Ask HN: How come there is no example code for B2B-SaaS apps?
93 comments
In my experience, a lot of projects start off with shared tenancy (using a tenant id discriminator in the database) and eventually migrate to completely separate schema for each tenant (i.e. a separate “installation” of a single-tenancy app for each tenant) to avoid security and architectural pitfalls.
Once you’ve done that, you don’t have to worry about forgetting a `WHERE tenantId = foo` somewhere and leaking data. The actual code is shared (i.e. not installed separately or in separate processes) and you would simply use your dependency injection or equivalent to resolve the DB connection contingent on $user’s validated claims.
“Networking” or sharing entities across tenants becomes harder this way.. but purer/cleaner. You essentially create a federation layer and communicate across instances via a hard code wall (via network requests to yourself and an API) rather than “in memory” which is less efficient and requires a lot of boiler plate, but it’s going to be what you’re going to end up doing anyway.
Once you’ve done that, you don’t have to worry about forgetting a `WHERE tenantId = foo` somewhere and leaking data. The actual code is shared (i.e. not installed separately or in separate processes) and you would simply use your dependency injection or equivalent to resolve the DB connection contingent on $user’s validated claims.
“Networking” or sharing entities across tenants becomes harder this way.. but purer/cleaner. You essentially create a federation layer and communicate across instances via a hard code wall (via network requests to yourself and an API) rather than “in memory” which is less efficient and requires a lot of boiler plate, but it’s going to be what you’re going to end up doing anyway.
using an ORM it's very simple. once you setup the relationships between models, you always use the highest level model as the entry point of your query and the ORM will scope the query for you. ie in Rails, if your highest level model is Account you just always use @account.customer.find(18). the Rails ORM will automatically scope the query to the current account.
using multiple schemas becomes a nightmare when you want to perform a migration to alter the database schema. you have to somehow perform a migration across every single schema without breaking anything. god forbid you need to rollback. have everything in one database makes it really easy. as please, don't talk how using a single database restricts scaling later on. with how far databases have come and how cheap cloud computing is, scaling isn't an issue anymore.
using multiple schemas becomes a nightmare when you want to perform a migration to alter the database schema. you have to somehow perform a migration across every single schema without breaking anything. god forbid you need to rollback. have everything in one database makes it really easy. as please, don't talk how using a single database restricts scaling later on. with how far databases have come and how cheap cloud computing is, scaling isn't an issue anymore.
> the Rails ORM will automatically scope the query to the current account.
While that is true for simple queries it is not a valid statement for secure multi tenancy.
For example in this scenario: Account (Id). Order (Id, AccountId, CustomerId). Customer (Id, AccountId). You need to ensure Order can only use CustomerId that belongs to Account.
Rails does not include support for restricting deep relationships (grand children) to an account. Basically an attacker can misuse foreign keys from other accounts in new records (add a CustomerId from another Account on Order) or read data in relationship queries when initiating objects (show customer info from another account in an order).
There are ways of mitigating this but it requires doing more complex manual validation methods.
> using multiple schemas becomes a nightmare
There are gems that will solve some of this complexity but it is a risk. The most popular one is somewhat unmaintained.
While that is true for simple queries it is not a valid statement for secure multi tenancy.
For example in this scenario: Account (Id). Order (Id, AccountId, CustomerId). Customer (Id, AccountId). You need to ensure Order can only use CustomerId that belongs to Account.
Rails does not include support for restricting deep relationships (grand children) to an account. Basically an attacker can misuse foreign keys from other accounts in new records (add a CustomerId from another Account on Order) or read data in relationship queries when initiating objects (show customer info from another account in an order).
There are ways of mitigating this but it requires doing more complex manual validation methods.
> using multiple schemas becomes a nightmare
There are gems that will solve some of this complexity but it is a risk. The most popular one is somewhat unmaintained.
I come more from a JVM world. But aren't there any DB migration/refactoring tools in Rails to allow for changes to propagate across tenants ?
