Composable Test Automation for Enterprise Systems
Build reusable test components once and assemble them across Dynamics 365, SAP, Coupa, Oracle, Salesforce and custom applications. Shared steps, data and environments live in one library, so coverage grows without duplicate tests or maintenance.
Composable Test Automation for Enterprise Systems
Build reusable test components once and assemble them across Dynamics 365, SAP, Coupa, Oracle, Salesforce and custom applications. Shared steps, data and environments live in one library, so coverage grows without duplicate tests or maintenance.
Composable Test Automation for Enterprise Systems
Build reusable test components once and assemble them across Dynamics 365, SAP, Coupa, Oracle, Salesforce and custom applications. Shared steps, data and environments live in one library, so coverage grows without duplicate tests or maintenance.
Used by the world's leading companies
Used by the world's leading companies
Used by the world's leading companies
Used by the world's leading companies
What is composable testing?
Composable testing builds coverage from reusable, plain-English components: steps, checkpoints, data tables and environments, created once and assembled wherever they're needed. Touchstone's agents reuse your library before generating anything new, and your team approves what gets added. Update a component and everything built from it inherits the change.
Instead of thousands of near-duplicate scripts, your estate draws on one shared library. And because every journey is built from known parts, Touchstone can prove exactly what each result tested and why.
Why Enterprise Test Suites Become Difficult to Maintain
Most testing tools treat every platform and every near-identical flow as a separate problem. That's how a suite ends up as thousands of tests that mostly say the same thing.
The same process is built again
Sign in, raise a request, receipt the goods, match the invoice. The steps barely change between platforms, yet each system gets its own copy to build and maintain.
One change becomes a search exercise
When a shared step changes, nobody knows how many journeys contain a copy. Some get fixed, the rest quietly drift until a run exposes them.
Generated coverage adds maintenance
AI tools can produce hundreds of test steps, but each one is another test to update. Teams end up maintaining duplicates instead of building a library.
Why Enterprise Test Suites Become Difficult to Maintain
Most testing tools treat every platform and every near-identical flow as a separate problem. That's how a suite ends up as thousands of tests that mostly say the same thing.
The same process is built again
Sign in, raise a request, receipt the goods, match the invoice. The steps barely change between platforms, yet each system gets its own copy to build and maintain.
One change becomes a search exercise
When a shared step changes, nobody knows how many journeys contain a copy. Some get fixed, the rest quietly drift until a run exposes them.
Generated coverage adds maintenance
AI tools can produce hundreds of test steps, but each one is another test to update. Teams end up maintaining duplicates instead of building a library.
Why Enterprise Test Suites Become Difficult to Maintain
Most testing tools treat every platform and every near-identical flow as a separate problem. That's how a suite ends up as thousands of tests that mostly say the same thing.
The same process is built again
Sign in, raise a request, receipt the goods, match the invoice. The steps barely change between platforms, yet each system gets its own copy to build and maintain.
One change becomes a search exercise
When a shared step changes, nobody knows how many journeys contain a copy. Some get fixed, the rest quietly drift until a run exposes them.
Generated coverage adds maintenance
AI tools can produce hundreds of test steps, but each one is another test to update. Teams end up maintaining duplicates instead of building a library.
Build Test Automation Once, Reuse It Everywhere
Checkpoints read the way a person would describe the action, so analysts and business users can assemble journeys without waiting for a specialist.
Build: Create the component once, in plain English
A checkpoint reads the way a person would describe the action, so analysts and business users can assemble journeys from the library without waiting for an automation specialist.
Assemble: Compose journeys from the library
Draw on existing checkpoints, data tables and environments instead of writing each flow from scratch. The library is one source, not a folder people copy from.
Configure: Add the Platform-Specific Steps
Set the rules that differ by platform, such as approver roles, credit checks and approval routes. The shared steps stay as one component everywhere.
Extend: Let generated coverage build on the library
When Touchstone proposes a journey from an approved requirement, it reuses your library wherever it fits and generates only what's new.
Execute: Run the same journey against different contexts
One approved journey runs against sandbox and production, or across regions and brands, without being duplicated.
Update: Change it in one place
Edit a component and every journey built from it inherits the change, with version history behind it. The question stops being how many copies exist and becomes whether the change is right.
Build Test Automation Once, Reuse It Everywhere
Checkpoints read the way a person would describe the action, so analysts and business users can assemble journeys without waiting for a specialist.
