9 Best eLearning Authoring Tools in 2026: How to Choose the Right Tool for Your LMS and Content Workflow

There is no universally best eLearning authoring tool. The right choice depends on the content that needs to be created, who will create it, how it will reach learners, which LMS standards matter, and how much control the organization needs over updates and source content. Adobe Captivate can be a strong candidate for software simulations, iSpring fits PowerPoint-centered workflows, while H5P deserves attention when open technology matters.

A useful shortlist is usually much smaller than the market itself. The practical goal is to identify two to four tools that fit the real content-production workflow, then test them with representative content before making a long-term commitment. Price and feature counts matter, but post-purchase questions such as accessibility, course updates, source portability, and vendor dependency often change the decision.

What Are eLearning Authoring Tools, and How Do They Fit Into eLearning Content Delivery?

eLearning authoring tools are applications used to create elearning courses and other structured digital learning content such as lessons, assessments, branching scenarios, simulations, and multimedia activities. For learning products where authoring and learner-facing workflows are part of a wider product experience, Selleo's UX design services can support interface work beyond the authoring tool itself. They give instructional designers, subject-matter experts, and training teams an environment to create content without requiring advanced technical skills or coding every course from scratch.

The exact output depends on the product and the author's needs. The type of learning content being created is one of the first filters in any authoring-tool decision.

What eLearning authoring tools can create

• Structured lessons and course modules
• Quizzes, tests, and assessments
• Branching scenarios and dialogue simulations
• Software simulations and screen recordings
• Tools to create interactive courses, including interactive eLearning courses and responsive learning content

A simple compliance course and a detailed software simulation may both be called eLearning courses, but their authoring requirements are very different. A user-friendly interface can be more valuable than advanced features for frequent SME authoring, while specialist instructional designers may need much deeper control over variables, interactions, and branching.

Authoring is only one part of the learning technology stack. Authoring creates the learning content; an LMS primarily manages and delivers it.

eLearning Authoring vs LMS and LCMS: Where Authoring Software Fits

Authoring software primarily creates and publishes content, while a Learning Management System manages functions such as course delivery, enrollment, learner access, and progress tracking. For organizations connecting learning workflows with employee data or HR systems, Selleo's HRM software development work belongs to that wider integration layer. A course can therefore be created in one application and delivered through a separate LMS such as Moodle or another learning platform, with LMS data also feeding analytics platforms when deeper reporting is required.

A Learning Content Management System can blur this boundary because it may combine authoring, content organization, reuse, and distribution. Some LMS products also include native course creation. The useful distinction is functional rather than categorical: determine where content is created, where it is managed, and where learners actually consume it.

That separation becomes particularly important when external authoring software must exchange content or learning data with a management system.

How to Choose the Best eLearning Authoring Tools for Your Content Development Workflow

The strongest selection process starts with the content-development workflow, not with a list of popular brands. When the workflow itself is still being shaped, an interactive prototype can help test authoring assumptions before the organization commits to a larger build. A tool that works well for specialist instructional designers can frustrate subject-matter experts, while a rapid browser-based editor may become restrictive when complex software simulations or branching logic are required.

The buying criteria also need to reflect how the learning operation works after the initial course creation process. Separate eLearning platforms or management systems often deliver online courses built in an authoring tool, while Learning Management Systems (LMS) manage delivery, access, and learner progress data. The same tool can look inexpensive during a demo and become costly once author seats, translations, reviews, updates, support, hosting, LMS testing, and migration are included.

A useful first filter covers the following areas:

• Primary author type: instructional designer, SME, trainer, developer, or a mixed team
• Content complexity: basic courses, interactive courses, scenario-based training, or advanced simulations
• Delivery requirements: LMS, direct web delivery, or integration with other learning systems
• Collaboration: simultaneous editing, stakeholder review, comments, permissions, and version control
• Localization: multiple languages, translation management, and repeated updates across language variants
• Accessibility: requirements for learner-facing content and evidence of conformance
• Lifecycle cost: licenses, support, hosting, administration, localization, maintenance, and migration
• Portability: how published packages and editable source content can be recovered or moved later

These criteria are not equally important for every organization. A distributed L&D team creating frequent policy updates has different priorities from a specialist team producing high-fidelity software training once per quarter. The shortlist needs to reflect that difference.

