diff --git a/docs/content/issue_tracking/pro_integration/integrations.md b/docs/content/issue_tracking/pro_integration/integrations.md
index 6cce7710794..76ee8b3f090 100644
--- a/docs/content/issue_tracking/pro_integration/integrations.md
+++ b/docs/content/issue_tracking/pro_integration/integrations.md
@@ -10,13 +10,14 @@ aliases:
 DefectDojo Pro's Integrations let you push your Findings and Finding Groups to ticket tracking systems to easily integrate security remediation with your teams existing development workflow.
 
 Supported Integrations:
-- [Azure Devops](/issue_tracking/pro_integration/integrations/#azure-devops-boards)
-- [Bitbucket](/issue_tracking/pro_integration/integrations/#bitbucket)
-- [GitHub](/issue_tracking/pro_integration/integrations/#github)
-- [GitLab Boards](/issue_tracking/pro_integration/integrations/#gitlab)
-- [Freshservice](/issue_tracking/pro_integration/integrations/#freshservice)
-- [ServiceNow](/issue_tracking/pro_integration/integrations/#servicenow)
-- [Shortcut](/issue_tracking/pro_integration/integrations/#shortcut)
+- Azure Devops
+- Bitbucket
+- Freshservice
+- GitHub
+- GitLab Boards
+- Jira
+- ServiceNow
+- Shortcut
 
 ## Opening the Integrations page
 
@@ -71,13 +72,14 @@ Project Integrations will have varying requirements for how DefectDojo will need
 
 For the complete list of requirements, please open the vendor specific pages below:
 
-- [Azure Devops](/issue_tracking/pro_integration/integrations/#azure-devops-boards)
-- [Bitbucket](/issue_tracking/pro_integration/integrations/#bitbucket)
-- [GitHub](/issue_tracking/pro_integration/integrations/#github)
-- [GitLab Boards](/issue_tracking/pro_integration/integrations/#gitlab)
-- [Freshservice](/issue_tracking/pro_integration/integrations/#freshservice)
-- ServiceNow (Coming Soon)
-- [Shortcut](/issue_tracking/pro_integration/integrations/#shortcut)
+- [Azure Devops](/issue_tracking/pro_integration/integrations_toolreference/#azure-devops-boards)
+- [Bitbucket](/issue_tracking/pro_integration/integrations_toolreference/#bitbucket)
+- [Freshservice](/issue_tracking/pro_integration/integrations_toolreference/#freshservice)
+- [GitHub](/issue_tracking/pro_integration/integrations_toolreference/#github)
+- [GitLab Boards](/issue_tracking/pro_integration/integrations_toolreference/#gitlab)
+- [Jira](/issue_tracking/pro_integration/integrations_toolreference/#jira)
+- [ServiceNow](/issue_tracking/pro_integration/integrations_toolreference/#servicenow)
+- [Shortcut](/issue_tracking/pro_integration/integrations_toolreference/#shortcut)
 
 ## Error Handling and Debugging
 
diff --git a/docs/content/issue_tracking/pro_integration/integrations_toolreference.md b/docs/content/issue_tracking/pro_integration/integrations_toolreference.md
index 6a2b7449773..0f03e1650d3 100644
--- a/docs/content/issue_tracking/pro_integration/integrations_toolreference.md
+++ b/docs/content/issue_tracking/pro_integration/integrations_toolreference.md
@@ -171,6 +171,121 @@ By default, GitLab has statuses of 'opened' and 'closed'.  Additional status lab
 - **False Positive Mapping**: `closed`
 - **Risk Accepted Mapping**: `closed`
 
