DocuSketch Projects: Scanning, Sketches & Claims Guide

Key Takeaways

DocuSketch projects let restoration contractors scan damaged spaces, auto-generate floor-plan sketches, and push photo-documented claims to carriers faster. Adjusters get accurate square footage and visual proof in one file, cutting supplement disputes and speeding payouts.

• 360-degree scanning captures room geometry in minutes, not hours
• Auto-sketching pulls measurements directly from scan data, reducing manual re-entry errors
• Photo timelines attached to each room give adjusters auditable before-during-after proof
• Xactimate integration lets estimators push scope line items without retyping dimensions
• Mobile-first design lets field crews update docusketch projects from any job site
• Carriers and TPAs accept DocuSketch sketch files as supporting documentation on claims

Full transcript

0:00 DocuSketch Projects: Myth vs. Reality
Most restoration contractors think their documentation process is fine. Laser measure, graph paper, a folder of JPGs — it has always worked. This video shows why that belief is costing you approved supplements, and what contractors who actually win claims are doing differently with DocuSketch projects.

0:19 The Myth Every Contractor Believes
Here is the myth: manual sketching is good enough, and adjusters just need photos. Here is what carriers actually see. Disputed square footage on nearly every supplement. Thirty to ninety minutes of on-site sketch time that gets redrawn in the office anyway. A folder of unlabeled JPGs with zero room context. And an estimator whose entire morning goes to redrawing a floor plan they already measured once. The belief feels efficient. The reality is slow and expensive.

0:51 Manual Sketching Costs More Than You Think
Let’s put a number on what manual sketching costs. When DocuSketch replaces the manual redraw step, estimators save twenty-five minutes per estimate on a typical residential water loss. Run twenty jobs a month — not unusual for a mid-size operation — and you recover over eight hours of estimator time every month. At a loaded cost of forty dollars per hour, that is three hundred twenty dollars in pure labor savings before counting a single faster approval or avoided denial.

1:25 360 Scanning Changes the Job Site
Here is what the job site looks like with DocuSketch. A technician places the three-sixty camera in the center of each affected room. A fifteen-hundred-square-foot single-story home with four to six affected rooms takes fifteen to twenty-five minutes to scan. While the technician moves to the next room, the sketch for the previous room is already drafting. By the time the crew finishes scanning, the first rooms are already measured and drawn — before anyone touches the equipment truck.

1:58 Manual vs. DocuSketch Time on Site
Compare that to the manual workflow. Manual sketching plus office redraw in Xactimate runs thirty to ninety minutes depending on property and technician experience. DocuSketch brings that to ten to twenty minutes on site with an auto-draft ready when you leave. The sketch engine reads wall geometry from the three-sixty scan, draws walls, doors, and windows automatically, and recalculates total area instantly when a technician corrects a measurement. That is a four to five times speed improvement on the most time-consuming documentation task in the field.

2:34 What One DocuSketch File Delivers
What does the adjuster receive when you send a DocuSketch file? Four things in one link. First, scan-derived dimensions — wall lengths, ceiling height, and floor area pulled from three-sixty geometry with no manual re-entry. Second, pinned moisture readings anchored to their exact wall location. Third, GPS-tagged and timestamped equipment logs showing dehumidifiers and air movers inside the actual room. Fourth, an Xactimate-ready export with room labels already transferred, saving twenty to forty minutes per estimate.

3:05 The Real Problem With Supplement Disputes
Here is the core of why supplement disputes happen. The most common disagreement is square footage. Whether the hallway was eight feet wide or six. Whether the bedroom included that alcove. When the adjuster pulls up a DocuSketch floor plan with auto-measured dimensions, the scan data becomes the source of record — no room to argue. Contractors using DocuSketch report fewer line-item denials on square-footage-dependent scope items like floor demolition, wall paint, and drying equipment placement.

