Your competitors aren't losing less revenue than you by accident. They built systems that catch it before it disappears. COAX runs revenue leakage detection across your booking, payment, and ops stack, then builds the fixes that make sure it doesn't come back. No generic checklist, just an engineering-led look at where the money is going and a system that closes the gap.

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scroll down buttonOur revenue leakage framework
Layer 1
Presentation Layer
Conversion Rate:
20%
Current
28%
Optimized
35%
Potential
"Where demand fails to convert into revenue"
Tracks:
Search volume
Checkout starts
Conversion rate
Average Order Value (AOV)
Starting Revenue Opportunity
$1,000,000
-$200,000
Revenue Lost
Leakage breakdown:
Potential Revenue
(10,000 × $100)$1,000,000
Revenue Continuing
$800,000
Lost to Non-Conversion
−$200,000
Layer 2
System & infrastructure layer
Conversion Rate:
94%
Current
98%
Optimized
99.5%
Potential
"Where downtime and degraded performance quietly cost revenue"
Tracks:
Downtime hours
Degraded-performance hours
Revenue per hour
Revenue Entering
$800,000
−$44,000
Revenue Lost
Leakage breakdown:
Downtime Cost
(10 hrs × $2,000/hr)−$20,000
Degraded Performance Cost
−$24,000
Infrastructure Leakage
−$44,000
Layer 3
Operations layer
Conversion Rate:
$3,075
Current
$1,800
Optimized
$900
Potential
"Where manual work hides recoverable cost"
Tracks:
Manual hours/Month
Hourly cost
Error volume
Cost per fix
Revenue Entering
$756,000
−$1,500
Revenue Lost
Leakage breakdown:
Manual Labor Cost
−$1,575
Error Correction Cost
−$1,500
Recoverable Labor Savings
+$1,575
Net Operations Leakage
−$1,500
Layer 4
Payments layer
Conversion Rate:
15%
Current
35%
Optimized
55%
Potential
"Where failed transactions churn silently"
Tracks:
Failed Payments
Recovery Rate
AOV
Starting Revenue Opportunity
$754,500
-$1,700
Revenue Lost
Leakage breakdown:
Revenue at Risk
$2,000
Recovered
+$300
Net Revenue Leaked
−$1,700
Your ROI is vanishing. Here’s how we help reduce revenue leakage
What you get when you let COAX analyze your revenue leakage
Recent client results
€30,000+
Annual savings on OTA commission costs
4 min
Instead of 6 hours spent on monthly reconciliation
170+
Properties operating across 45+ countries
789%
Properties operating across 45+ countries
120,000+
Pre-launch sessions delivered with zero downtime
Our revenue leakage detection approach
We pull data from your booking funnel, payment processor, and ops logs, then map it against the layers where revenue actually leaks: experience, business logic, data, and integrations. You get a quantified leak map before we touch a single line of code, so you know exactly where the money is going and what fixing it is worth.
Deliverable: Revenue health score, leak map by layer, prioritized findings with estimated dollar impact.
Every leak we flag gets checked against your actual system, not just your reported numbers. We trace specific transactions through checkout, payment, and integration logs to confirm root cause, separating real leakage from normal seasonal variance or one-off incidents.
Deliverable: Validated findings report, root-cause breakdown per leak, confidence level on each recovery estimate.
As your dedicated partner in revenue leakage detection, we turn validated findings into a sequenced build plan: what gets fixed first, what depends on what, and what each fix is worth in recovered revenue. You get a roadmap scoped precisely to your stack.
Deliverable: Prioritized roadmap, sprint-level scope, ROI estimate per fix.
We start with the fixes that prevent revenue leakage fastest: checkout friction, failed payment recovery, broken integration handoffs. These are typically the highest-leverage, lowest-effort fixes on the roadmap, and you see movement in the numbers before the larger build finishes.
Deliverable: Shipped fixes in production, before/after metrics on each one.
Deeper fixes, such as integration rebuilds, automated reconciliation, and real-time sync layers, go in as modular, API-first builds with working demos every two weeks. These are the fixes that stop leaks from recurring, not just patch the symptom.
Deliverable: Working software in staging, tested against your real transaction data.
A one-time fix doesn't stay fixed if your stack keeps changing. We set up revenue leakage analytics dashboards that track the same metrics we audited, so new leaks get caught in weeks, not discovered a year later in a finance review. Quarterly check-ins, alerting on key thresholds, and a direct line when something looks off.
Deliverable: Live leakage dashboard, alert thresholds, quarterly review reports.
Your ROI is vanishing. Here’s how we help reduce revenue leakage
Audit only (DIY implementation)
COAX-led implementation
Get a revenue leakage report now
Validated leak map, dollar-impact findings, roadmap
Same audit, plus the fixes built and shipped
Who builds the fixes
Your internal team
COAX, in sprints with working demos
Time to first fix live
Depends on your team's backlog
Quick wins shipped in 2–4 weeks
Risk of re-leakage
Higher, as there’s no second check on implementation
Lower, as the same team that found it, fixes it
Ongoing monitoring
Set up internally, optional
Built-in dashboard and quarterly review
Best for
Teams with spare engineering capacity
Teams that need it solved, not just diagnosed
Client feedback
Other services
What I’ll do next?
1
Contact you within 24 hours
2
Clarify your expectations, business objectives, and project requirements
3
Develop and accept a proposal
4
After that, we can start our partnership
Frequently asked questions and answers
With COAX, your audit is cost-free. However, according to industry benchmarks, a focused revenue leakage audit covering your booking funnel, payment flow, and core integrations typically runs $8,000–$25,000. The cost depends on system complexity and how many platforms you're running. If you move into implementation afterward, fix costs scale with scope. Compare that to what unmonitored leakage costs silently every month, and the audit usually pays for itself before the roadmap is even finished.
Discovery and validation typically take 2–4 weeks total, depending on how many systems we need data access to and how clean that data already is. You get the leak map and prioritized findings at the end of that window, not a partial preview. If you move into implementation, quick wins ship within another 2–4 weeks, with systemic fixes following in subsequent sprints.
Detection finds the leaks that are already happening: the funnel drop-off, the failed payments, the manual reconciliation hiding an error rate. Revenue leakage prevention is what stops them from coming back, usually through automated monitoring, validation rules built into the system itself, and alerting that catches a new leak in weeks instead of quarters. A good audit does both: it tells you what's leaking now, and it leaves you with the revenue leakage control systems so the same leak doesn't reappear after a vendor update or a traffic spike.
We need read access to the relevant data: booking and checkout logs, payment processor reports, and any integration or reconciliation records tied to the leak categories we're investigating. We don't need write access to production for the audit itself, and we scope exactly what we're touching during a short kickoff so there's no ambiguity about what we can see. Implementation, if you choose it, follows your normal staging and deployment process.
That's the most common starting point, not an edge case. Most of the revenue leakage we find lives exactly in the gaps between systems that don't talk to each other automatically. We've built import and reconciliation layers for closed, API-less vendor platforms before, so a fragmented stack doesn't block the audit. It just means more of the findings show up at the integration layer instead of the funnel layer.
Yes. Once the roadmap is implemented, we set up revenue leakage management dashboards tracking the same metrics from the original audit, with alert thresholds so a new leak gets caught early instead of discovered a quarter later. Quarterly reviews check whether leakage patterns are shifting as your traffic or vendor stack changes. Most clients keep this in place long after the initial fixes ship, because the system that found the first leak is the same one that'll catch the next.



























