Click Tracking Methodology

The short version

When you view your Epic Solos delivery stats in ClickMagick, you will see two click metrics: Unique Clicks and Unique IPs. The two numbers will not match — Unique IPs is almost always lower. This is normal, expected, and by design.

Unique Clicks is the metric we use to fulfill your order. It is the industry-standard count of distinct human visitors. Unique IPs is a secondary informational metric that does not, and cannot, accurately represent the number of real people who clicked your link.

How each metric is calculated

Unique Clicks (your delivery metric)

This is the count we use to fulfill your order. ClickMagick deduplicates Unique Clicks using cookies and browser fingerprinting — the industry-standard tracking approach used by every major analytics platform, including Google Analytics, Facebook Ads, and every reputable solo ad vendor. If the same person clicks twice from the same browser in a short window, it counts as one Unique Click.

Unique IPs (an informational secondary metric)

This is the count of distinct IP addresses that generated clicks. It deduplicates strictly by IP address — nothing else. Two real people on the same WiFi network show as one Unique IP even though they are two distinct human visitors who both clicked your link.

Why the two numbers diverge

Several common, real-world conditions cause Unique IPs to be lower than Unique Clicks even when every click is a legitimate human visitor:

• Carrier-grade NAT (CGNAT). Mobile carriers route thousands of subscribers through a small pool of shared IP addresses. Multiple distinct visitors on the same carrier appear as one Unique IP.
• Household WiFi. A family with multiple phones, tablets, and laptops — all clicking from the same home network — appears as one Unique IP but generates multiple Unique Clicks.
• Cleared cookies. A subscriber who clears cookies between sessions generates a second Unique Click from the same IP.
• Mobile data and WiFi switching. A phone that switches from cellular data to home WiFi mid-session gets a different IP for the same person.
• Private and incognito browsing. Cookies do not persist across private browsing sessions, which can produce additional Unique Clicks without a new IP.

None of these patterns indicate fraud, bot traffic, or a delivery problem. They are normal characteristics of how real people use the internet in 2026.

Why we use Unique Clicks as the delivery count

ClickMagick — the tracker we use, and the standard tracker for the solo ad industry — addresses this directly in their knowledge base. On the question of whether clicks can be reliably tracked by IP address alone, ClickMagick states:

“A user's IP address can change four times in less than two minutes” due to mobile provider proxies.

And on the choice of cookies and fingerprinting as the primary deduplication method:

“Yes, there are problems with cookies, but a combination of cookies and other methods is the best we have to work with. Just about every major analytics and tracking platform uses cookies extensively for tracking.”

Full source: ClickMagick KB — How can I have multiple unique clicks from the same IP?

This is why every serious solo ad vendor — and every major ad platform on the internet — counts unique visitors via cookies and fingerprinting, not by IP address. We use Unique Clicks to fulfill your order because it is the most accurate available measure of distinct human visitors.

What to focus on when evaluating your traffic

When you review your delivery report, the metrics that matter for evaluating quality and ROI are:

1. Unique Clicks — your delivery count. This is what your order is fulfilled against.
2. Tier 1 ratio — we deliver 100% Tier 1 (United States, United Kingdom, Canada, Australia, New Zealand).
3. Opt-in rate — how your funnel and copy convert the traffic we send.

Unique IPs is useful informational context but is not the right metric for evaluating delivery integrity. If your Unique IP count looks low relative to your Unique Click count, that is expected behavior, not a defect.