3:37 Manual Sketching vs. DocuSketch: Head to Head
Side-by-side comparison across six factors. Sketch time: thirty to ninety minutes manual, ten to twenty minutes with DocuSketch. Measurement accuracy: technician-dependent versus scan-derived and reviewer-correctable. Photo organization: a folder of manually labeled JPGs versus photos pinned inside the three-sixty scan by room. Xactimate export: manual redraw every time versus direct sketch export. Adjuster remote review: not possible without a site visit versus a full three-sixty walkthrough via shared link. Version history: none unless saved manually versus timestamped versions proving the sketch was finalized before the estimate was written.

4:14 Water Loss Workflow: Scan to Claim
The exact workflow for a water loss from first scan to shareable claim file. Before arrival, create the project in the app — address, policy number, claim number, adjuster contact travel with every file. On site, label and scan each room separately. Pin moisture readings to exact locations. Log equipment with GPS-tagged photos before leaving day one. Export the Xactimate sketch file, confirm labels match your scope, and start writing the estimate. Then send the adjuster one shared link giving view-only access to the scan, sketch, and all pinned notes — no DocuSketch account required on their end.

4:54 Drying Curves Are Your Claim Defense
The drying log feature is one of the most underused defenses in a contested claim. Technicians enter moisture readings each visit, and the app plots those readings on a graph showing the drying curve for each affected material. Carriers challenging runtime or equipment necessity get a documented curve with timestamped entries — not a verbal explanation. For multi-story homes or large commercial properties, DocuSketch stacks floor plans inside a single project so estimators see vertical damage relationships, which matters on pipe-burst claims where damage travels through ceilings and floors.

5:32 ROI Comes From Three Places
The return on DocuSketch comes from three places. Labor savings first: three hundred twenty dollars a month at twenty jobs is a floor, not a ceiling. Second, claim cycle speed. For a company doing one million dollars in annual revenue with a forty-five-day receivables cycle, cutting that by even five days improves cash flow materially. Third, and highest-value: supplement denial reduction. A single successful supplement that would have been denied without scan-backed documentation can easily cover the entire annual DocuSketch subscription cost on its own.

6:07 Photo Evidence That Actually Holds Up
Photos are the most-reviewed element in a contested claim, and most contractors get this wrong. The right approach is a consistent sequence every job: exterior from all four sides, each affected room from the doorway before anything moves, the source of loss, the damage path from source to furthest affected area, materials called for removal, and all drying equipment in place before leaving day one. A typical residential bedroom needs eight to fifteen flat photos plus the three-sixty scan. A heavily damaged kitchen may need thirty or more. Never edit photos in a third-party app — editing strips EXIF metadata that proves when and where the photo was taken, which is the entire evidentiary value of that image.

6:56 Time Saved Per Estimate by Task
Time savings are clearest when broken down by task. On a manual workflow, on-site sketching runs roughly sixty minutes at the midpoint of the range, and redrawing in Xactimate adds another thirty-five. With DocuSketch, the on-site scan runs about eighteen minutes and the Xactimate export review takes roughly five. You are cutting total documentation and estimating time by more than half on a standard residential water loss — and that math compounds across every job your company runs.

7:29 Which Restoration Businesses Benefit Most
Water mitigation and structural drying companies see the biggest immediate benefit because their jobs involve many rooms, daily drying logs, and constant adjuster interaction. Fire restoration contractors use custom pin categories to document char depth and smoke migration paths. Mold remediation contractors pin containment barriers and visible growth locations for clean adjuster review. Even one-truck operations find that time saved on sketching pays for the subscription within the first few jobs each month. The question is not whether DocuSketch pays for itself — the question is how many claims you are leaving on the table without it.

8:09 Your Documentation Is a Sales Tool
Your documentation process is not just an operational tool — it is a signal to every carrier, TPA, and property owner who evaluates your business. Contractors who make claims easier to process get called back. Contractors who show that process on their website get found first. PushLeads works with restoration contractors to build the content, technical structure, and local search signals that put your business in front of property owners searching for exactly what you do. See where your visibility stands right now with a free teardown at the link in the description, or call eight two eight, three four eight, seven six eight six.

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DocuSketch is a scanning and sketch platform built for property restoration. Technicians use a 360-degree camera on site, DocuSketch turns the scan into a dimensioned floor plan, and that sketch travels with the claim file to the insurance carrier. The workflow cuts documentation time and reduces adjuster pushback on scope.

