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Snyk Integration Guide

Integrate Snyk security data with enterprise systems through REST APIs, selected webhooks, API tokens, OAuth, and orchestrated Martini workflows.

Snyk integration options at a glance

Snyk integrations primarily use its REST APIs and earlier API v1 endpoints to manage or retrieve organizations, projects, targets, issues, users, groups, and security information. Selected organization and project events can be delivered through Snyk webhooks, although webhook coverage is not universal for every issue or state change. API-token authentication is commonly used, with OAuth available for supported application scenarios. Some reporting, scanning, and export operations may involve pagination or asynchronous processing, but a general-purpose bulk API and customer-facing database access were not confirmed. Martini can consume these endpoints, receive selected webhook notifications, apply mappings and business rules, and synchronize results with enterprise applications.

Integration pointSupported by Snyk?Common use casesHow Martini supports it
REST APIsYesRetrieve and manage organizations, projects, targets, issues, users, groups, and related security information. Snyk also maintains an earlier API v1 surface for selected operations.Martini can consume Snyk REST and API v1 endpoints from workflows, handle JSON responses, transform fields, and expose a normalized Martini API.
Webhooks / outbound callbacksLimitedReceive selected organization- and project-related notifications. Coverage does not represent every Snyk issue mutation or state change.Martini can expose an API endpoint or webhook-triggered workflow, validate notifications, apply idempotency checks, and retrieve authoritative current state from Snyk.
Bulk / async / batch APIsLimitedSome reporting, scanning, and export operations may involve large result sets or asynchronous processing, but broad bulk coverage across all Snyk objects was not confirmed.Martini can orchestrate endpoint-specific pagination, bounded processing, checkpoints, and asynchronous follow-up where the selected Snyk operation requires it.
AuthenticationYesAuthenticate API requests with Snyk API tokens; OAuth 2.0 is available for supported application and integration scenarios. Organization and group permissions constrain access.Martini can keep tokens and OAuth credentials in secrets or protected environment configuration and apply the selected endpoint family's authentication requirements.
Report and result exportsLimitedExport security results and reports where supported by the relevant Snyk product or endpoint. A general-purpose attachment API was not confirmed.Martini can retrieve endpoint-specific export results and transform them into downstream records or files without assuming a universal Snyk file interface.
SDKs and command-line toolsYesSnyk CLI supports scanning and CI/CD developer workflows, including use with build systems such as Jenkins.Martini can orchestrate the resulting Snyk project and issue data through APIs; centralized Martini workflows should generally use APIs or webhooks rather than treating the CLI as a general connector.
Database / analytics accessNoNo customer-facing relational database connection was confirmed. Security and analytics data should be accessed through APIs, reports, exports, or supported product integrations.Martini can consume the available Snyk APIs and exports and write normalized data to an enterprise database or analytics platform.

How Snyk exposes data and business events

Snyk REST APIs

Snyk REST APIs and API v1 endpoints provide the primary integration surface for organizations, projects, targets, issues, users, groups, and related security information. Endpoint availability and object coverage differ between API generations, so each operation should be checked against the applicable Snyk reference.

Martini implementation pattern

Martini implementation pattern: a workflow authenticates to the selected Snyk endpoint, retrieves paginated JSON data, applies product-aware mappings and business rules, and writes or exposes the normalized result. Checkpoints and stable Snyk identifiers support incremental synchronization.

Implementation sequence

Select the Snyk API generation and endpoint for the required operation
Authenticate with a protected API token or supported OAuth credential
Retrieve the resource with endpoint-specific pagination
Map Snyk fields to the canonical integration model
Apply severity, ownership, and lifecycle rules
Write or expose the normalized result and store a checkpoint

Snyk Webhooks

Snyk supports webhooks for selected organization- and project-related events. Webhook coverage is event-specific and does not provide a notification for every issue mutation or state change.

Martini implementation pattern

Martini implementation pattern: expose a controlled API endpoint or webhook-triggered workflow, validate and record the notification, then call Snyk APIs to retrieve authoritative current project or issue data before executing downstream actions.

