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ROI Framework

Strategic changes compound into outsized results.

1
⏱️

Time Waste / Manual Work

Employees spend hours on repetitive tasks

Formula

Annual Cost = (H × R × 52)
Where:
H = Hours per week spent on task
R = Hourly rate ($/hour)
52 = Weeks per year

Real-World Example

Scenario: Accounting team manually exports data from three systems, copies into Excel, reformats, and emails weekly reports. Takes 3 people 5 hours each week (15 hours total). Each person costs approximately $50/hour.

📊

15 hours/week × $50/hour × 52 weeks = $39,000/year wasted

After Improvement: Automated integration syncs data and generates reports automatically

💰

90% reduction = $35,100/year saved
Team redirected to higher-value financial analysis

2

Error Rate / Rework Costs

Manual processes cause mistakes

Formula

Annual Error Cost = (E × C × 12)
Where:
E = Errors per month
C = Cost per error ($)
12 = Months per year

Real-World Example

Scenario: Order entry team manually keys in customer orders. Typos in quantities or part numbers cause wrong shipments, customer complaints, return shipping, and re-picking costs. Averaging 8 errors per month, each costing $1,200 to fix (reshipping, labor, lost customer goodwill).

📊

8 errors/month × $1,200 per error × 12 months = $115,200/year in error costs

After Improvement: Direct order import with validation rules catches errors before fulfillment

💰

90% reduction = $103,680/year saved
In shipping and service costs

3
📈

Scaling Bottleneck (Revenue Constraint)

Can't take on more clients/orders due to capacity

Formula

Opportunity Cost = (AR × M)
Where:
AR = Additional revenue possible ($)
M = Gross profit margin (decimal)

Real-World Example

Scenario: Manufacturing company turns away new orders because production scheduling is done manually on whiteboards. Can't take more work without hiring schedulers. Could capture $500K in additional annual revenue at 35% profit margin.

📊

$500K additional revenue × 35% margin = $175K profit opportunity

After Improvement: Automated scheduling system optimizes production capacity in real-time

💰

$175K/year additional profit without adding equipment or staff

4
👥

Employee Turnover / Training Costs

Employees quit due to frustrating systems

Formula

Turnover Cost = (E × RC)
Where:
E = Employees lost per year
RC = Replacement cost per employee ($)

Real-World Example

Scenario: Operations team quits after 18 months because legacy system requires 12 different logins, constant workarounds, and staying late to fix data issues. Losing 3 employees per year, with $75K cost to replace each (recruiting, training, lost productivity).

📊

3 employees/year × $75K replacement cost = $225K/year turnover cost

After Improvement: Unified modern system with single sign-on and automated error handling

💰

50% reduction = $112,500/year saved
In recruiting, training, and lost productivity

5
😞

Customer Churn / Satisfaction

Poor systems cause slow response, missed communications

Formula

Churn Cost = (CL × TV)
Where:
CL = Customers lost per year
TV = Total value lost per customer ($)

Real-World Example

Scenario: Service company loses clients because response times are slow. Support tickets get lost in email, status updates are manual, and account managers can't see customer history quickly. Losing 12 customers per year, each worth $18K in lifetime value.

📊

12 customers/year × $18K lifetime value = $216K annual churn cost

After Improvement: Integrated CRM with automated workflows and unified customer view

💰

70% retention improvement = $151,200/year in saved customer value

6
💸

Duplicate Systems / License Waste

Paying for redundant tools, unused licenses

Formula

License Waste = Σ(RS × AC)
Where:
RS = Number of redundant subscriptions
AC = Annual cost per subscription ($)
Σ = Sum across all redundant systems

Real-World Example

Scenario: Company has Salesforce for sales, HubSpot for marketing, Monday.com for projects, plus separate invoicing and time tracking tools. Paying for features nobody uses, and data doesn't sync. Five systems averaging $12K each annually, plus staff spending 10 hours per week reconciling data between them.

📊

5 systems × $12K average = $60K/year in subscriptions + 10 hours/week reconciling data

After Improvement: Consolidate to integrated platform with only needed features

💰

$35K/year in eliminated subscriptions
+ 500 hours/year saved on data reconciliation

7
🔒

Compliance / Security Risk

Legacy systems create violations or vulnerabilities

Formula

Risk Cost = (P × CI)
Where:
P = Probability of incident per year (decimal)
CI = Cost of incident ($)

Real-World Example

Scenario: Healthcare provider stores patient data in outdated system without proper encryption or audit trails. One breach means regulatory fines, lawsuits, and reputation damage. Industry data shows 12% annual probability of breach, with average incident cost of $850K.

📊

12% probability × $850K average incident cost = $102K/year expected risk cost

After Improvement: Modern HIPAA-compliant system with encryption, access controls, and audit logging

💰

Risk reduced to <1% = $93K/year in avoided costs
Plus invaluable reputation protection

8
📊

Decision-Making Speed / Data Access

Leaders can't get reports quickly, delaying decisions

Formula

Opportunity Cost = (DD × CPD × D)
Where:
DD = Decisions delayed per year
CPD = Cost per day delayed ($)
D = Average days of delay

Real-World Example

Scenario: Executive team waits 2 weeks for IT to pull reports from multiple systems before making pricing decisions, hiring calls, or vendor negotiations. Markets move faster than your data. Delaying 15 critical decisions per year by 14 days each, at estimated opportunity cost of $1,143 per day of delay.

📊

15 decisions/year × $1,143/day delay cost × 14 days = $240K/year opportunity cost

After Improvement: Real-time dashboard shows key metrics instantly: inventory, margins, cash flow

💰

$240K/year in faster decisions
Earlier market entry, better pricing, quicker hiring

Find Your Hidden Costs. Fix Them. Profit.

Book a free discovery call and we'll apply these frameworks to your specific situation. You'll see exactly what you're losing to inefficient systems and what fixing them is worth.

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