GITNUXSOFTWARE ADVICE
Education LearningTop 10 Best Scenario Based Learning Software of 2026
Compare scenario based learning software options for training teams using scenario design, branching practice, and LMS-ready delivery, with tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Articulate 360 is the best fit for training teams that want branching scenario decisioning with smooth review cycles, thanks to Storyline 360’s trigger-based state changes and its commented build workflows, while TalentLMS is the easier alternative for SMBs since SCORM scenario packages can be ingested and tracked right inside courses.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Articulate 360
Storyline 360 trigger system for decision-point interactions and state changes inside branching scenarios.
Best for: Fits when training teams need branching scenario authoring and review cycles with minimal engineering effort.
TalentLMS
Editor pickSCORM package support lets externally authored scenario interactions run and be tracked inside TalentLMS courses.
Best for: Fits when teams need scenario-based decision training using standard course sequencing and assessment tracking.
DominKnow One
Editor pickDecision-point authoring for adaptive choice paths lets authors map consequences directly to learner decisions in the scenario flow.
Best for: Fits when teams need branching scenario authoring with choice-path analytics for compliance and soft-skill training.
Comparison Table
Articulate 360
enterpriseE-learning authoring suite with Storyline for branching scenario creation.
Storyline 360 trigger system for decision-point interactions and state changes inside branching scenarios.
Scenario teams use Storyline 360 to author branching scenarios with decision points, consequences, and learner role-play style interactions. Training developers get frequent UI-driven editing for layers, triggers, and states, which reduces reliance on custom coding for most interactive behaviors. Articulate Review supports lightweight team review cycles with in-product comments on builds, which fits organizations that need internal signoff before release.
A key tradeoff appears when scenarios require highly custom logic that exceeds trigger-based interactions, since advanced behavior typically pushes teams toward workaround design or external tooling. Articulate 360 works best for compliance simulations and situational judgment exercises where the branching model and media handling stay inside common e-learning patterns.
- +Trigger-based branching enables decision consequences without code.
- +Review workflows support commented builds for cross-team signoff.
- +Rich media and interactions fit immersive, scenario-style training.
- +Reusable slide and template patterns speed repeated scenario authoring.
- –Highly custom simulation logic often needs workaround design.
- –Complex branching can become harder to maintain at scale.
- –Some analytics granularity depends on how events are instrumented.
- –Workflow customization for large teams can require additional discipline.
L and D teams
Branching compliance scenario for new hires
Faster signoff and consistent courses
Sales enablement leaders
Interactive product objection role-play
Higher practice consistency
Show 2 more scenarios
Safety and HR trainers
Situational judgment exercise with remediation
More repeatable remediation training
Creates branching simulations that route learners to targeted guidance after errors.
Training operations managers
Multi-course scenario updates and reviews
Reduced revision churn
Uses review workflows to coordinate edits across stakeholders before publishing updates.
Best for: Fits when training teams need branching scenario authoring and review cycles with minimal engineering effort.
TalentLMS
SMBLMS with built-in scenario and branching path course support.
SCORM package support lets externally authored scenario interactions run and be tracked inside TalentLMS courses.
TalentLMS delivers scenario-based learning through structured learning paths, interactive quizzes, and decision-driven activities built inside courses. Learners can navigate branching content patterns using course modules that pair prompts with assessment outcomes and conditional follow-ons.
Admins can assign scenarios by audience, track completion and scores, and generate reporting for competency coverage. The system also supports external delivery formats through SCORM packages and learning management system integrations that broaden how scenario content is published and consumed.
- +Course modules support decision flows using prompts and graded knowledge checks
- +SCORM package ingestion enables scenario content created elsewhere to run in TalentLMS
- +Assignments and cohort-based enrollment make scenario rollouts repeatable
- +Reporting connects completion and quiz performance to scenario learning objectives
- –Branching beyond course sequencing needs careful authoring design
- –Advanced scenario analytics are limited compared with dedicated scenario authoring suites
- –Complex role-play scripts often require external authoring packaged as SCORM
- –Automation and API-driven provisioning depth is moderate for large governance needs
L&D teams and department managers
Role-specific scenario learning paths
Learners get role-relevant scenarios
Corporate trainers and educators
Blended scenario programs with shared tracking
Blended programs show one progress view
Show 2 more scenarios
Training teams with e-learning libraries
SCORM scenario delivery inside the LMS
Packaged courses included with reporting
Import packaged learning content and record scenario progress and results within managed learning programs.
