Your Systems Keep Changing. AI Helps Your Data Keep Up.

A new app, an ERP upgrade or a renamed field can disrupt the data behind your decisions. Rudder Analytics uses AI agents to build and maintain your pipelines, with engineers approving changes before release.

Where the Data Team’s Week Goes

53%

of engineering time goes to maintaining existing pipelines.

4.7pipeline failures per month on average

13hours per incident, approximately

Those hours come out of the roadmap: new sources, new dashboards and AI projects waiting on clean data.

Source: Fivetran, The Enterprise Data Infrastructure Benchmark Report 2026. A survey of 500 senior data and technology leaders at companies with more than 5,000 employees, Q4 2025.

Agentic Data Engineering · From Detection to Delivery

Where AI Agents Sit in Your Data Stack

The AI agents work alongside your data platform and code repository. Rudder Analytics configures the connections and access they need.

Less firefightingLess time spent investigating pipeline failures
Governed by designScoped access, traced actions, engineer approval
On your platformSnowflake · Databricks · BigQuery · Microsoft Fabric
Yours to ownVersioned code your team can run and extend
Signals & Agent Tasks Context & Memory Code & Deployment Changes Policy & Audit
Architecture diagram: where AI agents sit in your data stack.

Data moves from source systems through ingestion, transformation and warehouse or lakehouse layers to reports and AI applications. AI agents receive operational signals, metadata and relevant incident history. A lead agent coordinates specialist roles using approved models and scoped tools. Proposed changes are tested in an isolated environment before entering the repository review workflow. Automated checks and engineer approval precede production deployment. Only affected jobs and layers are updated, in dependency order where required. Post-release checks validate data and pipeline health. Evidence and approvals are recorded, and verified outcomes can inform later tasks. Access policies, privacy controls and budgets apply throughout. Teams can begin with observation and expand to additional workflows as results are validated.

Connect

Your Data Platform

Sources
Business SystemsERP · CRM · finance · SaaS apps
Events & FilesStreams · APIs · documents
Operations
Catalog & LineageOwners · glossary · column-level lineage
Run History & AlertsScheduler logs · retries · failures
Usage & CostQuery history · compute spend
Pipelines
Ingestion & OrchestrationBatch and streaming loads · schedules
TransformationSQL and Python models · dbt
Warehouse or Lakehouse
BronzeRaw
SilverCleaned
GoldData marts
Semantic LayerKPI definitions every tool shares
Consumers
Dashboards & ReportsBI for every team
AI Apps & AssistantsGoverned data for AI
Engineering
Code RepositoryGitHub or Bitbucket
CI/CDChecks on pull requests · approved deployments
EnvironmentsDevelopment · test · production
Reason & Act

The AI Agent Team

Agent Access Boundary

Scoped production reads · isolated test writes · controlled tool access

Detect Diagnose Plan Test Propose
Pipeline Signals
DetectSchema drift · failed runs · alerts
DiagnoseRoot cause · downstream impact
Context & Memory
ContextSchemas · lineage · KPIs
MemoryVerified fixes · incident history
Lead AgentPlans tasks, coordinates specialists and evaluates test results
Specialist Roles
Schema Changes
Data Testing
Failure Diagnosis
New Pipelines
Cloud Data Costs
Platform Migration
Agent RuntimeApproved models · resumable tasks · scoped tools
Verify in a SandboxIsolated from production
Representative test data · data comparisons · pipeline tests
Check failed: revise or escalate
Governed Tools
Read-Only QueriesWarehouse access by role
Lineage & MetadataDownstream dependencies assessed
Run Logs & AlertsEvidence for each diagnosis
Branches & Pull RequestsEvery change as code
Test RunnerChecks before review
Govern & Control

Guardrails & Accountability

Before Agents Act
Policy as CodeAccess rules · budgets · approval gates
Scoped IdentityLeast-privilege credentials for each agent
Data ContractsSchema and quality expectations enforced
While Agents Run
Privacy ControlsSensitive fields masked before analysis
Cost BudgetsQuery and compute limits per agent
Pause ControlPause new actions · cancel supported jobs
Agent TracesTool calls · results · task history
Evaluate & Improve
Agent EvaluationTest outcomes · regressions · runtime cost
Review & Release

Engineer-Approved Delivery

GitHub or Bitbucket
Production Changes Follow a Controlled Path
Risk-Tiered ReviewDeeper review for higher-impact changes
Pull Requestfrom the agent
Checkstests and data comparisons
Approvalby an engineerWaiting for an engineerApproved
ReleaseAffected jobs and layersCI/CD → affected jobs and layers
Verifydata and pipeline health
Failed check: rollback or engineer review
Recorded & Reused
Audit LogEvidence and approvals recorded
Verified FixesValidated outcomes retained for reuseVerified outcome → agent memory
Adopt & Scale

Applied Level by Level

1
ObserveTrack selected pipelines for failures, data quality and cost
2
DiagnoseAssess likely causes and downstream impact
3
Draft & VerifyTest proposed fixes and prepare pull requests
4
Operate at ScaleExtend validated workflows across teams. Engineers approve production releases.

The Data Engineering Work AI Takes On

  • Schema Changes

    The agent checks how new columns, type changes and removed fields affect downstream data. It proposes updates across the affected layers using your business rules.

    Agentic Schema Evolution
  • Data Testing

    The agent drafts tests for new tables and updates them as business logic changes. Quality checks flag or block records that fail your rules before they reach reports.

    AI Agent for Testing
  • Failure Diagnosis

    The agent reviews failed jobs and recent changes to identify likely causes. Engineers receive the evidence and a proposed fix for review.

  • New Pipelines

    The agent uses your source mappings to draft loading code, transformations and documentation. Engineers refine the work to bring new data into use sooner.

  • Cloud Data Costs

    The agent finds the queries and jobs that drive your cloud data bill. Each rewrite must return identical results before release.

  • Platform Migration

    The agent helps convert legacy SQL and ETL jobs for your new platform. Engineers check the converted logic and reconcile outputs before the switch.

A Pull Request Before Anything Goes Live

The agent never edits production directly. Its work arrives in your GitHub or Bitbucket repository as a pull request. The code, the test results and the affected layers sit together for review.

Released in the order data flows

  1. BronzeRaw copies of each source
  2. SilverCleaned and joined
  3. GoldBusiness-ready metrics
  4. Data MartsViews for each department
  5. ReportsChecked after refresh
  • The agent cannot merge its own pull request.
  • A failed check halts the rollout at that layer.
  • Each pull request includes a recovery plan.
  • Every proposal, approval and deployment is logged.

From One Pipeline to the Whole Platform

Start with one pipeline. Expand after testing and review, with access limited to the work agreed.

  1. 01

    Assessment

    Review your sources, data layers and failure history with Rudder Analytics. Choose the first pipeline and agree on success measures.

    No access yet
  2. 02

    Design & Build

    Set up read access to your code and data environment. Define the agent’s rules and test its proposals before rollout.

    Read-only
  3. 03

    Rollout & Adoption

    The agent proposes changes for the selected pipeline. Engineers test them outside production and approve the release.

    Writes to a branch
  4. 04

    Run & Evolve

    Extend coverage to more pipelines and cost reviews. Track accepted changes, recurring issues and the effect on maintenance work.

    More pipelines, same controls

No in-house data engineers? Rudder Analytics engineers can review and approve on your behalf.

A Starting Point for Your Pipelines

Bring a pipeline that needs frequent attention. A strategy call identifies where AI can help and the engineering support required.