documented scope and controls; reserve 10 for unusually strong evidence.

Ease of adoption: Can the intended user obtain and set up a usable product today?

  • 1–2: Discontinued, unavailable, waitlisted, or no usable deployment path verified.
  • 3–4: Archived software, restricted research/preorder access or uncertain current service access.
  • 5–6: Developer-managed setup, significant configuration or sales-led implementation.
  • 7–8: Active accessible product with manageable setup for its intended user.
  • 9–10: Straightforward self-service access and setup, with unusually few adoption obstacles.

Value and cost clarity: How attractive and understandable is the cost model for the documented use?

  • 1–2: No current purchasable or usable offer; historical prices cannot support a purchase.
  • 3–4: Material price, entitlement, license or availability uncertainty limits budgeting.
  • 5–6: Plausible value with custom pricing, significant setup costs or incomplete selected-plan terms.
  • 7–8: Useful scope with clear entry pricing/allowances or accessible source, while accounting for running costs.
  • 9–10: Exceptionally accessible and clear cost model for substantial useful scope; never assume free compute.

Integration options: How useful and extensible are the verified user-facing connections for the intended workflow?

  • 1–2: No current user-facing connection verified, or former connections are unavailable.
  • 3–4: Inputs/exports or one focused connection; internal dependencies are not native connectors.
  • 5–6: Useful API, configurable tools or several relevant connections, with limited verified breadth.
  • 7–8: Broad relevant connections or an extensible documented API/MCP/tool ecosystem.
  • 9–10: Extensive documented ecosystem with multiple connection mechanisms and strong task relevance.

Metrics Comparison

Documented capability

CatDoes: 8/10

Evidence confidence: high

CatDoes documents a substantial application-building workflow: natural-language construction of websites and mobile apps, a live multi-page canvas and preview, a cloud agent that performs changes, an included backend with Postgres, authentication, storage, edge functions, and realtime events, web deployment, GitHub import, pull requests or synchronization, and code export on higher plans. Official materials also describe native iOS and Android deployment and App Store and Google Play publishing on qualifying plans. This is a strong documented scope for an AI app builder, but the evidence does not justify an exceptional 9 or 10 because completeness, reliability, and production quality are not independently measured here and some capabilities are plan-dependent.

Dust AI: 8/10

Evidence confidence: high

Dust has a substantial documented workflow for its stated purpose: users can create custom agents using skills, knowledge, and tools; select among multiple model providers; use managed connections such as Google Drive, Notion, Slack, and Confluence; and run multi-agent workflows on schedules or triggers. The documentation describes agents answering questions in company context, drafting documents, analyzing data, and acting in connected systems. This supports a high score for documented end-to-end agent work, but not a 9 or 10 because the available evidence does not establish unusually complete controls across every supported workflow, nor does it independently verify actual task performance.

Both products document substantial workflows, but for different jobs. Dust is stronger for organizational knowledge work and actions in connected systems; CatDoes is stronger for generating, managing, and deploying application projects. Neither score should be interpreted as a head-to-head product-quality or performance result.

Ease of adoption

CatDoes: 8/10

Evidence confidence: high

CatDoes offers a direct start path: its documentation says to start building for free, and official product material lists a free plan with a project, credits, web deployment, and CatDoes Cloud. The FAQ states that the Free plan includes one public project, one-time credits, web deployment, and a full backend, while paid plans begin at $20 per month. This supports manageable adoption for an intended user who wants to build a web project. The score is not higher because mobile-store publishing, broader project limits, GitHub synchronization, and code export are tier-dependent, and the evidence does not establish that every user can complete those deployment paths without additional platform-specific work.

Dust AI: 8/10

Evidence confidence: high

Dust presents an active self-service path with a free plan and paid plans listed on its official pricing page. The page identifies a free tier with 500 lifetime credits, a Pro plan at €24 per seat per month with 8,000 credits per seat per month, and a Max plan at €120 per seat per month with 40,000 credits per seat per month. The product is therefore more accessible than a sales-only enterprise service. Adoption still requires users to configure agents, knowledge, tools, connections, and possibly MCP services, so the evidence supports 8 rather than 9 or 10; the source also describes team and enterprise-oriented functionality that may add administrative complexity.