E.g for the JVM, there's Liquibase and Flyway, and I agree with you, setting that up took a good part of a couple of weeks of dedicated effort.
E.g for the JVM, there's Liquibase and Flyway, and I agree with you, setting that up took a good part of a couple of weeks of dedicated effort.
The highest level entry point makes so much sense. I’ve been building multitenant saas for last 3 years enforcing “where tenant = x” and you’ve just blown my mind.
On more than one occasion I've started with a simple table for all tenants (where tenant = x) because we didn't know at the time if we will have many.
Then progressively when we understood how the service will be used, refactored to keep separate tenant's data separate.
Ended up with each tenant in a given schema, we were using Java and relied on Hibernate (ORM) to help connecting to the correct DB (it does support multi-tenancy) as well as on a DB migration tool (Liquibase) so any changes we made to the schema get replicated over all tenants.
Then progressively when we understood how the service will be used, refactored to keep separate tenant's data separate.
Ended up with each tenant in a given schema, we were using Java and relied on Hibernate (ORM) to help connecting to the correct DB (it does support multi-tenancy) as well as on a DB migration tool (Liquibase) so any changes we made to the schema get replicated over all tenants.
that's why we're here... learning something new everyday is a great things. now imagine how cool it will be implementing this is your projects from here out :)
You can't really write reports or BI dashboards in ORMs, unless you want terrible performance.
So for simple queries, fine, but anything else this won't work.
So for simple queries, fine, but anything else this won't work.
no kidding and you're being unreasonable... yes, what ii stated will get you 99% of the way there. what you're belly aching about is the 1% where you have to veer from this and do it yourself. big deal.
look... you wouldn't forego taking a plane across the country cause you have to take a cab the last 2 miles to the hotel. same thing here. just because something falls out at the last 1% doesn't mean it a bad way to do things.
look... you wouldn't forego taking a plane across the country cause you have to take a cab the last 2 miles to the hotel. same thing here. just because something falls out at the last 1% doesn't mean it a bad way to do things.
Interestingly, I've only seen the opposite, going back to the 90s. Eventually managing N schemas ends up being difficult, and you're also fighting against the database.
Yeah 100%. Multi-tenant as implemented this way with separate infrastructure works ok for very small values on N. Once you’re into N > 100s or 1000s then you’re absolutely not reducing complication.
Are separate schemas really the right way to handle this? The folks who wrote the Apartment gem for Rails, a multi-tenancy solution that works on separate schemas, wrote about some troubles when scaling:
https://influitive.io/our-multi-tenancy-journey-with-postgre...
https://influitive.io/our-multi-tenancy-journey-with-postgre...
In my limited experience, companies start with single-tenancy apps. Get a client interested in their own private version, so they spin-up another instance.
Then they realise they've got a growing number of databases and webservers to maintain and account for, so they combine them all into a multi-tenant system.
Then they realise they've got a growing number of databases and webservers to maintain and account for, so they combine them all into a multi-tenant system.
> you don’t have to worry about forgetting a `WHERE tenantId = foo
I found a few tools early on that work for this in Rails. You can guarantee all of your sql includes the tenant.
- Apartment
- Tenancy
There's also several for the PHP ecosystem.
I found a few tools early on that work for this in Rails. You can guarantee all of your sql includes the tenant.
- Apartment
- Tenancy
There's also several for the PHP ecosystem.
Its a while ago now and I have no idea what post it was for, but there was a discussion here on HN about how this is a terrible idea as it turns into a complete mess and a nightmare to manage.
I've only done this at one company, and they self-hosted, and it was indeed a complete nightmare to manage, but part of that was the self-hosting part.
I've only done this at one company, and they self-hosted, and it was indeed a complete nightmare to manage, but part of that was the self-hosting part.
On the enterprise software I worked on (IWMS system) we did both. Customers got their own schema, but big customers would give each branch their own virtual tenant within that schema. We started out with only the multiple schemas approach and ended up retrofitting a bunch of multitenancy features.