Build: Create the component once, in plain English
A checkpoint reads the way a person would describe the action, so analysts and business users can assemble journeys from the library without waiting for an automation specialist.
Assemble: Compose journeys from the library
Draw on existing checkpoints, data tables and environments instead of writing each flow from scratch. The library is one source, not a folder people copy from.
Configure: Add the Platform-Specific Steps
Set the rules that differ by platform, such as approver roles, credit checks and approval routes. The shared steps stay as one component everywhere.
Extend: Let generated coverage build on the library
When Touchstone proposes a journey from an approved requirement, it reuses your library wherever it fits and generates only what's new.
Execute: Run the same journey against different contexts
One approved journey runs against sandbox and production, or across regions and brands, without being duplicated.
Update: Change it in one place
Edit a component and every journey built from it inherits the change, with version history behind it. The question stops being how many copies exist and becomes whether the change is right.
Build Test Automation Once, Reuse It Everywhere
Checkpoints read the way a person would describe the action, so analysts and business users can assemble journeys without waiting for a specialist.
Build: Create the component once, in plain English
A checkpoint reads the way a person would describe the action, so analysts and business users can assemble journeys from the library without waiting for an automation specialist.
Assemble: Compose journeys from the library
Draw on existing checkpoints, data tables and environments instead of writing each flow from scratch. The library is one source, not a folder people copy from.
Configure: Add the Platform-Specific Steps
Set the rules that differ by platform, such as approver roles, credit checks and approval routes. The shared steps stay as one component everywhere.
Extend: Let generated coverage build on the library
When Touchstone proposes a journey from an approved requirement, it reuses your library wherever it fits and generates only what's new.
Execute: Run the same journey against different contexts
One approved journey runs against sandbox and production, or across regions and brands, without being duplicated.
Update: Change it in one place
Edit a component and every journey built from it inherits the change, with version history behind it. The question stops being how many copies exist and becomes whether the change is right.
How Virtuoso QA’s Composable Test Automation Connects Enterprise Processes
Take a purchase order approval running in Dynamics 365, SAP, Coupa and Oracle. Signing in, raising the request, receipting the goods and matching the invoice are shared actions. Approver roles, credit checks and routing rules differ. Touchstone’s agents separate what can be reused from what must be configured, so the library grows with every process.
The Analyst
Generates traceable requirements from the process documents, configuration notes and policies you upload. If approval rules differ between platforms, the inconsistency is flagged during review before journeys are built.
The Architect
Creates the journey structure, including steps, validations and data scenarios, while referencing existing checkpoints, data tables and environments first. Shared steps such as sign-in and invoice matching are reused, leaving only platform-specific differences to configure.
The Autopilot
Implements the approved structure in the target application and validates it in a real browser, with its reasoning visible for review. Approved journeys then run on Virtuoso QA’s deterministic engine across platforms, environments and datasets.
How Virtuoso QA’s Composable Test Automation Connects Enterprise Processes
Take a purchase order approval running in Dynamics 365, SAP, Coupa and Oracle. Signing in, raising the request, receipting the goods and matching the invoice are shared actions. Approver roles, credit checks and routing rules differ. Touchstone’s agents separate what can be reused from what must be configured, so the library grows with every process.
The Analyst
Generates traceable requirements from the process documents, configuration notes and policies you upload. If approval rules differ between platforms, the inconsistency is flagged during review before journeys are built.
The Architect
Creates the journey structure, including steps, validations and data scenarios, while referencing existing checkpoints, data tables and environments first. Shared steps such as sign-in and invoice matching are reused, leaving only platform-specific differences to configure.
The Autopilot
Implements the approved structure in the target application and validates it in a real browser, with its reasoning visible for review. Approved journeys then run on Virtuoso QA’s deterministic engine across platforms, environments and datasets.
How Virtuoso QA’s Composable Test Automation Connects Enterprise Processes
Take a purchase order approval running in Dynamics 365, SAP, Coupa and Oracle. Signing in, raising the request, receipting the goods and matching the invoice are shared actions. Approver roles, credit checks and routing rules differ. Touchstone’s agents separate what can be reused from what must be configured, so the library grows with every process.
The Analyst
Generates traceable requirements from the process documents, configuration notes and policies you upload. If approval rules differ between platforms, the inconsistency is flagged during review before journeys are built.
