Quantify your operational advantage.
Most vendor ROI calculators are a slider attached to a foregone conclusion. This one publishes every constant it uses, caps what it is willing to claim, deducts the cost of implementation, and tells you where it is most likely to be wrong. Put your own numbers in.
$402,495 CAD
after the $120,000 CAD subscription
1,870
per year, at 20% effort reduction
3.3months
on $144,000 CAD first-year investment
$1,605,140 CAD
discounted at 9% annually
Reference scenario: 850 quotes/month · $6,500.00 CAD average order · 55 min per quote · 7.5% error rate · 12% rework cost · Moderate adoption · illustrative, not a customer
8 inputs and one scenario switch.
Everything else is arithmetic. Move a slider and every figure recalculates from the same engine that produces the memo, under all three adoption scenarios at once. Nothing you type is stored, transmitted, or used to trigger a sales sequence.
Your numbers
Eight inputs and one scenario. Everything else on this page is derived from them.
Quotes issued per month across every branch and estimator.
25 – 25,000
Pre-tax value of a typical order, in CAD.
$250 CAD – $50,000 CAD
Desk time from enquiry to issued quote, today.
5 min – 240 min
Share of orders carrying a pricing or specification error.
0.0% – 25.0%
Remake material, labour, and freight as a share of order value.
8.0% – 15.0%
Fully loaded cost of estimating and inside sales staff.
$20 CAD/hr – $250 CAD/hr
Seat and vehicle subscription in CAD. Excludes implementation.
$6,000 CAD – $500,000 CAD
One-time charge. Deducted at month 0 of the NPV schedule.
$3,500 CAD – $250,000 CAD
Modelled annual benefit
Recalculated on every change. No figure below is stored or sent anywhere.
$402,495 CAD
Labour recovered plus rework avoided, less the annual subscription. The one-time implementation charge sits in payback and NPV instead.
1,870hrs / yr
20% of 9,350 quoting desk hours.
$387,855 CAD
65% of $596,700 CAD exposure — remake cost, never order value.
3.3months
Against $144,000 CAD of first-year investment, implementation included.
$1,605,140 CAD
Sixty monthly flows discounted at 9% annually, less implementation at month 0.
Sensitivity band
same inputs, three adoption levels- Conservative10%$335,175 CAD · 3.8 mo · 3.79×
- Moderate20%$402,495 CAD · 3.3 mo · 4.35×
- Aggressive35%$503,475 CAD · 2.8 mo · 5.20×
Annual cost of quoting
labour + rework exposureDifference $402,495 CAD · return multiplier 4.35×
The memo is generated in your browser from the inputs above, with all 9 formula definitions and 6 audit notes attached. Nothing is uploaded.
This is a deterministic model, not a forecast or a guarantee. It prices the platform and the implementation service — it does not price your own project manager, data cleanup, or the productivity dip during changeover. Add those before treating the payback figure as a planning number.
The same software, three honest outcomes.
These are not product tiers. The platform is identical in all three — what changes is how much of the old quoting process survives contact with it. Budget against conservative and treat the rest as upside you have to earn.
Conservative
10% effortThe platform runs alongside existing habits. Estimators keep their spreadsheets open and use the configurator for the awkward jobs only.
- Net annual benefit
- $335,175 CAD
- Payback
- 3.8 mo
- Return multiplier
- 3.79×
- 5-year NPV
- $1,332,655 CAD
Moderate
20% effortStandard adoption. The pricebook is migrated, quoting moves onto the configurator, and the spreadsheet survives as a reference rather than a tool.
- Net annual benefit
- $402,495 CAD
- Payback
- 3.3 mo
- Return multiplier
- 4.35×
- 5-year NPV
- $1,605,140 CAD
Default scenario on this page
Aggressive
35% effortThe quoting process is redesigned around parametric configuration, with approval thresholds and the margin floor enforced in the system rather than by review.
- Net annual benefit
- $503,475 CAD
- Payback
- 2.8 mo
- Return multiplier
- 5.20×
- 5-year NPV
- $2,013,867 CAD
What you are actually choosing between.
