Salesforce Commerce Cloud vs Saleor: which fits your B2C estate
Commerce Cloud fits when the estate is already deep in Salesforce and the organization wants a vendor-run platform. Saleor fits when the team wants to own the storefront, the API and the hosting, and has the engineering capacity to operate them. Neither answer is universal, so the decision depends on what your organization already runs, what it can staff, and how much of its current behavior lives in custom code. Commerce Cloud suits teams with a large investment in SFRA or PWA Kit storefronts, Business Manager processes that operations staff know well, and existing use of other Salesforce products such as Service Cloud or Marketing Cloud. Salesforce runs the platform, so patching and most infrastructure work sit with the vendor. Saleor suits a different profile: a team that wants per-channel pricing and currencies in one data model, storefronts built against its GraphQL API, and direct control over where the platform runs. Its channels, warehouses and promotion engine map well to multi-brand and multi-region selling, but you own the Dashboard, PostgreSQL, Celery workers and the storefront that sits on top of them. Confirm the current Saleor release and the Docker Compose memory requirement with the Saleor Docker Compose docs before sizing hosts.
Three factors should drive the decision. The first is team capacity: count the engineers who can build and run a GraphQL storefront, a Saleor deployment and its integrations for years, not only through the launch. The second is data residency: confirm which regions and clouds the customer, order and payment data must stay in, and whether the Commerce Cloud region options meet that requirement or whether self-hosting is the only route. The third is how much cartridge logic must be rebuilt: list each custom cartridge, its hooks and its integrations, and classify it as configuration, webhook-driven, or logic that must be reimplemented as an app. The more logic falls into the last group, the more the migration cost moves onto your own engineers. Run that inventory before choosing. If most behavior is standard catalog, pricing and checkout, Saleor's model covers a large share of it. If the estate depends on heavy custom pipelines, a platform change may be better planned as a phased move than as a single cutover.
Which platform fits which scenario
This table maps common enterprise B2C situations to the platform that usually fits better and the conditions behind that choice. Read each row as a starting point: the answer shifts with team skills, hosting rules and how much of the storefront you plan to rebuild. Multi-brand and headless needs favor Saleor, while a team that wants a fully managed, low-operations SaaS may still prefer to stay with Salesforce.
| Scenario | Better fit | Why and under what conditions |
|---|---|---|
| Multi-brand and multi-region selling | Saleor | Channels model separate sites, currencies, stock and products per market. Confirm that your price books, tax rules and promotions map to channel-level configuration before committing. |
| Existing PWA Kit storefront | Depends on rewrite budget | PWA Kit code is tied to Salesforce Commerce APIs, so Saleor means rebuilding the storefront against GraphQL. Reuse is mainly in design system components and content, not data calls. |
| Small in-house engineering team | Salesforce Commerce Cloud | Saleor requires owning the API, Dashboard, PostgreSQL, cache, Celery workers and storefront. If the team cannot staff that operation, a managed SaaS usually carries less risk. |
| Strict data residency requirements | Saleor | Self-hosting lets you choose the region, cloud account or data center for orders and customer records. Confirm where Salesforce hosts your instance and whether its contractual terms meet your residency rules. |
| Heavy Salesforce CRM or Order Management use | Depends on integration plan | Staying close to Salesforce CRM favors keeping Commerce Cloud until integrations are rebuilt. Saleor's multi-warehouse fulfillment, split payments and returns cover many order flows, but CRM sync and service case handling need a designed integration layer. |
| Need for webhook and app-based extensions | Saleor | Saleor extends through webhooks, apps and metadata rather than in-process plugins, which suits teams that want services decoupled from the commerce core. Plan for event handling, retries and monitoring. |
| Heavy reliance on SFRA cartridge logic | Depends on logic complexity | Cartridge business rules must be re-expressed as Saleor apps, webhooks or external services. Simple pricing and promotion logic maps well to Saleor's promotion engine, while custom checkout flows need more design time. |
| Requirement for a vendor-operated uptime commitment | Salesforce Commerce Cloud | Self-hosting moves availability, patching and backups to your team or partner. Compare any uptime figures against your own operating model rather than assuming parity. |
How Saleor's apps and webhooks replace cartridge logic
Saleor does not run custom code inside its core process the way a cartridge runs inside the SFCC pipeline. Saleor extends through webhooks, apps, metadata and API extensions, so every piece of cartridge behavior has to be re-homed in an external service that Saleor calls or that calls Saleor. Plan the rebuild per capability, not per cartridge. Pricing, promotions, checkout logic and each integration will each need a different pattern, and that scoping work is usually the largest source of rebuild effort in a migration like this.
