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Construction field professional reviewing active operations in Calgary
LaunchSoloAIPeople. Processes. AI. Real results.Analyze my business

Calgary, Alberta
Remote across Canada and the U.S.

Industries

Construction &
Field Service

More projects.
Not more administrative work.

Connect your bids, projects, field teams and billing. Reduce manual work, improve visibility and keep your jobs moving.

Common examples include general contractors, HVAC, electrical, signage, maintenance, specialty contractors and field crews. Fit depends on the workflow; this is not a claim of expertise in every listed profession.

Analyze my construction workflow See how it works

  1. LeadNew opportunity

  2. EstimatePrepare and send quote

  3. AwardWin and set up project

  4. FieldWork on site

  5. ChangeManage changes

  6. InvoiceBill and get paid

  • Quotes not followed upRevenue lost

  • Information gets lostManual handoffs

  • Field updates delayedLack of visibility

  • Changes not billedRevenue at risk

From bid
to build.
Without
the gaps.

Real operations.
Real impact.
That’s the point.

Most are small teams

66.1%

of residential construction workers are in businesses with fewer than 20 employees.

Source: Statistics Canada
Project manager and site superintendent reviewing drawings and a tablet at a construction site
Complex projects. Simple question: where is the work getting stuck?

How work typically flows

Too much manual work. Too many handoffs.

Important information moves through emails, spreadsheets and conversations — and things get missed.

Current operation
5+ manual handoffsInformation fragmentedRevenue at risk
Controlled operation
2 human approvalsConnected systemsClear visibility

Select a handoff

Field updates and change orders are the clearest examples.

Choose either stage to compare how unstructured information becomes a controlled record.

Example scenario
40 current admin hours/month
Modeled redirected time
20 hours/month
Remaining manual load
20 hours/month

Reference workflow

A field change should not disappear before the invoice.

Reference workflow

Before

  1. Field change
  2. Text, email or verbal note
  3. PM remembers later
  4. Manual scope update
  5. Accounting may never receive it
  6. Revenue at risk

Controlled

  1. Field change captured
  2. Structured record
  3. PM review
  4. Approval
  5. Project record updated
  6. Billing update

Where AI and automation help

Each technology plays a different role.

Automation

Moves information and executes repeatable steps.

  • Sync data between your tools
  • Create and update projects
  • Send notifications and reminders
  • Route approvals
  • Generate reports
  • Keep systems in sync

AI

Interprets information and helps handle variation.

  • Read and classify documents
  • Analyze field photos and reports
  • Extract key information from emails
  • Identify risks and anomalies
  • Draft update summaries
  • Suggest next steps

Your Team

Owns accountable decisions.

  • Set pricing and negotiate
  • Review scope and change orders
  • Make safety decisions
  • Approve exceptions
  • Manage customer relationships
  • Bring experience and judgment

The right
tool for
the right job.

ROI calculator

See what it could be worth
for your business.

Get a quick estimate of the potential time and cost savings from automating your key workflows.

Real numbers
for your business.

Recoverable share
See assumptions

Monthly admin hours = projects per month × admin hours per project.

Annual manual cost = projects × admin hours × loaded hourly cost × 12.

Potential annual capacity value = annual manual cost × selected recoverable share.

Hours redirected per month = projects × admin hours × recoverable share.

Payback months = implementation investment ÷ (potential annual capacity value ÷ 12). Payback appears only when a valid investment and capacity value exist.

Included: modelled loaded labour value for the entered administrative work. Not included: software, training, maintenance, taxes, revenue gains or implementation disruption. Capacity value is not automatically a cash saving.

Modeled construction example

From disconnected to in control.

Example inputs: 8 projects/month · 5 admin hours/project · $45 loaded labour cost · 50% recoverable share.

Explore the construction AI operating model
Construction project manager and superintendent reviewing project information
Example operating context. This is not a client testimonial or verified outcome.
$21,600annual manual cost
$10,800potential annual capacity value
20hours redirected per month

Key changes

  • Connected field updates to project records
  • Structured change-order workflow
  • Approved changes routed to billing
  • Source-linked project status

Reference implementation

What a connected AI-enabled construction operation can look like.

This is not a LaunchSoloAI client case. It is a reference operating model built from publicly documented construction-industry deployments and the same systems-thinking approach we use when designing workflows.

Industry-based reference · Not a client outcome
Documents
Project system
Field
Visual evidenceException
Change control
Billing
Management view
A

Documents stop being a search problem.

Before

Specifications, contracts, RFIs, submittals, drawings and emails are spread across systems and manually searched or re-entered.

Controlled model

Project documents → AI-assisted search or extraction → source-linked answer or draft → human review → project-system update.

