Alteryx Server Implementation study plan

Diagram a multi-node Alteryx Server topology labeling the controller, worker, and gallery roles and the traffic each accepts

Explain how the embedded MongoDB, the Alteryx Service, and the message queue interact during a scheduled run

Size storage and compute for a given user count and concurrent job volume using Alteryx guidance

List the ports, service accounts, and OS prerequisites needed before an install

Install a single-node Alteryx Server in a lab VM and record every configuration choice

Configure the System Settings for workers, engine, and gallery to match a stated requirement set

Run the built-in diagnostics and interpret each warning and error it returns

Document the silent/unattended install options and when to use each

Convert the lab to Windows authentication and verify a test user can sign in

Map the built-in roles to a least-privilege permission matrix for curators, artisans, and viewers

Configure a custom role and prove its effect with a before/after test

Identify where credentials for data sources are stored and how to protect them

Configure SAML or an external identity provider in the lab and complete a login round trip

Enforce TLS on the gallery and API endpoints and confirm with a client test

Set password and session policies and verify lockout behavior

Review the audit and access logs to confirm authentication events are captured

Publish a workflow with an input, an output, and a macro dependency and resolve any missing-asset errors

Schedule the workflow on a recurring cadence and confirm execution in the results

Configure a workflow credential so scheduled runs do not prompt

Set up a chained or event-triggered run and observe the dependency behavior

Configure the Server's logging levels and locate the relevant log files for the service, gallery, and engine

Set up an alert or monitoring check that fires on a failed scheduled job

Perform a backup and restore of the Server configuration and gallery content in the lab

Plan a maintenance window covering patching, log rotation, and MongoDB housekeeping

Add a second worker node and distribute jobs across nodes under load

Configure a load balancer in front of the gallery and test failover

Tune worker concurrency and engine memory settings for a stated workload

Identify the bottleneck metrics to watch as concurrent users grow

Reproduce a common failure such as a service that will not start and document the diagnostic path

Execute an upgrade in the lab and capture the pre-upgrade checklist and rollback steps

Perform a migration of gallery content to a new host and validate the result

Revisit the week 1 architecture to confirm it still matches the built environment