Teams usually end up in spreadsheets long after the work has outgrown them. What started as a quick fix turns into a messy system nobody actually wants to maintain.
That is where Appsmith vs. Retool starts showing up in the conversation. Both promise faster internal tool development with drag-and-drop builders, but they are not interchangeable in terms of pricing, flexibility, or the amount of setup your team is willing to tolerate.
On paper, they can look close enough to make the decision annoying. In practice, the differences matter fast when you are dealing with custom workflows, scaling needs, and people who just want something usable without babysitting the build.
Anything takes a very different angle. Instead of spending days comparing builders, connectors, and pricing tiers, teams can describe what they need in plain language and get a working application back.
That means less time evaluating platforms and more time actually solving the problem. If your goal is to ship functional business tools without getting buried in configuration, Anything’s AI app builder changes the starting point completely.
Table of contents
- Why choosing the wrong low-code platform costs you time and money
- How Appsmith and Retool really compare
- When to skip both and consider a more ai native tool
- build and launch your first custom app in minutes — no code required
Summary
- Most low-code platforms promise speed but still require technical fluency to configure data sources, write custom queries, or troubleshoot API integrations. According to Forrester Research, low-code development is 10x faster than traditional coding, but that speed advantage evaporates if your team spends weeks learning platform-specific syntax or waiting for engineers to wire up database connections. The friction point isn't the platform's capability; it's whether your team can actually use it without constant technical support.
- Subscription tiers look reasonable until you need more users, additional environments, or premium integrations that aren't included in the base package. Retool's business plan runs $65 per standard user per month, which adds up quickly, while Appsmith's business plan starts at $15 per user per month. Industry analysis shows that low-code platforms can reduce development costs by 50-90%, but only if the platform matches your use case and your team can operate it without constant technical intervention.
- Vendor lock-in shapes every decision you make with traditional low-code platforms. Every component you configure, every query you write, every workflow you build becomes proprietary to that ecosystem. Migration isn't a project; it's a complete rebuild where you lose months of configuration work because nothing exports cleanly. You're not choosing a tool; you're choosing a dependency that becomes harder to escape the longer you use it.
- Performance ceilings appear when complexity grows in low-code builders. Complex dashboards with multiple data sources and heavy transformations will always be slower than optimized custom code. According to RAND Corporation research from August 2024, more than 80% of AI projects fail, often because teams underestimate the gap between proof-of-concept performance and production reality. The same pattern applies to low-code platforms, where the architectural overhead becomes visible only after you've committed.
- Customization limits force workarounds that break over time. Both Retool and Appsmith provide pre-built components, but when your internal tool needs a custom visualization or non-standard workflow, you hit the component library's boundaries. The workarounds accumulate, each one adding technical debt and maintenance burden until you're essentially maintaining custom code within a platform that was supposed to eliminate it.
- Anything's AI app builder addresses this by generating actual code from natural-language descriptions rather than locking you into a proprietary component system, letting you describe what the application should do and receive functional code you can export, modify, or deploy anywhere.
Why choosing the wrong low-code platform costs you time and money
The idea that any low-code tool will land you in the same place is how teams end up paying tuition in production. Platforms look similar on day one, then the differences show up where it hurts, how they’re built under the hood, what you can extend, and how quickly your team can actually move.
Give it a few months, and the “easy” choice can turn into a wall. The connector you need is missing, the permission model is clunky, the UI limits start dictating your workflow, or the escape hatches are not real. The best pick depends on what you’re shipping, such as internal dashboards, customer-facing apps, or prototypes that need to grow without getting rebuilt from scratch.
⚠️ Warning: The painful limits usually show up after you’ve already invested real time and budget, so evaluating early is not optional.
"The wrong low-code platform choice can set development teams back by months and force costly platform migrations mid-project." - Development Best Practices, 2024
Simple Builders
- Best For: Internal dashboards
- Key Limitation: Limited customization
Enterprise Platforms
- Best For: Customer-facing apps
- Key Limitation: High learning curve
Rapid Prototyping
- Best For: Quick demos
- Key Limitation: Scalability issues
🔑 Takeaway: Investing time in platform evaluation upfront prevents costly migrations and ensures your low-code solution can scale with your business needs.
When "low-code" still means "developer-only."