The Architect
Creates the journey structure, including steps, validations and data scenarios, while referencing existing checkpoints, data tables and environments first. Shared steps such as sign-in and invoice matching are reused, leaving only platform-specific differences to configure.
The Autopilot
Implements the approved structure in the target application and validates it in a real browser, with its reasoning visible for review. Approved journeys then run on Virtuoso QA’s deterministic engine across platforms, environments and datasets.
When Composable Test Automation Matters Most
Every industry has its own workflows, regulations and systems. Virtuoso QA validates the connected processes that keep those operations running, in the sectors where a broken workflow is a regulatory event, not just a bug.
Multi-platform estates
Order to cash may begin in a commerce front end, move through Dynamics 365 and finish in a custom portal. One composable journey follows the full process, with each platform contributing only the steps specific to its configuration.
Vendor release cycles you do not control
Salesforce seasons, Oracle quarters, Workday releases, D365 waves. When a vendor ships, the components absorb the change, and coverage built from them follows rather than being repaired individually.
Scale without duplication
A new region, brand or legal entity is assembled from the library and configured. The cost of the tenth variant is closer to the cost of the second than it is to the cost of the first.
Partners and ISVs
Consultancies can reuse the same process coverage across client implementations, while ISVs can adapt journeys to different customer configurations. The library becomes a reusable delivery asset instead of work rebuilt for every engagement.
When Composable Test Automation Matters Most
Every industry has its own workflows, regulations and systems. Virtuoso QA validates the connected processes that keep those operations running, in the sectors where a broken workflow is a regulatory event, not just a bug.
Multi-platform estates
Order to cash may begin in a commerce front end, move through Dynamics 365 and finish in a custom portal. One composable journey follows the full process, with each platform contributing only the steps specific to its configuration.
Vendor release cycles you do not control
Salesforce seasons, Oracle quarters, Workday releases, D365 waves. When a vendor ships, the components absorb the change, and coverage built from them follows rather than being repaired individually.
Scale without duplication
A new region, brand or legal entity is assembled from the library and configured. The cost of the tenth variant is closer to the cost of the second than it is to the cost of the first.
Partners and ISVs
Consultancies can reuse the same process coverage across client implementations, while ISVs can adapt journeys to different customer configurations. The library becomes a reusable delivery asset instead of work rebuilt for every engagement.
When Composable Test Automation Matters Most
Every industry has its own workflows, regulations and systems. Virtuoso QA validates the connected processes that keep those operations running, in the sectors where a broken workflow is a regulatory event, not just a bug.
Multi-platform estates
Order to cash may begin in a commerce front end, move through Dynamics 365 and finish in a custom portal. One composable journey follows the full process, with each platform contributing only the steps specific to its configuration.
Vendor release cycles you do not control
Salesforce seasons, Oracle quarters, Workday releases, D365 waves. When a vendor ships, the components absorb the change, and coverage built from them follows rather than being repaired individually.
Scale without duplication
A new region, brand or legal entity is assembled from the library and configured. The cost of the tenth variant is closer to the cost of the second than it is to the cost of the first.
Partners and ISVs
Consultancies can reuse the same process coverage across client implementations, while ISVs can adapt journeys to different customer configurations. The library becomes a reusable delivery asset instead of work rebuilt for every engagement.
What Teams Achieve with Virtuoso QA’s Composable Testing
Virtuoso QA builds coverage from shared components, which changes how the suite grows and who can add to it.
Maintenance grows more slowly than coverage
Adding a platform or a variant adds configuration rather than another full suite, so maintenance grows far more slowly than the coverage does.
One edit updates every journey using it
Editing a library component updates every journey built from it, so nobody hunts for copies and no two versions of the same step drift apart.
Generated coverage reuses the library first
The agents reuse existing components before generating anything, so the library grows rather than sprawls and there is less left to generate each time.
The library becomes a reusable asset
For a consultancy or an ISV, the coverage built on one engagement becomes the starting position for the next rather than something rebuilt per client.
What Teams Achieve with Virtuoso QA’s Composable Testing
Virtuoso QA builds coverage from shared components, which changes how the suite grows and who can add to it.
Maintenance grows more slowly than coverage
Adding a platform or a variant adds configuration rather than another full suite, so maintenance grows far more slowly than the coverage does.
