Geolocation API failing on Edge?

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Miguel Gonzalez Author
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4 days ago Asked
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Our web tool "What is My Country?" relies heavily on accurate client-side location. We're using the browser's native geolocation api to get user coordinates, then reverse geocoding to find their country and IP location.

While it works consistently on Chrome and Firefox, we're seeing major inconsistencies and outright failures with the geolocation api specifically on Microsoft Edge. it's giving us incorrect or default coordinates (like 0,0 or Redmond, WA) even when location permissions are explicitly granted. this is really messing with our browser location accuracy.

Here's what we've tried so far:
  • Checked and re-checked Edge's site permissions for location access โ€“ always set to 'Allow'.
  • Implemented fallback mechanisms, trying both navigator.geolocation directly and through third-party libraries (e.g., Leaflet's geocoding plugins).
  • Ensured the site is served over HTTPS, which is a requirement for geolocation.
  • Tested on various Edge versions (Chromium-based) and OS combinations.
  • Compared client-side results with server-side IP lookup (which is consistent, but less precise for user's actual location).

We expect precise coordinates for the user's current physical location. On Edge, we frequently get:
// Example console output on Edge
{
  timestamp: 1678886400000,
  coords: {
    latitude: 0,
    longitude: 0,
    accuracy: 0,
    altitude: null,
    altitudeAccuracy: null,
    heading: null,
    speed: null
  }
}
// Or sometimes a timeout error after a long wait
// GeolocationPositionError: User denied Geolocation or Geolocation timed out.
Even though the user did not deny it, and a timeout occurs.

So, a few specific questions:
  • Are there any known Edge-specific quirks, bugs, or stricter security policies for the geolocation api that we might be missing?
  • Is there a more robust client-side approach or a specific library that handles Edge's geolocation implementation better?
  • Any specific headers or meta tags that could influence Edge's behavior for location services?
  • What debugging steps or tools, specific to Edge, would you recommend for deep-diving into this issue?

This is a critical feature for our tool's accuracy. Help a brother out please...
Geolocation api edge browsers

2 Answers

0
MD Alamgir Hossain Nahid
Answered 2 days ago
Hello Miguel Gonzalez,
We're seeing major inconsistencies and outright failures with the geolocation api specifically on Microsoft Edge.
I understand the frustration when a core feature behaves inconsistently across browsers. First off, just a quick note on nomenclature: while "geolocation api" is clear, it's typically referred to as the `Geolocation API` (with a capital 'G' and 'API') in documentation. Minor point, but good for consistency. Let's break down the Edge-specific challenges you're encountering.

Edge-specific Quirks, Bugs, or Stricter Policies

Microsoft Edge, being Chromium-based, generally aims for parity with Chrome. However, its deep integration with the underlying Windows Location Services introduces unique variables:
  • Windows Location Services Dependency: Edge relies heavily on the operating system's location services. If these are disabled or restricted at the Windows OS level (Start > Settings > Privacy & security > Location), Edge's browser permissions can be overridden, leading to failures or inaccurate data like 0,0 coordinates or the "Redmond, WA" fallback. Ensure "Location services" is ON and "Allow apps to access your location" is also ON, with Edge explicitly permitted.
  • VPNs and Proxies: While you've likely considered this, system-wide VPNs or proxies can sometimes interfere with Windows' ability to accurately determine location, especially if they're routing all traffic through a remote server. This can lead to IP-based location being reported instead of precise client-side coordinates.
  • Internal Timeouts and Fallbacks: Edge might have stricter internal timeouts or different heuristics for prioritizing location sources (e.g., Wi-Fi triangulation, GPS, cell tower data) before falling back to less precise methods or failing entirely. The accuracy: 0 in your output strongly suggests a failure to obtain any precise data, rather than just a low-accuracy fix.
  • Privacy Settings: Beyond site permissions, Edge has its own privacy settings (`edge://settings/privacy`). Ensure "Allow sites to ask for your location" is enabled. Also, check "System and performance" settings for any options that might implicitly restrict location access for performance reasons.

More Robust Client-Side Approach or Library

There isn't a "magic bullet" library that fundamentally alters how Edge implements the `Geolocation API`. The API itself is standard. The most robust approach for `browser location` accuracy, especially when dealing with browser inconsistencies, is a multi-pronged strategy:
  1. Primary: `navigator.geolocation` with Robust Error Handling: Continue using the native API. However, your error handling needs to be more sophisticated than just catching timeouts. Look at the `GeolocationPositionError.code` (1 for permission denied, 2 for position unavailable, 3 for timeout) and `GeolocationPositionError.message`.
  2. Fallback: IP Geolocation Service: If the `Geolocation API` fails (e.g., timeout, permission denied, or returns `0,0` with `accuracy: 0`), immediately fall back to an IP-based geolocation service. These services provide location based on the user's public IP address, which is highly reliable, though less precise than GPS coordinates. You can integrate a third-party API for this. For example, you could use our What is my IP Address tool's underlying service, or alternatives like `ip-api.com`, `Abstract API`, or `GeoJS`. These services typically provide country, region, city, and sometimes ISP information.
  3. User Input (Optional): For critical applications, consider a manual input fallback where users can type in their city or zip code if all automated methods fail.
By combining `browser location` (when available and accurate) with reliable `IP geolocation` as a fallback, you significantly improve the overall robustness of your "What is My Country?" tool.

Specific Headers or Meta Tags

There are no specific HTTP headers or HTML meta tags that directly influence the `Geolocation API`'s behavior in Edge or any other browser. The primary requirement is that your site must be served over HTTPS. You've already confirmed this, which is good. Browser location permissions are handled at the browser and OS level, not via server headers.

Debugging Steps or Tools Specific to Edge

  1. Edge DevTools - Console & Network:
    • Console: Beyond just the `GeolocationPositionError`, look for any other warnings or errors that might precede or coincide with the location failure. Sometimes, a service worker issue or a content security policy violation (less likely, but possible) could indirectly affect script execution.
    • Network: The `Geolocation API` itself doesn't make explicit network requests that you'd see directly in the DevTools' network tab for location data (it's handled by the browser's internal services). However, if you have any third-party scripts or frameworks trying to access location, monitor their network activity.
  2. Edge Flags (`edge://flags`): Occasionally, experimental features or flags might be enabled that inadvertently affect location services. While unlikely to be the primary cause, it's worth checking if any specific flags related to privacy, security, or platform features are enabled that could be interfering. Resetting to defaults can sometimes help.
  3. Clean Profile Test: Create a fresh Edge user profile (`edge://settings/profiles`) and test your tool there. This helps rule out issues specific to your primary profile's extensions, cached data, or corrupted settings.
  4. Windows Event Viewer: For deeper OS-level diagnostics, the Windows Event Viewer (`eventvwr.msc`) might log errors related to the Windows Location Services if they are failing internally. Look under "Windows Logs" -> "System" and "Application" for relevant entries around the time you test your tool.
0
Miguel Gonzalez
Answered 2 days ago

So, yeah, that bit about Windows Location Services really cleared up the outright failures, big thanks for that! But now, for some users on Edge, even when it *does* work and they grant permission, the accuracy is still pretty rough, like city-level instead of precise coordinates...

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