Partner and customer enablement teams
External groups scenario training access
External audiences finish managed programs
Provide separate training experiences so partners and customers complete scenario-based courses and certifications.
Best for: Fits when teams need scenario-based decision training using standard course sequencing and assessment tracking.
DominKnow One
enterpriseCollaborative authoring platform with scenario simulation capabilities.
Decision-point authoring for adaptive choice paths lets authors map consequences directly to learner decisions in the scenario flow.
DominKnow One focuses on scenario-based learning authoring and delivery with structured, decision-point content built for realistic learner role-play. It supports interactive branching through consequence mapping so learners experience outcomes based on choices rather than linear pages.
Content can be packaged for LMS delivery with tracking-oriented outputs designed to support competency-based assessment and completion reporting. The tool also targets scenario analytics for authoring refinement by showing where learners drop off and which decisions they take.
- +Decision-point authoring supports branching logic with consequence mapping.
- +Scenario analytics show choice paths and where learners stall.
- +LMS packaging supports delivery of interactive case study content.
- +Role-play interactions support realistic situational judgment exercises.
- –Complex branching requires careful structure and naming discipline.
- –Scenario analytics are better for paths than for rubric-level item detail.
- –Advanced integrations depend on IT work for LMS compatibility.
- –Large scenario libraries need governance to keep navigation consistent.
E-learning production teams
Publish responsive scenario lessons across devices
Reduced device-specific build work
Instructional designers and trainers
Practice judgment through branching scenarios
Observable choice-driven outcomes
Show 2 more scenarios
Compliance training teams
Create repeatable policy scenario exercises
Standardized compliance learning modules
Teams produce scenario-based modules and assessments with consistent tracking for regulated training needs.
Learning delivery teams
Deploy LMS-ready scenario packages
LMS completion and score reporting
Delivery teams publish scenario content designed for learning management reporting and completion visibility.
Best for: Fits when teams need branching scenario authoring with choice-path analytics for compliance and soft-skill training.
BranchTrack
SMBCloud-based branching scenario builder for soft skills training.
Decision-path reporting ties learner selections to consequence outcomes for rapid scenario iteration.
BranchTrack focuses on scenario-based learning delivery with branching decision flows and consequence-driven paths for practice and assessment. Authoring centers on building interactive situations that track learner choices, not just content completion.
- +Branching scenarios record decision choices tied to outcomes
- +Scenario analytics highlights which decisions lead to failures
- +Role-driven prompts keep learners in context during practice
- +Learner progress supports mastery-style review of paths
- –Complex branching requires careful scenario structure to avoid dead ends
- –Integrations and interoperability depend on external LXP or LMS setup
E-learning administrators and training departments
Distribute scenario modules via LMS catalog
Scenario practice in course catalog
Distributed learning design teams
Review scenario logic at checkpoints
Validated outcomes before launch
Show 2 more scenarios
Safety instructors and training designers
Conduct repeatable safety scenario reviews
Consistent safety instruction reviews
Script consistent timing, choices, and consequences so teams can evaluate responses in the same format.
Compliance and operations trainers
Practice policy procedures through branching paths
Procedure practice with decision feedback
Turn operational rules into guided walkthroughs that change based on learner responses instead of linear reading.
Best for: Fits when training teams need decision-path practice with outcome-focused reporting.
Oxford Medical Simulation
vertical specialistOxford Medical Simulation delivers virtual clinical cases with branching decisions, patient responses, and assessment.
Decision-point scenario building for clinical encounters with scripted virtual patient interactions tied to embedded evaluation moments.
Oxford Medical Simulation uses scenario-based learning focused on clinical decision-making, with guided virtual patient encounters designed around role-play and consequences. The authoring workflow centers on building branching case paths and scripted interactions that drive embedded assessment at decision points.