Legacy enterprise CPQ is not bad software. It is software built for a procurement process rather than for a quoting desk, and the cost of that shows up in deployment time, integration overhead, and how many people it takes to keep the configuration current. These are the eight places that difference has a number attached to it.
| Criterion | Legacy ERP / CPQ | Novel Systems | Financial consequence |
|---|---|---|---|
| Deployment timeline | 9–18 months of implementation, typically with a systems integrator on retainer. | Configured against your rate card in weeks; the CPQ engine ships with the maths already in it. | Benefit starts accruing in the same fiscal year the contract is signed. |
| Quote precision | Price lists and spreadsheets kept in sync by hand; deductions re-derived per estimator. | Parametric derivation from finished dimensions, with a published rate card and a margin floor enforced at the line. | Removes the class of error where a quote is mathematically wrong before anyone reviews it. |
| Margin governance | Margin checked at reporting time, after the quote has already gone out. | Enforced three times — at the line, at the quote, and at the approval — before a customer sees a number. | Below-floor work becomes a decision somebody signs off, not a discovery at month end. |
| Field and offline capability | Browser-based modules that assume connectivity; field staff work on paper and re-key later. | Mobile client queues photos, sign-offs, and part consumption locally and reconciles on reconnect. | Removes the re-keying pass between site and billing, and the errors it introduces. |
| Dispatch integration | Scheduling bought as a separate module or a separate vendor; certification tracked in a spreadsheet. | Accepted quotes become work orders with their certification requirements already derived from the configured product. | One record from quote to invoice, so nothing is entered three times. |
| API surface | Integration through a partner-certified middleware layer, often licensed separately. | REST endpoints and signed webhooks documented publicly, with HMAC verification on every payload. | Integration is engineering time you control rather than a procurement cycle you wait on. |
| Total cost of ownership | Licence, integrator, middleware, and an internal administrator to keep configuration current. | Seat and vehicle subscription in CAD plus a published one-time implementation charge. | The recurring cost is the line you see, not the line plus three others. |
| Data residency and audit | Region depends on the hosting tier purchased; audit trails vary by module. | Canadian regions by default, PIPEDA-aligned, with the pricing model itself published and reproducible. | A procurement and privacy review you can answer without a vendor questionnaire cycle. |
Deployment timeline
Legacy ERP / CPQ9–18 months of implementation, typically with a systems integrator on retainer.
Novel SystemsConfigured against your rate card in weeks; the CPQ engine ships with the maths already in it.
Benefit starts accruing in the same fiscal year the contract is signed.
Quote precision
Legacy ERP / CPQPrice lists and spreadsheets kept in sync by hand; deductions re-derived per estimator.
Novel SystemsParametric derivation from finished dimensions, with a published rate card and a margin floor enforced at the line.
Removes the class of error where a quote is mathematically wrong before anyone reviews it.
Margin governance
Legacy ERP / CPQMargin checked at reporting time, after the quote has already gone out.
Novel SystemsEnforced three times — at the line, at the quote, and at the approval — before a customer sees a number.
Below-floor work becomes a decision somebody signs off, not a discovery at month end.
Field and offline capability
Legacy ERP / CPQBrowser-based modules that assume connectivity; field staff work on paper and re-key later.
Novel SystemsMobile client queues photos, sign-offs, and part consumption locally and reconciles on reconnect.
Removes the re-keying pass between site and billing, and the errors it introduces.
Dispatch integration
Legacy ERP / CPQScheduling bought as a separate module or a separate vendor; certification tracked in a spreadsheet.
Novel SystemsAccepted quotes become work orders with their certification requirements already derived from the configured product.
One record from quote to invoice, so nothing is entered three times.
API surface
Legacy ERP / CPQIntegration through a partner-certified middleware layer, often licensed separately.
Novel SystemsREST endpoints and signed webhooks documented publicly, with HMAC verification on every payload.
Integration is engineering time you control rather than a procurement cycle you wait on.
Total cost of ownership
Legacy ERP / CPQLicence, integrator, middleware, and an internal administrator to keep configuration current.
Novel SystemsSeat and vehicle subscription in CAD plus a published one-time implementation charge.
The recurring cost is the line you see, not the line plus three others.
Data residency and audit
Legacy ERP / CPQRegion depends on the hosting tier purchased; audit trails vary by module.
Novel SystemsCanadian regions by default, PIPEDA-aligned, with the pricing model itself published and reproducible.
A procurement and privacy review you can answer without a vendor questionnaire cycle.
The worked model, line by line.
Every term the engine evaluates, in the order it evaluates them, with the reference scenario substituted in. If a step looks wrong to you, it is meant to — that is what a published model is for. These same definitions are written into the downloadable memo.