+## Jira
+
+The Jira integration pushes DefectDojo Findings and Finding Groups to a Jira project as issues, keeps each issue's status in sync with the Finding, and links the Finding back to the created issue. Both Jira **Cloud** and **Data Center / Server** are supported. Jira Service Management is not supported.
+
+### Choosing an authentication method
+
+Set **Jira Deployment** first, then pick an **Authentication Method**:
+
+**Jira Cloud**
+- **API Token (email + token)** — HTTP Basic auth using an Atlassian account email and an [API token](https://id.atlassian.com/manage-profile/security/api-tokens). Calls go directly to your site URL.
+- **OAuth 2.0 (recommended)** — a one-time browser consent; DefectDojo obtains and refreshes the tokens for you.
+- **Service Account Token** — a scoped API token created for an Atlassian [service account](https://support.atlassian.com/user-management/docs/manage-api-tokens-for-service-accounts/).
+
+**Jira Data Center / Server**
+- **Personal Access Token (recommended)**
+- **Username + Password**
+
+> **How Cloud auth reaches Jira:** OAuth 2.0 and Service Account both authenticate as a Bearer token against Atlassian's gateway — `https://api.atlassian.com/ex/jira/{cloudId}` — which is a *different host* than your `https://your-site.atlassian.net` site URL. DefectDojo uses the gateway for every API call but always builds the ticket link shown on a Finding from your **site URL**, so the link a user clicks is a normal, browsable `.../browse/{ISSUE-KEY}` link. (API Token and Data Center auth call the site URL directly, so there is no split.)
+
+### Instance Setup
+
+- **Label** should be the label you want to use to identify this integration.
+- **Location** should be set to your Jira **site URL**, for example `https://your-organization.atlassian.net`. This is used for the browsable ticket links, and — for API Token and Data Center auth — as the API base URL.
+- The remaining fields depend on the method you chose above (email + API token, OAuth client credentials, service-account token, PAT, or username + password).
+
+### OAuth 2.0 setup (Cloud)
+
+Create a dedicated app in the [Atlassian developer console](https://developer.atlassian.com/console/myapps/), then connect from DefectDojo.
+
+1. Choose **Create → OAuth 2.0 integration**. It must be an *OAuth 2.0 integration* — a Connect or Forge app cannot use the 3LO authorization-code grant (you'd get `grant_type is not enabled for client`).
+2. When prompted for **Access type**, choose **Resource-level**. This scopes the token to the single Jira site the user authorizes, which is exactly what one DefectDojo connection targets. (**Account-level** grants access to every site in the Atlassian account — broader than needed.)
+3. Under **Permissions**, add the **Jira platform REST API** and grant the scopes listed below. Note: `offline_access` is *not* listed here — it is a standard OAuth scope DefectDojo requests in the authorization URL, not something you add on this screen.
+4. Under **Authorization**, next to **OAuth 2.0 (3LO)** click **Configure** and set the **Callback URL** to `https://<your-defectdojo-host>/integrators/jira/oauth/callback` — it must match your DefectDojo site URL exactly. Enabling this is what turns on the authorization-code grant and refresh tokens; skipping it causes the `grant_type is not enabled` / `Client is not allowed to use offline_access` errors.
+5. Copy the **Client ID** and **Client Secret** into the DefectDojo form and **Submit** to save the connection.
+6. Click **Connect with Jira** and approve the consent screen. Atlassian redirects back to DefectDojo, which stores the tokens and resolves your `cloudId` automatically. A "Connected" indicator appears when it succeeds.
+
+> The callback host is your DefectDojo `SITE_URL`. Atlassian must be able to redirect the browser there, and the value must match what DefectDojo sends exactly — so use the real hostname your users reach DefectDojo at, not a value only reachable from inside the network.
+
+#### Minimum OAuth scopes
+
+DefectDojo requests these four classic scopes by default, and they are also the **absolute minimum** required — each one backs a specific behavior:
+
+| Scope | Required for |
+|-------|--------------|
+| `read:jira-work` | Reading the project, issues, and available transitions (connection validation and status sync). |
+| `write:jira-work` | Creating and editing issues, and executing status transitions. |
+| `read:jira-user` | The connection's identity check — DefectDojo calls `/myself` when validating access. |
+| `offline_access` | Issuing a **refresh token**. Without it the access token expires (~1 hour after you connect) and the connection stops working, because DefectDojo can no longer refresh it. |
+
+Atlassian recommends classic scopes over granular ones; the four above keep the app's footprint minimal and are sufficient for everything the integration does.
+
+##### Granular scope alternative
+
+If your organization requires **granular** scopes instead of classic, the minimum equivalent set is:
+
+| Granular scope | Required for |
+|----------------|--------------|
+| `read:user:jira` | The `/myself` identity check. |
+| `read:project:jira` | Validating the target project exists. |
+| `read:issue:jira` | Reading an issue's current status during sync. |
+| `write:issue:jira` | Creating and editing issues **and executing status transitions** — there is no separate transition-write scope; a transition is a write to the issue. |
