Shuffle vs n8n: which to choose

Shuffle vs n8n: when a SOC should choose Shuffle and when an IT team should choose n8n

A SOC that needs case management, a security app catalog and workers inside its own network should start with Shuffle. Shuffle is licensed under AGPL-3.0, and its workflows and modular app content are MIT, so security integrations and an app creator that builds connectors from OpenAPI specifications come with the platform. Its Orborus component runs executions on hybrid on-premises workers. An IT automation team that mainly connects SaaS tools, ticketing and internal APIs will usually find n8n a closer general fit, provided its use stays within the Sustainable Use License, which allows internal business purposes and non-commercial or personal use. SAML and LDAP single sign-on, multi-main mode and other scaling features need a paid Business or Enterprise license.

The decision turns on three questions. First, who owns the workflows. If the SOC will write and maintain playbooks for alerts, Shuffle keeps that work close to security tooling. If IT owns the flows and security only consumes the results, n8n may suit the owners better. Second, license constraints on internal use. Confirm with counsel whether your n8n deployment fits the Sustainable Use License terms, including use by contractors or managed service providers, and whether any Shuffle modifications you distribute would trigger AGPL-3.0 source obligations. Third, identity. Write down whether analysts must sign in through SAML or LDAP on day one, because on n8n that means budgeting for a paid license before go-live.

Cost differs in shape more than in headline. Both platforms can be self-hosted without a license fee for the base product, so recurring spend sits in infrastructure, staff time and any paid n8n license. Shuffle stores its data in OpenSearch, so plan capacity and the people who will operate it. n8n's paid editions are priced by the vendor, and no figure is supplied here, so ask for the license tier that covers SSO, multi-main and environments in writing before comparing totals. For either platform, request a fixed-scope written quote that lists the use cases, identity integration and hybrid worker layout, so the two options are priced against the same work.

Which platform fits which team scenario

This table maps common team scenarios to the platform that usually fits better, along with the condition that would change that answer. Treat each row as a starting point for a pilot, because catalog coverage, worker models and license terms must be checked against your own tools and use case. The main takeaway is that Shuffle tends to fit security-led response work, while n8n tends to fit business process automation that needs SSO and scaling features on a paid license.

Scenario	Better fit	Condition that changes the answer
SOC alert triage	Shuffle	Fits if your SIEM, EDR and ticketing connectors exist in the app catalog or can be built from vendor OpenAPI specifications.
Phishing response	Shuffle	Fits if analysts need case-driven enrichment steps. Confirm mail gateway and sandbox app coverage before choosing.
IT onboarding and offboarding	n8n	Fits if HR, directory and SaaS connectors are available. Directory SSO through SAML or LDAP needs a paid n8n license.
Cross-department approvals	n8n	Fits when approvers need SSO-backed access and projects, which require a paid n8n Business or Enterprise license.
Mixed SOC and IT team	Split by team	Share one platform only if access separation and ownership are agreed in writing. Otherwise run one platform per team.
On-premises execution in restricted segments	Shuffle	Fits with Orborus workers placed inside the segment. Confirm the n8n worker and scaling model for the edition you plan to license.
Licensing of the automation layer	Depends on deployment model	Shuffle's AGPL-3.0 obligations and n8n's Sustainable Use License both need counsel review for internal, hosted or client-facing use.

How Shuffle and n8n are built and deployed

Shuffle and n8n both run automation workflows, but they put different pieces on your infrastructure. The difference shows up in how many components you operate, where workflow executions run, and which features sit behind a paid license. Read each card with your own hosting model and monitoring stack in mind.

Shuffle's Go backend and OpenSearch

Shuffle's core is a Go backend that stores its data in OpenSearch. Your team therefore operates an OpenSearch cluster alongside the Shuffle services, and that cluster holds workflow data, execution records and case information. Ask who owns OpenSearch patching, index sizing, snapshots and access control in your environment, and whether an existing OpenSearch platform team can support it.

Orborus runs executions on your workers

Shuffle uses Orborus to run executions on hybrid on-premises workers. This lets sensitive actions, such as calls to internal ticketing or identity systems, execute inside your network while the control plane stays where you place it. Confirm which network segments each worker can reach, how workers authenticate to the backend, and how you will monitor worker health and queue backlog.

n8n's Community and paid editions

Without a license key, n8n runs as the free Community edition. Features such as SAML and LDAP single sign-on, multi-main mode, environments, external secrets, log streaming and Git version control need a paid Business or Enterprise license. Before you design the deployment, list which of these you need, because the answer determines whether you can run a highly available setup at all.