Thanks for this clear explanation. I’m a non developer currently experimenting with no code apps, I’m using userid filtering to segregate data between users and it feels “wrong” but it’s reassuring to see that it’s a pretty normal starting point before having a more mature architecture
I'm contemplating writing an article about "things that are bad but you should absolutely do anyway when you start" to help with this analysis paralysis.
Interested?
Interested?
Sorry I just saw this (usually just lurk HN so not up to speed with my comment responses), yep interested to help if you'd like
The approach I've used and seen the most often is enforcing the tenancy at the ORM level so someone can't forget a where.
And then providing enterprise service for large companies that want their own installation.
And then providing enterprise service for large companies that want their own installation.
WHERE tenantId = foo
> But who does this
Everyone below a certain scale. Or when it just makes more sense, like Proboards' free tier.
Everyone below a certain scale. Or when it just makes more sense, like Proboards' free tier.
I've been working on something like this for Ruby on Rails in case anyone is interested. It has multitenancy, billing separate for each tenant, automatic query filtering for the current tenant, etc. https://jumpstartrails.com
I 2nd https://jumpstartrails.com . I purchased the "Unlimited Site License", and it is well worth it.
I wish there was something like this ready in Noode.js world (happy to pay)
https://github.com/async-labs/saas/blob/master/README.md
From: https://www.indiehackers.com/post/17-saas-starter-kits-boile...
Probably more than that one.
From: https://www.indiehackers.com/post/17-saas-starter-kits-boile...
Probably more than that one.
Intereting. I've been thinking about doing something like this with Python (Flask/Django), albeit a bit more general.
I work on https://www.saaspegasus.com/ as a similar project for Django. Let me know if you have any questions!
For the unfamiliar, OP makes awesome Rails tutorial videos and is really knowledgeable on the subject.
One of the largest open-source Rails apps has all of those features: Canvas LMS[1]. It uses Switchman[2] for abstracting the multi-tenancy logic.
Their approach has scaled to millions of concurrent users, but admittedly not helpful if you’re looking for a guide since the code is buried in a legacy monolith.
Part of the reason there isn’t a generic guide to this is that multi-tenancy is probably a premature optimization if a generic guide would be helpful. Just use nested user accounts to accomplish your business logic. By the time you really need true multi-tenancy, generic sample code won’t be much more helpful than the docs of the various plugins like Switchman.
1: https://github.com/instructure/canvas-lms 2: https://github.com/instructure/switchman
Their approach has scaled to millions of concurrent users, but admittedly not helpful if you’re looking for a guide since the code is buried in a legacy monolith.
Part of the reason there isn’t a generic guide to this is that multi-tenancy is probably a premature optimization if a generic guide would be helpful. Just use nested user accounts to accomplish your business logic. By the time you really need true multi-tenancy, generic sample code won’t be much more helpful than the docs of the various plugins like Switchman.
1: https://github.com/instructure/canvas-lms 2: https://github.com/instructure/switchman
That said, Canvas is also AGPL 3 which might be a concern for some people looking for code to base their new SaaS startup on.
Nice. It's amazing so many Rails multi-tenant projects but almost nothing in the Node.js world
Try this https://saasstartupkit.com/ built in Golang. My company has used it for a proof of concept as it definitely is built around b2b multi-tenancy. Good starting point for us at the time.
thanks!
You should look into Feathers JS [0]. You've the option to write in Javascript or Typescript and its built on top of nodejs/express.
Feathers JS has got builtin authentication and it is easy to add tenants. I've created a quick example and published it here [1], there maybe some rough edges, please mail me if you have any questions.
As others have mentioned with multi tenancy you must have good test cases that verify you've appropriate filters in place to avoid leaking data.
[0] https://feathersjs.com/ [1] https://github.com/bjacobt/feathers-multi-tenant-example
Feathers JS has got builtin authentication and it is easy to add tenants. I've created a quick example and published it here [1], there maybe some rough edges, please mail me if you have any questions.
As others have mentioned with multi tenancy you must have good test cases that verify you've appropriate filters in place to avoid leaking data.