One edit updates every journey using it
Editing a library component updates every journey built from it, so nobody hunts for copies and no two versions of the same step drift apart.
Generated coverage reuses the library first
The agents reuse existing components before generating anything, so the library grows rather than sprawls and there is less left to generate each time.
The library becomes a reusable asset
For a consultancy or an ISV, the coverage built on one engagement becomes the starting position for the next rather than something rebuilt per client.
What Teams Achieve with Virtuoso QA’s Composable Testing
Virtuoso QA builds coverage from shared components, which changes how the suite grows and who can add to it.
Maintenance grows more slowly than coverage
Adding a platform or a variant adds configuration rather than another full suite, so maintenance grows far more slowly than the coverage does.
One edit updates every journey using it
Editing a library component updates every journey built from it, so nobody hunts for copies and no two versions of the same step drift apart.
Generated coverage reuses the library first
The agents reuse existing components before generating anything, so the library grows rather than sprawls and there is less left to generate each time.
The library becomes a reusable asset
For a consultancy or an ISV, the coverage built on one engagement becomes the starting position for the next rather than something rebuilt per client.
What Teams Achieve with Virtuoso QA’s Composable Testing
Virtuoso QA builds coverage from shared components, which changes how the suite grows and who can add to it.
Maintenance grows more slowly than coverage
Adding a platform or a variant adds configuration rather than another full suite, so maintenance grows far more slowly than the coverage does.
One edit updates every journey using it
Editing a library component updates every journey built from it, so nobody hunts for copies and no two versions of the same step drift apart.
Generated coverage reuses the library first
The agents reuse existing components before generating anything, so the library grows rather than sprawls and there is less left to generate each time.
The library becomes a reusable asset
For a consultancy or an ISV, the coverage built on one engagement becomes the starting position for the next rather than something rebuilt per client.
Explore Related Virtuoso QA Solutions
Open authoring beyond the automation team
Create and maintain readable journeys in plain English, so analysts, manual testers and subject matter experts can contribute coverage directly.
Build coverage from your documentation
Touchstone turns specifications, stories and process documents into source-cited requirements and proposed journeys, with review before anything enters the suite.
Explore Related Virtuoso QA Solutions
Open authoring beyond the automation team
Create and maintain readable journeys in plain English, so analysts, manual testers and subject matter experts can contribute coverage directly.
Build coverage from your documentation
Touchstone turns specifications, stories and process documents into source-cited requirements and proposed journeys, with review before anything enters the suite.
Explore Related Virtuoso QA Solutions
Open authoring beyond the automation team
Create and maintain readable journeys in plain English, so analysts, manual testers and subject matter experts can contribute coverage directly.
Build coverage from your documentation
Touchstone turns specifications, stories and process documents into source-cited requirements and proposed journeys, with review before anything enters the suite.
How Virtuoso QA Compares to Script Libraries and Generate-First AI
Script libraries lock reuse inside code only engineers can change. Generate-first tools create new steps every time instead of reusing what exists. Virtuoso QA builds from a plain-English library the whole team can use, and the difference shows over time.
Who can use the shared assets
Script libraries are shared between engineers who read code. Generate-first tools rarely produce shared assets at all. Virtuoso QA components are plain English, so the whole team can build from them.
What happens when a shared element changes
Script libraries need an engineer to update the code and check what depends on it. Generate-first tools regenerate. Virtuoso QA updates the component once, and every journey inherits the change with version history.
How new coverage is created
Script libraries need an engineer to write the flow. Generate-first tools produce fresh steps per prompt. Virtuoso QA assembles from existing components and generates only what's new.
What growth costs
Script libraries grow only as fast as engineering time allows. Generate-first output grows faster than anyone can review it. Virtuoso QA coverage grows while maintenance stays close to the size of the library.
Covering the same process on another platform
Script libraries mean a second implementation. Generate-first tools mean a second generation. Virtuoso QA means configuring only the steps that differ.
What the estate looks like after two years
Script libraries depend on the discipline of whoever maintained them. Generate-first estates drift into sprawl nobody can audit. Virtuoso QA keeps one library with a full history of what changed and who approved it.
How Virtuoso QA Compares to Script Libraries and Generate-First AI
Script libraries lock reuse inside code only engineers can change. Generate-first tools create new steps every time instead of reusing what exists. Virtuoso QA builds from a plain-English library the whole team can use, and the difference shows over time.