Multi-main mode and what it adds

Multi-main mode is a paid n8n feature, so a clustered deployment is a licensing decision as well as an infrastructure one. Running several main instances means you monitor coordination between them and the queue that distributes work to workers. Ask your n8n representative to confirm the exact components a multi-main setup requires for your chosen version before you size the environment.

Where executions happen and what to watch

In Shuffle, executions can be pinned to workers you host, which places the action close to the systems it touches. In n8n, the execution location depends on your deployment mode and whether you use workers in queue mode. For both platforms, monitor execution failures, backlog and credential errors, and decide whether a failed action can be retried safely against the target system.

Fewer moving parts or more control

Shuffle asks you to run a Go backend, OpenSearch and Orborus workers, which makes it a heavier stack but one built around security data and on-premises execution. n8n is simpler to start with on a single instance, but production resilience pushes you toward paid features and a queue layer. Count the components each option adds to your on-call rotation before you pick a platform.

How the app creator and OpenAPI builder change integration work

Shuffle builds integrations from OpenAPI specifications through its app creator, and its modular app content is MIT licensed, which matters most when the tools you need to automate publish a usable OpenAPI specification. In that case, the app creator can turn the specification into a set of actions that analysts can drop into a workflow, and your team can maintain the resulting app as its own code. The MIT terms for modular app content are separate from the AGPL-3.0 terms that cover the platform itself, so confirm with your legal team how the two licenses apply to any app you modify or redistribute internally. The approach works well for security vendors whose APIs are documented in OpenAPI form, such as many ticketing, identity, and endpoint tools, but the generated actions still need testing against your tenant, error handling, and credential scoping.

n8n relies on its node library and custom nodes, so the integration work depends on whether a node already exists for your system. Where a maintained node covers the service, setup is largely configuration. Where it does not, your engineers write a custom node, which is a development task with its own review, testing and upgrade cycle. This is the common situation for internal line-of-business APIs, which rarely have published OpenAPI specifications and are unlikely to appear in any vendor catalog. Shuffle's approach can also reach those APIs if an accurate specification exists or can be written, so the deciding question is the quality of the API description, not the platform alone. Before you commit, list every tool in your automation scope and check whether each one has a Shuffle app, an n8n node, or neither, and confirm the version of each integration against your own environment.

Capability comparison: Shuffle and n8n

This table compares Shuffle and n8n on licensing, current releases, security content, on-premises execution and the features n8n gates behind paid editions. Read the Shuffle column for documented capabilities, and confirm items marked for verification with the vendor before you shortlist either platform. The main takeaway is that n8n's identity and scaling controls require a paid license, while Shuffle's SSO and RBAC details need confirmation for your version.

Capability	Shuffle	n8n
License	Platform under AGPL-3.0. Workflows and modular app content under MIT.	Sustainable Use License. Files marked .ee fall under the n8n Enterprise License. Not OSI-approved.
Current release	Shuffle 2.3.0, released September 28, 2026.	n8n 2.43.7, published October 16, 2026. The 1.x line still receives patches.
Security app catalog and OpenAPI app builder	Built for security teams. App creator builds integrations from OpenAPI specifications. Confirm catalog coverage for your tools.	General workflow integrations. Confirm whether security-specific apps meet your SOC requirements.
Hybrid on-premises workers	Orborus runs executions on hybrid on-premises workers. Confirm placement and network model for your environment.	Confirm how worker or queue placement works on your edition and whether it fits your network zones.
SSO (SAML and LDAP)	Confirm SSO options and supported protocols for your Shuffle version with the vendor.	SAML and LDAP single sign-on require a paid Business or Enterprise license.
Role-based access control	Confirm RBAC model, role granularity and audit coverage for your version.	Access controls depend on edition. Confirm the roles and projects features available on your license.
Multi-main mode and scaling	Confirm horizontal scaling model and supported deployment topology.	Multi-main mode requires a paid Business or Enterprise license.
Environments, external secrets, log streaming and Git version control	Confirm equivalent features and whether they are included in the open-source release.	Require a paid Business or Enterprise license. Free Community edition runs without a license key.

