What concrete software must actually do
Concrete work is project work, not service-call work. A driveway, a set of footings, a parking-lot slab, or a stamped patio is a multi-phase job with a crew, a supplier delivery, and a hard weather dependency — not a single tech showing up to fix a unit. So the first filter is brutal but simple: does the tool understand a pour as a sequenced job, or does it treat everything as a one-visit appointment? A lot of popular field-service software fails this test on the first day.
Beyond that, concrete software has to carry the estimate through to the job without re-keying. A quote starts as square footage, depth, PSI, finish type, and rebar or wire mesh, plus material, labor, and delivery. When the customer accepts, that data should flow straight into a scheduled job — not get retyped into a second system. If the quote and the job live in different apps, you lose the takeoff, the margin math, and the audit trail.
Finally, it has to work on a phone in the field, with gloves on, sometimes offline in a rural pour site. The office-first tools that assume everyone's at a desk get abandoned by crews within a month. Concrete software that isn't mobile-first isn't concrete software — it's a spreadsheet with extra steps.
The decision criteria that matter for concrete
Once a tool clears the 'does it understand project work' bar, these are the five criteria that actually separate a fit from a flop for a concrete contractor. Score every vendor against them before you look at price.
- Pour + weather scheduling — Can you schedule a pour date, attach the batch-plant delivery as a job event, and reschedule when weather or the supplier slips without blowing up the rest of the calendar? Weather isn't a nice-to-have for concrete; it's the primary variable. If the scheduler can't absorb a shift, it will fight you every rain day.
- Phase tracking — A pour is sub-grade, forms, rebar, pre-pour, pour, finish, post-pour. The tool should track those as phases with progress that rolls up to the job, plus follow-up events like form stripping, joint cutting, and sealer application scheduled off the original. If it only has 'open' and 'done,' you can't see where a job actually is.
- Yardage / production tracking — You need to compare yards quoted against yards delivered and used, so waste is visible per job and per crew. Receipt and delivery-ticket capture that feeds a variance number is how you find the crew that's over-ordering and the pour that lost money.
- JSA built for concrete hazards — Respirable crystalline silica applies to almost all cutting, grinding, and finishing work; confined space applies to forms and vault work; heavy-equipment lockout/tagout applies to pumps and power trowels. Real concrete software ships JSA templates for these with mobile crew sign-off — not a generic checklist you have to build from scratch.
- Photo documentation by phase — Sub-grade prep, rebar layout, forms, pre-pour, during pour, finished. Each phase is a photo set, and those photos are your ten-year insurance file. Generic camera roll loses the context; the tool has to tag photos by phase and keep them searchable and attached to the job forever.
Red flags that should end the demo early
The fastest way to buy well is to disqualify fast. These are the patterns that reliably cost concrete contractors money or leave them stranded mid-project. Any one of them is worth a hard question; two is usually a walk-away.
- Per-seat pricing — Concrete is seasonal and crew-heavy. If the price scales per user, every summer hire and every laborer you add bumps your bill or trips a tier. Per-seat pricing quietly punishes exactly the growth you're trying to fund. Look for flat, per-company pricing where field crew and subs are unlimited.
- Quote-only / 'call us' tiers — If a vendor won't publish a price and routes you to a sales call, the number is almost always high and the contract long. Enterprise field-service platforms in this category commonly land in the hundreds of dollars per tech per month. That math rarely works for a residential or light-commercial concrete crew.
- Weeks-long onboarding and mandatory implementation fees — If you can't get a real job into the system the same week, the tool is too heavy for the work. Long 'implementation' timelines and four-figure setup fees are a sign the software was built for a much larger, more complex operation than a pour crew.
- Service-only tools sold to project trades — Many well-marketed apps are built around the one-tech-one-call-one-invoice loop. They shoehorn a two-day pour into a single giant appointment, have no phase tracking, and no concept of a crew. A slick service-dispatch UI is a red flag when your work is projects, not visits.
- No offline capture — Pour sites lose signal. If photos, time clock, or JSA sign-off require a live connection, they'll be skipped in the field and reconstructed (badly) later. Contemporaneous, offline-capable capture is the whole point.