- +Branching clinical case flows support decision-point learning
- +Scenario scripting supports role-play style interactions during encounters
- +Assessment can be embedded directly at evaluation moments
- +Scenario completion and results provide practical progress visibility
- –Integration depth is limited compared with top-ranked LMS and content tooling
- –Advanced automation and extensibility options are constrained
- –Learner analytics remain scenario-level rather than fine-grained behavior data
- –Authoring complex dialogue and edge cases needs careful manual work
Simulation program leaders
Standardize facilitator-led scenario sessions
Reduced session delivery variation
Healthcare training departments
Practice time-sensitive emergency decisions
Improved emergency decision rehearsal
Show 2 more scenarios
Interprofessional training teams
Train coordinated communication and handoffs
More consistent team communication
Assign role-specific actions within cases to practice teamwork behaviors and clinical handoff timing.
Ambulatory practice educators
Simulate office workflow handoffs
Consistent onboarding and assessment
Model check-in, eligibility decisions, referrals, and visit progression with embedded assessment points.
Best for: Fits when clinical teams need branching virtual patient scenarios with embedded decisions and assessments in a controlled workflow.
AdaptiveU
SMBGamified learning platform with scenario-based challenges.
Consequence-mapped feedback activates at the exact decision step where the learner route diverges.
AdaptiveU supports authoring interactive scenarios with decision points, then scoring learners based on the route taken through the scenario. It adds consequence-driven feedback so learners receive guidance tied to specific decisions rather than only end-of-module results. Scenario analytics capture outcomes and option selection patterns to help trainers identify recurring failure points.
- +Decision-point authoring ties feedback to specific learner choices
- +Branching scenario paths support consequence-driven training flows
- +Scenario outcome reporting highlights route performance and choice patterns
- +Role-play style journeys support consistent practice across cohorts
- –Complex branching requires disciplined scenario design and review
- –Scenario update cycles take longer when many branches share logic
- –Non-linear content creation can feel heavy for short training goals
- –Integration setup depends on existing LMS and content distribution needs
Customer support onboarding teams
Handle tough cases with decision branches
Fewer escalations and faster readiness
Compliance training coordinators
Train policy adherence through consequences
More consistent judgment on risks
Show 2 more scenarios
Sales enablement leaders
Role-play discovery and objection handling
Improved call outcomes and coaching focus
Decision-driven interactions provide feedback based on conversational choices.
HR learning administrators
Soft-skills scenarios with competency practice
Clearer mastery signals for managers
Branching exercises guide learners through role-based decisions and evaluations.
Best for: Fits when teams need branching scenarios that score and feedback based on decisions, not just completion.
CenarioVR
vertical specialistImmersive VR scenario builder for workplace training.
Choice-driven VR scenario branching where each decision routes learners into consequence-specific paths.
CenarioVR delivers scenario-based learning with a virtual reality focus, using branching decision points to drive different learner outcomes. It supports decision-point authoring where each choice can trigger consequences across a guided interaction flow.
- +VR-first scenario flow with choice-driven branching
- +Decision-point authoring maps choices to consequences
- +Scenario analytics track learner decisions and progression
- +Reusable scenario structures reduce duplication across modules
- –Authoring complexity rises for multi-step interactive branches
- –Less suited for non-VR training needs and flat content delivery
- –Integration depth with LMS ecosystems is limited for advanced automation
- –Workflow authoring takes governance to keep scenario outcomes consistent
Educators and trainers
Interactive 360 walkthrough procedural practice
Improved procedural completion
Emergency response teams
Incident simulations with branching decisions
Better response decisioning
Show 2 more scenarios
Service and support trainers
Role-play conversations with outcome tracking
Consistent coaching practice
Authors create decision-based customer interaction scenes where choices determine feedback and scenario progression.
Enterprise L and D teams
Cohort scenario runs with review workflows
Aligned cohort competency review
Teams reuse the same branching scenario across groups to compare performance against training objectives.
Best for: Fits when teams need VR role-play practice with branching outcomes and decision tracking.
Kognito
vertical specialistKognito offers avatar-based simulations for behavioral health, education, healthcare, and workplace conversations.
Conversation-driven scenario branching that turns dialogue choices into measurable decision outcomes for role-play practice.