Content format is the next filter. Teams creating elearning content may range from simple elearning courses to more complex builds, so they may not need the same instructional design software.

Common requirements include:

• Quizzes and graded assessments
• Branching scenarios and dialogue simulations
• Software simulations and guided screen recordings
• Video, audio, animation, and other multimedia integration
• Responsive courses designed for desktop and mobile devices

Interactive elements can support more active learning experiences, but their presence is not proof of better knowledge retention or business performance. The useful question is whether the interaction serves the learning objective and whether the authoring process can produce it efficiently.

Ease of use also needs to be tested with the people who will actually create courses. A polished interface in a sales demo says little about how quickly a subject-matter expert can update a course three months later. Some tools enable users to build courses quickly, while others demand more setup and practice. For frequent SME authoring, a simpler cloud workflow may be more valuable than a long catalogue of advanced capabilities that remains unused.

Total cost deserves the same treatment. License price is only the visible part. Authoring time, localization, review cycles, content updates, technical support, LMS administration, and future migration can materially change the economics. The best elearning authoring tools are therefore the ones that fit the complete operating model, not merely the initial purchasing budget.

I would never choose an authoring tool on features alone; the real decision starts with how the team will create, maintain, update, and eventually migrate its content.

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SCORM, xAPI, cmi5, and LTI in eLearning Authoring Software

SCORM, xAPI, cmi5, and LTI are not interchangeable compatibility badges. The decision is about choosing tools whose key features fit the workflow, rather than choosing popular brands. These standards solve different problems across content packaging, LMS communication, learning-data capture, course launch, and external-tool integration.

SCORM, the Sharable Content Object Reference Model, defines a common framework for packaging learning content and communicating selected runtime information between a course and a compatible LMS. SCORM packages can contain learning objects that report information such as completion, scores, interactions, and bookmarking data. Its main value is interoperable packaged-course delivery, not universal compatibility with every possible learning environment.

SCORM can standardize several important parts of content delivery:

• Packaging learning content for LMS distribution
• Launch and runtime communication between content and the LMS
• Completion and status information
• Scores, selected interaction data, and bookmarking
• A common interoperability model across compatible systems

Templates can help maintain consistent course design across training materials.

That is useful, but it leaves several procurement questions unanswered. A SCORM checkbox does not prove that a representative course will behave correctly inside a specific LMS configuration.

SCORM support does not automatically guarantee:

• Identical behavior across every LMS
• Migration of editable source content to another authoring tool
• Accessibility of the learner-facing course
• Independence from vendor hosting in every publishing model
• The broader learning-experience tracking associated with xAPI

This distinction matters because two systems can both claim SCORM support and still differ in SCORM versions, tracking behavior, bookmarking, package handling, or deployment workflow. A real package needs to be tested in the target LMS when interoperability is a purchasing requirement. This is especially true for scorm compliant courses that must report reliably in production.

xAPI, also known as Experience API, addresses a different tracking model. It records learning or experience statements and sends them to a Learning Record Store, or LRS. xAPI is useful when learning activity needs to be captured beyond a conventional LMS course session.

cmi5 builds on xAPI with rules designed for LMS-oriented course launch, session management, and tracking. LTI, maintained by 1EdTech, focuses on connecting external learning tools with learning platforms rather than packaging a course in the same way as SCORM.

A requirements discussion can therefore be reduced to four practical questions:

• Choose SCORM when packaged LMS course delivery and conventional runtime tracking are central.
• Evaluate xAPI and an LRS when learning activity needs to be recorded across a broader set of experiences.
• Evaluate cmi5 when xAPI data is needed together with structured LMS launch and session rules.
• Evaluate LTI when an external tool or service needs to integrate with the learning platform itself.

The standards can coexist in the same learning ecosystem. The correct requirement is the standard that matches the data and delivery job, not the standard with the newest name.

For me, SCORM, xAPI, cmi5, and LTI only become useful selection criteria when each one is tied to a specific delivery, tracking, or integration requirement.

Cloud-Based vs Desktop E Learning Authoring Tools: Which Model Fits Your Team?

Cloud-based and desktop authoring tools support different working models, and neither is inherently better. For learning products that also require a dedicated mobile experience, Selleo's custom mobile app development services sit outside the authoring-tool decision but can become relevant at the platform level. Browser tools often emphasize distributed collaboration and centralized updates, while a desktop based authoring tool can fit offline authoring, local software integration, or specialist simulation workflows more closely.