What the AGPL-3.0 and Sustainable Use License allow

Shuffle's platform code is licensed under AGPL-3.0, and the repository states that workflows and modular app content are MIT. The AGPL-3.0 is an OSI-approved copyleft license, so it is open source in the sense procurement reviews usually mean. Its main obligation is triggered by modification combined with network access: the license expects you to offer the corresponding source of your modified version to users who interact with it over a network. The MIT grant for workflows and app content is a separate grant, and the repository's LICENSE file and README should be read to confirm exactly what each component covers.

Unmodified use: Running an unmodified release is the simplest case, but confirm with counsel how the terms apply to your specific deployment.
Modified and network-facing: If your SOC or platform team changes the code and analysts or other users reach it over a network, plan to meet the source offer requirement.
Internal SOC use: An internal team running its own instance is a different position from offering a Shuffle-based service to outside customers.
MIT content: Workflows and modular app content carry the MIT grant described in the repository, which can differ from the platform terms.
Support terms: Commercial support or services are governed by separate contracts, so request those terms in writing.

Check the Shuffle GitHub repository license files against your intended use, and take any plan to modify the platform or expose it to external users to counsel before rollout.

What drives running cost for each platform

Running cost for Shuffle and n8n comes from different places: infrastructure, staff skills, licensing tiers and upgrade work. The cards below separate what recurs from what is paid once, so you can ask both vendors and implementation partners for quotes that compare the same scope.

Shuffle data store and workers

Shuffle stores its data in OpenSearch and runs executions through Orborus workers, which can sit on on-premises hosts. Your recurring infrastructure cost is the OpenSearch cluster sizing, storage growth from case and execution history, and the hosts for workers in each network zone. Ask for the sizing assumptions behind any quote, including retention and expected execution volume, and who operates the cluster after go-live.

n8n database and worker footprint

A self-hosted n8n deployment carries its own database, the main instance and any worker processes you add for queued execution. Infrastructure cost grows with execution volume and the number of workers, and it is usually lighter at the start than a search-backed stack. Confirm which database you will run, how backups are handled, and whether the workload requires the queue mode that the paid tiers unlock.

Skills for each stack

Shuffle asks your team to understand OpenSearch operations, Go services and the OpenAPI app creator, which fits security engineers comfortable with APIs. n8n asks for JavaScript or expression fluency and workflow design habits, which many IT automation staff already have. Recurring cost is the time your staff spend on the platform after launch. Ask each vendor or partner to name the roles needed to run the platform, not only to build it.

Paid n8n license tiers

The free Community edition does not include SAML or LDAP single sign-on, multi-main mode, environments, external secrets, log streaming, Git version control or projects. If your organization needs those controls, a Business or Enterprise license becomes a recurring cost. Confirm the current tier price directly with n8n, and ask whether the license covers the number of instances and environments you plan to run.

Upgrade effort across n8n lines

n8n has a 2.x stable line and a 1.x line that still receives patches, so you may run one line while planning a move to the other. Each major move carries one-time testing of existing workflows, credentials and custom nodes, plus recurring patch work on whichever line you run. Ask partners to price upgrade testing as a separate item and to state which n8n line they will support.

Support and retainer options

Both platforms are open source, so vendor support is optional, but a team that wants response commitments will pay for a commercial support contract or a retainer. Implementation is typically a fixed-scope, one-time cost, while upgrades, monitoring and continuous testing are recurring retainers. Ask for the scope of each, the response expectations in writing and what happens when a platform release changes behavior your playbooks depend on.

Moving workflows between Shuffle and n8n

This sequence shows how a team moves automation from one platform to the other without losing workflow logic or breaking live response paths. The output is a tested, documented workflow set with a dated cutover record that the owning team has signed off.