Implementation sequence

Receive the selected Snyk webhook notification
Validate the request and capture the event or resource identifier
Check the event or resource checkpoint for duplicates
Retrieve the current Snyk resource when complete state is required
Apply business rules and update the target system
Record processing status and retry failed downstream actions

Snyk reporting and exports

Snyk reporting, scanning, and export operations can produce larger result sets and may involve asynchronous processing. A general-purpose bulk API covering all Snyk objects was not confirmed.

Martini implementation pattern

Martini implementation pattern: invoke the supported reporting or export operation, monitor endpoint-specific completion behavior, process bounded result sets, and persist checkpoints or output references rather than loading an entire organization into one payload.

Implementation sequence

Start the supported Snyk report or export operation
Store the operation or export reference when returned
Poll or retrieve the result according to endpoint behavior
Process pages or bounded result segments
Transform the report into the target schema
Record completion and reconcile the exported scope

Snyk authentication

Snyk programmatic access commonly uses API tokens, while OAuth 2.0 is available for supported application and integration scenarios. Permissions are governed by the Snyk identity and its organization or group access.

Martini implementation pattern

Martini implementation pattern: store credentials in protected Martini secrets or environment configuration, select the correct authorization format for the Snyk API generation, and keep organization scope and permission failures visible in controlled error handling.

Implementation sequence

Create or select the least-privileged Snyk service identity
Store the API token or OAuth credentials in Martini secrets
Configure the Snyk regional or tenant-specific base URL
Apply the endpoint-specific authorization format
Test access against the required organizations and resources
Monitor authentication and authorization failures without logging secrets

Common Snyk integration patterns

Pattern 1: Synchronize Snyk issues with ServiceNow

When to use this pattern

Use a scheduled synchronization when security findings must be represented in enterprise vulnerability, risk, or remediation processes. The workflow should support incremental retrieval, stable external identifiers, and reconciliation because Snyk webhooks do not cover every issue state change.

Integration direction
Snyk
Martini
ServiceNow
Example Mapping
Snyk FieldCanonical FieldTarget Field
issue.idexternalFindingIdu_snyk_issue_id
issue.severityseveritypriority
issue.project.idsourceProjectIdu_snyk_project_id
issue.titlefindingSummaryshort_description
Martini implementation pattern

A scheduler starts a Martini workflow that retrieves Snyk issues by organization and project, follows endpoint-specific pagination, and normalizes product-specific fields. Business rules route findings by severity, organization, and ownership; the workflow creates or updates ServiceNow records using Snyk identifiers, retries transient failures, and periodically reconciles resolved or absent findings.

Martini capabilities used
  • scheduled workflows
  • API consumption
  • pagination and checkpointing
  • data mapping
  • business rules
  • idempotency
  • error handling and retries

Pattern 2: Process Snyk webhook notifications

When to use this pattern

Use selected Snyk webhook events to reduce detection latency for project or organization changes while treating the notification as a trigger rather than a complete source of truth.

Integration direction
Snyk
Martini
Jira
Example Mapping
Snyk FieldCanonical FieldTarget Field
resource.idsnykResourceIdcustomfield_snyk_resource_id
project.idprojectReferenceproject_key
event.typeeventTypelabels
issue.severityseveritypriority
Martini implementation pattern

Martini receives the notification through an API endpoint, validates it, checks an event or resource checkpoint, and retrieves current Snyk data before deciding whether to create or update a Jira work item. Duplicate notifications are ignored or merged, and failed target calls are retried without reprocessing the Snyk event.

Martini capabilities used
  • API exposure
  • webhook-triggered workflows
  • validation
  • API consumption
  • data mapping
  • deduplication
  • retry handling

Pattern 3: Synchronize Snyk project and target inventory

When to use this pattern

Use this pattern to keep repository, project, ownership, technology, and status information aligned with an internal application inventory or service-management platform.

Integration direction
Snyk
Martini
ServiceNow
Example Mapping
Snyk FieldCanonical FieldTarget Field
project.idprojectIdu_snyk_project_id
project.nameprojectNamename
target.urlrepositoryUrlu_repository_url
organization.idorganizationIdu_snyk_organization_id
Martini implementation pattern

A scheduled Martini workflow retrieves organizations, targets, and projects, distinguishes repository changes from project-level findings, and maps metadata into ServiceNow or another inventory target. It applies ownership and scope rules, upserts by stable identifiers, and records pagination checkpoints for repeatable synchronization.