Most low-code platforms still expect someone technical to wire things up. You have to connect data sources, write queries, babysit API integrations, and troubleshoot the weird stuff that pops up at the worst possible time. So you end up hiring developers to set up the tool that was supposed to eliminate the need for developers. According to Forrester Research, low-code development is 10x faster than traditional coding, but that speed advantage disappears if your team spends weeks learning the platform or waiting for engineers to connect databases. The real question is whether your team can use it without constant technical support.
Hidden costs surface after you commit
Subscription tiers look reasonable right up until you try to grow. Add users, add environments, add “just one more” integration, and suddenly the bill starts climbing like it’s training for a marathon. Scaling complexity triggers exponential cost increases: adding a third data source or enabling SSO can double your monthly bill.
You’re locked into a pricing structure that punishes momentum, and migrating means rebuilding everything from scratch because workflows are tangled in proprietary components that don’t export cleanly.
What are the main API and customization limitations?
Low-code platforms are great at the basics standard CRUD operations, and simple dashboards. Then you ask for conditional workflows, complex calculations, or real-time data syncing across multiple systems, and things get messy fast. You hit the customization ceiling sooner than expected, where the platform either can’t do what you need or forces you into custom code that defeats the purpose of choosing low-code.
The result is a half-built app that works in demos but breaks when real workflows come into play.
How do AI-powered platforms address these bottlenecks?
Platforms like Anything's AI app builder skip the whole “learn our interface first” phase. Instead of stitching together components and hoping the connectors behave, you describe what you want in plain language. You explain what the app should do, and the AI creates a working build with the connections and workflows you requested.
This removes the technical learning curve and the customization cliff that make traditional low-code platforms expensive in both time and opportunity.
What are the real costs of platform limitations?
The real cost is not just the subscription. It’s the launch that slips by six months because the platform can’t support an expected feature. It’s the developer hours burned trying to force a tool to act like something it was never built to be. It’s the rebuild you swear you won’t do, right up until you have to.
Industry analysis shows low-code platforms can reduce development costs by 50-90%, provided the platform matches your needs, and your team can use it without constant technical support.
Related reading
- Business Process Optimization
- Using AI to Enhance Business Operations
- Workflow Builder
- How To Make A Web App
- Intelligent Workflow Automation
- How To Automate Business Processes
- Enterprise Workflow Automation
- Low Code No Code Automation
How Appsmith and Retool really compare
Appsmith and Retool solve the same core problem, but they approach it with entirely different instincts. Retool is built for speed. It is a polished, managed platform that helps teams ship data-heavy internal tools quickly, with fewer moving parts to babysit and less infrastructure work to own. You trade some flexibility for that smooth, guided experience, and for many teams, that is a very fair deal.
Appsmith is built for control. It gives you an open-source foundation you can self-host, extend, and modify on your terms, without vendor constraints or per-user pricing that keeps climbing as adoption grows. You trade some convenience for ownership, but you get the keys, the garage, and the option to remodel whenever you want.
🎯 Key Point: The choice between Appsmith and Retool comes down to whether you prioritize speed and convenience (Retool) or control and cost flexibility (Appsmith).
"Open-source platforms like Appsmith eliminate vendor lock-in while providing unlimited scalability without the per-user pricing constraints of managed solutions." - Low-Code Platform Analysis, 2024
Feature: Hosting
- Appsmith: Self-hosted or cloud
- Retool: Managed cloud only
Feature: Pricing Model
- Appsmith: Open-source + paid features
- Retool: Per-user subscription
Feature: Customization
- Appsmith: Full code access
- Retool: Platform limitations
Feature: Setup Speed
- Appsmith: Moderate setup time
- Retool: Instant deployment
Feature: Vendor Lock-in
- Appsmith: None
- Retool: High dependency
⚠️ Warning: While Retool offers faster initial deployment, teams often hit customization walls and cost scaling issues as their internal tool requirements grow more complex.
What are the key strengths of each platform?
Both excel at creating admin panels, dashboards, and database GUIs. Retool leans into speed and low friction, with a deep library of ready-made components and enterprise connectors that let teams stand up data-heavy apps fast. Appsmith leans into developer freedom, using its open-source foundation to give you more control over infrastructure choices, data security posture, and long-term costs.
How do Retool and Appsmith position themselves differently?