[0] https://feathersjs.com/ [1] https://github.com/bjacobt/feathers-multi-tenant-example
Thanks, will look into it
I know it's a little early and it will be in Ruby on Rails. However, I'm working on open sourcing a clone of Stripe's Home [1] as part of a series of open source B2B applications & they should check all those boxes (besides the Java/Node)
I'm also happy to walk you (or others in the thread if time permits) though the source code of a closed source app I have over a video call if you need to grok the mechanics/db structure. (email in profile.)
It's got:
- multi-tenancy
- roles with-in each tenant
- sub-tenants (think engineering team vs accounting team vs hr team)
- accounts can be members of multiple tenants
- billing for each tenant (even sub tenants or inherit from root tenant)
- Super Admin & "Staff" roles
- Auditing
If anyone's interested in the open source app, follow here - https://twitter.com/tools_hub
[1] - https://stripe.com/blog/stripe-home
I'm also happy to walk you (or others in the thread if time permits) though the source code of a closed source app I have over a video call if you need to grok the mechanics/db structure. (email in profile.)
It's got:
- multi-tenancy
- roles with-in each tenant
- sub-tenants (think engineering team vs accounting team vs hr team)
- accounts can be members of multiple tenants
- billing for each tenant (even sub tenants or inherit from root tenant)
- Super Admin & "Staff" roles
- Auditing
If anyone's interested in the open source app, follow here - https://twitter.com/tools_hub
[1] - https://stripe.com/blog/stripe-home
Interested to see how you guys approached that for a Java B2B service. Thanks for the offer.
I’m super interested in this, but not sure what I’m looking at at the twitter account. Is there something on github or similar to look at?
Ya, sorry. The twitter account is a placeholder while we work. Just spun up a repo you can follow.
https://github.com/Internal-Tools-Hub/CorpHome/blob/master/R...
https://github.com/Internal-Tools-Hub/CorpHome/blob/master/R...
I have been working on this:
https://github.com/userdashboard/dashboard
Dashboard powers the basic 'web app with registrations' and then using modules it can be supplemented with organizations, Stripe Subscriptions and Stripe Connect to standardize / reuse the "SaaS boilerplate". It runs parallel to your application server so you can use whatever stack you like. Users browse your Dashboard server URL and it proxies your application server for content.
The software is complete but it needs niceties like useful charts and information added to the UI and I'll be prioritizing that in the coming weeks. It's got a really nice documentation site being generated with Github Actions but it's not publishing correctly unfortunately, probably tomorrow that will be resolved.
https://github.com/userdashboard/dashboard
Dashboard powers the basic 'web app with registrations' and then using modules it can be supplemented with organizations, Stripe Subscriptions and Stripe Connect to standardize / reuse the "SaaS boilerplate". It runs parallel to your application server so you can use whatever stack you like. Users browse your Dashboard server URL and it proxies your application server for content.
The software is complete but it needs niceties like useful charts and information added to the UI and I'll be prioritizing that in the coming weeks. It's got a really nice documentation site being generated with Github Actions but it's not publishing correctly unfortunately, probably tomorrow that will be resolved.
http://abp.io/ is probably the best open source one I've seen. They also offer a paid product which is fairly comprehensive. I don't quite like their frontend stuff but the backend side of things is definitely what you're looking for.
There are plenty of paid products in every language which are basically B2B SaaS templates.
ABP, bullettrain, Laravel etc.
There are plenty of paid products in every language which are basically B2B SaaS templates.
ABP, bullettrain, Laravel etc.
looks great, I wish there was something like this in the Node.js world
There's little sample code because some parts of the problem are disproportionately harder than others.
For example, in saas, if you have a serious product then you'll soon find that some of your tenants want to use SSO. So you need not only the stuff you mentioned already but also admin screens for setting up e.g saml for individual tenants. Add that to your points and you don't need sample code, you need a whole product (we use keycloak, there are plenty of other options).
As to billing, that's a whole gigantic separate area and again something where you don't want sample code, you want a complete product (I have heard jbilling talked of favorably).