What DocuSketch Actually Does on a Restoration Job

DocuSketch is not a generic project management app. It was built specifically for water, fire, and mold restoration contractors who need to document damaged structures for insurance claims. The core product has three parts that work together: a 360-degree photo scan captured on site, an automated sketch engine that reads the scan and draws a dimensioned floor plan, and a claim package that bundles photos, measurements, and moisture readings into one shareable file.

Restoration contractors have historically sketched rooms by hand with a laser measure and graph paper, then retyped those numbers into Xactimate. DocuSketch collapses those two steps into one. The scan happens while the crew sets equipment. The sketch is ready before the crew leaves the property. That speed matters because many carrier guidelines require documentation within 24 to 48 hours of first notice of loss.

What does a DocuSketch scan actually capture?

A technician places a 360-degree camera, usually a Matterport-compatible or RICOH Theta device, in the center of each affected room. DocuSketch stitches the images together and reads room dimensions from the visual data. The output includes wall lengths, ceiling height, floor area in square feet, and a photographic record of every surface. Notes and moisture readings can be pinned directly to specific spots on the scan, so an adjuster can click a wall and see the moisture reading taken at that exact location.

How does auto-sketching work?

The DocuSketch sketch engine analyzes the 360 scan geometry and draws walls, doors, and windows automatically. Technicians review the draft sketch on the app and make corrections by dragging walls or typing in a corrected measurement. The corrected sketch recalculates area instantly. That sketch exports as a PDF or as a Xactimate-compatible file, so the estimator gets a ready-to-use floor plan without starting from scratch.

Setting Up DocuSketch Projects for a Water Loss

Water losses are the most common restoration claim type and the best starting point for learning the DocuSketch workflow. Create a new project in the app before you arrive on site. Enter the property address, policy number, claim number, and adjuster contact. That data travels with every file you generate, so you never attach the wrong sketch to the wrong claim.

On site, walk the structure and identify all affected rooms before you scan. Scan each room separately. DocuSketch assigns each scan to a room label you set: Kitchen, Living Room, Bedroom 1, Crawlspace, and so on. Those labels carry through to the final sketch, which is organized as a single floor plan with all affected areas visible together.

After scanning, open each room in the app and add moisture readings. Pin each reading to its exact location on the 360 image. Add drying equipment photos: dehumidifiers, air movers, containment barriers. These photos are timestamped and GPS-tagged automatically. When the adjuster asks for proof that equipment was placed, you send the link. The adjuster sees the equipment in context inside the scanned room, not just a standalone photo that could have come from anywhere.

How do I handle multi-story or large commercial properties?

DocuSketch supports multiple floors within a single project. Scan each floor separately and label them Floor 1, Floor 2, and so on. The platform stacks the floor plans so the estimator can see vertical relationships, which matters on pipe-burst claims where damage travels through ceilings and floors. For large commercial properties, split the project into zones if the scan count becomes unwieldy. Most contractors use zones by wing or by affected system, for example plumbing zone versus HVAC zone.

How DocuSketch Projects Speed Up Insurance Claims

Claim cycle time is one of the biggest pain points in restoration. Adjusters wait for documentation. Contractors wait for approvals. Supplements get denied because the supporting data was incomplete. DocuSketch addresses each of those friction points with the sketch-and-photo bundle.

Adjusters who receive a DocuSketch file get a single link or PDF that includes the floor plan with square footage, the 360 photo tour of the affected space, pinned moisture readings, and equipment logs. They don’t need to schedule a site visit just to verify room sizes. Many TPAs and carriers have begun requiring photo documentation at this level of detail. Contractors who already work this way are ahead of that requirement.

Does DocuSketch reduce supplement disputes?

Yes, in most cases. Supplement disputes happen when the contractor and adjuster disagree on scope. The most common disagreement is square footage. When the adjuster can see the DocuSketch floor plan with auto-measured dimensions, there is less room to argue about whether the hallway was 8 feet wide or 6 feet wide. The scan data is the source of record. Contractors who use DocuSketch report fewer line-item denials on square-footage-dependent items like floor demolition, wall paint, and drying equipment placement.