Both products have a verified accessible entry path. Dust requires more organizational and agent configuration; CatDoes offers a more direct project-building path but reserves several advanced delivery and source-control capabilities for paid tiers.

Value and cost clarity

CatDoes: 8/10

Evidence confidence: medium

CatDoes publishes a free entry tier and paid plans beginning at $20 per month. Its official materials describe plan differences involving credits, project counts, deployment targets, GitHub features, and code export; the FAQ also states that annual billing saves 16%. The product documentation makes a particularly important cost boundary clear: CatDoes Cloud is included on every plan, including Free, while agent actions consume credits. This supports a strong value-and-clarity score. It is not a 9 or 10 because credit consumption, usage limits, and the full entitlement details for each plan are not completely established by the available primary-source excerpts, and app-store or other external operational costs are not shown as included.

Dust AI: 8/10

Evidence confidence: high

Dust provides unusually clear published entry pricing and allowances: Free at €0 with 500 lifetime credits, Pro at €24 per seat per month with 8,000 credits per seat per month, and Max at €120 per seat per month with 40,000 credits per seat per month, excluding VAT. The same page describes included model access, custom agents, workflows, and connectors, making the relationship between plan, allowance, and feature scope relatively understandable. The score is not 9 or 10 because the practical cost depends on seats, credit consumption, VAT, and potentially separate programmatic usage: the official changelog says programmatic usage is tracked and billed separately and that enterprise users may use pay-as-you-go billing. Published pricing therefore supports budgeting, but it does not establish total cost for every deployment.

Dust has clearer evidence for seat-based pricing and credit allowances; CatDoes has a clear low-cost entry point and bundled backend, but budgeting requires closer attention to credits, tier gates, and deployment-related costs. Neither product should be treated as cost-free merely because a free tier exists.

Integration options

CatDoes: 6/10

Evidence confidence: medium

CatDoes documents several useful integration mechanisms for an application-building workflow: a built-in backend with database, authentication, storage, edge functions, and realtime events; service integrations that the agent can write when instructed; GitHub import; pull requests or synchronization; and code export on higher plans. These are meaningful extensibility options, but they are not equivalent to Dust's broad enterprise knowledge-connection ecosystem. CatDoes' integration model is primarily application infrastructure, source control, and generated service code, with some features gated by plan. The available evidence does not verify a broad catalog of native user-facing connectors, so a conservative 6 is appropriate.

Dust AI: 8/10

Evidence confidence: high

Dust documents a broad, task-relevant integration model. Its official pricing material lists Slack, Notion, GitHub, Drive, and more than 20 connections, plus the ability to connect other tools through MCP. The developer documentation describes managed integrations that synchronize automatically, including Google Drive, Notion, Slack, and Confluence. This supports a broad and extensible user-facing ecosystem. The score remains 8 rather than 9 or 10 because the evidence does not enumerate every connector, establish equal functionality across connectors, or show that all connections are available under every plan.

Dust has the stronger verified integration breadth for connecting organizational information and external work systems. CatDoes offers useful application-backend, GitHub, export, and service-integration pathways, but its documented ecosystem is narrower and more oriented toward building an app than operating an agent across existing business systems.

Conclusions

Dust AI is the better-documented fit for teams seeking configurable agents that work over company context and connected business tools; CatDoes is the better-documented fit for users seeking an AI-assisted workflow that creates and deploys websites or mobile applications. The scores do not establish a universal winner because the products address different purposes. Dust's main constraints are agent and workspace configuration, seat and credit economics, and possible separate programmatic billing. CatDoes' main constraints are credit-based usage, plan-gated deployment and source-control features, and incomplete evidence here about the full cost and operational requirements of production app-store delivery. These conclusions describe documented scope and adoption conditions, not authenticated testing or measured product performance.

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