+| `read:issue.transition:jira` | Listing the transitions available on an issue. |
+| `offline_access` | The refresh token (same as classic). |
+
+Depending on your site's field configuration, an endpoint may also require companion read scopes to expand fields — most commonly `read:status:jira` and `read:field:jira` (and `read:issue-meta:jira` for create). If a push fails with a `403` "scope does not match" error, add the exact scope named in the error. This companion-scope sprawl is precisely why classic scopes are recommended.
+
+For the **Service Account Token** method, grant the token `read:jira-work` and `write:jira-work` (plus `read:jira-user`) — or the granular equivalents above without `offline_access`. `offline_access` does not apply — a service-account token is long-lived and is not refreshed by DefectDojo.
+
+### Issue Tracker Mapping
+
+- **Project Key**: the key of the Jira project to create issues in, for example `SEC`.
+- **Issue Type**: the issue type to create, for example `Bug` or `Task`. Defaults to `Bug`.
+
+### Severity Mapping Details
+
+Defaults match Jira's default priority scheme. Edit them to match the priority names in your project:
+
+- **Severity Field Name**: `priority`
+- **Info Mapping**: `Lowest`
+- **Low Mapping**: `Low`
+- **Medium Mapping**: `Medium`
+- **High Mapping**: `High`
+- **Critical Mapping**: `Highest`
+
+### Status Mapping Details
+
+Statuses vary per project workflow, so these defaults are meant to be edited to **your** workflow's status names:
+
+- **Status Field Name**: `status`
+- **Active Mapping**: `To Do`
+- **Closed Mapping**: `Done`
+- **False Positive Mapping**: `Done`
+- **Risk Accepted Mapping**: `Done`
+
+### Custom Fields (optional)
+
+You can map additional Jira fields — for example a required `resolution` on close, or `labels` — in the mapping's **Custom Fields** step. Each custom-field mapping has four parts:
+
+- **Source** — where the value comes from: an attribute of the **Finding**, **Test**, **Engagement**, or **Asset** being pushed, or a **Static value**.
+- **Value** — for an object source, the specific attribute to read, chosen from a list of that object's fields with human-readable labels (for example *Severity*, *CVE*, *Mitigation*). For a **Static value** source this is a free-text box you type the literal value into.
+- **Vendor Field** — the Jira field to write to. Because DefectDojo can read Jira's field catalog, this is a searchable picker that lists each field by its **display name** and resolves it to the internal id for you — so you select *DD Close Justification* and DefectDojo stores `customfield_10255`. The picker is populated from the connection, so it works once the connection is saved and validated.
+- **Application point** — *when* to send the field: on **ticket creation**, on **every update**, or as part of a specific status **transition** (Active / Closed / False Positive / Risk Accepted). A transition-scoped field is sent as part of that transition's edit — this is how you supply a value Jira only accepts on a transition screen, most commonly a `resolution` your workflow requires when an issue is resolved.
+
+### Ticket Templates (optional)
+
+By default Jira issues use DefectDojo's built-in title and body. To customize them, attach a **Ticket Template** to the mapping in its **Ticket Template** step. A template defines four independently-optional pieces — the **Finding** summary and description, and the **Finding Group** summary and description. Any piece left blank falls back to the built-in default, so you can override just the title, just the body, or all four. Use **Test render** in the template editor to preview the rendered output against sample data — catching mistakes such as unknown placeholders or values that exceed a field's length limit — before saving. If a template is later deleted, the mappings that used it revert to the built-in defaults automatically.
+
+### How it works
+
+- **Create / Update / Delete:** creating pushes a new issue and records the link on the Finding; updating edits the existing issue; deleting a Finding force-closes its issue (nothing is deleted in Jira). Pushes can be manual ("Push to Integrators") or automatic per the Issue Tracker Assignment.
+- **Status reconciliation:** after creating (and on every update) DefectDojo reads the issue's current status and, if it differs from the mapped target, finds a single workflow transition that reaches it and applies it. If no such transition exists, the mapping records an error rather than failing silently. Any transition-scoped custom fields are sent with that transition.
+- **Ticket link:** the link surfaced on the Finding is `https://your-site.atlassian.net/browse/{ISSUE-KEY}` — always your public site URL, never the internal gateway.
+- **Token lifecycle (OAuth):** DefectDojo owns the whole flow — it performs the authorization-code exchange, stores the access and refresh tokens, and refreshes on demand before a push, persisting the new refresh token each time (Atlassian rotates it on every refresh).
+- **Credential storage:** all connection credentials (passwords, tokens, client secrets, OAuth tokens) are encrypted at rest and are never returned through the API — editing a connection shows a "leave blank to keep" placeholder for stored secrets.
+
 ## ServiceNow
 
 The ServiceNow Integration allows you to push DefectDojo Findings as ServiceNow Incidents.