Cloud based authoring tools are especially useful when multiple people contribute to content from different locations. When the learning product itself is delivered as a SaaS platform, work with a SaaS software development company belongs to a broader product-development decision rather than the authoring-tool comparison. The software and its updates are managed centrally by the vendor, and these platforms are typically accessed through the internet on a recurring subscription basis.

Typical strengths include:

• Browser-based access from different locations
• Collaboration and stakeholder review
• Centralized application updates
• Workflows suited to distributed authoring teams

The trade-off is greater dependency on the service environment. Availability, hosting model, export options, and what happens after a subscription ends deserve the same attention as collaboration features.

Desktop authoring still matters when the workflow depends on local applications, more specialized production, or offline access.

Typical strengths include:

• Local or offline authoring workflows
• Specialist software-simulation capabilities
• Deeper integration with desktop applications
• More direct control over the authoring environment

The old assumption that desktop software automatically means a perpetual one-time license no longer holds. Deployment model and commercial model need to be evaluated separately. Many authoring tools also publish scorm compliant courses for compatible Learning Management Systems. Articulate is a useful example because browser-based Rise 360 and Windows-based Storyline 360 sit within the same wider product family but support different authoring workflows.

Comparing Authoring Tools: Articulate Storyline, Adobe Captivate, iSpring, Genially, Mindsmith, and More

No product in this comparison is the best choice for every course-development team. The useful comparison is based on authoring model, interaction depth, interoperability, collaboration, localization, cost, and what needs to happen to the content after publication.

The table below covers representative eLearning authoring software rather than every available product. Pricing was checked on September 10, 2026. Product plans, prices, AI capabilities, and supported output formats can change, so procurement decisions need a fresh vendor-level check.

The comparison shows why a universal ranking would be misleading. The practical shortlist changes depending on whether the priority is software simulation, rapid responsive content, SME authoring, enterprise governance, AI-assisted production, or open-source control. Price also needs to be interpreted together with author count, localization, update labor, hosting, and migration effort.

Articulate 360: Rise 360 vs Articulate Storyline

Articulate should not be treated as one authoring experience. Rise 360 focuses on rapid browser-based responsive course creation, while Storyline offers much deeper control over custom interaction. A team choosing Articulate needs to decide which of those workflows is actually required.

Key considerations include:

• Best fit: Rise 360 for fast responsive modules; Storyline for advanced interactive courses and branching scenarios
• Verified formats: SCORM, xAPI, cmi5, and AICC publishing are supported within the researched Articulate ecosystem
• Workflow limitation: Storyline's desktop deployment is Windows-based
• Price: Articulate 360 AI was listed at $1,449 per user per year for Personal and $1,749 per user per year for Teams on September 10, 2026

The higher price can be justified when the suite's different authoring modes are genuinely used. A team that only needs simple responsive courses may value a different cost and complexity profile than a specialist team relying on Storyline's more advanced features, since that depth can also create a steep learning curve for some teams.

Adobe Captivate for software simulations and advanced interaction

Adobe Captivate deserves particular attention when application training is central. Its documented simulation workflow includes Demo, Training, and Assessment modes. That makes Captivate a strong pilot candidate for organizations building guided software simulations rather than only slide-based courses.

Its practical considerations are:

• Best fit: software demonstrations, guided practice, assessments, and more advanced interactive training
• Desktop requirements: Captivate version 13.0 documentation lists 16 GB RAM, with 32 GB recommended
• Standards: SCORM support is confirmed in the research; other required formats need edition-specific verification before purchase
• Price: Adobe displayed US$39.99 per month on the researched product page on September 10, 2026

Captivate's depth can increase the learning curve for occasional authors. The decision is strongest when simulation capability is a core requirement, not when the team simply wants a basic course editor.

iSpring Suite for PowerPoint-centered content development

iSpring Suite is structurally well aligned with teams that already create training materials in Microsoft PowerPoint. Its main advantage is not that PowerPoint is universally better for authoring, but that an existing presentation workflow can become the foundation for LMS-ready course production.