In short, the problem space is too big to be addressed with some sample code.
For example, in saas, if you have a serious product then you'll soon find that some of your tenants want to use SSO. So you need not only the stuff you mentioned already but also admin screens for setting up e.g saml for individual tenants. Add that to your points and you don't need sample code, you need a whole product (we use keycloak, there are plenty of other options).
As to billing, that's a whole gigantic separate area and again something where you don't want sample code, you want a complete product (I have heard jbilling talked of favorably).
In short, the problem space is too big to be addressed with some sample code.
For .NET, we used the web starter kit AspDotNetZero which has multi-tenancy and billing:
https://www.aspnetzero.com/Features
It's a bit pricey but if you don't need the UI or billing then you can use their open source boilerplate code which gives you multi-tenancy:
https://github.com/aspnetboilerplate/aspnetboilerplate
https://www.aspnetzero.com/Features
It's a bit pricey but if you don't need the UI or billing then you can use their open source boilerplate code which gives you multi-tenancy:
https://github.com/aspnetboilerplate/aspnetboilerplate
This may not match your description but definitely matches the title - OSS B2B SaaS app: https://github.com/getsentry/sentry
They also have a separate repo to help you run it: https://github.com/getsentry/onpremise
They also have a separate repo to help you run it: https://github.com/getsentry/onpremise
Why? It’s difficult and knowledge of how to do single and multi-tenant applications for B2B keep a ton of people employed. However it’s not that far off from consumer projects. Most established players moved fast to build custom code to match their use cases. It’s not OSS material.
For B2B, “super-admin” should only be done with logged permission. Usually an email request.
Here’s two projects to help point you in the right direction.
https://github.com/terraform-google-modules/terraform-google...
WorkOS is attempting to simplify this. https://m.youtube.com/watch?v=IR2QZQrzoiA&t=1433s
For B2B, “super-admin” should only be done with logged permission. Usually an email request.
Here’s two projects to help point you in the right direction.
https://github.com/terraform-google-modules/terraform-google...
WorkOS is attempting to simplify this. https://m.youtube.com/watch?v=IR2QZQrzoiA&t=1433s
Thanks for the shout-out! :)
I’m using Jumpstart Pro (paid) for a rail’s app i’m working on, I know you requested node, but you may find it very useful to see how they implemented multitenancy and ruby/rails code is very readable.
https://youtu.be/6wuaVWKVclo
https://jumpstartrails.com/
https://youtu.be/6wuaVWKVclo
https://jumpstartrails.com/
https://github.com/vanilla/vanilla can be run in a “multi-tenant” setup. It is always done with separate databases and configs though.
Localhost setups are always multi-tenant, even if our infrastructure is more strongly isolated. In the end, if you can load different configurations for your app at runtime, and that configuration includes info about how to connect to your DB, cache, etc, then it’s pretty easy to do.
https://github.com/vanilla/vanilla-docker/blob/master/docs/v... this is an example of how we do the localhost setups, although I’d using separate DB credentials for any production site.
Localhost setups are always multi-tenant, even if our infrastructure is more strongly isolated. In the end, if you can load different configurations for your app at runtime, and that configuration includes info about how to connect to your DB, cache, etc, then it’s pretty easy to do.
https://github.com/vanilla/vanilla-docker/blob/master/docs/v... this is an example of how we do the localhost setups, although I’d using separate DB credentials for any production site.
https://github.com/async-labs/saas "Build your own SaaS business with SaaS boilerplate. Productive stack: React, Material-UI, Next, MobX, WebSockets, Express, Node, Mongoose, MongoDB. Written with TypeScript"
This again, doesn't support multi-tenant (B2B) SaaS. Am I wrong?
I like this, I see what they're doing and it looks promising. However It lacks a data request/GDPR takedown section which for me makes the project commercially useless.
Most teams/products always look at compliance as the last big rock to implement and it becomes a massive headache. If this project is focused to B2B learning it should have been tackled first (and not missing from the demo).
