Why are gbraid and wbraid missing from my iOS traffic?
Google replaced gclid with gbraid and wbraid on iOS app traffic where the user hasn't granted ATT permission, so any capture script written only for gclid silently drops that share of clicks. It fails quietly because gclid still arrives on everything else, so the setup looks like it's working while a growing slice of mobile attribution disappears. The fix is to capture all three parameters, store whichever arrived, and send the right one back on offline imports.
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gbraid and wbraid missing · what breaks
What this looks like when it's happening to you — gbraid and wbraid missing
- 01
A share of iOS clicks with no click ID stored
While desktop and Android capture fine.
- 02
Offline imports matching poorly on mobile
The rows exist and don't match.
- 03
Attribution weaker on app-sourced traffic
Search partners and YouTube in-app especially.
gbraid and wbraid missing · the fix
What changes once it's fixed — gbraid and wbraid missing
All three parameters captured
gclid, gbraid and wbraid, whichever the click carried.
iOS app traffic attributable
Instead of silently unattributed.
Offline imports matching on mobile
Sending the right parameter for the right click.
gbraid and wbraid missing · architecture
Why your conversion data was wrong in the first place — gbraid and wbraid missing
Fixing this specific fault is worth doing. But it is worth understanding why it happened, because the same underlying weakness produces a different symptom every few months — and the reason your conversion data is wrong is almost never the tag itself.
- 1
Your conversion depends on a browser that is being restricted on purpose
A browser-side tag has to survive the page loading, the visitor staying, the script executing and the request leaving. Every one of those is now contested. The order in your database is certain; the browser event reporting it is not, and that gap is where wrong numbers come from.
- 2
Safari caps the cookie your attribution depends on
Intelligent Tracking Prevention limits cookies written by JavaScript to seven days, whatever expiry you set. Any customer who takes longer than a week to decide comes back as a stranger, so the sale is recorded and credited to nobody. A cookie your own server writes in an HTTP response is not subject to that cap — which is the single largest practical difference between browser-side and first-party server-side tracking.
- 3
Ad blockers remove the tag before it can run
A blocked pixel does not error, retry or warn anyone. The visitor buys, the order lands in your store, and no platform ever hears about it. First-party events sent from your own subdomain aren't filtered the same way, because they are not a third-party request.
- 4
Consent banners stop tags, sometimes when they didn't need to
Where consent is genuinely required, losing the event is correct. What is not correct — and what we find repeatedly on US-majority accounts — is an EU-style prior-consent banner applied to every visitor, discarding conversions no law asked you to discard. A server container enforces the real decision at the container rather than hoping each vendor script honours a flag.
- 5
The checkout can end somewhere your tag isn't
Wallets and hosted payment pages can be abandoned after the money moves. The customer paid; the confirmation page never rendered; the browser event never fired. Sending the purchase from the order record instead means the conversion arrives whether or not anyone came back to your site.
- 6
What that adds up to
Each of these is a separate route to gbraid and wbraid missing, and they compound. First-party server-side tracking doesn't patch them one at a time — it moves the money event off the browser entirely, so the order in your backend is what gets reported. That is why we reconcile against your own order records and put 95%+ accuracy in writing: with the event sourced from the order, the number is checkable rather than hopeful.
gbraid and wbraid missing · normal or broken
Some of this is supposed to happen — gbraid and wbraid missing
Half the time nothing is broken and the number is being read wrong. Knowing which is which stops you paying to fix something that was never a fault.
Normal, not a fault
Desktop traffic carrying gclid only
Correct. gbraid and wbraid are iOS app parameters.
Fewer breakdown dimensions on that traffic
A privacy design decision, not a fault.
Actually broken
Capture script written for gclid only
Predates the change and was never revisited.
All three stored in one field
Imports then send the wrong parameter type.
A redirect stripping the query string
Same failure as gclid, affecting all three.
Imports built before gbraid existed
No column for it, so those rows can't match.
gbraid and wbraid missing · diagnose
How we find out why are gbraid and wbraid missing from my ios traffic
Always in this order. Each step eliminates a class of cause, so by the last one there is usually a single explanation standing.
- 01
Click a live ad from an iOS device
Check which parameter arrives on the landing URL.