Important points include:

• Best fit: PowerPoint-centered teams creating courses, quizzes, and dialogue-based training
• Verified formats: SCORM 1.2, SCORM 2004, AICC, xAPI, and cmi5
• Author fit: useful where reducing the jump from familiar presentation software to eLearning authoring is valuable
• Price: $970 per author per year for iSpring Suite and $1,290 per author per year for Suite AI in the researched pricing

That familiar workflow can shorten adoption for some teams, but it can also define the way content is structured. Organizations planning highly customized interactions need to test whether the PowerPoint-centered model remains an advantage once course complexity increases.

Genially for browser-based interactive content

Genially is useful for teams that want to create interactive learning experiences in the browser, with a gamified focus that can support learner engagement. It is most relevant when interactive presentations, gamified content, and accessible web-based collaboration matter more than deep desktop simulation workflows.

The main selection points are:

• Best fit: visual, interactive, and gamified learning content created in a browser
• Confirmed integrations: SCORM 1.2 and LTI 1.3 workflows are documented
• Team fit: browser-based creation can work well for distributed teams and non-specialist contributors
• Price: the Author plan was listed at €40 per member per month when billed annually on September 10, 2026

The plan matters because export and integration capabilities can differ by tier. Genially also offers over 1,000 free templates for course creation. Evidence on gamified training is also relevant here, with over 83% of employees saying it helps motivate them. A free creation experience should not be assumed to include the same LMS delivery options as a paid authoring plan, and freemium options often include basic features for free with paid upgrades.

Mindsmith for AI-assisted course creation

Mindsmith represents the growing category of AI-native authoring software. Where AI becomes part of the product rather than only a course-creation feature, Selleo's AI product development work addresses that broader implementation layer. Its value proposition centers on accelerating course drafting and content-production tasks, not on proving that AI-generated courses produce better learning outcomes.

Relevant buying considerations include:

• Best fit: teams exploring AI-assisted course creation and faster first drafts
• Standards: SCORM is available across the researched tiers, while xAPI was shown for Enterprise
• Price: Professional was listed at $39 per author per month and Business at $65 per author per month when billed annually
• Migration consideration: editable import from existing SCORM content is not universal; documented support identifies specific source systems and conditions

That last point is especially useful for procurement. A product may be able to deliver SCORM content without being able to reconstruct arbitrary SCORM packages as editable native courses.

Easygenerator and dominKnow ONE for team-based production

Easygenerator and dominKnow ONE both address collaborative production, but they approach the problem from different angles. Easygenerator is closely associated with SME-led course creation, with an extremely low learning curve for rapid course production, while dominKnow is positioned around broader enterprise authoring, collaboration, and governance.

Their main differences can be summarized as follows:

• Easygenerator use case: collaborative authoring where internal experts create training content directly
• Easygenerator standards: SCORM 1.2, SCORM 2004, and xAPI are documented
• Easygenerator pricing: Pro was listed at $116 per month, billed as $1,399 annually
• dominKnow use case: enterprise content production with governance and team workflows
• dominKnow standards: SCORM, AICC, xAPI, and cmi5 are documented
• dominKnow pricing: public pricing is quote-based rather than a fixed list price in the researched material

The distinction is less about a feature-count contest and more about operating model. A small team enabling SMEs to create simple courses directly without extensive technical skills has different governance needs from an enterprise coordinating many authors, reviewers, versions, and content programs.

Free and Open-Source Authoring Tools: H5P and Open eLearning

Free access and open-source licensing are different things. A free SaaS tier can still depend completely on a vendor's infrastructure, while open-source software gives different rights over the underlying technology but may shift more operational responsibility to the organization.

Two useful examples are H5P and Open eLearning:

• H5P license: the open core is available under the MIT license
• H5P model: interactive content is commonly created inside an H5P-capable CMS or LMS environment
• H5P consideration: hosting, platform integration, support, and commercial H5P services are separate cost questions
• Open eLearning license: GPL v3+ open-source software
• Open eLearning model: desktop authoring with SCORM LMS compatibility stated by the project
• Open eLearning version: the researched download page listed version 1.8.5 dated July 31, 2025

Neither option should be described as “free Articulate” or “free Captivate.” Open-source control can be attractive when technical ownership matters, but zero license cost does not remove maintenance, hosting, integration, governance, or support work.

What Happens After Publishing? Updates, Portability, and Vendor Lock-In

A published course package and its editable authoring source are two different assets. This distinction becomes critical after courses are live because updates, migrations, and vendor changes expose constraints that are rarely visible during an initial product demo.