Annual labour hours saved
Step 1(volume × minutes ÷ 60) × 12 × effortReduction
(850 × 55 ÷ 60) × 12 × 0.2
= 1,870 hrs
Quoting desk hours per year multiplied by the share of that time the selected adoption scenario removes. Site visits, customer conversations, and approvals are not in scope and are not claimed.
Annual labour cost saved
Step 2hoursSaved × blendedHourlyCost
1,870 × $72.00 CAD
= $134,640.00 CAD
Hours valued at the fully loaded blended rate — salary, burden, and overhead — for estimating and inside sales, not a base wage.
Annual rework exposure
Step 3(volume × 12) × errorRate × avgDealValue × reworkCostPercent
(850 × 12) × 0.075 × $6,500.00 CAD × 0.12
= $596,700.00 CAD
What quoting errors cost today: remake material, technician hours, freight, and margin conceded. Applied to the cost of an error, never to the value of the order.
Annual rework avoided
Step 4reworkExposure × errorEliminationRate
$596,700.00 CAD × 0.65
= $387,855.00 CAD
The share of that exposure removed by deterministic pricing. Held at 65% because arithmetic errors are eliminable and miscommunication is not.
Gross annual benefit
Step 5labourCostSaved + reworkAvoided
$134,640.00 CAD + $387,855.00 CAD
= $522,495.00 CAD
The two benefit lines, before any Novel Systems cost is deducted.
Net annual benefit
Step 6grossBenefit − annualSubscription
$522,495.00 CAD − $120,000.00 CAD
= $402,495.00 CAD
Recurring benefit net of recurring cost. The one-time implementation charge is excluded here on purpose and appears in payback and NPV instead.
Payback period
Step 712 × (annualSubscription + implementation) ÷ grossBenefit
12 × ($120,000.00 CAD + $24,000.00 CAD) ÷ $522,495.00 CAD
= 3.31 months
Months of gross benefit needed to cover the entire first-year investment, implementation included. Not months to cover the subscription alone.
Return multiplier
Step 8grossBenefit ÷ annualSubscription
$522,495.00 CAD ÷ $120,000.00 CAD
= 4.35×
An annual ratio, so the one-time implementation charge is not in the denominator. Read it alongside payback, which does include it.
Five-year NPV
Step 9Σ (netBenefit ÷ 12) ÷ (1 + r)^t − implementation, t = 1…60
Σ ($33,541.25 CAD) ÷ (1 + 0.007207)^t − $24,000.00 CAD
= $1,605,140.03 CAD
Sixty monthly flows discounted at the compounded monthly equivalent of the annual rate, less the implementation charge at month 0. The annual rate is compounded, not divided by twelve.
Audit methodology
Money is rounded to the cent at the point it becomes money and never in between, so a printed breakdown always reconciles to a printed total. Rates and discount factors carry four decimals. The five-year schedule is computed from unrounded terms and rounded once, and the implementation charge is deducted at month zero, which is why the NPV and the month-60 cumulative agree to within a cent.
Month 60 cumulative: $1,605,140 CAD · NPV: $1,605,140 CAD · less $24,000 CAD implementation at month 0
Labour recovery, stated honestly
The model converts recovered hours into dollars at your blended rate. It does not decide what happens to those hours. If you redeploy estimators into more quoting capacity, the benefit is revenue; if you reduce headcount, it is cost. Those are very different outcomes for the same arithmetic, and the model deliberately takes no position on which one you choose.
1,870 hrs ≈ 1.0 full-time equivalents
Margin expansion, not guaranteed
What the platform enforces is a margin floor at the line, the quote, and the approval — below-floor work becomes a decision somebody signs rather than something discovered at month end. That is a contractual property of the software. Whether it expands your realised margin depends on pricing and sales decisions we cannot underwrite, and we do not offer a savings guarantee.
Status-quo quoting cost modelled at $1,269,900 CAD / yr
Where this model is most likely wrong.
A model circulated without its caveats becomes a number somebody budgets against. Every note below is written into the exported memo, in this order, so it cannot be separated from the figures it qualifies.
This is a model, not a forecast
materialEvery output is a deterministic function of the inputs on screen. It is not an audit opinion, not a projection, and not a commitment. No customer data was used in its preparation and none of your inputs leave your browser.
The error term is rework cost, not order value
materialA quoting error is modelled as costing 8–15% of order value — remake material, technician hours, freight, and conceded margin — rather than the whole order. If your errors typically cost you the customer instead of a remake, this model understates the benefit; if they are usually caught before fabrication, it overstates it.