Kognito is used for scenario-based learning that drives learner decision-making through guided conversations and role-play. It focuses on training workflows that require judgment under uncertainty, especially for sensitive topics that depend on dialogue choices.
- +Dialogue-first scenario engine supports realistic learner role-play
- +Branching conversation decisions map directly to learner outcomes
- +Scenario results highlight where learners choose different dialogue paths
- +Designed for sensitive judgment training with structured practice loops
- –Branching content authoring can feel constrained for complex custom flows
- –Integration and data export capabilities are limited for deep analytics needs
- –Scenario iteration cycles can require coordination with Kognito content support
- –Limited fit for broad catalog publishing across many unrelated skill domains
Customer support leaders
De-escalation decisions in sensitive calls
Fewer escalations during real calls
HR compliance trainers
Harassment response workflows and judgment
Improved incident handling consistency
Show 2 more scenarios
Healthcare training teams
Patient safety conversations under uncertainty
Better safety decision execution
Learners select dialogue paths to rehearse critical escalation and clarification steps.
Finance fraud investigators
Interviewing suspects with consequence outcomes
Higher-quality interview outcomes
Branching role-play measures decision impacts across evidence and tone tradeoffs.
Best for: Fits when training must practice judgment through guided conversations with branching decision consequences.
Near-Life
SMBInteractive video scenario creator for immersive learning.
Consequence mapping that changes subsequent interactions based on each decision, with scoring tied to the chosen path.
Near-Life is built for scenario-based learning where decision points drive adaptive next steps, not linear slide navigation. Authoring centers on interactive prompts, dialogue-style choices, and branching logic that can model situational judgment exercises. Learner outcomes can be captured per path so facilitators can review which decision patterns correlate with higher scores.
- +Branching logic ties learner decisions to different scenario outcomes
- +Embedded scoring connects assessment to specific decision points
- +Consequence mapping supports realistic practice paths without scripting
- +Scenario analytics track performance by taken branch
- –More scenario content setup work than question-first learning tools
- –Advanced role-play flows can take longer to author than simple branches
- –Limited reuse across scenarios if prompts and rules differ widely
- –External LMS packaging can require extra integration steps
Compliance training leads
Safety decision scenarios with consequences
Fewer repeated procedural errors
Customer support managers
De-escalation role-play decisions
More consistent de-escalation
Show 2 more scenarios
Healthcare training coordinators
Triage and escalation simulations
Better escalation accuracy
Scenario paths model triage decisions with embedded evaluation across decision points and outcomes.
HR onboarding trainers
Policy judgment for new hires
Faster policy competency growth
New hires navigate branching policy scenarios and receive rubric-based feedback on each decision.
Best for: Fits when teams need repeatable branching decision training with built-in assessment and path-level reporting.
Adobe Captivate
enterpriseAdobe Captivate creates branching scenarios, simulations, quizzes, and SCORM packages.
xAPI statement generation for scenario interactions tied to learner actions, which improves analytics beyond SCORM scores.
Adobe Captivate is used for scenario-based learning and interactive simulations with decision-point authoring aimed at situational practice. It supports branching interactions, embedded assessment elements, and SCORM package publishing for deployment through learning management systems.
- +Decision-point authoring supports branching scenario outcomes with consequences
- +Embedded assessments include mastery-style scoring and feedback tied to actions
- +SCORM package publishing fits LMS delivery for completion and score tracking
- +xAPI event capture enables richer learning analytics via an LRS
- –Advanced scenario logic often needs careful state management to avoid dead ends
- –Learning content built across teams can require governance around templates
- –Interactive media performance depends on asset optimization and test coverage
- –External LMS and LRS integrations require configuration work outside authoring
Customer support enablement teams
Handle ticket triage decision simulations
Improved first-contact resolution
Compliance and safety trainers
Practice incident response with branching paths
Reduced procedural errors
Show 2 more scenarios
Product training managers
Simulate feature use with assessments
Faster time-to-proficiency
Build interactive scenarios that reinforce correct steps and track performance through LMS delivery.
L&D developers and instructional designers
Reuse media across scenario modules
Lower authoring maintenance
Use reusable assets and structured question types to keep scenario logic and feedback consistent.