Retool positions itself as the fast lane for internal tools. It is venture-backed, polished, and built around a big menu of components and connectors so teams can assemble dashboards and CRUD (Create, Read, Update, Delete) apps quickly. Because Retool handles most of the infrastructure overhead, developers can spend their time wiring data sources to interfaces instead of babysitting deployments.
What makes Appsmith's approach unique?
Appsmith takes the opposite bet: more control, more extensibility, and a bigger emphasis on self-hosting. That gives teams tighter ownership over data, security, and cost structure. The Appsmith vs Retool debate usually starts right here: managed convenience versus open-source control. If your team cares about infrastructure ownership or wants to avoid vendor lock-in, this difference is not a footnote; it is the headline.
Who should use Retool for their internal tools?
Retool works best for a data analyst or backend developer at a medium-to-large company who needs to quickly surface data from a database or API for teams like sales or ops. It shines when you need to connect several business systems and want a functional, data-heavy interface in an afternoon, prioritizing speed and pre-built connections over deep custom design.
When does Appsmith become the better choice?
Appsmith suits full-stack developers at startups or budget-conscious companies who want internal tools with custom logic and a stronger say in where everything runs. Choose Appsmith if you want to write JavaScript broadly, self-host to reduce lock-in risk, or extend the platform with custom widgets. Both platforms handle admin panels, dashboards, and database GUIs well, but they get there in very different ways.
Permission management
Both Retool and Appsmith offer strong permission management systems that control access to applications, pages, workflows, data sources, environments, and queries. Retool uses Permission Groups, while Appsmith uses Roles, and the day-to-day outcomes are similar. App owners can create user groups and assign permissions to edit, delete, create, and read different resources. Both platforms support multi-tenancy with per-row permission management based on user attributes, helping secure sensitive data across departments.
How steep is the learning curve for each platform?
Retool is known for a gentle learning curve. Drag components in, connect them to queries, and you can ship your first app in minutes. The builder feels clean and organized, and the results look professional quickly, even if the default look can feel a bit cookie-cutter.
Appsmith is also approachable, but its flexibility comes with a steeper learning curve as apps get more complex. Writing JavaScript almost anywhere is powerful, but it also means you need a clearer mental model of how data moves between components and queries.
What are the UI design differences between the platforms?
Research shows 94% of first impressions are design-related, so a polished interface can matter when you are sharing tools with internal stakeholders.
The pixel-perfect canvas gives detailed control over layout and feel, which helps teams that need custom UI patterns or strict brand guideline matching. The trade-off is speed to “good enough”: Retool typically gets you to a polished result faster, while Appsmith gives you more room to shape the final look.
How does Retool handle custom code and extensibility?
Retool supports JavaScript and Python transformers that run server-side, which helps when you are processing large datasets without blowing up browser memory. You can chain queries with server-side logic and do heavier transformations using pandas or numpy. Retool also supports SQL across multiple data sources and includes Retool Workflows for background automation, such as cron jobs, webhooks, and scheduled tasks. Because the heavy lifting runs on the server, the app stays snappy for users.
What are Appsmith's limitations with custom code?
Appsmith supports JavaScript, but it runs only in the browser (client-side). Large datasets (10,000+ rows) can cause performance issues, and there is no Python, server-side transformation, or native workflow support. This client-side boundary is one of the most common developer complaints. For simple CRUD tools with moderate data volumes, it works well. For data-heavy dashboards or analytics tools processing thousands of records, you can hit a bottleneck.
Components and theming
Both platforms offer tables, forms, charts, and buttons. Retool offers significant styling and configuration options, but you are largely working within built-in components. Appsmith, as an open-source platform, lets developers build and import custom components, unlocking greater flexibility. This matters when your UI needs are genuinely unique or when the default component set feels like a ceiling.
Both tools provide theming options to adjust colors and styles, but Appsmith's canvas-based editor offers greater control to match exact brand guidelines. Consistent branding can increase brand recognition by up to 80%, according to Design Revision's analysis, which matters when employees use these tools daily.
What types of data sources can you connect to?
Neither Appsmith nor Retool has a built-in database. Both act as UI layers on top of existing data sources, including spreadsheets like Google Sheets. Since most companies have data spread across multiple systems, the ability to connect to external APIs and integrate with other tools is essential.
How do the integration capabilities compare between platforms?