Most teams/products always look at compliance as the last big rock to implement and it becomes a massive headache. If this project is focused to B2B learning it should have been tackled first (and not missing from the demo).
Is it really such a big problem in b2b? Can't you be only the Processor sign a DPA with your customers and let them handle the biggest part of the headache?
yes. I am a data processor not a controller. If you store data tied to the user you still need a mechanism to retrieve / delete it. This is something I encountered. Even if it is in reality not an issue and by itself the data is meaningless. Perhaps I need better legal advice :)
It's a template, GDPR is EU-specific and not everyone in the world has to worry about that, it's just too specific a subject to consider in a generic template.
If an EU-based (or storing EU data) team need to jump start from this, one can implement that section on top and not have to wait until the end as you say. The aim of the template is to give you a head start in the right direction.
If an EU-based (or storing EU data) team need to jump start from this, one can implement that section on top and not have to wait until the end as you say. The aim of the template is to give you a head start in the right direction.
I understand your point but I see this as a global B2B requirement. Most products I use and have built cover North America, Europe, Middle East and now Africa. Each country or region has its quirks. If you are GDPR compliant there is a good chance you cover most other regulation. Nevertheless is an issue, especially - and rightly so - the fines are increasing and the regulation is becoming tighter. If it is not built in the extendability of a product to do so does matter and therefore the success of the template.
Will you consider a SaaS option? We are finishing up a identity management platform which does exactly that (at least access management part with 3-tiers of multi-tenancy). Our dedicated option allows you to host up to 1000-5000 tenants in a completely isolated infrastructure. Happy to have a chat.
Just to add details on this topic, Multi-tenancy is quite complicated subject and there are many ways to implement it.
(1) One database per tenant. Each tenant gets their own set of tables. Dedicated virtual infrastructure with strong data isolation. (2) One database but one schema per tenant using Postgres. Each tenant gets their own set of tables. Shared virtual infrastructure with strong data isolation. (3) One database one schema one set of tables but tenant data is segmented using tenant key in the tables. Shared virtual infrastructure logical data isolation. On top you can create tenant specific views.
Before you choose one, you need to analyse best possible approach according to your needs factoring performance, cost, maintenance and scalability. You can also mix some of these approaches in you solution. So for instance we use all 3 on top of single codebase.
Happy to respond any specific questions anyone may have.
(1) One database per tenant. Each tenant gets their own set of tables. Dedicated virtual infrastructure with strong data isolation. (2) One database but one schema per tenant using Postgres. Each tenant gets their own set of tables. Shared virtual infrastructure with strong data isolation. (3) One database one schema one set of tables but tenant data is segmented using tenant key in the tables. Shared virtual infrastructure logical data isolation. On top you can create tenant specific views.
Before you choose one, you need to analyse best possible approach according to your needs factoring performance, cost, maintenance and scalability. You can also mix some of these approaches in you solution. So for instance we use all 3 on top of single codebase.
Happy to respond any specific questions anyone may have.
What is the problem just build it your self. A simple template that has a login with a todo list can be extended to have a companies table. When you have added this, you can add a n to n relation between companies and users and poof you have a B2B saas app template.
Having built a number of these, it's not that simple. For example do you put a tenant column on every table, have a separate table per tenant, or have a separate schema or database? There are tradeoffs for each approach and lots of gotchas you wouldn't expect. Like if you use a separate table or database, migrations take forever, you can run into file descriptor limits in your database, etc.
Separate table per tenant? Not unless you have/expect 2 to 5 tenants otherwise you run into the issues you describe above.
Having a database per tenant has always interested me. It make sense if the databases will be different (contain other tables)
Adding a tenant id to the tables that require them makes sense.
The best approach is to create a pivot table between users and tenants that holds user_id and tenant_id. Use the primary id of that table to represent the user at that tenant.
Having a database per tenant has always interested me. It make sense if the databases will be different (contain other tables)
Adding a tenant id to the tables that require them makes sense.
The best approach is to create a pivot table between users and tenants that holds user_id and tenant_id. Use the primary id of that table to represent the user at that tenant.
