Solutions · Custom Operational Software · Alberta

Seven Things We Build.

We build the software established operational businesses run on, integrate it with the systems they keep, and apply AI inside it where that genuinely helps. Everything below is scoped against your operation and owned by you when it ships.

The shape of the work

Most Operations Did Not Choose Their Software.

They accumulated it. Whichever of the six below you start with, this is usually the picture we are working from.

Five systems, one record — Five separate places where work is tracked today — spreadsheets, a scheduler, email and texts, a shared drive and the accounting package — collected into one operational system holding jobs, customers, approvals and documents. The accounting package is kept and integrated rather than replaced, and management gets a live view instead of a monthly reconstruction.
Relevant proof

Five systems → one

General contractor · live in production

A general contractor across Edmonton and Calgary moved off spreadsheets, texts and memory onto one operations platform built around how they actually run projects. Client-reported.

See it

01

Operational Software

The business problem

The state of the business lives in five systems and one person's head. Job status is in the scheduler, history is in the inbox, approvals happened on the phone, and the number management reads is a spreadsheet somebody rebuilds each month. It holds together until the business outgrows the person holding it.

Example workflows

  • Jobs and work orders — one record carrying scope, schedule, crew, site and status
  • Customer and account records, with history and paperwork in one place
  • Approvals captured in writing before the work proceeds
  • Documents attached to the job that produced them
  • Live management visibility instead of a monthly reconstruction
  • Roles and permissions so office, field and management each see their own view

The intended outcome

The state of the business is answerable without a phone call — what is open, what is stalled, what was approved and by whom, and what the month looks like while there is still time to change it.

Relevant proof

2–3 hrs → minutes

Demolition contractor · live in production

Bid assembly that took two to three hours per submission now runs in minutes, with a go or no-go read available in under a minute. Client-reported.

See it

02

Quoting & Document Workflows

The business problem

Pricing work depends on judgement held by one or two people and a spreadsheet only they fully trust. Quoting capacity is capped by their availability, two similar jobs get priced differently, and when a number is questioned six months later nobody can reconstruct how it was reached.

Example workflows

  • Structured estimating against your own rate card
  • Proposals and quote documents generated from the priced scope
  • Pricing inputs — materials, labour, equipment, subcontract, margin
  • Review and approval before anything reaches the client
  • Extraction of the details buried in incoming tender and spec documents
  • A recoverable record of how each price was arrived at

The intended outcome

Quotes go out consistently regardless of who prepared them, estimator hours go to the work worth winning, and the basis of any price can be reconstructed long after the job closed.

Relevant proof

52 platforms

Integrations catalogue · capability

The platforms we build against across accounting, CRM, field service, payments and messaging. A catalogue entry means we build against that platform — not a partnership, a certification, or a finished connector on a shelf.

See it

03

Systems Integration

The business problem

When two systems do not talk, a person becomes the integration — exporting, re-keying, reconciling and catching the mistakes. That work scales with volume, produces no new information, and stops entirely when that person is away.

Example workflows

  • Accounting handoffs — invoices, payments, customers and job costs
  • CRM and sales data flowing into the systems that deliver the work
  • Field systems connected to the office record
  • Retries and idempotent writes so outages recover instead of dropping data
  • Failure visibility — a broken handoff raises itself the day it breaks
  • Field-level decisions about which system is authoritative

The intended outcome

A record entered once is correct everywhere it is needed, the monthly reconciliation stops being a task, and nobody's job is being the bridge between two products.

Relevant proof

Inside the software

How we scope it

We treat AI as a capability within an operational system, not as the starting point for a project. If a workflow does not need it, we will say so and build the system without it.

See it

04

Applied AI & Automation

The business problem

Most AI spending starts with the technology and goes looking for a use. That produces demos rather than systems. The useful version is narrower: specific, repetitive work inside software people already use, where the input is known and being wrong has a bounded cost.