Where Vexor fits — honestly
Vexor is field-service and crew-management software for residential and light-commercial trade contractors, and concrete is squarely in its lane. It was built around project work, so it clears the first filter: a pour is a sequenced, multi-phase job with crew assignments, a delivery event, and a weather-aware schedule — not a single appointment. The quote (square footage, depth, PSI, finish, rebar/wire mesh, material + labor + delivery) carries straight into the job on e-signature, so you don't re-key the takeoff.
On the criteria above, Vexor covers pour + weather scheduling, phase-based photo categories (sub-grade / forms / rebar / pre-pour / pour / finish / post-pour), yardage variance from receipt and delivery-ticket capture, and JSA templates for silica, confined space, and equipment lockout/tagout with mobile crew sign-off and a PDF audit trail. GPS time clock, daily logs with auto-pulled weather, and — on the Operations plan — invoicing, per-job profit dashboards, and a branded client portal round it out.
Be clear about the boundaries. Vexor does not generate CAD takeoff or framing drawings, file permits for you, or produce EPA/refrigerant or certified-payroll compliance reports. It captures inspection dates and prevailing-wage-relevant hours cleanly, but heavy commercial concrete with AIA billing, certified payroll, and a PMO belongs to a different class of tool. If you're a residential or light-commercial concrete contractor who wants pours, photos, safety, and money in one place, it fits. If you're running $50M industrial jobs, it doesn't — and we'd rather you know that now.
In Vexor
Pricing is two flat plans with no per-seat fee: Field at $99/mo (quoting, jobs, photos, scheduling, GPS time clock, JSA, blueprint markups, messaging, daily logs, PDF exports, unlimited crew and subcontractors) and Operations at $199/mo (adds invoicing, payment tracking, per-job profit dashboards, advanced reports, branded client portal, custom permissions, and QuickBooks Online sync). A six-crew concrete company pays the same as a solo pour outfit. The trial is 30 days, no credit card.
Run the honest cost comparison before you sign
The sticker price is rarely the real price. Before you commit, total the actual monthly cost the way it will hit your bank account — then compare like for like. Per-seat tools have to be multiplied by your peak-season headcount, not your winter minimum. Quote-only tools should be treated as their likely real range (enterprise field-service platforms commonly run hundreds of dollars per tech per month) until the vendor puts a number in writing.
Also count the stack you're actually replacing. Plenty of concrete crews run a photo app, a scheduling app, a separate time clock, and a paper JSA binder simultaneously — three or four subscriptions plus the hidden cost of nothing talking to anything else. A photo-documentation tool alone is often billed per user per month; add a scheduling tool and a time clock and you're frequently past the cost of an all-in-one before you've invoiced a dollar.
Do the subtraction plainly. If your current stack is, say, a per-user photo app for a 6-person crew plus a per-user scheduling tool plus a time clock, you can easily clear $300–$500/mo — versus $99 (Field) or $199 (Operations) flat on Vexor for the same team, with the pieces actually connected. The point isn't that one number always wins; it's that you should compute your real total honestly, including seasonal headcount and the apps you'd retire, before anyone gets a signature.
Step by step
- 1
Confirm it understands project work, not service calls
Ask to see a two-day pour set up as a sequenced, multi-phase job with a crew and a delivery event. If the demo models it as a single appointment, stop — it's a service-dispatch tool wearing a project costume.
- 2
Test the quote-to-job handoff
Build a pour quote (square footage, depth, PSI, finish, rebar/mesh, material + labor + delivery) and accept it. Confirm the data flows into a scheduled job without re-keying and keeps the takeoff attached.
- 3
Pressure-test scheduling against weather
Reschedule a pour and its batch-plant delivery and watch what happens to the rest of the calendar. A concrete-ready scheduler absorbs the shift; a rigid one makes you rebuild the week.
- 4
Check the JSA and photo trail on a phone
Have someone sign a silica or confined-space JSA on a phone and tag photos by phase — offline if you can. Verify it captures name, timestamp, and location and exports to PDF for OSHA or insurance.
- 5
Compute the real monthly cost at peak headcount
Multiply per-seat tools by your busy-season crew size, treat quote-only tiers as their likely range until quoted in writing, and total the stack you'd retire. Compare that honestly against a flat plan.
- 6
Start a trial with a real job, not a sandbox
Run one live pour end to end — quote, schedule, photos, JSA, time clock, invoice — during a free trial. If a real job can't get through in the first week, onboarding is too heavy for crew work.