Retool offers polished, ready-to-use connectors for databases like Postgres and MongoDB, and APIs like Stripe and Salesforce, which speed up setup for common services. Appsmith supports a wide range of databases and any REST or GraphQL API, with community-driven integrations and the option to build custom connectors. In practice, the difference is usually setup time, not whether something is technically possible.
What are the hosting options for each platform?
Retool is primarily cloud-hosted, with self-hosting available as a premium enterprise feature. Appsmith offers both cloud and self-hosting on your infrastructure, whether that is AWS, Google Cloud, Docker, or your own servers. This flexibility can support stronger data sovereignty and control, which matters for enterprises with strict compliance requirements.
How do security and deployment features compare?
Both platforms support Git for version control, branching, and release management. Retool complies with SOC 2 Type 2 standards and includes audit logs and SSO for enterprise plans. Appsmith also offers strong security, and self-hosting can enable custom network policies and security protocols. Given that the average cost of a data breach exceeds $4 million, security is critical for any business.
Pricing where the numbers tell different stories
The cost structure reveals two different business models. Design Revision reports that Retool's Business plan costs $65 per standard user per month, while Appsmith's comparable tier starts around $15 per user per month. For a team of ten, that is $7,800 annually versus $1,800. Retool's free tier significantly limits features, pushing most production use cases to paid plans.
Appsmith's open-source community edition eliminates licensing fees entirely. Self-hosting means you manage the infrastructure and, optionally, pay for commercial support, while keeping tight control over the long-term economics. Retool's cloud-hosted default removes infrastructure overhead but creates an ongoing subscription dependency that scales with team size.
Deployment control versus convenience
Retool runs primarily in the cloud, handling infrastructure, updates, and scaling automatically. Self-hosting is available as an enterprise add-on requiring higher-tier plans. Most teams accept the cloud model because it keeps operational overhead low.
Appsmith flips that assumption. Self-hosting is the default option for teams that need data sovereignty, whether using Docker containers, Kubernetes clusters, or AWS or Google Cloud. You control where data lives, how updates roll out, and which security protocols apply. For healthcare providers, financial institutions, or any organization with strict compliance requirements, that architectural difference can matter more than any single feature.
How does Retool's abstraction approach affect development speed?
Retool gets to “polished” fast. Drag components onto a canvas, connect them to queries, and apps start to look real within hours. The abstraction layer hides complexity and accelerates initial development.
Developers comfortable with SQL and REST APIs can quickly build functional dashboards. The trade-off is that deeper customization beyond the component library means working inside Retool's JavaScript environment and component model.
What level of control does Appsmith provide developers?
Appsmith shows you more of what is happening underneath. You still get drag-and-drop speed, but the platform expects JavaScript for complex logic and gives direct access to component properties and API responses.
Teams can set up custom workflows, complex state management, and unique UI patterns that might require workarounds in more abstracted platforms. G2 reviewer Carlos S., a Senior Software Engineer, captures this: "Requires imagination and creativity, but significantly reduces development time."
How do Retool and Appsmith compare in integration breadth?
Both platforms connect to standard databases (PostgreSQL, MySQL, MongoDB), REST APIs, and popular SaaS tools. Retool offers a larger library of pre-built integrations with polished configuration interfaces for services like Stripe, Twilio, and Salesforce, enabling setup in minutes for supported connectors.
Their external API supports GET, POST, DELETE, and PATCH methods, enabling third-party services to manage users, permissions, and workflow runs programmatically.
What integration advantages does Appsmith's open source model provide?
Appsmith covers the main data sources but lacks some specialized connectors that Retool offers. Because Appsmith is open source, teams can build custom plugins, modify existing connectors, or fork the platform to meet their needs.
Appsmith lacks an external API for third-party integrations, limiting programmatic management. For most internal tools, the core integrations suffice. For edge cases involving unusual data sources, Appsmith's architecture enables custom solutions rather than blocking them.
What security standards do both platforms share?
Both platforms achieve SOC 2 Type 2 compliance, use role-based access control, and work with Git for version management. Over 90% of professional developers use version control systems, making Git integration a baseline requirement rather than a differentiator. The security conversation shifts when you factor in deployment models.
How does Retool's cloud service handle security?