Inventory workflows, triggers and credentials
The current owner of each automation lists every workflow, its trigger, every connected system and every credential it uses, including service accounts and API tokens. Record which workflows run on a schedule, which respond to alerts or tickets, and which feed other workflows. Store credential names and owners in the inventory, never the secret values. The step is done when the list is reviewed by both the SOC or IT lead and the security owner for credentials, and every workflow has a named owner and an execution frequency.
Map trigger and action equivalents
For each inventoried workflow, the engineer finds the closest trigger and action in the target platform, using the app catalog on each side. Shuffle users should check the security app catalog and any OpenAPI-built apps, while n8n users should check its node library and any community or custom nodes. Mark each step as matched, partially matched or unmatched, and note any differences in error handling, retries and data shape. The output is a mapping sheet that a second engineer has checked against a sample execution.
Rebuild integrations with no catalog match
Where a source or target system has no built-in app or node in the new platform, the team builds a custom integration. In Shuffle this usually means writing an app from the vendor's OpenAPI specification with the app creator, and in n8n it means an HTTP request node or a custom node. The engineer tests authentication, pagination and rate limits against a non-production instance of the external system. The step is complete when each custom integration returns the same fields as the original for a set of recorded test inputs.
Confirm exports are not automatically compatible
Do not assume a workflow exported from one platform will import into the other. The formats, node or app identifiers, variable syntax and credential references differ, so each exported file has to be read and confirmed by hand. Ask the vendor or check the current documentation for each platform before relying on any conversion method. The check is done when the team has a written list of what imported cleanly, what was rewritten and what was rebuilt from scratch.
Run both platforms in parallel
Keep the original automation live while the new workflows run against the same inputs in a test or shadow mode. Compare outputs, ticket updates, enrichment results and alert decisions across a period the owning team agrees in advance. Where a workflow writes to a case system or ticketing tool, point the new version at a sandbox project so records are not duplicated. The parallel run is complete when discrepancies are either fixed or accepted in writing by the workflow owner.
Confirm what transfers and what is rebuilt
Review the final state with the security and IT owners. Workflow logic, step order and the documentation for each workflow usually carry over, once rewritten. Connectors, credentials, case data and audit trails do not move as working objects: credentials must be re-created in the new platform's secret handling, case history stays in the original system, and audit logs must be preserved in the platform where they were produced. The output is a signed transfer record that names each item and its disposition.
Cut over and retain the old platform
Switch production triggers to the new platform one workflow group at a time, starting with the lowest-impact workflows. Disable the original trigger only after the new one has run successfully, and keep the old platform read-only for a period set by the owner so that rollback is possible. Record the cutover date, the owner and any rollback steps in the change log. The step is done when every workflow in the inventory has a documented live location and the old triggers are confirmed disabled.

Where Shuffle and n8n implementations usually run long

Shuffle implementations tend to run long in three places: OpenSearch sizing, worker placement and case workflow design. Shuffle stores its data in OpenSearch, so the index capacity and retention settings need to match the alert volume and case history the SOC expects before the first production playbook runs. Orborus workers that execute on hybrid on-premises infrastructure need a placement decision: which network segments they reach, which credentials they hold and who approves changes to them. Case workflow design is the largest unknown. Confirm with your SOC leads how cases are opened, enriched, escalated and closed before building playbooks, because rework on the case model is the most expensive change later.

n8n implementations tend to run long at license selection, identity integration and scaling design. Confirm early whether the workflows fall under the Sustainable Use License's internal business use terms or require a paid edition, since the documented gates for SAML and LDAP single sign-on, multi-main mode, external secrets and log streaming all sit in the Business or Enterprise license. Identity mapping is often the slowest step: decide which roles map to which projects and environments, and test them with real accounts. Queue or multi-main planning should be settled before production, because changing the execution architecture after workflows depend on it is costly.

Across both platforms, the same two delays recur. The first is undocumented API contracts: many security and IT systems lack current OpenAPI definitions, so each integration needs its endpoints, authentication and rate limits confirmed before anyone builds on them. The second is approval processes: change control for credentials, production playbooks and worker access often takes longer than the build itself, so agree the approvers and sign-off steps at the start. DeployOpen plans and implements these pieces under a fixed scope agreed in writing before work starts, which lets the design decisions, approvals and identity mapping appear as named deliverables with clear boundaries.

Questions buyers ask before choosing Shuffle or n8n

Can n8n run security playbooks as well as Shuffle can?

n8n can run security-related workflows, since it is a general workflow tool with a large library of connectors, but it does not ship a security-specific app catalog or case model in the way Shuffle is built to. Whether it fits depends on how many security tools you need to call and how much case handling you need. Teams that mostly chain API calls between a SIEM, ticketing system and chat tool may find n8n sufficient. Teams that need structured incident workflows and prebuilt security integrations should compare that effort against Shuffle's app creator, which builds integrations from OpenAPI specifications. Confirm the specific connectors and case features you need in each product's current documentation before deciding.

Can Shuffle replace an IT workflow tool for business automation?

