SKIP SPITZER
Revenue Integrity Engineer
Surgical, fast, fixed-cost, no-retainer web revenue recovery
Your website is fundamentally about revenue.
But most site builds do not take into account the poor user experience of prospects in less-than-ideal real-world conditions.
The situation gets worse for these visitors over time. The designer adds a video; the dev a tracking script; the marketer, a pop-up). Plugin updates introduce subtle changes. Server performance degrades. Bots keep coming, adding to the load.
The result can be silent revenue fractures.
You don't notice them under typical circumstances. But—especially on aging devices, slow or congested networks, and slow in-app browsers—a chunk of visitors do, often causing a distressing amount of lost revenue.
To get an idea of how costly these fractures can be, we know that technically sound sites—which are more resistant to degraded user experience—convert 24% better on mobile than those with invisible fractures. That means for a site driving $300K/year, $72,000 is lost annually.1
Revenue Integrity Restoration identifies these silent fractures and restores lost revenue.
In a one-client-at-a-time sprint, I’ll surgically repair the issue at a value-based fixed cost and close the case with an executive and technical summary.
I’ll protect your site’s branding, design, copy, and functional integrity—noting any out-of-scope issues I discover along the way, FYI.
One provider. Minimal distraction. No packages or retainers. Done and documented as fast as possible.
I restore the following kinds of revenue integrity issues.
Modern monitoring tools actually can’t call out these kinds of issues in an actionable way—because they don't give us a picture of how many users are affected by them.
But the tools I built — like the conservative, independently-reviewed Constrained Session Model and Phantom Lead Model — do.
With some basic information about your business, I can give you a rigorous approximation of how much revenue these fractures are causing.
The Moving Target
Page elements visibly shift position while the page is loading, causing an unprofessional experience and the user tapping/clicking something they didn’t intend. Especially pronounced on mobile, where most page views display in slower in-app browsers.
| EXAMPLE | TYPICAL CAUSES |
|---|---|
| A prospect in real-life conditions (a mid-range device, temporarily on LTE, viewing on an in-app browser, etc.) taps a call-to-action button just as an ad banner loads above it, pushing the button down. They unknowingly tap the banner, get redirected, and give up in frustration. | Unsized or unanchored images, iframes, and dynamically injected DOM elements (including late-loading ad slots, third-party widgets, and web fonts without fallback metrics) — especially with in-app/WebView rendering. |
The Dysfunctional Delay
Noticeable lag before a page loads or responds to taps and clicks, causing it to appear broken and the user to leave before they get to act. Especially pronounced on mobile, where most page views display in slower in-app browsers.
| EXAMPLE | TYPICAL CAUSES |
|---|---|
| A prospect in real-life conditions (a mid-range device, temporarily on LTE, viewing on an in-app browser, etc.) taps a call-to-action button but nothing happens. They tap three more times, assumes it’s broken, and go to another site. | Render-blocking scripts and stylesheets in the critical path, oversized or unoptimized above-the-fold assets, absent or misconfigured lazy loading, and JavaScript main-thread congestion producing high INP — especially with in-app/WebView rendering. |
The Phantom Lead
A user fills out a form or completes a purchase and gets a confirmation message — but the data never arrives, the customer is ignored, and the business never knows.
| EXAMPLE | TYPICAL CAUSES |
|---|---|
| A prospect completes a project inquiry form and is told someone will be in touch within 24 hours. Nothing happens in the CRM and the next day they contact a competitor. | Expired OAuth tokens, deprecated or drifted webhook endpoints, misconfigured CORS or API authentication, silent 4xx/5xx failures downstream of front-end confirmation events, and undeliverable transactional email due to SPF/DKIM misconfiguration or suppression list poisoning. |
The Shutdown
All users are turned away by an unresolvable, cryptic error page.
| EXAMPLE | TYPICAL CAUSES |
|---|---|
| A prospect clicks your ad, gets an error page, and finds another provider. | Unmaintained plugins, increased traffic (from e.g., indexing and training bots), host infrastructure failures and resource exhaustion, security breaches (like DDoS and page injection), expired domains or SSL certificates, and buggy component updates. |
I’m a software engineer/web applications developer with detail orientation and broad complementary experience in UI/UX, branding, graphics/imaging, writing/editing, analytics, security, and more.
I’ve developed testing software for IBM and desktop developer tools and databases for Borland International, worked on the Netscape Navigator browser (the Internet's first killer app), built web applications for high-end firms like Jaguar Land Rover Automotive and GrayBox, and developed and repaired web properties and apps for leading-edge firms like Megh Computing and scores of boutique brands.
While every operation entails at least some risk, I’ll systematically maximize safety by:
Creating a pre-touch, bit-for-bit backup of the environment
Providing a simple resource for establishing an in-house moratorium on site work for the duration of the sprint or delta logging (if a moratorium is not feasible)
Highly-defined scope and delta logging
When the sprint is complete, I’ll deliver an executive and technical briefing, including clear descriptions of:
The diagnosis: “I identified a 1.2-second response lag on mobile devices caused by a legacy chat-bot script fighting your primary CSS...”
The remediation: “I refactored the header execution order and implemented lazy-interaction logic. The lag is now just 40ms...”
The validation: Before/after Lighthouse and CrUX data.
Incidental value-added observations: “While inside the CSS, I noticed your brand gold (#D4AF37) was inconsistent across four pages...”
I use fixed, value-based (fracture impact) pricing, providing clear benefit and cost exposure. No hourly billing sinkhole.
If you received an offer, it includes your tier. If you did not receive an offer, contact the desk below.
| TIER 1 | Revenue Leak Restoration Sprint | $3,500 |
| TIER 2 | Revenue Rupture Restoration Sprint | $6,500 |
| TIER 3 | Revenue Hemorrhage Restoration Sprint | $12,500+ |
| TIER 3B | Revenue Hemorrhage (Shutdown) Restoration Sprint | $1,500 |
| TIER 0 | Revenue Fracture Diagnosis Sprint | $750 |
In some cases a Tier 0 (diagnosis) sprint is needed to assign a restoration tier, after which you'll receive a to-the-point Restoration Briefing. If this leads to a restoration sprint, I’ll credit the diagnosis fee.
I operate one exclusive sprint at a time. If you just received an offer, you'll likely be next in the queue.
Your sprint will begin upon payment of a secure digital invoice to be settled via ACH, wire, or credit card.
Credit card payments for restoration sprints (Tiers 1–3B) incur a 2.9% surcharge. There is no credit card surcharge for diagnosis sprints (Tier 0).
Most forms give you a confirmation the moment you click submit. But delivery fails more often than you might think and often no one knows. That's a silent revenue fracture.This intake pipe uses a synchronous user-data vault. When you see “thanks,” your data has already been encrypted and stored in my ledger.
Google eCommerce Core Web Vitals Study (2024).
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