Retool's cloud service centralizes security responsibility. They handle infrastructure hardening, patch deployment, and threat monitoring. Enterprise plans add audit logs and SSO, though your application data passes through their infrastructure. With the average data breach costing over $4 million, having a vendor shoulder more of the security load can be valuable.
What control does Appsmith's self-hosted option provide?
Appsmith's self-hosted option puts security control in your team's hands. You set network policies, manage encryption, control access at the infrastructure level, and decide when to deploy updates. This can be essential in regulated industries where data residency rules or air-gapped environments rule out cloud services. You gain control, but you also take on the responsibility of maintaining secure infrastructure.
What do Retool users say about performance?
G2 ratings are nearly identical at 4.7 for Appsmith and 4.6 for Retool, but they point to different strengths. Retool users praise speed and polish. George K., a small business user, calls it "a great tool for developers who want to use abstraction and built-in front-end components." The primary complaint centres on cost, with users noting "high cost for deploying apps to the public" and concerns about expenses growing as teams expand.
How do Appsmith users rate their experience?
Appsmith reviews highlight flexibility and value. Lucian M., a freelance data consultant, built a personal finances app and noted: "The speed of development is incredible, and the integration with PostgreSQL was smooth." Common concerns include performance issues under heavy load and challenges in creating responsive mobile layouts. Alen Y., a founder, appreciates that "the free version is sufficient for current needs," reflecting the open-source model's appeal for budget-conscious teams.
When does Retool provide the best value?
Retool is the best choice when you need to deploy quickly and can support per-user pricing. Teams building data-heavy internal dashboards, admin panels, or operational tools benefit from polished components and minimal setup friction.
Where does Appsmith excel over alternatives?
Appsmith wins when control, cost efficiency, and extensibility matter more than managed convenience. Organizations with strict data residency requirements, teams trying to avoid vendor lock-in, or developers who need deep customization often find the open-source model compelling. Self-hosting can also shift the economics for larger teams where per-user fees add up fast.
How do AI-powered alternatives change the comparison?
Most teams choosing between traditional low-code platforms face the same trade-off: learning the platform versus shipping faster. Platforms like Anything's AI app builder change the shape of that trade-off by removing much of the platform learning curve. Instead of memorizing component libraries and deployment settings, you describe what you want conversationally and get a working application generated. For non-technical founders or teams who care most about speed, this reframes the comparison.
Understanding when you need the control these platforms offer versus when simpler approaches suffice requires examining how applications get built and deployed in practice.
Related reading
- Workflow Modeling
- Workflow Automation Tools Open Source
- Business Workflow Management
- Low Code No Code Ai
- Business Process Automation ROI
- Top No-Code Platforms
- Business Process Automation Roi
- Best No-Code App Builders
- No Code Automation Tools
- Internal Tools Builder
When to skip both and consider a more ai native tool
Both Retool and Appsmith share a core limitation: your tools live inside their platform. You cannot export the code, run it independently, or modify it beyond what the builder permits. This creates three problems regardless of which platform you choose.
Platform Lock-in
Impact: Cannot migrate tools elsewhere
Long-term Risk: Vendor dependency
Limited Customization
Impact: Restricted to builder features
Long-term Risk: Innovation bottleneck
No Code Ownership
Impact: Cannot modify underlying logic
Long-term Risk: Technical debt
🎯 Key Point: Traditional low-code platforms create vendor dependency that limits your long-term flexibility and technical control.
"The biggest risk with platform-dependent tools isn't the monthly cost, it's the innovation ceiling you hit when your needs outgrow their capabilities."
⚠️ Warning: Before committing to either platform, consider whether you'll need custom integrations, advanced logic, or the ability to migrate your tools in the future. These are common pain points that emerge as teams scale.
Vendor lock-in shapes every decision you make
The moment your app lives inside Retool or Appsmith, you’re playing by their rules. If Retool raises prices or Appsmith Community Edition changes its license, your options shrink quickly because your workflows are built around their components, patterns, and way of doing things.
Switching platforms is not a “move your stuff over” problem. It is a “rebuild everything” problem. Components, queries, permissions, workflows, UI logic, the whole thing. And because exports rarely map cleanly to another ecosystem, months of configuration can end up as a pile of screenshots and regrets. You are not just picking a tool. You are picking a dependency that gets stickier every week you use it.