Shuffle can automate many IT tasks, but it is designed around security operations, so it is a weaker fit for general business processes such as HR onboarding or finance approvals that span many SaaS tools. The deciding factors are the number of non-security integrations you need, who will build and maintain them, and whether the security team should own that tooling. If IT automation is the main goal, n8n's broader connector set is usually the more direct starting point. Ask your team to list the top twenty workflows and classify them by owner before choosing one platform for both.

What does SSO cost in n8n?

SSO in n8n is not included in the free Community edition. According to n8n's documentation, SAML and LDAP single sign-on need a paid Business or Enterprise license, so the cost is the license itself, which is quoted by n8n rather than set by DeployOpen. The same applies to multi-main mode, environments, external secrets, log streaming, Git version control and projects. Ask n8n for the current edition comparison and a written quote that lists each feature you need, since the set of features you require determines which edition fits. Shuffle's licensing model differs, so compare the total cost of identity integration in both platforms before deciding.

Does the AGPL or the Sustainable Use License block internal business use?

Neither license blocks ordinary internal use, but the terms differ and should be read by your legal team. Shuffle is licensed under AGPL-3.0, which is an OSI-approved copyleft license with obligations that apply when you modify and distribute or offer modified versions over a network. n8n is under the Sustainable Use License, which permits use or modification only for internal business purposes or non-commercial use, and files marked .ee fall under the separate n8n Enterprise License. It is not an OSI-approved license. If you plan to offer automation as a service to customers or embed it in a product, the Sustainable Use License needs a closer legal review than internal SOC use.

What skills does the internal team need to run either platform?

Both platforms need someone who can write and debug workflows, manage credentials securely, and operate the underlying infrastructure. Shuffle also uses OpenSearch for data and Orborus for running executions on hybrid on-premises workers, so the team needs container and search operations experience. n8n is simpler to operate for a single instance, but scaling it, using multi-main mode or external secrets, requires paid features and more platform knowledge. A SOC team usually needs analysts who understand alert triage and an engineer who owns integrations. An IT team usually needs integration developers and an owner for access controls. Map these roles before you compare platforms.

Can we implement and run this in-house, or do we need outside help?

You can run either platform in-house if you already operate self-hosted services, maintain integrations and have capacity for upgrades and monitoring. Outside help is usually most valuable for design decisions, hardening, identity integration and documenting controls for audits. DeployOpen plans, implements, integrates, hardens, backs up, upgrades and documents self-hosted platforms inside the client's own infrastructure, typically under a fixed scope agreed in writing. Ongoing support and upgrades are available as retainers. Ask any partner to define the scope, deliverables and handover in writing before work starts.

How long does implementation take, and what drives the timeline?

The timeline depends on the number of integrations, the identity and network model, the hosting environment and how much customization the workflows need. Shuffle deployments that rely on hybrid workers or many OpenAPI-built apps take longer than a single n8n instance with a few connectors. Security review, change approvals and data-residency checks often take more time than the technical build. No duration is stated here because it depends on your scope. Ask for a written plan that lists each phase, its dependencies and the environment assumptions behind it.

How DeployOpen helps choose, implement or migrate

DeployOpen is a Chainscore Labs company that plans, implements, integrates, hardens, backs up and documents self-hosted open-source platforms inside the client's own infrastructure. For Shuffle vs n8n, we start with the workflows your team needs to automate and the systems those workflows touch, then build the platform that fits them.

How we scope

We confirm whether the first use case is SOC alert triage or IT process automation, since that decides the platform fit.
We list the security tools, ticketing systems and identity providers each workflow must call, and which of them need a paid n8n edition for SSO or scaling.
Engagements are fixed-scope, with deliverables and timelines agreed in writing before work starts.

How we build

We deploy the chosen platform in your cloud account, data center or air-gapped network, including worker placement for hybrid execution where needed.
We build and test the integrations you need, including custom app definitions for internal APIs where the platform supports them, and we confirm each vendor license term that applies.
We run security testing against the deployed platform and its integrations before handover, and document the results.

How we hand over

You receive architecture notes, configuration documentation and a record of each workflow, its owner and the systems it connects to.
We document the license terms, edition requirements and upgrade path for the version you run, so your legal and procurement teams can review them.
We walk your operations staff through running, monitoring and backing up the platform, and through how to add new workflows safely.

How we support

Ongoing support, upgrades and continuous testing are available as retainers, scoped in writing.
We plan platform upgrades against each vendor's release notes and test workflows before they go to production.
We help you review whether your automation needs have outgrown the chosen edition or platform, and scope any migration in writing.

Shuffle vs n8n