Best for: Fits when teams need branching scenario authoring with embedded assessment and LMS or LRS tracking.
Conclusion
After evaluating 10 scenario based learning software, Articulate 360 stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Scenario Based Learning Software
Scenario based learning software is used to run branching decision practice where learner choices route into consequence-specific paths and the training records what was selected at each decision step. This buyer’s guide covers AdaptiveU, Articulate 360, Near-Life, BranchTrack, TalentLMS, CenarioVR, DominKnow One, Adobe Captivate, Oxford Medical Simulation, and Kognito with focus on how each tool connects decision authoring to scoring and reporting.
Each comparison emphasizes integration and automation surfaces that affect deployment control inside an LMS or LRS workflow. The guide also calls out governance and iteration constraints that show up when branching scenario complexity increases.
Choose by branching architecture and how assessment data must move
The right scenario based learning tool depends on where the branching logic lives and how that logic produces decision-level evidence after publishing. Some platforms optimize for consequence timing at each decision step. Others optimize for authoring inside a course runtime or for conversation scripting.
A second fork is data capture format and export depth. The decision is whether learner actions must produce interaction-level signals via xAPI and whether SCORM packaging is the primary deployment shape.
Map feedback to the decision step where the route diverges
If the requirement is feedback that activates at the exact choice that triggered the branch, AdaptiveU ties consequence-mapped feedback to the divergence decision step. If the requirement is repeatable branching where subsequent interactions change based on each decision with embedded path-level reporting, Near-Life couples consequence mapping to embedded scoring.
Select the authoring model that matches the team’s engineering appetite
If teams want branching and state changes controlled through a trigger-based system inside Storyline 360, Articulate 360 supports decision consequences without forcing external engineering. If teams need choice-path analytics tied to decision-point authoring, DominKnow One focuses on mapping consequences directly to learner choices within the scenario flow.
Decide whether decision analytics must be path-level or only course-level
If the need is rapid iteration based on which specific decisions lead to failures, BranchTrack links selections to outcome consequences through decision-path reporting and scenario analytics. If analytics needs to emphasize where learners stall while still staying tied to choice paths, DominKnow One provides choice-path analytics with stall visibility.
Pick the deployment payload format that fits the current LMS or LRS workflow
If scenario content must run inside TalentLMS using standard course sequencing with SCORM package ingestion, TalentLMS supports SCORM package support for externally authored scenario interactions. If the requirement is action-level telemetry beyond SCORM scores with xAPI statement generation, Adobe Captivate outputs xAPI statements tied to learner actions.
Match scenario medium to the training task
If training requires VR role-play practice with choice-driven branching and decision tracking, CenarioVR is built around VR-first scenario flow. If training requires clinical encounters with scripted virtual patient interactions tied to embedded evaluation moments, Oxford Medical Simulation supports clinical decision-point scenarios in a controlled workflow.
Choose a conversation engine when judgment is expressed through dialogue
If judgment practice must be driven by conversation choices rather than menu decisions, Kognito uses a dialogue-first scenario engine where branching conversation decisions map directly to measurable outcomes. If the requirement includes more general branching behavior beyond dialogue constraints, decision-point engines like Near-Life and DominKnow One support broader interactive branching flows.
Teams that need decision-path scoring, scenario iteration, and simulation specificity
Scenario based learning software fits teams that need learner evidence tied to choices at decision points rather than evidence based on completion alone. The best match depends on whether the organization builds complex branching logic in-house or publishes externally authored scenarios into an LMS.
Tools also differ on medium and domain fit. VR-first training favors CenarioVR, while clinical decision practice favors Oxford Medical Simulation, and dialogue-driven judgment practice favors Kognito.
Instructional design teams building branching compliance flows
AdaptiveU supports consequence-mapped feedback at the divergence decision step, which keeps compliance evidence aligned to the exact learner choice. DominKnow One adds decision-point authoring with choice-path analytics for compliance and soft-skill training.
Training operations teams that must iterate scenarios fast using decision-level telemetry
BranchTrack ties learner selections to outcome consequences through decision-path reporting, which supports quick scenario iteration driven by where failures cluster. Near-Life provides embedded scoring that stays connected to decision paths for repeatable branching practice.