Performance ceilings appear when complexity grows
Low-code builders can feel fast right up until your app stops being a demo. The trade-off is overhead, extra layers that make “simple” UI interactions more expensive once you stack multiple data sources, heavy transformations, complex permissions, and real dashboards that people use all day. Custom code can be optimized around your exact bottlenecks. Low-code platforms have to be generic, which means you eventually pay for the abstraction.
That is why teams often see the same pattern: sample data feels smooth, production data shows up, and suddenly the app lags, making everyone avoid it. RAND Corporation research from August 2024 reported that more than 80% of AI projects fail, often because teams underestimate the gap between proof-of-concept performance and production reality. Low-code platforms can fall into a similar trap: the real performance cost only shows up after you commit.
Customization limits force workarounds that break
Pre-built components are great until your product needs something slightly weird, which is most real products. Custom visualizations, unusual workflows, and deeper React integration are where the edges show up.
Then the “low-code” part quietly turns into “write a bunch of JavaScript inside a tool that was supposed to save you from writing JavaScript.” In Appsmith, that often looks like stitched-together scripts and brittle event logic. In Retool, it can mean custom components and increasingly complex glue code. Either way, you end up fighting the platform instead of building the app.
How do workarounds create technical debt?
Because they are not first-class solutions. They are patches. Each workaround adds another special case you have to remember, debug, and maintain later. Over time, your app becomes a museum of “we had to do it this way because the platform would not let us do it the normal way.” And the worst part is that you are maintaining custom code in a system that promised you would not need it.
Anything's AI app builder generates actual code from natural language descriptions instead of locking you into a proprietary component system. You describe what the application should do, and our AI produces functional code you can export, modify, and deploy anywhere.
You keep ownership of what gets built, including the freedom to change your stack later without starting from zero. Instead of inheriting platform overhead, you get standard web technologies you can profile, tune, and evolve like any other production app. And when you need something custom, you are not asking a low-code tool for permission. You are editing real code.
Why do low-code platforms become obstacles?
The original pitch was speed without developers. In practice, teams hit the same wall again and again: constraints pile up, workarounds multiply, and costs creep upward as usage grows. Once requirements outgrow the component catalog, or the subscription costs more than building what you actually need, the platform stops being a shortcut. It becomes the thing slowing you down. Anything flips that trade-off: you still start with plain language, but you end with code you can take seriously, and take with you.
Build and launch your first custom app in minutes — no code required
AI-native builders cut out the busywork: learning platform quirks, wiring data sources by hand, and pulling engineers into “simple” internal tools. With Anything, you just describe what you want in plain language, and the AI turns that into real code, including authentication, database connections, payment processing, and integrations with 40+ services. What used to take weeks of setup can happen in minutes, and you get deployable code that you own.
💡 Tip: The real bottleneck isn't technical knowledge, it's clarity about what you want to build. Focus on describing your requirements conversationally rather than worrying about implementation details.
Over 500,000 builders have landed on the same lesson: the hard part is not “how do I build this,” it’s “what exactly am I building.” When you can explain it clearly (a customer portal with Stripe integration, a booking system with calendar sync, an inventory tracker with real-time updates), the AI takes care of the implementation work that normally forces you into Retool expertise or custom development in Appsmith. You end up with actual applications that run on web and mobile, without being boxed in by platform constraints.
"Speed matters because market windows close fast. Anything compresses timelines from months to days, letting you test ideas in production rather than prototypes."
Speed matters because market windows close fast. Anything that compresses timelines from months to days lets you ship the first real version, watch what users do, and adjust fast. Revisions take minutes rather than sprint cycles, meaning you learn from reality, not guesswork.
Traditional Development
- Weeks to months
- Platform constraints
- Developer dependency
- Prototype limitations
AI-Native Building
- Minutes to hours
- Full code ownership
- Plain language input
- Production-ready apps
This isn't about replacing developers for complex enterprise systems. It's about eliminating technical gatekeeping that prevents non-technical founders from validating ideas, operations teams from automating workflows, or product managers from testing features before committing engineering resources. Most builders ship functional apps without opening an editor.
🎯 Key Point: You're not building prototypes, you're creating real, deployable products that can be shared, iterated on, and scaled immediately without platform limitations.
Start building, and your first app goes live in minutes: a real, deployable product you can share, iterate on, and scale without workarounds or subscription penalties. The question is no longer whether you can build it, but whether the idea is worth pursuing.
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