Martini capabilities used
  • scheduled workflows
  • API orchestration
  • data mapping
  • business rules
  • upsert processing
  • checkpointing
  • monitoring

Pattern 4: Orchestrate CI/CD security results

When to use this pattern

Use this pattern when Jenkins or another build process runs Snyk CLI scans and enterprise systems need normalized status, severity routing, or deployment governance outside the build environment.

Integration direction
Jenkins
Snyk
Martini
Slack
Example Mapping
Snyk FieldCanonical FieldTarget Field
project.idsecurityProjectIdmessage.project_id
issue.severityhighestSeveritymessage.severity
issue.countfindingCountmessage.finding_count
project.statussecurityStatusmessage.status
Martini implementation pattern

Jenkins runs the scan while Martini retrieves or receives the resulting Snyk project and issue information through confirmed Snyk APIs. Martini applies release and severity rules, sends selected notifications to Slack, and records processing outcomes with retry and duplicate protection.

Martini capabilities used
  • API consumption
  • workflow orchestration
  • data transformation
  • business rules
  • notifications
  • error handling
  • monitoring

Applications commonly integrated with Snyk

Snyk commonly participates in software-development, CI/CD, ticketing, notification, and enterprise risk workflows. Martini can orchestrate these integrations through Snyk APIs, selected webhook notifications, and the APIs of adjacent applications.

Application Scenario Direction Martini Pattern
GitHub Import repositories into Snyk, monitor dependency and code changes, and associate findings with source repositories and developer workflows. GitHub → Snyk → Martini Use Snyk APIs to synchronize organizations, targets, projects, and issues, then map findings and repository metadata into downstream workflows. Where configured, retain GitHub as the source-control context for remediation routing.
GitLab Scan GitLab repositories and bring dependency, code, or infrastructure-as-code findings into development governance processes. GitLab → Snyk → Martini Use scheduled API retrieval or selected Snyk notifications to normalize project and issue data, apply severity and ownership rules, and forward actionable findings to enterprise systems.
Jira Create or update development work items for actionable vulnerabilities and track remediation ownership and status. Snyk → Martini → Jira Retrieve current Snyk issue details, map stable issue and project identifiers to Jira fields, apply routing and severity rules, and use stored references to update existing Jira issues without duplication.
ServiceNow Route security findings into enterprise incident, vulnerability, risk, or remediation-management processes. Snyk → Martini → ServiceNow Synchronize Snyk issues through paginated API workflows, transform product-specific findings into the ServiceNow model, apply ownership rules, and reconcile open and resolved states using stable external identifiers.
Jenkins Run Snyk scans during CI/CD builds and enforce security gates before deployment. Jenkins → Snyk → Martini Use Jenkins to run Snyk CLI scans, then use Snyk APIs or resulting project information in Martini to route high-severity findings, publish normalized status, and trigger downstream remediation workflows.
Slack Notify security and engineering teams about selected findings or workflow events. Snyk → Martini → Slack Receive or retrieve Snyk findings, filter them using business rules, and call the supported Slack endpoint to send concise notifications with links or identifiers appropriate to the deployed design.

How to build a Snyk integration in Martini

Objective

Configure access to the selected Snyk API generation and required organization scope without embedding credentials in workflows.

Instructions in Martini

  • Select the Snyk REST or API v1 endpoints needed for the operation
  • Store API tokens or supported OAuth credentials in Martini secrets
  • Configure the regional or tenant-specific Snyk base URL as environment configuration
  • Test permissions against the required organizations, projects, or groups

Objective

Select a scheduled, webhook-driven, or API-invoked entry point based on the latency and completeness requirements of the integration.

Instructions in Martini

  • Use a scheduler for periodic issue or inventory reconciliation
  • Expose a Martini API endpoint for selected Snyk webhook notifications
  • Use an API-triggered workflow when another application controls execution
  • Treat webhook events as notifications and plan current-state retrieval where needed

Objective

Call Snyk endpoints safely and process potentially large collections without relying on a single unbounded response.

