Peak Restoration & Construction — Restoring Your Peace Of Mind
ClaimScan CS-1 · Peak Edition — field instrument

Document the job once. Get paid the first time.

A rugged handheld for water jobs — pre-demo photos, thermal scans, moisture readings, dry logs and room dims in one pass, by whoever's on site. The package the carrier pays without a fight is built before the trucks leave the driveway.

Estimate straight from the evidence · skip Xactimate when you want to
JOB-2214 · MASTER BATH · 07:18 3.42 m PRE-DEMO PHOTO 06/24 BACK MENU CLAIMSCAN
CS-1 · Peak Edition · concept industrial design
Before demo · every material

The pre-demo photo you can't forget to take.

The number-one reason mitigation invoices kick back is demo with no before-photo. Peak Edition makes that gap structurally impossible — every affected room demands before-shots of each material coming out, prompted, not optional.

Demo planned

Pre-demo photo

Mark a material for removal and the device demands its before-photo first — drywall, baseboard, carpet, pad, each one on the record before the bar goes in.

JOB-2214 · MASTER BATH · DRYWALL — PRE-DEMO
Probe connected

Moisture photo

Live reading, material and wet/dry band burn into the JPEG itself. The number that justifies the demo lives in the photo of the wall it came from.

JOB-2214 · MASTER BATH · DRYWALL — WET vs dry ref
Equipment placed

Placement photo

Set a dehu or air mover, log it with one click — photo, location and start date linked. Every equipment day on the invoice traces back to this shot.

JOB-2214 · MASTER BATH · LGR DEHU №2 — SET
If it isn't documented, the device won't let it ship.
The pre-export validator checks every room: pre-demo photos per material, dry-log coverage, readings with linked photos, dims on every room. Whoever's on site — owner, lead, new guy — the package comes back complete.
Equipment & readings

Dry logs that build themselves.

DRY LOG · MASTER BATH · AUTO-BUILT DRY STANDARD 38 29 21 DRY DAY 1 DAY 2 DAY 3 DAY 4 LGR DEHU №2 + 6 AIR MOVERS · 4 DAYS — BILLABLE, JUSTIFIED
Four equipment days on the invoice, four days of readings proving the structure wasn't dry yet — the same chart, automatically.
01

Same spots, every day

Day one's reading locations become the daily route. The crew re-reads the same points — the chronological dry log assembles per room, no clipboard, no reconstructed-from-memory table the night before invoicing.

02

Honest numbers

Readings are comparative wet/dry against a dry reference of the same material, captured at the start of each room. No fake percentages — an uncalibrated number on an audit document is worse than none.

03

Equipment days, accounted for

Placement date in, pull date out — no orphan equipment days, no dehu billed for a day after the room read dry. The log defends the bill before anyone questions it.

04

Any crew member, same result

The device prompts the route; the crew follows it. Documentation quality stops depending on who you sent. That's the difference between a package and a pile of phone photos.

Thermal · scope before demo

Find every wet bay before the bar goes in.

Wet material runs cold as the water in it evaporates — and the thermal camera sees that through the drywall, bay by bay. Map the full migration path first, confirm each spot with the probe, and demo opens exactly what the evidence already justifies.

THERMAL · MASTER BATH · PRE-DEMO BAY 1 · DRY BAY 2 · WET ✓ BAY 3 · WET ✓ BAY 4 · DRY ✓ = PROBE-CONFIRMED · FRAME + READING IN THE PACKAGE
Thermal on a phone is a vendor-locked dongle and another app silo, outside the job file. Here it's a core module behind the same trigger — your phone will never do this.
01

The cold map of where the water went

The radiometric sensor reads the evaporative-cooling footprint across the whole wall at once — every wet bay, the full migration path — before demo opens anything. A missed wet bay is a callback; this is how you stop missing them.

02

Thermal maps it, the probe confirms it

Every cold bay gets a contact reading on the spot — the thermal frame and the moisture reading file together, burned into the same package. Two independent physics agreeing, per bay.

03

The scope is pre-justified

Flood-cut LF and antimicrobial SF trace back to the thermal map and its confirmed readings — the estimate line links to the frame that justifies it. When the adjuster asks why bay 3 came out, the answer is already in the file.

04

±1 mm dims feeding the same estimate

The phase-shift laser — same module class as the meters adjusters carry — puts laser-grade dims under every SF and LF quantity. Visible red dot on the wall, number burned into the dimension photo.

Peak estimating

Skip Xactimate when you want to — estimate straight from the evidence.

Your rate sheet, your line items, quantities pulled from what the device already measured. Wall and floor square footage from the room dims. Baseboard from the perimeter. Equipment days straight off the dry log. The bill is generated from the evidence that justifies it.

ESTIMATE · JOB-2214 · MASTER BATHDRAWN FROM EVIDENCE
Water extraction 142 SF floor dims
Demo — drywall, 2' flood cut 46 LF perimeter + pre-demo photos
Demo — baseboard 46 LF perimeter
LGR dehumidifier 4 days dry log
Air movers × 6 4 days dry log
Antimicrobial application 234 SF wall + floor dims
EVERY LINE LINKS TO ITS PHOTO, READING OR LOG ENTRY — VALIDATOR: PASS
Your rates. Your invoice. No license fee in the middle.
The rate sheet is yours to edit — extraction, demo by material, dehu and air-mover days, antimicrobial, contents, haul-off — seeded with how Peak actually bills. Output: an estimate section in the report PDF plus a line-item CSV. An invoice-grade package in Peak's name.
01

Quantities you never type

SF and LF derive from room dims the device captured; equipment days pull straight from the dry log. Change a dimension and the lines update.

02

And when the adjuster wants Xactimate

Export the dims sheet and the photo package and let them build it on their side — you're covered either way. Skipping it is your call, not a limitation.

No third-party pricing data inside — the numbers are your own rate sheet, which is exactly why they hold up.
CS-1 · platform

Specifications

Processor
ESP32-P4 dual-core RISC-V · hardware ISP + hardware JPEG encoder — the overlay burn-in pipeline is hardware end-to-end
Display
4.3" · 480×800 touch — buttons stay primary; touch where it wins (sketch, review)
Camera
5 MP · always-on viewfinder, stills-first
Thermal imager
InfiRay Tiny1-C 256×192 radiometric · maps every wet bay before demo — the cold evaporative footprint, frame in the package
Ranging
Laser rangefinder ±1 mm @ 40 m · phase-shift, visible aiming dot — the module class inside the meters adjusters already trust · 3×3 multizone ToF assist · auto-square correction + corner detection for the sketch
Moisture
CS-Probe, pinless fringe-field · tethered wand, RGB ring at the tip — feedback where your eyes are, on the wall
Audio
Dual microphones · on-device wake words and voice memos — gloves on, hands full
I/O
USB-C (charge + probe, one port) · microSD · job packages on removable storage
Power
2000 mAh swappable-class LiPo
Controls
Glove-grade physical controls · capture trigger at index-finger position · 5-way nav · sealed buttons · rubber corner bumpers
CS-1 — prototype stage. Specifications subject to bench validation.