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Backendless is better for teams that prefer visual development, codeless business logic, and a drag-and-drop UI builder. + - question: What is the main difference between Appwrite and Backendless? + answer: Appwrite is an open-source, code-first backend platform built around APIs, SDKs, and serverless functions. Backendless is a proprietary, visual-first platform that lets developers build backend logic and user interfaces with codeless tools. + - question: Can Appwrite and Backendless be self-hosted? + answer: Yes. Appwrite can be self-hosted for free without functional restrictions. Backendless provides a free Community Edition for single-server deployments, while support, upgrades, and clustered deployments require paid options. + - question: Which is cheaper, Appwrite or Backendless? + answer: Appwrite and Backendless use different pricing models. Appwrite prices managed projects around platform resources, while Backendless charges per application and calculates Scale pricing using peak API requests per minute. +--- +Most backend platform comparisons end up being a feature checklist, and feature checklists rarely decide anything. Appwrite and Backendless both give you a database, authentication, file storage, server-side logic, and push notifications behind an API. If you only read the marketing pages, they look interchangeable. + +They are not. The **Appwrite vs Backendless** decision comes down to two different bets about how backend work should happen. Backendless bets on visual development, where you assemble logic and interfaces in a browser. Appwrite bets on code-first primitives, where you write in the language you already use and deploy from Git. Pick the wrong bet and you spend the next year fighting your own tooling. + +This post breaks down where each platform is genuinely stronger, and where each one asks you to compromise. + +# What is the difference between Appwrite and Backendless? + +**Appwrite is an open-source, code-first backend platform that also hosts your frontend. Backendless is a visual-first backend platform with a codeless logic builder and a drag-and-drop UI Builder, licensed as a commercial product.** + +Both are Backend-as-a-Service platforms. Both offer a managed cloud and a self-hosted option. The split is in the intended workflow: + +| Dimension | Appwrite | Backendless | +| ------------------ | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | ------------------------------------------------------------------------------------------------- | +| Core products | [Auth](/docs/products/auth), [Databases](/docs/products/databases), [Storage](/docs/products/storage), [Functions](/docs/products/functions), [Messaging](/docs/products/messaging), [Sites](/docs/products/sites) | Database, User Management, File Storage, Cloud Code, API Services, Push Notifications, UI Builder | +| Primary workflow | Code-first, Git-based deployments | Visual, browser-based (Codeless plus UI Builder) | +| Server-side logic | 14+ runtimes including Node.js, Python, PHP, Dart, Go, Java, Kotlin, Ruby, Swift, .NET, Rust | Java, JavaScript/Node.js, and Codeless logic blocks | +| Frontend hosting | Built in via Appwrite Sites, with SSR | Built in, single-click publish with SSL | +| Visual app builder | Not available | UI Builder for web and mobile | +| Open source core | Yes, BSD 3-Clause | No, client SDKs are open source | +| Self-hosting | Docker, free and unrestricted | Backendless Pro, free Community Edition license for single-server | +| Cloud entry price | $0 Free, $25/month Pro | $0 Free, from $15/month Scale | + +# How do Appwrite and Backendless handle databases? + +**Both provide a relational database with a visual browser. Backendless exposes SQL-style queries and a visual schema modeler. Appwrite exposes a typed API over databases, tables, and rows, with relationships and pagination handled by the SDK.** + +Backendless gives you a real-time relational database with database views, a visual schema modeler, and SQL-driven search. If you think in SQL and want to write `WHERE` clauses against your data, that is a real advantage. Geolocation is a standout here: Backendless supports geo-relations, geofences, and SQL-driven geo queries as first-class features. + +[Appwrite Databases](/docs/products/databases) organizes data into databases, tables, and rows, and gives you a query API rather than raw SQL. You get [relationships](/docs/products/databases/relationships) for modeling one-to-many and many-to-many links, plus offset and cursor pagination out of the box. The trade-off is deliberate. You lose direct SQL access, and you gain a schema and permission model that behaves identically across every SDK and every other Appwrite product. + +Which one is better depends on your team. Developers with strong SQL instincts often find Backendless more direct. Teams shipping across web, iOS, Android, and Flutter usually prefer having one query API that looks the same everywhere. If you are still deciding on a data model at all, [SQL vs NoSQL](/blog/post/sql-vs-nosql) is worth reading first. + +# How does authentication compare in Appwrite vs Backendless? + +**Both cover the standard cases. Backendless advertises 18+ third-party auth providers with session management. Appwrite Auth adds email OTP, phone OTP, magic URLs, anonymous sessions, custom tokens, and built-in MFA.