What carriers and TPAs accept DocuSketch files?

DocuSketch does not publish a formal list of accepted carriers, but the sketch export format is a standard PDF or Xactimate sketch file. Any carrier that accepts Xactimate scope also accepts a sketch generated by DocuSketch because the file format is the same. Contractors working with TPAs like Alacrity, Contractor Connection, or Sedgwick should confirm the TPA’s documentation requirements before relying solely on the DocuSketch file, but most accept 360 photo documentation as supporting evidence alongside the Xactimate estimate.

Xactimate Integration and Sketch Export

The Xactimate connection is the feature that matters most to restoration estimators. DocuSketch exports a sketch file that opens directly in Xactimate as the floor plan for a new estimate. Room dimensions and labels transfer over. The estimator adds line items on top of the ready-made sketch instead of drawing from scratch. That step alone saves 20 to 40 minutes per estimate on a typical residential water loss.

To export, open the completed DocuSketch project, select the sketch, and choose the Xactimate export option. The file downloads as an .esx or compatible format. Open it in Xactimate, confirm the room labels match your scope, and start writing the estimate. Changes made in Xactimate do not sync back to DocuSketch, so treat the DocuSketch sketch as the source drawing and the Xactimate file as the working estimate copy.

Can DocuSketch sketches be edited after export?

Yes. You can reopen the sketch in DocuSketch at any time and make corrections. Re-export a new version. The project log keeps a history of sketch versions, which is useful if an adjuster questions whether you changed dimensions after the initial submission. You can show the version timestamps to demonstrate the sketch was finalized before the estimate was written.

Photo Documentation Best Practices Inside DocuSketch Projects

Photos are the most-reviewed element in a contested claim. DocuSketch organizes photos inside the 360 scan, but you can also attach flat photos to any room or to specific pins. Use both. The 360 gives context. The flat photos give detail. Adjusters need both to approve scope without visiting the site.

Follow a consistent photo sequence for every job. Shoot the exterior from all four sides first. Then shoot each affected room from the doorway before you move anything. Shoot the source of loss: the burst pipe, the failed appliance, the roof penetration. Shoot the damage path from source to furthest affected area. Shoot the materials you’re calling for removal: flooring type, baseboard profile, cabinet construction. Shoot the drying equipment in place before you leave day one.

How many photos should I take per room?

There’s no official minimum, but experienced adjusters say they want enough photos to understand the damage without visiting the site. A typical residential bedroom with water damage needs 8 to 15 flat photos plus the 360 scan. A heavily damaged kitchen might need 30 or more. Err on the side of more. Storage is cheap. A denied claim costs far more than an extra 10 minutes of photography.

What photo metadata matters to carriers?

Timestamp and GPS coordinates matter most. DocuSketch captures both automatically when you shoot inside the app. If a carrier questions when work began or whether the equipment was actually on site, the metadata answers the question. Do not edit photos in third-party apps before uploading to DocuSketch because editing can strip or alter EXIF metadata, which undermines the evidentiary value of the image.

DocuSketch vs. Manual Sketching: A Direct Comparison

Restoration contractors coming from pen-and-paper or laser-measure-only workflows often ask whether DocuSketch is worth the added step of carrying a 360 camera. The table below compares the two approaches on the factors that affect claim speed and accuracy.

Factor	Manual Sketch + Photos	DocuSketch Projects
Time to completed sketch	30-90 min on site, re-draw in office	10-20 min on site, auto-draft ready on departure
Measurement accuracy	Depends on technician skill and laser	Scan-derived, reviewer-correctable
Photo organization	Folder of JPGs, manually labeled	Pinned to room location inside 360 scan
Xactimate export	Manual redraw in Xactimate	Direct sketch export, no redraw
Adjuster remote review	Not possible without a site visit	Full 360 walkthrough via shared link
Version history	None unless manually saved	Timestamped versions in project log
Supplement support	Anecdotal, photo by photo	Scan-backed dimensions plus photo evidence
Hardware required	Laser measure, camera	360 camera plus smartphone

Managing Multiple DocuSketch Projects Simultaneously

Busy restoration companies run 10 to 50 active jobs at once. DocuSketch’s project dashboard lists all active jobs by address, status, and last-updated date. Assign each project to the technician or estimator responsible for it. That person gets notifications when action is needed, for example when a sketch needs review or a drying log is due.

