The slab is the whole building. How do we document flatness and levelness against the spec?

Tag each slab pour and bind a checklist that captures the flatness and levelness readings against the project spec, with photos of the readings and the finished surface. The record sits on that pour's tag, so a floor that has to carry racking is documented pour by pour, not signed off as one abstract 'slab'.

Tilt-up panels get lifted and braced fast. Can pre-lift checks keep up?

Yes. Each panel carries a tag and a checklist for embeds, reinforcement and brace connections. The photo gate keeps the submit locked until the required photos are attached, so the pre-lift record is captured before the crane picks the panel, not backfilled afterward.

Dock equipment, overhead MEP and fire protection are different scopes across one bay. How do they stay organized?

Each scope is its own tag with its own checklist, and the review board shows them across submitted, in review, approved and rejected. Dock levelers, overhead rack piping and the fire protection final each read on their own lane instead of blurring into one big 'the building' status.

Warehouse & industrial

Big envelope, tight tolerances, one clean record.

Industrial work is a small number of very large scopes: tilt-up panels, a slab whose flatness readings have to hold, dock equipment, overhead MEP and fire protection across a bay you can see from end to end. Tag the systems that matter and document the tolerances as they are met.

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The RTI home screen showing setup progress, review queue counts, and first pass yield for the week

The same home screen on a phone, with the review queue and setup steps stacked for use with one hand

The RTI inspections board with submitted, in review, approved, and rejected lanes of cards tagged by unit

The inspections list on a phone, showing status tabs and cards tagged by unit with the scan button in the bottom bar

RTI checklist templates tagged by trade, showing item counts and photo gate minimums

Checklist templates on a phone, with your templates and the RTI library filtered by category

RTI reports and analytics showing total inspections, first pass approval rate, and review turnaround

Reports on a phone, with period filters and headline quality metrics stacked in one column

The RTI activity log where every action is cryptographically chained, with absolute UTC timestamps

The activity log on a phone, with the verify chain, filters, and chained events in one column

A real inspection point

What this looks like on your job

One tag, one checklist, and the photos that have to come with it.

Tag

Bay 2 Slab Pour 7, Floor Flatness

WH-B2-SLAB-07

Sticker location: Control-joint reference at column line 12
Bound checklist: Slab-on-grade pour and flatness verification

Subgrade compacted, vapor barrier intact and lapped2 photos required
Reinforcement placement and chairs to plan2 photos required
Floor flatness and levelness readings recorded against spec3 photos required
Finished surface cured, jointed and free of defects1 photo required

Checklists for your work

Start from a checklist that already knows the walk

Real guides from the RTI library. Sections in build order, what to look for on each item, and the photos that prove it. Free to read, one click to run on a tag.

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What gets in the way, and what RTI does about it

Today

A tilt-up panel gets lifted before anyone photographs the embeds and brace connections, and the record has to be reconstructed once the panel is standing.

With RTI

Each panel is a tag with a pre-lift checklist, and the photo requirement is enforced before submission. The embeds and connections are captured while the panel is on the ground, before the crane picks it.

Today

The slab has to carry racking, but flatness lives in a surveyor's report in one inbox and the pour record lives somewhere else entirely.

With RTI

The flatness readings, the photos and the pour checklist all live on that pour's tag. The floor a rack system depends on is documented in one place, pour by pour, against the spec.

Today

Dock equipment, overhead MEP and fire protection all report as 'the building', so nobody can see which scope is actually holding up the certificate.

With RTI

Each scope is its own tag on its own lane on the review board. Dock levelers, overhead piping and the fire protection final read separately, so the scope that is behind is the one you can see is behind.

Questions warehouse & industrial ask

The slab is the whole building. How do we document flatness and levelness against the spec?: Tag each slab pour and bind a checklist that captures the flatness and levelness readings against the project spec, with photos of the readings and the finished surface. The record sits on that pour's tag, so a floor that has to carry racking is documented pour by pour, not signed off as one abstract 'slab'.
Tilt-up panels get lifted and braced fast. Can pre-lift checks keep up?: Yes. Each panel carries a tag and a checklist for embeds, reinforcement and brace connections. The photo gate keeps the submit locked until the required photos are attached, so the pre-lift record is captured before the crane picks the panel, not backfilled afterward.
Dock equipment, overhead MEP and fire protection are different scopes across one bay. How do they stay organized?: Each scope is its own tag with its own checklist, and the review board shows them across submitted, in review, approved and rejected. Dock levelers, overhead rack piping and the fire protection final each read on their own lane instead of blurring into one big 'the building' status.

Put it on a real job.

Tag one area, run one walk, and see the record it leaves behind. Start free. 30 days, no card required.

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