AI may find requirements, classify documents, extract project data and prepare drafts. Humans remain responsible for interpretation, commitments and approval.

Published workflow context

Procore documents how project teams can move Autodesk RFIs into Procore and use search to locate project information. The inspection-logging metric appears separately below.

Read the Procore case study
B

The project status can come from the site — not from memory.

Before

Site walks → manual notes → photos → spreadsheet or meeting → estimated percent complete.

Controlled model

360° or site imagery → mapped visual record → AI progress analysis → schedule or location comparison → exceptions for PM review.

Computer vision can support progress verification, remote review and earlier visibility of delays.

Published industry example

Mace reports 4,200 work hours saved on a major airport extension using Buildots automated progress tracking.

Read the Buildots case study
C

Existing cameras can become an operational signal.

Before

CCTV → passive recording → footage reviewed only after an issue.

Controlled model

Existing cameras → computer vision → PPE, restricted-zone or fire/smoke event → real-time alert → safety-team review and action.

AI detects and escalates. Safety professionals review, decide and act.

Published industry example

viAct reports that Alliad reduced PPE non-compliances 41.7% and danger-zone intrusions 46.3% over three months.

Read the viAct case study
D

A field change should not disappear before the invoice.

Before

Field change → text, email or verbal note → manual scope update → accounting may never receive it.

Controlled model

Captured change → structured record → AI may extract context → PM review → approval → project record and billing sync.

Human owners retain scope, price, approval and customer commitment.

Reference workflow
E

Leadership sees what needs attention — not another report to rebuild.

Before

Open RFIs, unapproved changes, delayed field updates, schedule exceptions and safety alerts live in separate reports.

Controlled model

Connected records → automated routing → AI-supported classification and summaries → management exception view.

AI may summarize and surface anomalies. Automation syncs and notifies. Humans decide, approve, commit and override.

Before

Disconnected islands

PDFs · Email · Excel · Photos · CCTV · Project software · Accounting

  • Duplicate entry
  • Manual searching
  • Delayed field visibility
  • Untracked changes
  • Passive cameras
  • Repeated reporting

Controlled operation

The same tools, connected

APIs and integrations · Automation · AI interpretation · Structured human approvals

  • Source-linked records
  • Visible exceptions
  • Controlled approvals
  • Billing handoffs
The goal is not to replace every tool. It is to make the work move between them.

External industry evidence

What published construction cases already show

Published examples from construction technology providers and their customers. These results are not LaunchSoloAI client outcomes and should not be treated as guaranteed results for another business.

External case

Inspection logging & admin

30–45 min/day → ~3 min

KD Construction / Procore

Published industry exampleView source
External case

Progress tracking

4,200 work hours saved

Mace / Buildots

Published industry exampleView source
External case

Rework & delay visibility

4.3% rework cost saved per fab · ~4 weeks of delays avoided per fab

Intel / Buildots

Published industry exampleView source
External case

Camera safety monitoring

41.7% fewer PPE non-compliances · 46.3% fewer danger-zone intrusions

Alliad / viAct

Published industry exampleView source
See the sources behind these examples

Metrics reproduce the wording of the linked publisher pages. Vendor-published results have not been independently verified by LaunchSoloAI.

Our engineering evidence

Inspect how the systems are built and bounded.

Construction-specific customer outcomes require construction-specific evidence. Separately, you can inspect how we build and validate software, automation and AI systems.

Engineering benchmarkAI Benchmark Engineering

Inspectable evidence, ranked dependencies and explicit system boundaries.

Inspect the evidence Working build / OperationsProject / Operations Prototype

Structured intake, visible exceptions and controlled delivery handoffs.

Inspect the build Prototype / LabField & Spatial Systems

Feasibility work kept explicitly separate from deployed customer results.

Explore the lab

Implementation process

Start with one workflow. Prove the value. Then expand.

No need to replace every tool at once.

  1. 01

    Understand

    Map one current workflow and the people and systems involved.

  2. 02

    Baseline

    Measure manual touches, delays, cost and exception frequency.

  3. 03

    Pilot

    Connect the smallest useful workflow.

  4. 04

    Validate

    Compare before and after using agreed metrics.

  5. 05

    Expand

    Scale only what actually works.

Construction leader overlooking active projects and the Calgary skyline at sunset

Start with the workflow
that costs you the most.

We’ll map where information slows down, establish the baseline and identify the smallest change worth testing first.

Analyze my construction workflow See the operating model

Build a stronger
tomorrow.

INSIGHTS / CONTINUE THE INVESTIGATION

Why billing follow-up slips when work gets busy

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What are you trying to improve?

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