The PWA question is usually framed as a cost saving, and it can be one. But the decision should turn on capability and distribution, not budget - because choosing a PWA to save money and then discovering you need a capability it cannot provide costs far more than building native in the first place.
01What a PWA genuinely gives you
One codebase serving mobile and desktop, no store review, and the ability to ship a fix in minutes rather than waiting on review and user updates. For products that iterate quickly or need to correct errors fast, that release velocity is a real advantage rather than a consolation.
No install friction matters more than teams expect. A link that opens working software converts substantially better than a link that opens a store listing, particularly for first-time or low-commitment users.
Discoverability through search rather than store optimisation suits products where people are looking for a solution rather than a brand.
02Where the line actually is
The capability gap has narrowed but has not closed, and the remaining gaps are not evenly distributed across platforms.
| Capability | PWA | Native |
|---|---|---|
| Push notifications | Supported, with platform caveats and lower reliability | Full, with rich payloads |
| Background work | Very limited and aggressively throttled | Supported within platform rules |
| Hardware and sensors | Camera and location yes; Bluetooth, NFC and health data patchy | Full access |
| Offline | Service worker caching, workable | Full local database |
| Distribution | URL, no store listing | Store presence, harder to reach |
| In-app purchase | Your own payment rail | Platform billing, with the platform fee |
03The hybrid that usually wins
The most common good answer is not one or the other. Ship the PWA for reach and iteration, and build native only for the surface that genuinely needs it.
This works well when the native app is a thin shell around a capability - a scanner, a device integration, an offline field workflow - while the majority of the product stays on the web. It fails when the shell duplicates the whole product, at which point you are maintaining two of everything.
The failure mode to avoid is wrapping your entire web app in a native container and shipping it to the stores. Review guidelines discourage it, users notice, and you get the constraints of both models with the advantages of neither.
04How this usually resolves
Consumer products with broad reach, fast iteration and no deep hardware needs are well served by a PWA. Products that depend on background processing, sensors, or platform billing are native decisions and treating them otherwise wastes a release cycle.
If you are genuinely unsure, ship the PWA first. Migrating a proven product to native later is a known cost; discovering after a native build that you did not need one is a sunk one.
Topics
Lena Voss
Lead Architect · SyncTrix
Writes about the engineering decisions behind production systems - architecture, delivery and the trade-offs that only show up at scale.
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