** + +[Appwrite Auth](/docs/products/auth) supports email and password, [OAuth2](/docs/products/auth/oauth2) providers, phone and email OTP, magic URLs, anonymous sessions, and JWT. [MFA](/docs/products/auth/mfa) via authenticator app or email is available on all plans. Two features matter more than they sound: + +* [Custom token](/docs/products/auth/custom-token) lets you bridge an existing identity system into Appwrite without asking users to re-register. +* **Teams and labels** give you user grouping that plugs directly into the same permission strings used by Databases and Storage. + +Backendless covers registration, login, social login, and role-based security, with security roles configurable per object and per column. Its permission model is granular and mature. It is also configured largely through the console rather than through code, which is a plus for visual teams and a minus for teams that want auth rules in version control. + +Neither platform currently treats enterprise SAML SSO as a headline feature. If enterprise SSO is a hard requirement, verify the current state with both vendors before committing. + +# Can you write backend logic without code in Backendless or Appwrite? + +**Backendless can. Appwrite cannot, by design.** + +This is the clearest difference between the two platforms. + +Backendless Codeless lets you build server-side functions from visual logic blocks, from trivial handlers to fairly complex flows. Combined with UI Builder, which produces responsive web and mobile frontends from drag-and-drop components, you can ship a working product without writing much code at all. For solo founders, agencies with tight timelines, and teams whose strongest members are not backend engineers, that is a genuine accelerator. Backendless Cloud Code also supports Java and JavaScript/Node.js when you need to drop into real code. + +[Appwrite Functions](/docs/products/functions) takes the opposite position. There is no visual builder and no codeless mode. Instead you get [runtimes for 14+ languages](/docs/products/functions/runtimes), including Node.js, Python, PHP, Ruby, Dart, Go, Java, Kotlin, Swift, .NET, C++, Rust, Bun, and Deno. Functions deploy from a Git repository, run in isolated containers, and can be triggered by events, HTTP requests, or schedules. There is also a [templates marketplace](/docs/products/functions/templates) for common integrations. + +The honest framing: Backendless lowers the floor, Appwrite raises the ceiling. Visual logic is faster to start and harder to review, test, and diff. Code in a repository is slower on day one and far easier to maintain on day 400. + +# Does Appwrite or Backendless include frontend hosting? + +**Both do, which sets them apart from most BaaS platforms. Appwrite Sites supports server-side rendering and Git-based deployments. Backendless hosting is oriented around UI Builder output and static or Node.js content.** + +[Appwrite Sites](/docs/products/sites) deploys web apps directly from source control, with each site running in its own isolated container. It supports SSR and has quick starts for Next.js, Nuxt, SvelteKit, Astro, Vue, and TanStack Start. Sites run on the [Appwrite Network](/docs/products/network), so you get global edge distribution, DDoS protection, a WAF, and TLS without configuring a separate CDN. + +Backendless offers single-click publishing with SSL included, serving static and dynamic Node.js content, plus mobile deployment through Backendless Viewer and a Flutter Shell. If your frontend was built in UI Builder, this path is close to frictionless. + +If your frontend is a Next.js or SvelteKit app in a Git repo, Appwrite Sites is the closer fit. If your frontend was assembled visually, Backendless hosting is the closer fit. For a broader look at the hosting landscape, see [Appwrite vs Vercel vs Netlify](/blog/post/appwrite-vs-vercel-vs-netlify). + +# How do Appwrite and Backendless handle messaging and push notifications? + +**Backendless includes push notifications and automated emails. Appwrite Messaging adds SMS as a first-class channel and lets you bring your own provider.** + +[Appwrite Messaging](/docs/products/messaging) supports email, SMS, and push through providers you configure yourself, including Twilio, Vonage, MSG91, Telesign, TextMagic, Mailgun, SendGrid, Resend, plain SMTP, APNS, and FCM. You also get topics, targets, scheduling, and message templates. Because you supply the provider credentials, you keep your own sending reputation and your own provider pricing. + +Backendless covers customizable, schedulable push notifications with targeting and personalization, plus automated custom emails. SMS is generally handled through an integration rather than as a built-in channel. + +# Which is cheaper, Appwrite or Backendless? + +**It depends on what drives your usage. Appwrite prices on resources, so a large but quiet user base stays cheap. Backendless prices per application with API-request and table limits, so a small app with heavy traffic can climb faster.