Effort reduction is capped at 35%
materialEven under aggressive adoption the model claims only a third of quoting desk time. Configuration removes re-keying and recalculation; it does not remove the site visit, the customer conversation, the approval, or the follow-up.
Implementation is deducted, not amortised away
informationalThe one-time implementation and ERP migration charge is subtracted at month 0 of the NPV schedule and sits in the numerator of the payback calculation. It is excluded only from the annual net benefit and the return multiplier, both of which are recurring figures by definition.
Your own project cost is not in here
materialThe model prices the platform and the implementation service. It does not price your project manager, your data cleanup, the meetings, or the productivity dip during changeover. Add your own estimate of those before treating the payback figure as a planning number.
Discount rate is a choice, not a fact
informationalThe schedule runs at 9% annually, inside the 8–10% band most Canadian mid-market finance functions use. If your hurdle rate is higher, the NPV falls; the payback and multiplier figures are undiscounted and do not move.
Basis of preparation. This page presents a deterministic model, not a forecast, an audit opinion, or a representation of results any particular business will achieve. Outputs depend entirely on the inputs supplied. The reference scenario is an illustrative composite and does not describe a real customer; its $120,000 CAD annual subscription implies an enterprise-scale seat and vehicle count rather than a list-price tier. Figures are in CAD and exclude applicable taxes. SOC 2 Type II observation window open · PIPEDA-aligned · Canadian data residency.
The questions procurement asks.
How do we know this isn't the usual vendor arithmetic?
Check the two places vendor models normally cheat. The first is the error term: ours prices an error at 8–15% of order value, because a bad quote costs you a remake — material, technician hours, freight, conceded margin — and not the whole order. Models that book the full order value on every error produce numbers an order of magnitude larger and cannot be defended in a room with a controller in it. The second is effort reduction: our most optimistic scenario claims 35% of quoting desk time, not 85%. Both constants are published above, both are adjustable, and the resulting payback lands in months rather than days.
Does the model include the cost of getting there?
Yes. The one-time implementation and ERP migration charge is a slider like everything else, it is subtracted at month zero of the NPV schedule, and it sits in the numerator of the payback calculation. It is excluded from only two figures — the annual net benefit and the return multiplier — because both are recurring-year ratios by definition, and that exclusion is stated in the audit notes rather than buried. What the model does not price is your own project manager, your data cleanup, and the productivity dip during changeover. Add those before you treat payback as a planning number.
Which of the three scenarios should we plan against?
Conservative, unless you are willing to change how quoting works. The scenarios are not product tiers — the software is identical in all three. They describe how much of the old process survives. Conservative assumes the platform runs beside existing spreadsheet habits and removes 10% of desk time. Moderate assumes the price book migrates and the team actually stops rebuilding quotes by hand, at 20%. Aggressive assumes the quoting process is redesigned around parametric configuration, at 35%. Budget on conservative; treat the difference as upside you have to earn.
What happens to the figures we enter here?
Nothing leaves your browser. The calculator holds state in memory, the memo is assembled client-side and written to a local object URL, and there is no analytics call carrying your inputs. If you close the tab, the scenario is gone. When you engage formally, dispatch and quoting data sit in Canadian regions and the platform is PIPEDA-aligned.
How does data migrate off our existing ERP?
Rate cards, price books, customer records, and open work orders come across as structured exports — CSV or a direct API pull where your ERP supports one. Historical quotes are imported read-only so that reporting continuity survives the cutover. We do not require you to retire the ERP; most customers keep general ledger and inventory where they are and replace only the quoting and dispatch layer.
Why nine percent, and what if our hurdle rate is higher?
Nine percent sits mid-band in the 8–10% range most Canadian mid-market finance functions apply to internal software investments. It is compounded to a monthly equivalent rather than divided by twelve, which is the difference between a schedule that reconciles and one that quietly drifts. If your committee uses a higher rate, the NPV falls and the payback and multiplier do not move at all, because both are undiscounted.
Do you guarantee these savings?
No, and you should treat any vendor who does with suspicion. What we can commit to contractually is the behaviour of the software: the margin floor is enforced at the line, the quote, and the approval; the rate card is published and reproducible; and the arithmetic is deterministic, so the same inputs always produce the same output. Whether recovered hours turn into margin depends on decisions inside your business that no software vendor can underwrite.
Bring us the number you don't believe.
Send us the memo with your own inputs and the assumption you think is wrong. We would rather spend the first call arguing about the model than presenting it.
Nothing you enter on this page leaves your browser