
Shoppers describe the room they are furnishing and get the right fixture back.
Prototyping runs 10 times faster, seven dashboards became one, and developers reclaimed 2 hours a day.
AskSpark coordinates nine tools across fitment, inventory, and checkout, and reaches shoppers inside external assistants.
Coordinates nine specialized tools to verify fitment, check stock, and complete a purchase, on the storefront or inside another assistant.
Automotive parts retail has a constraint most catalogs do not: fitment. A part is only right for a specific year, make, and model, and getting it wrong produces a return rather than a complaint. Any agent that helps a shopper has to hold vehicle context across every step, or it will confidently recommend a part that does not fit.
The second problem is reach. Shoppers increasingly start in an assistant rather than on a storefront, and building a separate integration for each assistant does not scale.
Internally, the engineering organization carried the usual load: repetitive code, seven separate operational dashboards, and integration projects such as connecting a vendor email workflow to a support system, each of which had to be justified against everything else in the queue.
AskSpark on the storefront, holding vehicle context across every tool call so a recommendation fits the car.
The same agent exposed through an MCP server, so a shopper who starts in an assistant rather than on the storefront still reaches the catalog.
More than 20 agents running semi-autonomously against the engineering, operations, and content backlog.
AskSpark is powered by an agent-to-agent orchestration server coordinating nine specialized tools: discovery by keyword, brand, or vehicle context; fitment verification against a specific year, make, and model; comparison surfacing vehicle-specific alternatives with specifications and pricing; product details; VIN decode; vehicle images; cart management with real-time inventory checks and substitution for out-of-stock items; add to cart; and checkout covering address, shipping, tax, payment, and fraud checks.
Those tools sit in a layered architecture. An authentication layer supports OAuth 2.1, bearer token, and API key simultaneously. An orchestration layer holds a context router, a session coordinator, and a tool chain orchestrator supporting sequential and parallel batching. A memory and state layer holds client-side widget state and a server-side context store with a 30-minute time to live, plus session metadata and structured logging with redaction.
A shared Vehicle Context Authority preserves fitment state across the whole interaction, which is the piece that stops the agent losing the vehicle between one tool call and the next.
AskSpark is reachable on CarParts.com and, through an MCP server, from external assistants including OpenAI and Claude.
Internally more than 20 agents run semi-autonomously. Ops Whisperer consolidates seven dashboards into one intelligence platform. An A+ Content Generator produces enhanced product content at scale. Rather than building an API to connect the vendor email workflow to the support system, agents read vendor emails, interpret the decision context, and execute the action directly, which demonstrated that agents can bridge systems never designed to talk to each other.
Responsible AI controls, covering PII handling, consent management, observability, and evaluation, are built into the stack rather than added afterward.
CarParts.com is behind this solution. Ask about reaching shoppers inside external assistants, and the MACH Alliance will put you in touch with the person who can answer.
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Everyone credited on this solution
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Shoppers describe the room they are furnishing and get the right fixture back.

Click-to-delivery fell by more than 50%, with every order routed on live stock and carrier data.

More than 14,000 products updated in one run, and one of Snag's fastest launches, live in about two weeks.
Published case study
The detail on this page is drawn from a case study published by the contributor or the MACH Alliance. Any figures on this page are the ones that case study states.
What this page does not establish
Where this came from
Published from the winner's case study and the 2026 MACH Impact Awards announcement.
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