Role-based permissions let you control who sees what. Field technicians see their assigned projects. Project managers see all active jobs. Estimators see the sketch and photo files without accessing billing data. This structure keeps sensitive claim information out of the hands of crew members who don’t need it.

How do I track drying progress inside DocuSketch?

DocuSketch includes a drying log feature. Technicians enter moisture readings each visit. The app plots those readings on a graph over time, showing the drying curve for each affected material. Carriers and adjusters use drying curves to verify that the job stayed open only as long as the materials required. A well-documented drying curve is your best defense against a carrier who claims you dried faster than billed or ran equipment unnecessarily.

Integrating DocuSketch with Your Restoration CRM

DocuSketch works alongside restoration CRMs like Albi, JobNimbus, and Dash. The integration approach depends on which CRM you use. Some platforms have native DocuSketch connections. Others require you to copy the DocuSketch project link into the CRM job record manually. Either way, the goal is the same: one place where anyone on your team can find the claim number, the sketch, the photos, the estimate, and the communication log.

When a new loss comes in, create the job in your CRM first. Then create the DocuSketch project using the same address and claim number. Paste the DocuSketch share link into the CRM job notes. From that point on, anyone opening the CRM record can click through to the live DocuSketch project. This two-system approach is common in restoration and works well as long as your team follows the naming convention consistently.

Does DocuSketch connect to QuickBooks or accounting software?

DocuSketch does not have a native QuickBooks integration as of 2025. The workflow most contractors use is: complete the Xactimate estimate using the DocuSketch sketch, approve the estimate, then create the invoice in QuickBooks manually or through your CRM’s billing module. DocuSketch is a documentation and sketching tool, not a billing platform, so this gap is expected and not unusual.

Measuring ROI on DocuSketch Projects

The return on DocuSketch comes from three places: time saved in the office, faster claim approvals, and fewer supplement denials. Estimate each one for your business to see whether the subscription cost makes sense.

Time saved in the office is the easiest to calculate. If your estimator spends 30 minutes drawing a sketch manually and DocuSketch cuts that to 5 minutes of review, you save 25 minutes per job. At 20 jobs a month, that’s over 8 hours of estimator time freed up each month. At a loaded cost of $40 per hour for that role, you save roughly $320 a month in labor before you account for claim speed or denial reduction.

Claim speed is harder to quantify but real. Adjusters who can review a 360 scan remotely often approve scope faster than those waiting to schedule a site visit. Faster approval means faster job completion and faster payment. For a company doing $1 million in annual revenue with an average receivables cycle of 45 days, cutting that cycle by even 5 days improves cash flow materially.

Supplement denial reduction is the highest-value benefit for companies that do a lot of insurance work. One successful supplement that would have been denied without scan-backed documentation can easily cover the annual DocuSketch subscription cost. PushLeads works with restoration contractors to track these numbers inside their reporting dashboards so the ROI calculation is based on real job data, not estimates.

What’s the typical DocuSketch subscription cost?

DocuSketch publishes pricing on their website and it changes periodically, so confirm current rates directly with DocuSketch. As of 2024, plans were structured around the number of projects per month, with options for small contractors doing under 20 jobs monthly and larger plans for high-volume operations. Most restoration contractors find the per-project cost is well under $20 when averaged across a monthly plan, which compares favorably to the time cost of manual sketching.

How Visibility for DocuSketch Projects Affects Your Online Presence

Restoration contractors who showcase their documentation process online attract two types of clients: property owners who want proof the contractor is thorough, and insurance adjusters or TPAs who want to work with contractors who make their job easier. Publishing case studies that describe your DocuSketch workflow, even in general terms without disclosing client information, signals both audiences.

PushLeads helps restoration contractors build content around their documentation workflows so that searches like “water damage contractor Asheville” or “mold remediation with photo documentation” find your business first. Proper internal linking between your service pages and your process pages, avoiding orphaned pages, strengthens the overall authority of your site. Schema.org markup on job process pages can also help search engines understand what you do, which supports visibility in AI-driven search results.