Pricing and promotion rules are the first place to check. Saleor covers per-channel pricing, sales, vouchers, cart rules and gift cards natively, so some SFCC price book and promotion logic maps to configuration. Anything beyond that, such as customer-specific pricing from an external source, needs an app or a webhook that responds at calculation time. Ask your team to list each active price adjustment and promotion and mark it as configuration, webhook or app. Confirm the exact event types and response contracts in the Saleor documentation for your target version before you estimate the work, because webhook payloads and sync points determine where the logic can run.
Checkout hooks and integrations are the second area. Where a cartridge called a payment processor, tax service or fraud check during order creation, the equivalent in Saleor is a webhook or app that the platform triggers on defined events. Each one needs its own error handling, retry behavior and idempotency design, because a failed external call must not leave an order in an inconsistent state. The storefront also changes ownership: it must now handle the checkout sequence, display the states that apps return, and manage customer-facing messages. Plan for the operations team to own the apps' hosting, secrets, logs and monitoring, since none of that is provided by a cartridge host.
Where data lives and who runs the platform
Moving from Salesforce Commerce Cloud to Saleor changes where order, customer and payment data sits and who patches, monitors and answers for it. The four options below differ mainly in who operates the infrastructure and who holds the compliance evidence, so settle those questions before comparing features.
Commerce Cloud as a vendor-hosted service
Salesforce operates the B2C Commerce environments, including the storefront runtime, Business Manager and the platform's underlying infrastructure. Your team configures sites, cartridges and data, but the hosting location, patching cadence and availability commitments come from the contract. Before you plan an exit, pull out the current data processing terms, the regions where your sandboxes and production instances run, and the export procedures written into the agreement. Those documents define your starting position.
Saleor Cloud managed hosting
Saleor Cloud is the vendor-managed option for the same codebase, so the application stays open source while operations move to the Saleor company. You still own the storefront, integrations and data model decisions. Ask for the hosting regions, backup and restore procedures, the security documentation available for review, and which party handles incident notification. Confirm whether a managed plan can be moved to your own infrastructure later without re-platforming.
Self-hosted Saleor with Docker
Running Saleor in your own cloud account or data center means your team or a partner operates the API, Dashboard, PostgreSQL, Valkey or Redis, and Celery workers. The Docker Compose setup is a starting point, not a production blueprint. Plan for high availability, database backups, secrets handling for environment variables, and patch windows for each component. Every hosting decision, including where order and payment-related records are stored, becomes an internal control you must document and operate.
Data location and residency
Map every data category against its storage location: customer profiles, addresses, order history, payment tokens, product content and the logs that record all of them. Saleor's data stays where you deploy it, but backups, CDN caches, search indexes, analytics pipelines and third-party payment gateways often copy data elsewhere. Ask each vendor and gateway to confirm the regional hosting options in writing, and document any cross-border transfer your privacy team must assess.
Identity and compliance responsibilities
Moving hosting in-house moves control ownership too. Your team must define administrator access to the Dashboard and API tokens, the single sign-on setup, logging, vulnerability management and change records. DeployOpen can plan, implement and document these controls and gather the supporting evidence for a compliance assessment, but it does not issue audit reports, attestations or certifications. Independent auditors and certification bodies perform those assessments, so agree the evidence scope with them before the cutover.
What running Saleor in your infrastructure involves
A Saleor deployment is not a single application. The Saleor documentation describes a set of services that work together: the API, which serves the GraphQL endpoint that every storefront, app and integration calls; the Dashboard, the staff interface for catalog, orders and configuration; PostgreSQL, which holds the commerce data; Valkey or Redis, which supports caching and background coordination; and Celery workers, which run asynchronous jobs such as webhook delivery and other tasks that should not block a request. Each of these needs its own sizing, monitoring and failure plan.
- API service: Carries all storefront and integration traffic, so it is the first component to scale under load and the one most exposed to the network.
- Dashboard: Used by merchandising, operations and support staff, so access control and single sign-on usually belong here.
