Workflow and AI agent orchestration

This automation identifies personnel records in Drata that do not have background check evidence and adds the available evidence to those records. It replaces repeated compliance lookups and uploads with a structured process that supports regulatory readiness.

This automation receives bulk update data, authenticates with Salesforce, and processes Asset record updates through a batched ingest job. It monitors batch progress, marks the job complete, and posts a status message to a Slack channel.

This automation configures multiple email accounts for forwarding by applying POP, IMAP, forwarding-address, and auto-forwarding settings in sequence. It replaces repeated account-by-account setup with a consistent, token-based process that leaves messages in the inbox while enabling forwarding.

This automation turns an incoming email-triggered request into a text-message submission after performing two validation lookups. It reduces the need for operators to inspect the request, repeat validation checks, and initiate the message manually.

This automation coordinates an internal release across multiple customer tenants by creating a release tag, moving selected branches to that tag, and starting the matching deployment pipelines. It also posts progress updates to a team channel and returns status to the requesting workflow.

This automation receives Microsoft 365 audit notifications, filters out subscription-validation messages, retrieves the complete event, and routes it according to its workload. It replaces manual audit review and handoff with an automated path to the appropriate Azure Active Directory, OneDrive, or Exchange analysis flow.

This automation finds calendar events by title and moves each returned event from the current organizer's calendar to a designated user's calendar. It replaces repeated manual event transfers with a single workflow that processes all matching events.

This automation uses an AI agent to interpret a user or agent request, select the relevant workflows from the available options, and launch each matching workflow with request-specific instructions. It replaces manual workflow lookup and execution with an automated routing and handoff process.

When a ServiceNow ticket is closed, this automation finds its child tickets and closes them in sequence, including cascading checks for additional descendants. It also sends a confirmation to the Security Teams and can update the related ticket status in an Excel table.

This automation monitors GitHub pull request events and routes relevant review requests, review results, and merge-queue failures to the right people in Slack. It resolves GitHub-to-Slack identities, distinguishes individual reviewers from teams, and delivers targeted channel announcements or direct messages.

This automation lets users manage Google Cloud instances from a Slack conversation using natural-language requests to start, stop, suspend, reset, or resume an instance. It gathers missing project or instance details interactively, performs the requested action, and confirms the result in the conversation.

This automation prepares sent-email monitoring across active user mailboxes by retrieving domain users, generating the required authorization token for each user, and refreshing their mailbox watch. It stops existing watches and starts new watches limited to messages labeled as sent, routing notifications to the designated monitoring topic.

This automation turns Slack mentions into secure, context-aware requests for information, discussion, or action. It analyzes intent and sensitivity, applies the configured authorization check, responds to blocked or general requests, and routes approved requests to the appropriate predefined subflow.

This automation sends approval requests to Slack, captures whether a reviewer selects Approve or Deny, and posts the corresponding status update. It replaces manual follow-up and decision routing with an event-driven approval process.

This automation turns a user's basic image idea into an enriched image-generation prompt, submits it for image creation, and keeps the requesting Slack message updated with the enhanced prompt and resulting image. It also detects when an upscale option is available and can submit the corresponding upscale request automatically.

This scheduled workflow manages event watches for selected applications so future Google login and authorization events can be forwarded to a downstream analysis and remediation flow. It stops existing channels and recreates them per application, keeping monitoring coverage configured without repeated manual setup.

This automation provisions a complete cloud project foundation by creating a project, private network, security group, and server, then adding an application user to a group. It replaces a sequential, multi-service setup process with an ordered workflow that stops if a step fails.

This automation receives an account-blocking request, verifies that a user identifier is available, and routes the request through the enabled identity and access integrations. It assembles the relevant account targets and performs the configured blocking or disabling actions across connected systems before marking the workflow complete.

This automation retrieves issues from a security platform, collects the evidence associated with each issue, and sends the available evidence to Splunk as audit events. It replaces repeated issue-by-issue retrieval and forwarding with a controlled, evidence-aware ingestion process.

This automation turns Slack employee support requests into structured, policy-informed service workflows. It gathers conversation context, classifies the request, validates missing details, manages approval requirements, creates the appropriate ticket, and keeps the requester informed.

This automation coordinates sequential refreshes for dependent mother and daughter dataflows or datasets across one or more workspaces. It refreshes permissions, starts the mother refresh, waits until it is completed, and then triggers the daughter refresh.