Instructions in Martini

  • Invoke the required Snyk endpoint with the configured authorization
  • Follow endpoint-specific pagination parameters or links
  • Apply bounded page sizes and checkpoint progress
  • Handle asynchronous reporting or export behavior where applicable

Objective

Coordinate validation, enrichment, transformation, target calls, and lifecycle processing in a maintainable Martini workflow.

Instructions in Martini

  • Validate webhook payloads and required resource identifiers
  • Retrieve authoritative Snyk data after selected notifications
  • Branch by product type, severity, organization, or target system
  • Keep source retrieval separate from downstream writes where practical

Objective

Convert Snyk’s product-specific security model into the canonical and target models required by enterprise systems.

Instructions in Martini

  • Map organizations, projects, targets, issues, dependencies, and reports by stable identifiers
  • Preserve severity, product type, remediation data, and source context
  • Normalize dates, statuses, repository references, and ownership fields
  • Handle optional fields without assuming every issue type has the same structure

Objective

Determine routing, deduplication, lifecycle, and reconciliation behavior before creating or updating downstream records.

Instructions in Martini

  • Route high-severity findings to the appropriate owner or queue
  • Use Snyk identifiers as external keys for create-or-update behavior
  • Define how ignored, patched, resolved, and absent findings are represented
  • Apply organization and project scope rules before writing target data

Common Snyk data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
OrganizationsDefine Snyk administrative and security-data boundaries for projects, users, settings, and policies.ServiceNow, Jira, internal governance applications, data warehousesMartini retrieves organization identifiers and metadata through Snyk APIs, preserves organization scope, and uses the identifier as a synchronization key.
ProjectsRepresent monitored or tested applications, repositories, manifests, container images, or infrastructure-as-code projects.ServiceNow, Jira, GitHub, GitLab, internal application inventoriesMartini maps project metadata, status, technology, ownership, and organization relationships into downstream models and reconciles changes by project ID.
TargetsIdentify source locations or repositories from which Snyk projects are imported.GitHub, GitLab, Bitbucket, Azure Repos, service-management platformsMartini synchronizes repository metadata and target identifiers separately from project findings to avoid conflating source changes with security issues.
IssuesRepresent vulnerabilities, license issues, code findings, and other security findings associated with projects.Jira, ServiceNow, Slack, risk platforms, data warehousesMartini retrieves issues with pagination, preserves product type and severity, applies routing rules, and uses stable identifiers for idempotent create-or-update behavior.
DependenciesRepresent open-source packages and transitive packages identified during scans.Jira, ServiceNow, reporting platforms, security data storesMartini maps package, remediation, severity, and project context where returned by the selected endpoint and preserves source identifiers for reconciliation.
ReportsProvide exported or generated security results, including project findings and available software-bill-of-materials-related data.Data warehouses, reporting platforms, files, risk-management applicationsMartini processes endpoint-specific report or export responses, handles larger result sets conservatively, and writes normalized output to the selected target.

Authentication and security considerations

Token and OAuth authentication

Snyk programmatic access commonly uses API tokens, while OAuth 2.0 is available for supported application scenarios. The authorization format can vary by API generation, so the selected endpoint requirements should be followed.

Permissions and secrets

Access is constrained by the Snyk user or service identity and its organization or group permissions. Store tokens and OAuth credentials in Martini secrets or protected environment configuration, not in mappings or logs.

  • Use narrowly scoped service identities where possible.
  • Configure regional or tenant-specific API base URLs as environment values.
  • Protect findings, repository names, dependency data, and remediation details as sensitive security information.
  • Restrict exposed Martini API endpoints and validate incoming webhook requests.

Operational considerations for Snyk integrations

API limits and pagination

Snyk limits can vary by endpoint, account, product, and plan. Use bounded page sizes, controlled concurrency, pagination, and checkpoints rather than loading an entire organization into one workflow payload.

Retries and idempotency

Handle throttling and transient failures with backoff and retry policies. Use organization, project, target, and issue identifiers as external keys, and persist webhook event or resource checkpoints before non-idempotent actions.