Consider a course already deployed to several LMS environments. A small policy change may require editing the source, republishing it, validating the new package, and replacing it in each system. Some authoring platforms offer dynamic or online SCORM models that reduce this repetition. In these models, the LMS can launch a lightweight package that points to content hosted remotely, so updates to the hosted course can propagate without uploading a completely new package each time.

That convenience comes with an architectural trade-off. Elucidat's documented online SCORM model, for example, keeps learner-facing assets hosted by the vendor and requires internet connectivity. Dynamic publishing can simplify updates, but a specific implementation may increase dependency on the author's hosting provider.

Static publishing usually creates a more self-contained package. It can be easier to archive independently of the authoring vendor, but updates may require republishing and redeployment. The real decision is centralized update convenience versus the level of self-containment and vendor independence the organization requires.

Source portability is a separate issue again. A SCORM package contains published learning content for delivery, not necessarily the editable project structure that created it. Moving a SCORM package between compatible LMSs does not mean another authoring tool can open and edit that course as native source content. Some teams also rely on external tools for voiceover, animation, or media editing during course development, and those dependencies can affect long-term maintainability after migration.

A procurement discussion therefore needs a simple “Can this organization leave the vendor?” check:

• Can the deployed course continue running without the authoring vendor's hosting?
• Can the editable source be downloaded or otherwise retained?
• Can another authoring tool import that source or published package as editable content?
• Which interactions, assets, or logic would need to be rebuilt after migration?
• How are updates to live courses deployed across one or multiple LMS environments?
• What happens to hosted courses, assets, and editing access when the subscription ends?

These questions also change the total cost calculation. A cheaper license can become expensive when hundreds of courses require manual rebuilding during migration, while a higher-priced platform can be economical when it materially reduces recurring maintenance across a large course library. No universal TCO figure applies because author volume, course complexity, localization, and update frequency vary widely.

Portability therefore deserves the same procurement weight as course creation. The right time to test recovery and migration is before a large content library becomes dependent on a single authoring environment.

I would treat source portability as a buying criterion from day one, because switching tools becomes much harder once hundreds of courses depend on a vendor-specific authoring workflow.

Accessibility, Collaboration, Localization, and AI in Modern Course Creation

Enterprise suitability cannot be established from a feature checklist alone. Accessibility, collaboration, localization, and AI-assisted authoring need to be tested with representative content because vendor claims often cover different product versions, interfaces, and output modes.

WCAG 2.2 is a W3C Recommendation, originally published in October 2023 and updated in December 2024. That provides a useful accessibility benchmark, but it does not certify an authoring tool. Accessibility claims need a defined scope, such as learner-facing output, the authoring interface, a specific accessibility mode, or a particular product version.

The researched vendors illustrate the problem. Articulate describes broad WCAG 2.1 AA support for Rise and Storyline output. Mindsmith states WCAG 2.2 AA compliance for the learner experience, while iSpring publishes an Accessibility Conformance Report for a defined accessibility mode and version. Those statements cannot be turned into a fair “most accessible tool” ranking without comparable testing.

Collaboration and localization need similar scrutiny. Commenting, reviewer access, permissions, translation workflows, and version control become much more important when dozens of people maintain content across multiple languages. When the main constraint is access to additional delivery capacity rather than the authoring platform itself, staff augmentation is a separate resourcing decision. The relevant measure is not whether a feature exists, but whether it reduces manual work in the organization's actual review and translation process.

AI authoring belongs in the same category. For organizations deciding where AI belongs in the product roadmap, AI strategy consulting is a separate planning layer from selecting an authoring feature. Tools can generate drafts, images, narration, quizzes, translations, or course structures. AI can change the authoring workflow, but the available evidence does not justify treating AI-generated learning content as inherently more effective. Factual review, instructional design, accessibility, and brand governance remain separate tasks.

A fair pilot uses the same representative module in each shortlisted tool. The test should cover the work that happens before and after publication:

• Time and effort needed to create and revise the course
• Quality and behavior of the learner-facing output
• Completion, score, and bookmarking behavior in the target LMS
• Keyboard, screen-reader, and other required accessibility checks
• Translation and localization workflow across required languages
• Steps needed to update an already deployed course
• Recovery of source files and usable exports for future migration

A production LMS or suitable staging environment matters because successful export is not the same as successful delivery. For teams that need formal validation beyond an internal pilot, software quality assurance can support the wider testing process around the learning platform. A pilot that tests only the authoring interface misses some of the highest-cost risks in the buying decision.