- PostgreSQL: Holds orders, products, prices and customers. Backup, point-in-time recovery and replication are the operations team's responsibility.
- Valkey or Redis: Requires its own persistence and memory decisions, and a failure here affects services that depend on it.
- Celery workers: Queued jobs, including webhooks, can back up silently when workers are undersized or stopped, so queue depth should be watched.
Confirm with Saleor's current documentation which services are mandatory for your chosen release and which are optional for your features.
The Saleor Docker Compose setup is the documented starting point for running the services together. It is well suited to evaluation, proof-of-concept environments and some single-host deployments, but it is not a production topology by itself. The setup asks for at least 5 GB of memory allocated to Docker, which is a minimum for the stack to start, not a sizing guide for production traffic, catalog size or order volume.
- Memory floor: The documented minimum of 5 GB covers the containers on a development machine. Production sizing depends on catalog size, order volume, concurrency and the number of channels.
- Production topology: Teams usually move from Compose to orchestrated or managed infrastructure with separate database and cache services, health checks and rolling upgrades.
- Image and version control: Pin image versions and record which release is deployed, so upgrades are deliberate.
- Network isolation: Keep PostgreSQL and the cache off public networks, exposing only the API and Dashboard through a reverse proxy.
- Build pipeline: Storefront and app code deploy separately from the Saleor core, which needs its own release path.
Ask your implementation partner or internal platform team to document the production topology they plan to use, and confirm the memory and CPU requirements against your own load tests.
Saleor is configured through environment variables, following the twelve-factor app principles. That keeps configuration out of code and lets the same container image run in development, staging and production with different settings. For security and operations teams, this is useful because secrets can be injected from a secrets manager and configuration changes can be reviewed as deployment changes rather than code edits.
- Secrets injection: Database credentials, secret keys and payment gateway credentials should come from a secrets manager or orchestrator secret store, not from committed files.
- Environment separation: Use distinct values per environment so a staging storefront cannot write to a production database.
- Payment and webhook settings: Gateway keys and webhook target URLs are configuration, so changes need the same approval as code.
- Configuration drift: Record every variable in version control or a deployment manifest so the running state can be reproduced.
- Logging and debug flags: Confirm that debug settings are disabled in production and that logs do not expose personal or payment data.
Review the environment variable reference for the release you plan to run, and confirm which variables changed between releases before each upgrade.
Self-hosting moves day-to-day operations from the vendor to your team. Saleor's codebase, updates and release notes are public, but nothing in the open-source project runs the estate for you. Upgrades, backups, monitoring, security patching for the operating system and databases, incident response and capacity planning all become internal responsibilities or contracted services. These costs recur every year, not just during the build.
- Upgrades: Plan a regular cadence to adopt new Saleor releases, including database migrations, API changes that affect storefronts and apps, and dependency updates.
- Backups: Test restores of PostgreSQL and any persistent cache data, not only the backup jobs themselves. Recovery time and data loss targets should be written down.
- Monitoring: Track API latency and error rates, database health, Celery queue depth and webhook failures. Alerts should reach an on-call owner.
- Security: Own patching, access control to the Dashboard, and vulnerability management for the components you run.
- Capacity: Plan for seasonal peaks, promotions and new channels, since these change load on the API and workers.
Before planning, confirm in the Saleor release notes on GitHub which upgrade steps, database migrations and breaking API changes apply to the version you intend to run, and decide who will own each recurring task.
How a move from Commerce Cloud to Saleor typically proceeds
The sequence turns an inventory of Commerce Cloud sites, cartridges and integrations into a Saleor channel model, a tested storefront and a cutover that your operations team can run without the old platform.
Inventory cartridges, sites and integrations
Your team and the implementation partner list every site, locale, price book, cartridge, custom pipeline, job schedule and external integration in Business Manager and code. Each item is tagged as retire, rebuild as a Saleor app, rebuild as a webhook handler or move to an existing system such as the ERP or CRM. The output is a signed-off register with an owner for each integration, which becomes the scope baseline for the written plan.
Map sites and price books to channels
Each Commerce Cloud site is mapped to a Saleor channel, with its currency, default warehouses, shipping zones and tax configuration. Price books are translated into per-channel product pricing, and any site that shares a catalog but differs in price is documented as a channel decision. The check is a mapping sheet that a finance lead and a merchandising lead have reviewed, with sample products priced in every channel and matched against the source values.