Lifecycle and schema variation

Plan reconciliation for new, open, ignored, patched, and resolved findings because selected webhooks do not cover every state change. Preserve product type, severity, package or code location, remediation information, and Snyk identifiers because issue fields vary across open-source, container, code, and infrastructure-as-code products.

Testing and monitoring

Test access against each required organization and endpoint, monitor workflow logs for throttling and permission failures, and avoid logging credentials or unnecessary sensitive finding details. Validate API-version assumptions before deployment.

Why use Martini instead of scripts or point-to-point integrations?

Orchestrate beyond a single script

Martini separates Snyk authentication, retrieval, transformation, business rules, target updates, and error handling into maintainable workflows rather than embedding all behavior in a one-off script.

Support multiple integration modes

A single implementation can combine scheduled reconciliation, selected Snyk webhook notifications, API-triggered execution, and downstream API calls while preserving checkpoints and consistent mappings.

Keep enterprise behavior reusable

Reusable workflow logic can normalize Snyk issues and project metadata for Jira, ServiceNow, reporting platforms, or internal APIs without creating separate point-to-point implementations for every destination.

  • Apply consistent pagination, retry, deduplication, and reconciliation rules.
  • Keep secrets and environment-specific endpoints outside workflow logic.
  • Expose a controlled normalized API when multiple applications need Snyk data.
  • Monitor and troubleshoot integration behavior through workflow and application logs.

Frequently asked questions

How can Snyk be integrated with enterprise systems?

Snyk can be integrated through its REST APIs and API v1 endpoints, selected webhooks, API-token authentication, supported OAuth scenarios, and endpoint-specific reports or exports. Enterprise workflows can retrieve organizations, projects, targets, issues, dependencies, and reports, then synchronize normalized data with development, service-management, risk, and reporting systems.

Can Martini integrate with Snyk?

Yes. No native Martini Snyk connector is documented in the supplied materials, but Martini can consume Snyk REST or API v1 endpoints, receive selected Snyk webhook notifications, apply mappings and business rules, and expose a normalized API or workflow for other systems.

Do I need a connector to integrate Snyk with Martini?

No. A dedicated Snyk connector is not required. Martini can integrate using Snyk’s confirmed native mechanisms, including REST APIs, API v1 endpoints, selected webhooks, API-token or supported OAuth authentication, and endpoint-specific reports or exports.

Is there any extra Lonti cost to integrate Snyk with Martini?

Lonti does not charge an additional per-connector or per-vendor fee to integrate Snyk. The integration is subject to the provisioned capacity of the Martini environment. Separate costs may apply from Snyk, cloud infrastructure providers, or other third-party systems depending on subscriptions, usage, and deployment model.

Which Snyk APIs and integration methods should an enterprise use?

Use the Snyk REST API for current resource and security-data integrations, selecting API v1 only where it supports the required operation and aligns with current Snyk guidance. Use selected webhooks for lower-latency notifications, but supplement them with API retrieval because webhook coverage is not universal. No general-purpose Snyk GraphQL or SOAP API was confirmed.

Are Snyk events or webhooks available?

Snyk supports webhooks for selected organization- and project-related events. They should not be treated as notifications for every issue mutation or state change. Martini can receive the notification, validate and deduplicate it, and retrieve current Snyk data before updating downstream systems.

How does Martini synchronize Snyk data and handle mapping?

Martini can run scheduled or event-triggered workflows that retrieve paginated Snyk data, preserve stable organization, project, target, and issue identifiers, and map product-specific fields into a canonical or target model. Synchronization should include checkpoints, lifecycle reconciliation, and rules for different Snyk product areas.

How are Snyk errors, retries, and duplicate findings handled?

Martini workflows can validate inputs, handle throttling and transient HTTP failures with controlled retries and backoff, and store checkpoints for incremental processing. Stable Snyk identifiers support idempotent create-or-update behavior, while webhook event or resource checkpoints prevent duplicate downstream actions.

Related Martini documentation

Martini APIs

Workflows

Security

Operations

Integrate Snyk with Martini

Use Martini to connect Snyk security data with development, service-management, risk, and reporting workflows through APIs, selected webhooks, secure authentication, and maintainable enterprise orchestration.

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