Introducing Browser Device Performance (BDP) — the missing standard in web execution.
Standard analytics tell you what OS your users have, not how much power they hold.
The Illusion: Both appear as "iOS" in your dashboard.
The Reality: Standard analytics group all these into "iOS", but BDP reveals their true execution tier:
- An iPhone 15 Pro runs natively at BDP 4 (High-End performance).
- An iPhone 12 typically runs at BDP 3 (Mid-Range performance).
- An aging iPhone 8 drops to BDP 2 (Basic performance).
- That same iPhone 8 in Low-Power Mode chokes at BDP 1 (Entry-Level performance).
BDP reveals the true hardware execution capacity of your audience across 4 performance tiers, exposing the hidden bottlenecks of your web apps.
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Fast network delivery means nothing if the local device chokes on execution. You’ve optimized your CDNs, images, and code but mid-range and legacy CPUs still lack the physical power to process them. This creates a hidden execution gap and fatal rendering delays that standard APMs completely miss. We map exactly where your users’ hardware gives up.
Free tools like Lighthouse rely on synthetic lab environments that don't reflect physical reality. ScaleDynamics is built entirely on proprietary Real User Measurement (RUM), capturing the actual execution ceiling of the devices hitting your site.
The SpeedPower™ Benchmark: We map raw execution capacity for JavaScript, WebAssembly (WASM), and AI/Visual tasks (WebGPU/OpenGL) in real-time. Test your own device's SpeedPower score!
By deploying a passive, ultra-lightweight (10KB) script, we capture deeply scientific, browser-level metrics without affecting your Core Web Vitals.
Protect your conversion rates by mapping your data precisely across 4 physical BDP tiers.
Drop our asynchronous, zero-impact script into your codebase. After 7 days of live traffic monitoring, we deliver a conclusive engineering baseline, mapping your business metrics directly against the physical computing reality of your users' browsers.
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Discover the true split of your audience across the 4 BDP segments, mapped geographically to reveal your TAM's physical hardware capacity.
Measure the exact milliseconds of processing delay experienced across different BDP classes, moving beyond standard network metrics.
Track the undeniable correlation between lower BDP segments and severe drop-offs in conversion and return rates.
Break down BDP across iPhone, Android, and Desktop to shatter the OS illusion and see the "true" execution power of your users' devices.
Know exactly what percentage of your traffic has the hardware capability to support Next-Gen local AI inference (WebNN/WebGPU/WebGL).
If you choose to upgrade to a continuous data subscription or custom analytics integration within 30 days of your audit,100% of the audit fee will be credited backtoward your implementation.
Don't replace your trusted dashboards. Add the BDP metric as a new dimension into your existing analytic stack to instantly inject device performance context into your existing dashboards to confidently drive your product roadmap with factual data.
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Stop wondering why carts are abandoned. Overlay BDP onto your existing conversion funnels to see exactly where capable buyers are being blocked by their own hardware.
Give your engineering team an objective, physical baseline. Instantly isolate whether a performance drop is a network anomaly or a heavy JavaScript bundle choking mid-range CPUs.
Stop paying premium ad rates for traffic that cannot physically convert. Route lower-tier devices to lighter, optimized landing pages to drastically improve your Return on Ad Spend (ROAS).
Compatible with your analytics framework
Once you know your Browser Device Performance baseline, standard optimizations (image compression, code splitting) will only get you so far. If you are running a heavy JavaScript application (React, Vue, SPAs), you will eventually hit the browser performance limits of your users' devices.
Get your tracking script and start mapping your Browser Device Performance today.