Export catalog, customers and orders
Data is pulled from Commerce Cloud using the export formats and scripting approach your team has confirmed for your environment, then transformed into Saleor's data model with products, variants, attributes, channel listings, stock and metadata. Customers and open orders are loaded with their identifiers preserved so support and loyalty references still resolve. Each load is reconciled by counts and sampled records. Passwords generally cannot be exported, so the plan must say how customers reset access.
Build the storefront against GraphQL
The storefront is rebuilt, or an existing PWA Kit or SFRA front end is adapted, to call Saleor's GraphQL API for catalog, cart, checkout and account flows. Product detail, search, category and checkout pages are built first and tested against the migrated data. The check is a working storefront in staging that completes a test order in each channel, with payment and tax behavior confirmed against the configured gateways.
Rebuild promotions and fulfillment logic
Cartridge promotion, coupon and shipping logic is mapped to Saleor's promotion engine, covering sales, vouchers, cart rules and gift cards, and fulfillment logic is mapped to multi-warehouse stock, split payments and returns. Logic with no direct equivalent becomes a documented app or webhook handler. Finance and operations sign off on test scenarios, including refunds and partial shipments, before any cutover date is considered.
Operate in parallel and validate
The new stack runs in staging and, where your plan allows, in controlled production traffic alongside Commerce Cloud. Orders, stock levels, prices and customer records are compared between the two systems on a schedule. Operations staff run the Saleor Dashboard, monitoring and backup procedures in this window, so runbooks are tested before live traffic depends on them. Exit criteria are agreed in writing with named owners.
Cut over and hand over operations
The final delta export, DNS and payment changes, and redirect rules are executed in a window agreed with the business. Commerce Cloud is kept read-only for a retention period set by your legal and finance teams. Operations handover covers on-call, upgrades of the Saleor release you deploy, database and object backups, and the support model. The check is a documented handover with a rollback path tested before the switch.
Confirm timing and scope in a written plan
Durations depend on the number of sites, cartridges, integrations and data volumes, so no timeline is set here. Ask for a written plan that gives the scope, the phases above, the deliverables and the dependencies on your ERP, payment and CRM teams, then compare it with a quote built from that scope.
Questions buyers ask before choosing Saleor
What drives the cost of moving from Salesforce Commerce Cloud to Saleor?
The biggest drivers are the number of sites, channels, storefronts and markets you need to rebuild, the depth of your cartridge customizations, and how many integrations with your CRM, ERP, payment and order systems must be re-created. Costs fall into one-time items (discovery, data mapping, storefront build, integration work, migration rehearsals and go-live) and recurring items (hosting for the API, Dashboard, PostgreSQL, Valkey or Redis and Celery workers, monitoring, backups, upgrades and staff time). Saleor itself is BSD-3-Clause licensed, so the software line is not the main variable. Ask any provider, including DeployOpen, for a written quote that separates these components.
How long does a Saleor migration from Commerce Cloud take?
Timing depends on scope: the number of channels and storefronts, the complexity of promotions, the volume of catalog and order history, and how much of your business logic lives in cartridges today. DeployOpen does not publish timelines. Fixed-scope engagements agree scope, deliverables and timing in writing before work starts, so that document, and the quote that follows it, is the authoritative source for duration. Ask for milestones covering discovery, a pilot channel, a full data rehearsal and a cutover plan.
What skills does an in-house team need to run Saleor?
You need engineers comfortable with Python and Django, GraphQL clients for the storefront, PostgreSQL administration, and container operations. Running Saleor also means operating Celery workers and a Valkey or Redis service, configuring the platform through environment variables in line with 12-factor app practice, and building extensions as apps and webhooks rather than in-process plugins. A frontend team must own the storefront against the GraphQL API. Map these skills against your current staff before deciding how much work to keep in-house.
Can our own team migrate from Commerce Cloud to Saleor without outside help?
A capable internal team can do parts of the work, such as exporting data, building a simple storefront or running a pilot channel. The harder items are rebuilding cartridge logic, mapping multi-site price books and currencies to Saleor channels, reconciling order history, and hardening the production stack. Many teams split the work: internal staff own the business rules and content, while an implementation partner covers the migration pipeline, infrastructure and security evidence. Be honest about capacity during the planning stage.
How do we export our data out of Salesforce Commerce Cloud for Saleor?
