Circuit API

Overview

Circuit is a delivery route planning and driver management platform used primarily by e-commerce businesses and local delivery operators that run their own fleets. Its strengths are driver-facing mobile app experience, multi-stop route optimization with real-time traffic adjustment, recipient notification and live tracking links, and completion proof capture including photo and signature. For delivery management platforms, e-commerce fulfillment tools, and AI dispatch systems targeting companies running local delivery fleets, Circuit is a common integration target: small and mid-sized delivery operators use it as their daily route planning and driver management layer, and connecting to it programmatically is necessary to automate the order-to-completion workflow.

Circuit's REST API covers the part of the workflow that happens before routes are dispatched: route creation, stop list management, and route reads are all available through documented API endpoints. The gap appears at runtime. Driver tracking and delivery completion events are delivered through webhooks only, which means Circuit's platform pushes these events to a registered URL when they occur, but there is no API endpoint that accepts a query for current driver location or stop completion status. For a delivery management platform or AI dispatcher that needs to ask "where is this driver right now" or "has this stop been completed," the webhook architecture does not provide an answer on demand. The platform will eventually push an update, but the timing is driven by the platform's event cadence, not by the tool's query.

Integuru generates a production-ready HTTP API for Circuit using direct HTTP requests against the same endpoints Circuit's web application uses internally for driver tracking and delivery status. The ten planned actions add the real-time dispatch surface that the official API leaves out: driver location queries, stop status updates, delivery proof retrieval, and dynamic stop insertion give operations engineering teams the full interactive delivery management API that the official REST surface covers only partially.

Why Teams Need This Integration

Circuit's webhook-only model for driver tracking creates a consistent gap for delivery management platforms and AI dispatch tools that need interactive, on-demand access to delivery state.

AI dispatch agents and dynamic rerouting systems. Dispatch automation tools that monitor active delivery runs and respond to exceptions need driver location and stop status as on-demand queries, not as push events that arrive on the platform's schedule. get_driver_location gives the agent the live position data it needs to calculate ETAs, identify drivers running behind schedule, and decide whether to reassign stops before the delivery window closes. update_stop_status records failed delivery attempts and exception flags in real time so the agent can trigger re-delivery workflows, customer notifications, and dispatcher escalations without waiting for the driver to log the outcome in the mobile app. These are the interactions that make an AI dispatch agent useful during an active delivery run, and they require an API surface that Circuit's webhooks alone cannot provide.

E-commerce order orchestration and fulfillment platforms. E-commerce platforms that dispatch orders to local delivery fleets need list_orders, get_order_detail, and add_order_to_route to manage the order lifecycle across their fulfillment system and Circuit without manual route rebuilding. When a new order arrives at 11 AM for a same-day delivery, the orchestration platform needs to insert it into the best-fit driver's current route rather than waiting for the next day's route planning cycle. get_delivery_proof closes the fulfillment loop by retrieving the completion photo and signature the platform needs to trigger payment capture and send the customer a delivery confirmation.

Customer experience and real-time notification platforms. Delivery experience tools that send customers live ETAs and delivery status updates need driver location and stop completion data as on-demand queries. A notification platform that sends an "arriving in 15 minutes" alert needs to query driver location in real time, not wait for a webhook that might arrive in 30 seconds or 5 minutes. list_shipments gives the notification platform a current view of all active deliveries to prioritize which customers to notify, while get_delivery_proof provides the completion evidence that triggers the final confirmation message.

Supply Chain Workflows This Integration Covers

The ten planned actions cover the route management and real-time delivery execution surfaces that operations engineering teams need from Circuit:

• Route planning: list_routes, get_route_detail, and create_route cover the route index, full planned routes with stop sequences and time windows, and route creation for delivery management tools and e-commerce platforms that need to build and read routes programmatically.
• Order and stop management: list_orders, get_order_detail, and add_order_to_route surface the delivery stop catalog with status data and support dynamic stop insertion for AI dispatchers and fulfillment orchestration tools responding to new orders during an active delivery run.
• Driver operations: get_driver_location and update_stop_status give dispatch automation tools live driver position data and the ability to record delivery outcomes as writable API calls rather than passive webhook recipients.
• Shipment tracking and proof: list_shipments and get_delivery_proof provide delivery records and completion evidence including photo and signature for customer notification, audit, and proof-of-delivery workflows.

Adjacent Integrations

Integuru already operates in the logistics space in production. The uShip integration delivers live invoice listing for freight and large-item shipping marketplace workflows, demonstrating Integuru's direct HTTP approach on a logistics platform with no official developer API. The Circuit integration follows the same architecture: direct HTTP requests against the internal application layer, without browser automation or webhook dependencies, delivering sub-3-second response times and 24/7 on-call maintenance on Production plan accounts.