The same principle applies to AI. A useful comparison measures the work required to reach an approved training asset, not only the speed of the first generated draft. That keeps the evaluation tied to content quality, review effort, and operational fit rather than novelty.

When Off-the-Shelf Tools Are Not Enough: Embedded Authoring, Mentingo, and Custom LMS Options

A standalone authoring tool is usually enough when the main requirement is to create learning content and publish it into an existing learning environment. When the requirement expands into proprietary workflows or product-specific functionality, broader custom software development services become part of a different decision. The architecture question changes when authoring itself needs to become part of a proprietary product, shared data model, custom workflow, or deeply integrated learning platform.

This distinction matters most for EdTech and learning-product teams. A product may need custom roles, unusual content relationships, proprietary analytics, integrated workflows, or control over the roadmap and source code. Proprietary platforms may also combine authoring with analytics platforms and personalized learning logic. At that point, the decision is no longer “Which authoring subscription has more features?” but “Which capabilities belong inside the product, and which should remain external services?”

A standalone vendor can still remain part of that architecture. The challenge is deciding what to reuse and what to own. When authoring needs to become part of the platform itself, E-learning software development becomes a different architectural decision from purchasing another author seat, especially when other authoring tools cannot support the needed product workflow. The strongest model can combine existing standards and components with custom modules rather than rebuilding every capability from scratch.

Where Mentingo Fits in the Decision

Mentingo belongs at the product-planning end of this decision rather than inside a ranking against Storyline or Captivate. It can serve as a structured product entry point for teams that need to clarify scope, technology choices, priorities, and a learning-platform development plan. Where the roadmap includes agentic workflows, AI agent development services belong to that broader product architecture rather than to the authoring-tool ranking. A team evaluating its broader platform direction can use Mentingo as part of that structured decision process without treating it as another row in a generic authoring-software comparison. Its value in this context is framing what needs to be built, reused, integrated, or validated before development begins.

Case Study: Defined Careers

Context. Defined Careers is a K to 12 college and career readiness platform used within the wider Defined learning ecosystem in the United States. The Case Study Selleo: Defined Careers documents a platform that combines structured career exploration, projects, assessments, portfolios, reporting, and multiple user roles. The broader Defined ecosystem serves more than 1,000 districts, while Defined Careers includes more than 600 career-connected projects and more than 400 careers across 79 pathways.

How it worked. Selleo built the Defined Careers MVP with Ruby on Rails and React and integrated the module with other Defined products. For organizations working with a similar frontend stack, Selleo's React development company capability sits within the broader product-development context. The implementation also introduced a reusable design system and structured workflows for students, teachers, and administrators rather than treating learning content as a collection of isolated pages.

Outcome. The finished platform brings projects, career exploration, assessments, portfolios, and reporting into one environment. For the authoring-tool decision, the relevant lesson is architectural: learning content sometimes needs to participate in a wider product model with roles, analytics, workflows, and reusable components.

Case Study: ClickAula

Context. ClickAula is an interactive eLearning platform designed for Brazilian learners aged 2 to 15, with online classes covering subjects such as nature, mathematics, and Lego-based activities. The Case Study Selleo: ClickAula describes work focused on extending an existing MVP through new features, design updates, code refactoring, and platform integration. The project involved a four-person team across custom development, eLearning, QA, and UX/UI.

How it worked. The scope included improvements to teacher and parent panels together with Contentful integration. The project shows a different learning-content model from a standalone authoring package because content management, application functionality, user panels, and product development were part of one platform workflow.

Outcome. The documented result was an MVP ready for release and sale, with refactored code, updated designs, new panel features, and Contentful integration. The relevant decision point is whether learning content simply needs to be authored or whether content creation, management, user experience, and application behavior need to work as one product.

The selection process is therefore best kept in sequence: define the content requirements, narrow the market, validate interoperability, test representative courses, and examine what happens after publication. A custom or embedded solution becomes justified when the product workflow requires capabilities that a standalone tool cannot provide without excessive compromise or vendor dependency. That threshold is architectural, not a reason to custom-build functionality that an existing product already handles well.