The limit is a lot higher than 2 to 5, but I think sooner or later it will get you. Until then you will suffer a slow death by a thousand migrations.
A separate database is best used if you need an absolute firewall between the tenants for security reasons. Almost no bug can ever let one tenant see the data from another. If they share tables, it's easier to make that mistake.
The downside is you can't have quieres across all your tenants, so you'll want a BI database that brings all the data together anyway.
A separate database is best used if you need an absolute firewall between the tenants for security reasons. Almost no bug can ever let one tenant see the data from another. If they share tables, it's easier to make that mistake.
The downside is you can't have quieres across all your tenants, so you'll want a BI database that brings all the data together anyway.
That's true, but just looking at the code of some example application you've found online won't shed any light on what those trade-offs are.
Probably not, but there are articles on the subject that are helpful. I've found them before.
This leads to answer, which is: just start building, whatever option you will choose you will run into gotchas.
So no point of overthinking it.
So no point of overthinking it.
That there are tradeoffs with each option does not mean all options are equal at all.
Doing a little research first, and thinking about which tradeoffs matter most in your particular case could save you a lot of effort rewriting things down the road.
Doing a little research first, and thinking about which tradeoffs matter most in your particular case could save you a lot of effort rewriting things down the road.
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Check this [SaaS Deployment Guide](https://github.com/aws-quickstart/saas-identity-cognito) out from AWS.
I'm not sure you'll find something with such a specific requirement.
The first thing that came to mind is server management tools like free alternatives to cpanel/webhostmanager
https://froxlor.org/
You'll have better luck searching online if you look for "free / open source" + specific problem/solution rather than "b2b saas app"
in this example i searched for "free alternative to cpanel"
The first thing that came to mind is server management tools like free alternatives to cpanel/webhostmanager
https://froxlor.org/
You'll have better luck searching online if you look for "free / open source" + specific problem/solution rather than "b2b saas app"
in this example i searched for "free alternative to cpanel"
An engineer from Nodewood posted on here at the same time as this post about their SaaS starter kit, built in Node.js and includes billing but no mention of multi-tenancy:
https://news.ycombinator.com/item?id=23054417
https://news.ycombinator.com/item?id=23054417
I have built many over the years in Java but nothing is public, I was thinking of abstracting away a Microservice template as a starting point for my projects.
What you are mentioning is a very specific example of that, happy to have a chat and perhaps we can build that together and open source it ?
What you are mentioning is a very specific example of that, happy to have a chat and perhaps we can build that together and open source it ?
And then add in a user authentication system like Auth0 or Cognito with a way to pass authentication tokens among microservices within the app. All stuff that should be boilerplate samples but in practice burns an enormous amount of time getting in place.
Multitenancy with Rails - 2nd edition
If you are doing Rails by any chance this is just what you need. https://leanpub.com/multi-tenancy-rails-2
If you are doing Rails by any chance this is just what you need. https://leanpub.com/multi-tenancy-rails-2
If you find any, please let us know. We are looking for a Laravel example.
Check out Tenancy for Laravel: https://tenancyforlaravel.com/
Have you considered Laravel Spark?
https://spark.laravel.com/
https://spark.laravel.com/
https://nodex.wensia.com/ (it's not OSS, but $99)
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They're are literally dozens of these startup frameworks for most of the web languages out there.
I think because it's much easier to do deploy templates than multitennancy.
you could get pretty far with laravel spark if you don't mind picking up some php. https://spark.laravel.com/
That's kind of their daily bread & butter.
Doesn't open stack do this?
I'm starting a SaaS that adds multitenancy to an app as a service.
Isn't Gitlab a B2B SaaS app?
What I'm looking for is: A SaaS app that allows people to create tenants (companies), and allows admin of the tenant to login and manage group of users, keep track of billing for each tenant, have super-admin who can access any tenant. But the rest of the app code is shared across the tenants. I'm looking for code that's either in Java or JavaScript(NodeJS). Are you in the same boat as me? If not, could you please point me to something? I really appreciate that!