Teams authoring inside existing content runtimes and course templates
Articulate 360 enables decision-point interactions through the Storyline 360 trigger system, which keeps branching work inside a familiar authoring environment. TalentLMS supports SCORM package support so scenario interactions authored elsewhere can be ingested as course modules.
Clinical training groups running scripted virtual patient encounters
Oxford Medical Simulation builds branching clinical case flows with decision-point learning and scripted virtual patient interactions. Its embedded evaluation moments connect learner decisions to clinical encounter outcomes in a controlled workflow.
Role-play programs that measure judgment through guided conversation
Kognito turns dialogue choices into measurable decision outcomes, so scenario branching happens through conversation decisions. Kognito maps branching conversation decisions directly to learner outcomes for role-play practice.
Common scenario branching mistakes that break assessment integrity
Scenario branching projects fail when authoring models do not match how consequences must be scored and reported. Complexity also increases sharply when branches share logic or when decision state needs tight control across multi-step flows.
Several recurring mistakes show up across these tools. They usually appear when teams treat branching as purely navigational, then discover that decision-level analytics and consequence timing require disciplined structure.
Designing branching without tying feedback to the exact divergence decision step
AdaptiveU is built so consequence-mapped feedback activates at the divergence decision step where the learner route diverges. Near-Life also ties outcomes to the path so feedback stays aligned with the chosen route rather than only the end state.
Scaling complex branching without governance around naming and structure
DominKnow One flags that complex branching needs careful structure and naming discipline to avoid tangled choice paths. AdaptiveU also notes that complex branching requires disciplined scenario design and longer update cycles when many branches share logic.
Overestimating compatibility when scenario logic is built for a specific runtime or medium
CenarioVR is less suited to non-VR training needs and flat content delivery, so VR-first flows can be wasted effort if the deployment medium is not VR. TalentLMS can run externally authored interactions via SCORM package ingestion, but branching beyond course sequencing needs careful authoring design.
Building analytics expectations around completion tracking instead of interaction signals
Adobe Captivate generates xAPI statement generation tied to learner actions, which supports analytics beyond SCORM scores when interaction-level evidence is required. Kognito has limited integration and data export for deep analytics needs, so deep telemetry requirements should be validated against its export capabilities.
How We Selected and Ranked These Tools
We evaluated AdaptiveU, Articulate 360, Near-Life, BranchTrack, TalentLMS, CenarioVR, DominKnow One, Adobe Captivate, Oxford Medical Simulation, and Kognito using feature depth for decision-path scoring and consequence mapping, ease of authoring branching scenarios into working learning flows, and value based on how quickly teams can produce decision-level outcomes.
Features accounted for 40% of the ranking because decision-point authoring, consequence mapping, and embedded assessment drive whether reporting reflects the exact learner choice. Ease and value each accounted for 30% because branching maintenance affects iteration speed and whether scenario updates remain reviewable.
AdaptiveU led the set because consequence-mapped feedback activates at the exact decision step where the learner route diverges, which ties assessment timing to the decision that caused the branch. AdaptiveU also rated highest on features and ease across the reviewed tools, which supported decision-step fidelity without requiring workaround authoring to connect branching state to scoring.
Frequently Asked Questions About Scenario Based Learning Software
How does AdaptiveU handle branching scenario logic and decision-step feedback?
Which tools publish scenario interactions as SCORM packages for LMS delivery?
How do xAPI tracking and LRS support differ between Adobe Captivate and SCORM-first tools?
When is decision-point authoring in Articulate 360 a better fit than template reuse in other scenario tools?
What tradeoff appears when relying on scenario-level reporting instead of decision-path reporting?
How do Kognito and Oxford Medical Simulation differ for dialogue-driven vs clinical encounter scenarios?
What breaks if scenario authors need state changes beyond simple page branching?
How do VR scenario platforms like CenarioVR handle branching and performance validation?
How does data migration work when scenario content must move from an authoring tool into a learning platform?
Which tool is better when scenario analytics must show drop-off points and decision behavior for authoring refinement?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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