TASKENDING GUIDES
Integrations and AI Guides
Integrations and AI: practical steps, concrete examples, common pitfalls and outcome checks.
AI task management with Codex and MCP
Connect Codex to issue context through MCP. A human-reviewed workflow for assigned tasks, progress notes, status updates and time tracking.
How to connect a GitHub repository to Taskending
Signing in with GitHub and connecting a project repository are separate actions. Repository access is authorized separately to associate code events with work.
Use issue keys in Git branch names
An issue key connects a code change with its reason. Consistent use in branch names makes context easier to find.
How to associate Git pushes with issues
A push shows that code reached a repository. Taskending’s connection can associate that event with an issue through its key.
Connect pull requests with issue tracking
A pull request carries code review; an issue carries the need and acceptance outcome. Linking them keeps the reason and implementation connected.
What is a webhook in a Git connection?
A webhook tells an application that an event occurred in another service. It replaces repeated manual checking with event-driven delivery.
GitHub sign-in versus repository integration
GitHub sign-in verifies identity. Repository integration requests access to development events. They use different permission scopes even with the same account.
Connect Taskending to a Microsoft Teams channel
A Teams connection makes supported issue updates visible in a selected channel. Signing in with Microsoft does not enable channel notifications by itself.
Which issue notifications can you receive in Teams?
Knowing the event scope explains why a connected channel can remain quiet for some actions.
Where to start when a Teams notification is missing
Teams delivery depends on project mapping, user permissions, organization policy and the delivery queue. One connected label cannot describe the whole chain.
Sign in to Taskending with Microsoft
Microsoft sign-in uses a work or school identity. Linking it to an existing Taskending account differs from creating a new account.
Connect Gmail to receive project requests
Google sign-in and Gmail intake need different permissions. A project connection brings new messages from a selected mailbox into the workflow.
Keep email replies in the same request
Creating a new issue for every reply fragments support history. Message and thread identifiers help preserve the right conversation context.
What happens when you disconnect Gmail?
Disconnecting stops future intake; it does not automatically delete requests already stored as issues.
Create Taskending requests from your own application
Project-scoped API intake lets a customer submit support work from the application they already use. Limit authorization to the required project and operation.
API scopes and safe key handling
An API key grants access much like a password. Giving only the authority an integration needs limits the impact of mistakes.
Connect Taskending work to an AI client with MCP
MCP gives an AI client access to issue context through authorized tools. It does not mean unlimited authority over all company data.
How to use AI drafts in everyday work
AI drafts can help prepare descriptions or implementation plans. A draft is not a verified requirement or completed task.
Give AI the right issue context
Useful AI assistance needs a goal, boundaries and success conditions. Sending more data does not always provide better context.
Review integration access regularly
A working connection is not necessarily still needed or correctly scoped. Repository, channel and mailbox ownership can change over time.
Separate integration failures end to end
Sign-in, authorization, destination selection, event generation and delivery are separate stages. Knowing which stage works prevents misguided fixes.
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