Who can use the shared assets
Script libraries are shared between engineers who read code. Generate-first tools rarely produce shared assets at all. Virtuoso QA components are plain English, so the whole team can build from them.
What happens when a shared element changes
Script libraries need an engineer to update the code and check what depends on it. Generate-first tools regenerate. Virtuoso QA updates the component once, and every journey inherits the change with version history.
How new coverage is created
Script libraries need an engineer to write the flow. Generate-first tools produce fresh steps per prompt. Virtuoso QA assembles from existing components and generates only what's new.
What growth costs
Script libraries grow only as fast as engineering time allows. Generate-first output grows faster than anyone can review it. Virtuoso QA coverage grows while maintenance stays close to the size of the library.
Covering the same process on another platform
Script libraries mean a second implementation. Generate-first tools mean a second generation. Virtuoso QA means configuring only the steps that differ.
What the estate looks like after two years
Script libraries depend on the discipline of whoever maintained them. Generate-first estates drift into sprawl nobody can audit. Virtuoso QA keeps one library with a full history of what changed and who approved it.
How Virtuoso QA Compares to Script Libraries and Generate-First AI
Script libraries lock reuse inside code only engineers can change. Generate-first tools create new steps every time instead of reusing what exists. Virtuoso QA builds from a plain-English library the whole team can use, and the difference shows over time.
Who can use the shared assets
Script libraries are shared between engineers who read code. Generate-first tools rarely produce shared assets at all. Virtuoso QA components are plain English, so the whole team can build from them.
What happens when a shared element changes
Script libraries need an engineer to update the code and check what depends on it. Generate-first tools regenerate. Virtuoso QA updates the component once, and every journey inherits the change with version history.
How new coverage is created
Script libraries need an engineer to write the flow. Generate-first tools produce fresh steps per prompt. Virtuoso QA assembles from existing components and generates only what's new.
What growth costs
Script libraries grow only as fast as engineering time allows. Generate-first output grows faster than anyone can review it. Virtuoso QA coverage grows while maintenance stays close to the size of the library.
Covering the same process on another platform
Script libraries mean a second implementation. Generate-first tools mean a second generation. Virtuoso QA means configuring only the steps that differ.
What the estate looks like after two years
Script libraries depend on the discipline of whoever maintained them. Generate-first estates drift into sprawl nobody can audit. Virtuoso QA keeps one library with a full history of what changed and who approved it.
Frequently Asked Questions
How Virtuoso QA handles composable testing in practice, from what can be shared across journeys to how a change reaches every journey built on it.
Does AI generation work against composability?
What can be shared across journeys?
How is this different from page objects or a shared script library?
Can business users assemble journeys without an automation specialist?
How does Virtuoso QA handle the same process behaving differently on each platform?
Frequently Asked Questions
How Virtuoso QA handles composable testing in practice, from what can be shared across journeys to how a change reaches every journey built on it.
Does AI generation work against composability?
What can be shared across journeys?
How is this different from page objects or a shared script library?
Can business users assemble journeys without an automation specialist?
How does Virtuoso QA handle the same process behaving differently on each platform?
Frequently Asked Questions
How Virtuoso QA handles composable testing in practice, from what can be shared across journeys to how a change reaches every journey built on it.
Does AI generation work against composability?
What can be shared across journeys?
How is this different from page objects or a shared script library?
Can business users assemble journeys without an automation specialist?
How does Virtuoso QA handle the same process behaving differently on each platform?
See what your next release looks like with Virtuoso
Book a walkthrough on your applications and your workflows. Bring a requirement, a user journey, or a brittle Selenium script, and watch the loop run on something you recognise.
See what your next release looks like with Virtuoso
Book a walkthrough on your applications and your workflows. Bring a requirement, a user journey, or a brittle Selenium script, and watch the loop run on something you recognise.
See what your next release looks like with Virtuoso
Book a walkthrough on your applications and your workflows. Bring a requirement, a user journey, or a brittle Selenium script, and watch the loop run on something you recognise.
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SOC
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@ Copyright 2026 SpotQA, Creators of Virtuoso QA
Trust Center
AICPA
SOC
WAVE STRONG PERFORMER
@ Copyright 2026 SpotQA, Creators of Virtuoso QA
Trust Center
AICPA
SOC
WAVE STRONG PERFORMER
@ Copyright 2026 SpotQA, Creators of Virtuoso QA