Your sidewalk data,
live in ArcGIS

DeepWalk Drive connects your sidewalk assessment data to ArcGIS through a live, two-way feature service. Updates in either system are reflected in the other automatically, with no exports, shapefiles, or re-uploads. When DeepWalk finishes a block, it's already on your map.

See your sidewalks in ArcGIS
GIS map interface showing an aerial view of a street intersection with sidewalks highlighted in colored panels representing accessibility survey data; green panels mostly meet access standards while orange panels indicate cross slope issues, with a sidebar listing survey layers and a details box showing that 39 sidewalk panels were measured, 41% meet ADA, and 16 meet ADA while 23 have cross slope problems.

Always a live map of the current status of your assessment

Most assessments deliver a file, requiring GIS teams to import, style, and publish it again every time there is an update. DeepWalk works differently by updating ArcGIS and our web app at the same time.

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Always current

Each time your map or dashboard draws, it queries DeepWalk directly. Your map always shows the latest, not last month's export.

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Watch progress as it happens

Every segment carries an annotation status. Panels show up on your map as DeepWalk's reviewers finish them, so you can track assessments street by street.

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Timestamped down to the panel

Every feature records the time it was annotated and when it was last updated, so you always know how recent each panel's data is.

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Connect once

Add the service to a web map one time. Your maps, apps, and dashboards keep up as new streets are scanned and reviewed.

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One source of truth

Your web map, capital-planning dashboard and engineers' desktops all read the same live service, so the numbers match everywhere.

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DeepWalk and ArcGIS, in sync across every measurement, map, and plan.
Screenshot of a GIS map interface titled Test Drive GIS showing mapped curb ramps and sidewalks at an intersection with colored segments indicating survey data; a popup highlights an 'Obstruction in path of travel' on a curb ramp with details on cross slope panels underneath.

Works in the tools your team already uses

The service speaks the standard ArcGIS REST feature service protocol, so it works wherever Esri feature layers work, with no plug-ins or converters. Filter, symbolize, label, write Arcade expressions, configure pop-ups, and run statistics on it like any other layer.

ArcGIS Online & Enterprise

Web maps and map viewer

ArcGIS Dashboards

Experience builder apps

ArcGIS Pro

Desktop analysis

Maps SDK for JavaScript

Custom apps

Four layers, measured panel by panel

DeepWalk Drive captures sidewalks with vehicle-mounted lidar. Our reviewers draw every feature. The service publishes one layer per feature type.

Layer
What it contains

Sidewalk Panels

Every individual panel with measured running slope, cross slope, and clear width, plus area, segment type (midblock or curb ramp) and annotation status

Detectable Warnings

Truncated dome surfaces at curb ramps, with depth along and width across the path of travel

Gutters

Gutter areas at curb ramps

Obstructions

Objects in the pedestrian path, mapped as polygons

Panel-level detail

Every panel is its own polygon, not one rating for a whole block, so you can find the exact panels that need work.

Clear provenance

Measured values come from lidar. Annotated values come from the shape a reviewer drew. Every field says which.

GIS interface showing a sidewalk survey with layers including Sidewalk Panels, Detectable Warnings, Gutters, and Obstructions. A popup details a gutter curb ramp segment with 14 panels, 93% meeting ADA standards, visually represented by a mostly green bar with a small orange section.

What is built on DeepWalk is live in ArcGIS

When more sidewalks are scanned, the map, the flagged-panel counts and the budget all grow with them automatically.

Accessibility web map

Flags panels whose cross slopes, run slopes, and clear widths fall outside your reference thresholds.

Replacement estimate dashboard

Turns measurements into a replacement budget. Changes a threshold or unit cost and the estimate updates by criterion, segment type, and street segment.

Dashboard interface showing replacement estimate for 4 selected segments in a Detroit demo project with a map on the right highlighting segments in a purple circle. The panel on the left details an estimated replacement cost of $7,244 for 424 sq ft area to replace and 13 of 58 flagged panels. Cost is broken down by criteria: run slope, cross slope, and clear width, and by component: midblock, landing, ramp run. A legend on the map categorizes panels by condition and layers including segments, panels, detectable warnings, gutters, and obstructions. Controls at the bottom allow zoom and clearing selection.

A repair cost estimate that reads directly from the live service. Unit costs shown are example values.

Connect once and stay up to date.

Request a Demo

Live ArcGIS REST feature service. Every request reads current data.

4 layers: panels, detectable warnings, gutters, obstructions

Panel-level lidar assessments: running slope, cross slope, and clear width

Progress tracking through annotation status and timestamps

Works out of the box with ArcGIS Online, Enterprise, Pro, Dashboards, and the Maps SDK.

Includes DeepWalk lidar imagery as a companion tile basemap.