** + +| Plan tier | Appwrite | Backendless Cloud | +| ------------ | ------------------------------------------------------------------------------------------------------------------------ | -------------------------------------------------------------------------------------------- | +| Free | $0: 5GB bandwidth, 2GB storage, 750K executions, 75K MAU, 1 database, 1 bucket, 2 functions | $0: 50 API requests/minute, 20 database tables, 1GB file storage | +| Entry paid | Pro from $25/month: 2TB bandwidth, 150GB storage, 3.5M executions, 200K MAU, unlimited databases, buckets, and functions | Scale from $15/month: unlimited monthly API requests, 100 database tables, 10GB file storage | +| Higher tier | Scale from $599/month: SOC-2, BAA, SSO, custom roles, custom backup policies | Scale Variable, billed on daily API consumption in tiers | +| Add-ons | Bandwidth, storage, executions, MAU, seats | Function Packs from $5 to $399/month | +| Billing unit | Per organization, resources per project | Per application, unlimited developer seats | + +Two details are easy to miss. Backendless bills **per application**, so a portfolio of small apps multiplies your subscriptions, though developer seats are unlimited. Appwrite bills per organization with resource limits per project, and free projects pause after a week of inactivity with a limit of two projects. + +The 20-table cap on the Backendless free tier and the 50 requests-per-minute ceiling are the constraints most prototypes hit first. On the Appwrite free tier, the equivalent constraint is one database, one bucket, and two functions per project. Check the [Appwrite pricing page](/pricing) and the [Backendless pricing page](https://backendless.com/pricing/) against your actual projected usage rather than trusting either table above as final. + +# Can you self-host Appwrite and Backendless? + +**Both can be self-hosted with Docker. Appwrite self-hosting is free and unrestricted. Backendless Pro offers a free Community Edition license for single-server deployments, with paid support, upgrades, and clustering.** + +[Appwrite self-hosting](/docs/advanced/self-hosting) runs through a single Docker install command with a pre-built configuration. The self-hosted build is the same platform as Appwrite Cloud, so you can move between them by changing an endpoint. There are no functional limits and no license fee. + +Backendless Pro installs via Docker and Docker Compose, with guided installs for DigitalOcean, AWS EC2, and Azure. The Community Edition license is free for a single server and removes the Cloud tier's limits on API calls, push notifications, and data storage. Beyond that, annual support runs $7,200, annual upgrades $7,200, and the bundle $10,000, per the [Backendless Pro pricing](https://backendless.com/backendless-pro/). Clustered deployments require a sales conversation. Managed Backendless, where their team operates your instance with 24x7 monitoring, is quoted individually. + +Both are legitimate self-hosting stories. The difference is that Appwrite's is a default and Backendless's is a licensed tier. + +# Is Appwrite or Backendless open source? + +**Appwrite's core platform is open source under the BSD 3-Clause license. Backendless publishes open-source client SDKs, but the server platform is proprietary.** + +This matters for three practical reasons: you can audit the code you run, you can fork it if the vendor's direction changes, and you can run it indefinitely without a license conversation. It is not a reason to dismiss Backendless, which has a long operating history and a clear commercial model. It is a reason to be explicit about which risk you are accepting. Our post on [Appwrite as an open source alternative to Firebase](/blog/post/open-source-firebase-alternative) covers the same reasoning applied to a proprietary incumbent. + +# Which backend should you choose: Appwrite or Backendless? + +**Choose Backendless if:** + +* Your team is stronger at visual development than at backend code +* You want to build the frontend and backend in one visual environment via UI Builder +* SQL-style queries, geofencing, and geo-relations are central to your product +* A codeless logic builder would meaningfully shorten your timeline + +**Choose Appwrite if:** + +* You want backend logic written in a real language and stored in Git +* You need function runtimes beyond Java and JavaScript +* Open source and unrestricted self-hosting are requirements, not preferences +* You are shipping to web, iOS, Android, Flutter, and React Native and want one consistent API +* You want SSR frontend hosting and backend services under one dashboard + +If you are still deciding whether a BaaS is the right call at all, [BaaS vs custom backend](/blog/post/baas-vs-custom-backend) is the better starting point than either platform's docs. + +# Getting started with Appwrite as a Backendless alternative + +If the code-first bet is the one you want to make, Appwrite is free to try and free to leave. Start on [Appwrite Cloud](https://cloud.appwrite.io/) with no credit card, or self-host with a single Docker command and keep every byte on your own infrastructure. Both run the same open-source platform, so the decision is reversible. + +Already running on Backendless? Appwrite's [migration tooling](/docs/advanced/migrations) supports moving structured data in, including CSV imports and hashed password imports so your users do not have to reset credentials. Auth and storage paths usually need some scripting, since the underlying models differ. + +## Resources + +* [Appwrite documentation](/docs) +* [Appwrite Functions runtimes](/docs/products/functions/runtimes) +* [Self-hosting guide](/docs/advanced/self-hosting) +* [Migration APIs](/docs/advanced/migrations) +* [Appwrite pricing](/pricing) +* [Appwrite GitHub repository](https://github.com/appwrite/appwrite) +* [Appwrite Discord](https://appwrite.io/discord) \ No newline at end of file diff --git a/static/images/blog/appwrite-vs-backendless-which-backend-is-better/cover.avif b/static/images/blog/appwrite-vs-backendless-which-backend-is-better/cover.avif new file mode 100644 index 0000000000..dc96b19105 Binary files /dev/null and b/static/images/blog/appwrite-vs-backendless-which-backend-is-better/cover.avif differ