Commerce Cloud data leaves through Business Manager exports and site-level data extracts, which teams then transform into Saleor's model covering products, channels, prices, customers and orders. Plan the mapping of catalogs, price books, currencies and stock locations to Saleor channels and warehouses before extracting anything. Validate every import in a staging environment, reconcile record counts and totals, and keep the source system live until the target has been verified. Confirm the current export formats and limits in your own Business Manager.
What happens to our PWA Kit or SFRA storefronts when we move to Saleor?
Storefront code does not move directly. PWA Kit and SFRA templates are built against Salesforce APIs and cartridge pipelines, so the presentation layer must be rebuilt against Saleor's GraphQL API, although design assets, content, copy and some component patterns can be reused. You also need a new hosting location for the storefront, since Managed Runtime will not be part of the stack. Plan search, caching, SEO redirects and checkout flows as explicit work items, and test them under realistic traffic before cutover.
Does Saleor fit a multi-brand business selling across several regions?
Saleor supports per-channel pricing, currencies, stock and products across multiple warehouses, which maps well to brands and regions that need separate catalogs, prices and fulfillment. Confirm the exact channel model against your brand structure, tax rules, payment gateways and promotion requirements, since promotions, split payments and returns may need configuration or custom apps. Validate this with a proof of concept built on your real catalog before committing to a design.
What the licence and running costs actually include
Saleor is licensed under BSD-3-Clause, so the software itself carries no licence fee to negotiate. The cost driver is everything around it: hosting for the API, the Dashboard, PostgreSQL, Valkey or Redis, and Celery workers, plus the build of your storefront, the integrations with your ERP, payment gateways, CRM and fulfillment partners, and the staff or partner hours needed to run them. Commerce Cloud's contract bundles hosting, platform operations and vendor support into one negotiated price, so the comparison has to be made line by line rather than by headline number. Ask your Salesforce account team for a written breakdown of what the current agreement covers, including hosting, support tiers, environments and any add-on services, so you know exactly which costs move in-house.
Migration is mostly one-time work: extracting catalogs, customers and orders, mapping price books and sites to Saleor channels, rebuilding cartridge logic as apps and webhooks, building the storefront against GraphQL, and running parallel environments until cutover. Recurring costs follow: infrastructure sized for your traffic peaks, security patching and upgrades (the most recent release referenced in the researched facts is 3.23.42, so plan for regular version moves), monitoring, backups, on-call coverage and the product work that Commerce Cloud's vendor team handled before. Costs rise with the number of storefronts, currencies and warehouses, the complexity of promotions and split payments, and how many third-party systems you integrate. Request a quote that separates one-time build, hosting by environment, support hours, and named roles, and ask for the assumptions behind each line.
How DeployOpen helps evaluate and move to Saleor
DeployOpen plans, implements, customizes, integrates, hardens, documents and supports self-hosted open-source platforms inside your own cloud accounts, data centers or air-gapped networks. For a move from Salesforce Commerce Cloud to Saleor, we start with a written scope that separates the evaluation from the build, so your team can decide with working evidence before committing to a migration.
How we scope
- Map which Commerce Cloud sites, locales, price books and currencies become Saleor channels, and confirm the scope in writing before work starts.
- Inventory every cartridge behavior and classify it as an app, webhook, storefront logic or retired functionality.
- Confirm which CRM, order management, payment and tax integrations must stay connected during and after cutover.
How we build
- Deploy the Saleor API, Dashboard, PostgreSQL, Valkey or Redis, and Celery workers in your environment, configured through environment variables.
- Build the webhook and app layer that replaces cartridge logic, with test coverage for pricing, promotions and checkout paths.
- Run security testing on the API, storefront and integrations before any production traffic reaches the new stack.
How we hand over
- Deliver architecture records, runbooks for the Saleor services and worker queues, and a documented data mapping from Commerce Cloud exports.
- Provide a cutover plan that keeps the original store live until product images, customers and orders are verified in Saleor.
- Train your engineers and operations staff on channel configuration, webhook maintenance and upgrade procedures.
How we support
- Ongoing support, upgrades and continuous testing are available as retainers after the handover is complete.
- Agree on which Saleor releases your team will track and how upgrades are tested against your custom apps and storefront.
- Keep backup, restore and monitoring procedures current as your catalog, channels and order volume change.