Example workflows

  • Extraction — pulling structured detail out of documents and email
  • Drafting — first-pass quotes, summaries and replies a person then approves
  • Knowledge retrieval — answers from your own documents, with the source shown
  • Bounded actions — narrow, reversible steps with a human in the loop where it matters
  • Routing and triage of incoming work
  • Human review wherever the cost of being wrong is real

The intended outcome

AI does the part of the job that is genuinely repetitive, inside the system people already work in, and a person stays accountable for anything that reaches a customer or a ledger.

Relevant proof

The task picks the model

How we scope it

We build with Claude, Gemini, OpenAI and Grok. The choice comes down to the job, the integrations, the data rules, the per-call cost and how much review the workflow needs.

See it

05

AI Integration

The business problem

The system holds the work correctly. It is the reading, the drafting and the looking-up around it that still costs a person an afternoon — and none of that is a reason to replace software that otherwise does its job.

Example workflows

  • Bid and tender documents read against your service lines before anyone opens them
  • First-draft quotes priced from your own rate card rather than invented numbers
  • Answers pulled from your own specs, contracts and past jobs with the source cited
  • Inbound requests sorted to the right queue with a reason attached
  • A named approver on anything priced, client-facing or contractual, recorded
  • Defined behaviour when the model is unsure or the provider is unavailable

The intended outcome

One expensive workflow stops taking an afternoon, inside the software you already own, with a person still accountable for anything that reaches a customer or a ledger.

Relevant proof

The record comes first

How we scope it

A portal is only ever as good as the record behind it, so we build it as a view onto records your operation already keeps rather than a second system to maintain. If the internal record is not trustworthy yet, we say so before publishing it to your customers.

See it

06

Customer & Partner Portals

The business problem

Where is it, what did I approve, can I have that document again, what do I owe. Four questions your customers cannot answer for themselves, so someone in the office answers them all week by reading out of a system the customer could have read. The approval trail lives in whoever's memory is longest.

Example workflows

  • Job and order status in the customer's language, drawn live from your own records
  • Approvals and sign-offs captured in the portal, timestamped and attributed
  • Documents, certificates and invoices tied to the job or order that produced them
  • Owner, partner and subcontractor views under one permission model
  • Reorder, service requests and other self-service actions that would otherwise arrive as email
  • Access control enforced at the data layer, not hidden on a screen

The intended outcome

The status call becomes a link, the approval trail is shared rather than contested, and the customers who expect a portal stop treating you as the less professional option on the shortlist.

Relevant proof

A different job

How we scope it

Getting a working prototype to production is not more of the same building — it is the part the prototype deliberately skipped. It is scoped as its own engagement so the boundary is explicit rather than discovered halfway through.

See it

07

Vibe-Coded to Production-Ready

The business problem

You already built it yourself in Lovable, Replit, Bolt, Cursor or Claude Code, and it works. Then the first real customer arrives and the questions change: who can see what, what happens when a payment webhook fires twice, what happens when the schema needs to change, and whether anyone has ever restored the backup.

Example workflows

  • Authorisation and access control that holds up to a real user list
  • Data integrity — constraints, migrations and a schema that can change safely
  • Payments that survive duplicates, retries and a provider having a bad day
  • Error handling and monitoring, so a failure surfaces instead of going quiet
  • Backups somebody has actually restored from
  • The load it will genuinely see, measured rather than assumed

The intended outcome

The thing you built becomes something a business can run on and be responsible for, without throwing away the work that got it this far.

Every solution page

Specifically, What Would We Build?

The four categories below are how the deepest work is organised. These are the builds operators actually ask for by name — each with its own page, its own scope and its own honest account of where it stops.

Operational Software

Start here

Bring Us the WorkflowThat Keeps Breaking.

30 minutes. We map how the work moves today, determine whether the problem justifies custom software at all, and hand you a scoped first phase — including an honest read on whether we are the right firm for it.

Edmonton, Alberta · No commitment · 587-937-6948

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