WebROI

Refactoring WebROI

Select the value areas that matter most to your business. Enter your numbers and see your personalized business impact.

Problem Statement

Legacy systems and AI-assisted code sprawl increase refactoring, maintenance, manual ROI reporting, value-drift, and AI security costs while trapping critical business logic inside fragile platforms.

Solution Statement

Extract and govern the business logic, generate leaner portable systems, measure BAU against the Goal continuously, automate ROI proof, and control AI security through one value-accountability system.

1 Select Areas

2 Enter Your Numbers

3 See Your Impact

🧩

Avoid Refactoring Costs

Reduce prompt coding, engineering rework, and production defect cost.

🛠️

Reduce Maintenance Costs

Recover developer capacity and reduce the code and cloud cost surface.

📈

Measure Continuously

Detect ROI drift earlier and reduce manual reporting and correction cost.

✅

Prove AI ROI

Automate business cases, status reporting, alerts, and board-readable proof.

🔐

Security Control AI

Reduce AI security setup and alert-response effort.

← Change selection

🧩

Avoid Refactoring Costs

Reduce prompt coding, engineering rework, and production defect cost.

Current / BAU

How many developers work on the applications being refactored?

Number of people in the role.

Current / BAU

How many hours does each developer work per year?

BAU annual available hours.

Current / BAU

What is the fully loaded hourly cost per developer?

Salary, benefits, overhead and related labor cost.

Current / BAU

What percentage of developer time is currently spent on AI prompt coding and testing?

Current share of developer time.

Goal Measure

What reduction in AI prompt coding and testing is your Goal?

Target reduction from the supplied model.

Current / BAU

What percentage of developer time is currently spent on engineering implementation and rework?

Current share of developer time.

Goal Measure

What reduction in engineering implementation and rework is your Goal?

Target reduction from the supplied model.

Current / BAU

How many production defect incidents occur each year?

Defect incidents asset.

Current / BAU

What is the average cost of a production defect incident?

Cost per incident from the supplied model.

Goal Measure

What reduction in production defect incidents is your Goal?

Target reduction from the supplied model.

Annual refactoring cost avoided
Reduced rework
Reduced production defect cost

🛠️

Reduce Maintenance Costs

Recover developer capacity and reduce the code and cloud cost surface.

Current / BAU

How many application developers maintain and enhance these systems?

Number of people in the role.

Current / BAU

How many hours does each developer work per year?

BAU annual available hours.

Current / BAU

What is the fully loaded hourly cost per developer?

Salary, benefits, overhead and related labor cost.

Current / BAU

What percentage of developer time is currently spent on maintenance?

Current share of developer time.

Goal Measure

What reduction in maintenance work is your Goal?

Target reduction from the supplied model.

Current / BAU

What percentage of developer time is currently spent coding new features?

Current share of developer time.

Goal Measure

What reduction in new-feature coding effort is your Goal?

Target productivity improvement from the supplied model.

Current / BAU

How many cloud providers or annual cloud bills are in scope?

Number of annual cloud cost units.

Current / BAU

What is the average annual cost per cloud provider?

Cloud bill asset cost.

Goal Measure

What reduction in cloud cost is your Goal?

Target reduction from the supplied model.

Annual maintenance cost savings
Developer capacity recovered
Cloud cost savings

📈

Measure Continuously

Detect ROI drift earlier and reduce manual reporting and correction cost.

Current / BAU

How many knowledge workers participate in ROI reporting and correction work?

Number of people performing the work.

Current / BAU

How many hours does each knowledge worker work per year?

BAU annual available hours.

Current / BAU

What is the fully loaded hourly cost per knowledge worker?

Salary, benefits, overhead and related labor cost.

Current / BAU

What percentage of their time is currently spent creating status reports?

Current share of time.

Goal Measure

What reduction in status-reporting work is your Goal?

Approved target improvement.

Current / BAU

What percentage of their time is currently spent correcting errors?

Current share of time.

Goal Measure

What reduction in error-correction work is your Goal?

Approved target improvement.

Current / BAU

How many ROI drift issues occur in a typical month?

Issues requiring detection and correction.

Current / BAU

What is the cost of an unresolved ROI drift issue per day?

Business value at risk per issue-day.

Current / BAU

How many days does it currently take to detect an ROI drift issue?

Current detection delay.

Goal Measure

What reduction in detection and correction time is your Goal?

Target improvement from alerts and Next Best Actions.

Annual value protected from drift
Reduced manual reporting
Faster correction

✅

Prove AI ROI

Automate business cases, status reporting, alerts, and board-readable proof.

Current / BAU

How many RevOps Excel power users create ROI business cases and reports?

Number of people performing ROI reporting.

Current / BAU

How many hours does each user work per year?

BAU annual available hours.

Current / BAU

What is the fully loaded hourly cost per user?

Salary, benefits, overhead and related labor cost.

Current / BAU

What percentage of their time is currently spent creating business cases?

Current share of time.

Goal Measure

What reduction in business-case work is your Goal?

Target reduction from the supplied model.

Current / BAU

What percentage of their time is currently spent creating status reports?

Current share of time.

Goal Measure

What reduction in status-report work is your Goal?

Target reduction from the supplied model.

Current / BAU

How many ROI alerts could occur each year?

Early warning ROI alerts.

Current / BAU

How much business value is protected when an ROI alert is acted on?

Amount from the supplied model.

Current / BAU

What percentage of ROI issues are alerted on today?

Current alert coverage.

Goal Measure

What percentage of ROI issues should DriftWatch alert on as the Goal?

Target alert coverage from the supplied model.

Annual ROI reporting savings
Early warning value protected
Board-readable proof

🔐

Security Control AI

Reduce AI security setup and alert-response effort.

Current / BAU

How many security administrators support AI agents?

Number of people in the role.

Current / BAU

How many hours does each administrator work per year?

BAU annual available hours.

Current / BAU

What is the fully loaded hourly cost per administrator?

Salary, benefits, overhead and related labor cost.

Current / BAU

What percentage of administrator time is currently spent setting up AI agent security?

Current share of time.

Goal Measure

What reduction in AI agent security setup effort is your Goal?

Target reduction from the supplied model.

Current / BAU

What percentage of administrator time is currently spent responding to AI security alerts?

Current share of time.

Goal Measure

What reduction in alert-response effort is your Goal?

Target reduction from the supplied model.

Annual AI security effort savings
Reduced setup time
Faster alert response

Your Business Impact

BAU$0

Goal$0

Business Impact (Annual)$0

3-Year Business Impact$0

Refactoring WebROI

Avoid Refactoring Costs

Reduce Maintenance Costs

Measure Continuously

Prove AI ROI

Security Control AI

Enterprise Value Analysis

Get Your Personalized Report