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Multi-sensor drone casting blue laser scanning beams across exposed rebar on a slab deck that is half covered in fresh concrete
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The category

Before It Disappears™

Construction buries its own evidence on a schedule. Concrete covers steel. Grout fills cells. Drywall closes walls. Cladding hides the barrier. Every one of those moments is a deadline on a measurement nobody took. Alignmet flies the deadline.

Why the window matters

The same defect costs four different amounts

$

Before cover

A tradesman moves it. Minutes, no paperwork, no schedule impact.

$$

Same week

Cut, patch, re-inspect. A day of labour and a delayed follow-on trade.

$$$

At close-out

Demolition of finished work, a repair detail, and a CO on hold.

$$$$

After handover

Claim, expert reports, remediation through an occupied building.

Rework costs US construction on the order of $65B a year, and the average North American construction dispute runs into the tens of millions. Almost none of it is caused by things nobody could have seen — it is caused by things nobody looked at in the one hour they were still visible.

The flagship five

Five products, one idea: fly the moment before it closes

Drone laser scanning a rebar mat inside formwork before a concrete pour
01

The hour before concrete

Pre-Pour Structural Verification

Formwork dimensions, slab thickness, bar size, spacing, cover, laps, chairs, embeds, anchor bolts and sleeves — and the pour volume, so nobody over-orders.

Pre-pour structural
Drone laser scanning vertical rebar inside open ungrouted CMU cells
02

Before the grout pump arrives

CMU Pre-Grout Verification

Vertical bar cells, bar size, spacing, laps, anchorage, bond beams, opening sizes, wall plumb and straightness — inside every open cell before it fills.

CMU pre-grout
Drone laser scanning open stud walls filled with plumbing and conduit before drywall
03

Before board goes up

Pre-Drywall MEP Verification

Plumbing and fitting sizes, conduit and box heights, duct and sprinkler routing, blocking, insulation and firestopping — plus a permanent record of every cavity.

Pre-drywall MEP
Construction interior shown half as real structure and half as a blue point-cloud model
04

Any floor, any week

Scan-to-BIM Dimensional QA

As-built versus as-drawn: dimensional deviation, floor flatness and levelness, ceiling heights, clearances and accessibility compliance, as numbers per room.

Scan-to-BIM
Drone scanning exposed rebar on a slab deck half covered in fresh concrete
05

Every milestone, all job long

Cover-Up Risk Program

The whole calendar of cover-up moments run as a standing program — every burial milestone flown, measured and archived, with one exception list per morning.

You are here

Also in the program

Steel and envelope get buried too

Drone tracing blue laser lines along structural steel beams and connections
06

Before cladding and fireproofing

Structural steel verification

Anchor bolts, column plumb, bay dimensions, top-of-steel elevations, bolt counts at every connection, weld coverage and deck placement.

Structural steel
Drone scanning waterproofing membrane and flashing on a building facade
07

Before cladding covers the barrier

Envelope & facade verification

Waterproofing and air barrier continuity, flashing laps, windows and curtain wall, sealant joints, cladding attachment, roofing details and thermal moisture.

Envelope & facade

The burial calendar

Ten milestones that end a measurement window

Cover-up milestones and what each one buries
MilestoneWhat is still visibleWindow closes
Slab on gradeVapor barrier, rebar mats, embeds, sleevesBuried by the pour
Elevated deckTop and bottom mats, cover, chairs, post-tensionBuried by the pour
Columns & wallsCage geometry, ties, laps, coverBuried by the pour
CMU wallCell steel, laps, bond beams, anchorageBuried by grout
Steel frameBolt counts, welds, plumb, bay dimensionsBuried by fireproofing and cladding
EnvelopeWRB, air barrier, flashing laps, terminationsBuried by cladding
Wall cavityMEP routing, blocking, insulation, firestopBuried by drywall
Ceiling plenumDuct, sprinkler, conduit, hangers, clearancesBuried by the grid
UndergroundUnder-slab plumbing and conduit routingBuried by backfill
Roof assemblyMembrane laps, penetrations, curbs, drainsBuried by ballast and pavers

How the program runs

A standing flight against your look-ahead

01

Look-ahead sync

The three-week schedule tells us which cover-up milestones land when.

02

06:00 sweep

Autonomous flights run before the crews arrive — no stand-down, no escort.

03

Exception list

One list per milestone, per foreman, in hand before the trade starts.

04

Permanent record

Dated point cloud and imagery archived for every buried assembly.

What it costs when nobody's watching

The industry-wide baseline, with every source named.

~$65B / yr

U.S. construction rework cost — about 5% of $1.3T in total construction spend.

Source: Autodesk / FMI, Harnessing the Data Advantage in Construction (2020/2022)

~$31B / yr

rework tied to bad, missing or wrong project data — 48% of all rework traced to poor communication.

Source: PlanGrid / FMI, Construction Disconnected (2018, ~600 professionals surveyed)

5–9%

of total project cost lost to rework on a typical job; 20–30% on troubled projects.

Source: CII; Dodge Data & Analytics, SmartMarket Report on Project Rework (2018)

52%

of total cost overrun on a project traces back to rework.

Source: CII, analysis of 150+ industrial construction projects

$60.1M · 12.5 months

average U.S. construction dispute value and time to resolve.

Source: Arcadis, 2025 Global Construction Disputes Report

$15.8B / yr

industry-wide cost of poor data and system interoperability.

Source: NIST GCR 04-867 / NIBS (2004) — historical baseline, not current-year

389

fatal falls in U.S. construction in 2024 — 38% of all construction fatalities, 95.9% falls to a lower level.

Source: BLS, Census of Fatal Occupational Injuries 2024 (released Feb 2026)

$35K–$42K · $1.3M+

direct cost of a lost-time injury, and total cost of a fatal work injury.

Source: National Safety Council, Injury Facts

est. $300M–$1B / yr

U.S. construction equipment theft, under 25% recovered; ~$30,000 average per incident.

Source: DOE data via 2025–2026 security roundups; National Equipment Register / NICB (2014 baseline)

Government-grade sources (BLS, OSHA, NIST/NIBS) are cited as published. Industry research (Arcadis, FMI/Autodesk, CII, NSC) is survey- and estimate-based. Vendor case studies and vendor pricing pages are labeled where used and should be read as documented examples, not industry averages.

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