BrightLocal research shows that detailed, process-oriented content on local service business websites correlates with higher trust signals from both users and search engines. Restoration contractors who explain their scanning and documentation workflow in plain language on their website convert more visitors into calls than those who list services without explanation.

Frequently Asked Questions

What camera do I need to use DocuSketch on restoration jobs?

DocuSketch works with several 360-degree cameras, including the RICOH Theta series and Matterport-compatible devices. The RICOH Theta SC2 or Theta Z1 are common choices among restoration contractors because they’re affordable and simple to operate. Check the DocuSketch hardware compatibility page before buying a camera. Most crews keep one camera per service vehicle so it’s always on site when a new loss is reported.

How long does it take to scan a typical water-damaged home?

A 1,500 square foot single-story home with 4 to 6 affected rooms takes 15 to 25 minutes to scan, including setup and moving the camera between rooms. Two-story homes or homes with many small affected spaces take longer. The sketch auto-generates in the background while you move to the next room, so by the time you finish scanning the last room the first rooms are usually already drafted.

Can DocuSketch projects be shared directly with insurance adjusters?

Yes. Every DocuSketch project has a shareable link that gives the recipient view-only access to the 360 scan, the sketch, and the pinned notes and moisture readings. You control what the link recipient can see. Most contractors send the link in the same email that includes the Xactimate estimate PDF, so the adjuster gets everything in one place without needing a DocuSketch account of their own.

Does DocuSketch work offline on job sites with poor connectivity?

DocuSketch has limited offline capability. Scans captured on a 360 camera are stored on the camera’s SD card and uploaded to the DocuSketch project once you have a connection. The mobile app works best with a cellular or Wi-Fi connection for real-time syncing. In areas with no signal, capture the scan and photos on the camera first, then upload when you return to a coverage area. Plan for this workflow in rural markets.

How does DocuSketch handle fire and mold jobs differently from water losses?

The core scan-and-sketch workflow is the same across all loss types. The difference is in what you document with pinned notes and photos. Fire jobs require documenting char depth, smoke migration paths, and structural integrity observations. Mold jobs require documenting visible growth locations, containment barriers, and air scrubber placement. DocuSketch lets you create custom note categories so your pins use the right terminology for each loss type, which keeps claims organized and easy for adjusters to review.

What types of restoration businesses benefit most from docusketch projects?

Water mitigation and structural drying companies see the biggest immediate benefit because their jobs involve many rooms, drying logs, and frequent adjuster interaction. Fire restoration and contents companies benefit from the photo organization features. Mold remediation contractors value the containment documentation. Even smaller one-truck operations find value because the time saved on sketching pays for the subscription within the first few jobs each month.

How secure is the claim data stored in DocuSketch?

DocuSketch uses encrypted cloud storage for all project files. Role-based access controls limit who can view or edit each project. The platform maintains audit logs that record every action taken on a project file, including views, edits, and exports. For contractors handling HIPAA-adjacent situations, such as losses at medical offices, confirm DocuSketch’s current compliance posture directly with their support team before uploading sensitive documents.

How do I get my crew trained on DocuSketch quickly?

DocuSketch provides onboarding videos and a help center. Most technicians learn the scan-and-upload workflow in one supervised job. The bigger training investment is in consistency: making sure every crew member pins moisture readings the same way, uses the same room-naming conventions, and follows the same photo sequence. Write a one-page field guide for your crew that covers those conventions and post it in every service vehicle. Consistency across projects makes your documentation look professional to every adjuster who reviews your files.

Get Your Restoration Business Found by Property Owners Who Need You Now

Your documentation process is a competitive advantage. Carriers and property owners both choose contractors who make claims easier to process. Showing that process online, in plain language, helps the right clients find you before they call anyone else.

PushLeads works with restoration contractors to build the content, technical structure, and local signals that put your business in front of people searching for exactly what you do. See exactly where your visibility stands with a free teardown at seo.pushleads.com/audit or call 828-348-7686.