- 02
Filter your CRM for each parameter separately
Any with zero rows is not being captured.
- 03
Check the capture script for all three names
The usual finding is only gclid.
- 04
Check the import file's columns
gbraid and wbraid need their own.
- 05
Check redirects preserve the query string
Affects all three equally.
gbraid and wbraid missing · prove
How we prove it's actually fixed — gbraid and wbraid missing
The tag firing again proves the tag fires. These prove the numbers are right.
Source of truth
Your CRM records, segmented by which click parameter they carry
- All three parameters confirmed captured on a real iOS app click.
- Non-zero records for gbraid or wbraid in the CRM.
- Import file carrying each parameter in its own column.
- Match rate checked per parameter type rather than in aggregate.
- Reconciled against your crm records, segmented by which click parameter they carry for a fully closed window, matched on ID rather than on totals.
- No record counted twice, checked across the whole window rather than spot-checked.
- The same check repeated 30 days later, because a fix that holds once and drifts is the harder failure to catch.
gbraid and wbraid missing · free audit
What we check in the free audit
- Click a live ad from an iOS device
- Filter your CRM for each parameter separately
- Check the capture script for all three names
- Check the import file's columns
- Check redirects preserve the query string
Checked against
Your CRM records, segmented by which click parameter they carry
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gbraid and wbraid missing · when not to buy
When you don't need us for this — gbraid and wbraid missing
Most of these you can do yourself, and we would rather you did.
- You get almost no iOS app traffic, where the recoverable share is small.
- You can add the two parameter names to your existing capture script yourself.
- You don't run offline imports, so the storage matters less.
gbraid and wbraid missing · what we deliver
What we do about it — gbraid and wbraid missing
Capture all three at first touch
Read whichever is present and persist it with its type.
Store the parameter type alongside the value
Imports need to know which field it belongs in.
Send the correct one on import
gbraid and wbraid go in their own columns, not gclid's.
Pricing
Pick the package that fits your ad spend
Browser-side starter
$400One-time fee · lifetime ownership
We fix the fault in your existing browser-side setup and verify it on a live transaction. Honest disclosure: this repairs what you have, it does not make it durable. If you spend $1K+/month on paid media, the fault will recur the next time Safari, a consent banner or a checkout change moves under you — the server-side tier is what stops that.
- Root cause found and fixed, not worked around
- Verified on a live transaction, not in preview
- Reconciled against your own order records
- Written handover documenting what changed and why
1st-party server-side
Recommended$800One-time fee · most popular
The tier that removes the whole class of failure rather than this instance of it. Your money events stop depending on the browser: they are sent from your order records through a first-party server container on your own subdomain, so iOS, ad blockers, consent banners and interrupted payment redirects can no longer take them away. Built in 2–4 days. You own the stack outright — no monthly SaaS.
- First-party server container on your own subdomain
- Purchases sent from your order records, not the browser
- Meta, Google, TikTok, Microsoft and LinkedIn all fed server-side
- Deduplicated on a shared event ID, verified at every destination
- First-party cookies beyond Safari's 7-day cap on JavaScript-set cookies
- 95%+ conversion accuracy and 8+ Meta EMQ, guaranteed in writing
Full 1st-party stack
$1,800One-time fee · lifetime ownership
Every paid-media channel server-side, end to end, plus the offline loop. For advertisers whose spend makes an attribution leak more expensive than the build. Pay once, own everything.
- Everything in 1st-party server-side
- Pinterest, Snapchat, Reddit and LinkedIn CAPI
- CRM and offline conversion loop, so closed revenue reaches bidding
- Refunds and cancellations reversed at every destination
- Klaviyo identity stitching, BigQuery and Looker Studio
- Monitoring, so the next break surfaces in days rather than a quarter
FAQ
gbraid and wbraid missing questions, answered
Both appear on iOS traffic where ATT permission wasn't granted. They carry less granular information than gclid by design, and they go in separate import columns.
No. They're different identifiers and have to be handled as such.
Yes, as a fallback — matching on hashed email or phone works regardless of which click parameter arrived.
Because gclid still arrives on everything else. The setup looks healthy while a specific traffic slice quietly stops attributing.
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