Build a Custom Architecture Dashboard Using AI in Minutes

Describe your Architecture Dashboard​ in plain English and create a production-ready build, from design and development to deployment, in minutes. No code needed.

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Emergent Key Features for Building an Architecture Dashboard

The inventory and dependency map derived from what is deployed, not from a diagram drawn at project start.

Derived from What Is Deployed


The map is built from repositories and deployment data, so it reflects the running system rather than a diagram drawn at project start.

Blast Radius Quantified


Inbound dependencies per service are counted, identifying the components whose failure or change affects the widest area.

Standards Checked per Service


Compliance with your own architectural requirements is assessed continuously, rather than at a review nobody has time to conduct.

Ownerless Services Surfaced


Services with no clear owning team are flagged, which is where incidents become slow and upgrades never happen.

Debt Weighted by Change Rate


Services with both high debt and frequent change are prioritised, because that combination is where debt actually costs you.

Exemptions with Expiry


Approved deviations from standards carry an expiry date, so a temporary exception does not become permanent by default.

Architecture Dashboard Use Cases You Can Build in Minutes

Service Inventory
Service Inventory

See the System as It Actually Runs

Every service with owning team, language and framework version, deployment frequency, last deployment, runtime dependencies and whether documentation exists, services with no clear owner, services not deployed in six months and unsupported versions.

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window.awbMockup = { serviceInventory: "Build an architecture dashboard listing every service with owning team, language and framework version, deployment frequency, last deployment date, runtime dependencies and whether documentation exists, services with no clear owner, services not deployed in six months, and services running unsupported framework versions.", dependencyMap: "Build a dependency dashboard rendering services and the calls between them, showing which services have the most inbound dependencies and therefore the widest blast radius, circular dependencies, services depending on a single shared component, dependencies crossing team boundaries, and the services whose failure would affect the most others.", standardsCompliance: "Build an architecture compliance dashboard showing each service against your standards for logging, authentication, error handling, health endpoints, secret management and documented interfaces, services failing one or more standards, compliance by team, standards most frequently unmet, and exemptions granted with expiry dates.", technicalDebt: "Build a technical debt dashboard showing services by framework and dependency age, known vulnerable dependencies with severity, deprecated internal libraries still in use with the services using them, planned migrations and their completion state, services where debt and change frequency are both high, and estimated effort by remediation item."};

Dependency Map
Dependency Map

Know Which Services Have the Widest Blast Radius

Services and the calls between them rendered as a map, which have the most inbound dependencies, circular dependencies, services depending on a single shared component, dependencies crossing team boundaries and the widest failure impact.

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window.awbMockup = { serviceInventory: "Build an architecture dashboard listing every service with owning team, language and framework version, deployment frequency, last deployment date, runtime dependencies and whether documentation exists, services with no clear owner, services not deployed in six months, and services running unsupported framework versions.", dependencyMap: "Build a dependency dashboard rendering services and the calls between them, showing which services have the most inbound dependencies and therefore the widest blast radius, circular dependencies, services depending on a single shared component, dependencies crossing team boundaries, and the services whose failure would affect the most others.", standardsCompliance: "Build an architecture compliance dashboard showing each service against your standards for logging, authentication, error handling, health endpoints, secret management and documented interfaces, services failing one or more standards, compliance by team, standards most frequently unmet, and exemptions granted with expiry dates.", technicalDebt: "Build a technical debt dashboard showing services by framework and dependency age, known vulnerable dependencies with severity, deprecated internal libraries still in use with the services using them, planned migrations and their completion state, services where debt and change frequency are both high, and estimated effort by remediation item."};

Standards Compliance
Standards Compliance

Check Standards Continuously, Not at Review

Each service against your standards for logging, authentication, error handling, health endpoints, secret management and documented interfaces, services failing one or more, compliance by team, standards most often unmet and exemptions with expiry dates.

Thank you! Your submission has been received!
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window.awbMockup = { serviceInventory: "Build an architecture dashboard listing every service with owning team, language and framework version, deployment frequency, last deployment date, runtime dependencies and whether documentation exists, services with no clear owner, services not deployed in six months, and services running unsupported framework versions.", dependencyMap: "Build a dependency dashboard rendering services and the calls between them, showing which services have the most inbound dependencies and therefore the widest blast radius, circular dependencies, services depending on a single shared component, dependencies crossing team boundaries, and the services whose failure would affect the most others.", standardsCompliance: "Build an architecture compliance dashboard showing each service against your standards for logging, authentication, error handling, health endpoints, secret management and documented interfaces, services failing one or more standards, compliance by team, standards most frequently unmet, and exemptions granted with expiry dates.", technicalDebt: "Build a technical debt dashboard showing services by framework and dependency age, known vulnerable dependencies with severity, deprecated internal libraries still in use with the services using them, planned migrations and their completion state, services where debt and change frequency are both high, and estimated effort by remediation item."};

Technical Debt
Technical Debt

Fix the Debt That Actually Slows You Down

Services by framework and dependency age, known vulnerable dependencies with severity, deprecated internal libraries still in use with the services using them, planned migrations, services where debt and change frequency are both high and estimated effort.

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Fix the Debt That Actually Slows You Down

Services by framework and dependency age, known vulnerable dependencies with severity, deprecated internal libraries still in use with the services using them, planned migrations, services where debt and change frequency are both high and estimated effort.

Build a custom architecture dashboard in 4 simple steps

Map services, dependencies and standards compliance in one view, so architectural decisions are made against the system as it is rather than as documented.

Decide what you need to govern

Start with your services and their ownership, the dependencies between them, the standards and approved technologies you expect, and where technical debt is accumulating. Emergent builds around your estate rather than a reference architecture.

Connect repositories, deployments and dependency data

Link your code repositories, deployment records, package manifests and runtime dependency information. Emergent derives the actual architecture from what is deployed, which is usually different from the diagram.

Change standards as they are agreed

Ask to add an architectural standard, alter how debt is weighted, change ownership mapping or include another repository, and compliance and dependency views rebuild.

Share it with engineering and architecture

Deploy one build where teams see their own services and dependencies and architects see the estate, standards compliance and concentration risk. Design reviews start from the current state.

Why choose Emergent?

Most tools give you a demo you have to rebuild. Emergent gives you a product that is ready to run.

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Code ownershipLocked to the platformClean code you can export
Time to launchWeeks of patching and setupLive the same day

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