Android updates don't matter anymore, and it's all Google's fault

At a glance:

• Android updates are losing importance as Google delivers key features through Play Store apps instead of OS versions
• AI features like Gemini Intelligence now require flagship hardware, excluding most budget and mid-range phones
• Only Pixel 10 series and select Samsung S26 models will support the latest AI capabilities

The shift from OS updates to app-based features

For years, Android updates were major events that brought exciting new features to phones. Users anticipated each new version, knowing it would unlock capabilities that could fundamentally change how they interacted with their devices. But that era has largely passed, and Google is largely responsible for this transformation.

The article points out that recent Google features like Gemini (launched in 2023 alongside Android 14) actually require a minimum of Android 9.0 Pie from 2018. Similarly, Ask Maps and Ask Photos work on Android 8.0 Oreo from 2017. This represents a fundamental shift where Google is decoupling its most innovative features from the core Android OS, instead delivering them through standalone apps that can be updated independently.

This approach contrasts sharply with Apple's philosophy, where core applications like Messages, Camera, and Safari are updated only through full iOS system updates. While this means iOS users must update their entire operating system to access new features, Android users can receive feature updates through the Play Store without waiting for carrier and manufacturer approval cycles.

Why app-based updates are changing the game

Google and most Android manufacturers have embraced the app-store model for system updates, recognizing it as more efficient than traditional OTA updates. Bug fixes and feature additions can be deployed rapidly through the Play Store, reaching every compatible Android phone seamlessly without requiring users to download multi-gigabyte system files and reboot their devices.

This method also bypasses the lengthy process where OEMs must prepare updates for the dozens of phones they support. Instead of each manufacturer customizing and testing Android versions for their specific hardware, they can focus on delivering timely security patches while letting Google handle feature development through its app ecosystem.

The security implications are significant. Google, Samsung, and other OEMs now release security patches independently of major OS updates, and Google's Play System Updates deliver additional protections directly from the Play Store on phones running Android 10 or newer.

Hardware requirements are becoming the new gatekeeper

However, Google's recent strategy has created a new problem: hardware requirements are becoming increasingly stringent for the best features. The upcoming Gemini Intelligence feature, showcased during The Android Show in May 2026, requires an extraordinary combination of specifications:

• A flagship processor
• At least 12GB of RAM
• Android 17
• Android AICore
• Gemini Nano v3 or higher
• Seven years of major Android upgrades
• Six years of security patches

These requirements are so strict that only the Pixel 10 series (excluding the 10a) will qualify, while even the $2,900 Galaxy TriFold won't meet the cut. Samsung's S26 handsets and select OnePlus and Honor models will also be compatible, but this represents a tiny fraction of the Android device ecosystem.

The devaluation of budget and mid-range devices

This hardware-first approach effectively devalues Google's own budget Pixel lineup and similar devices from other manufacturers. Where once a seven-year software support commitment meant users would have access to cutting-edge features, now those same users may find themselves locked out of the most important innovations.

The author notes that in a market where memory pricing is already out of control and hardware costs continue rising, Google is making high-end hardware essential for the best Android experience. This represents a departure from Android's historical role as the accessible, democratized mobile platform that brought smartphone capabilities to budget-conscious consumers.

The concern extends beyond just current devices. If Pixel 9 users are being locked out of important features so soon, what does this mean for Pixel 10 series owners? Will they face similar exclusions in future updates? The article questions whether seven years of Android updates still matter when the best features aren't included in those commitments.

What this means for the future of Android

While Android updates still bring meaningful improvements—Android 17's app bubbles and Material 3 Expressive on Android 16 and 17—the excitement factor has diminished considerably. Major updates no longer serve as the primary vehicle for innovation, and most new features don't require them.

This shift reflects broader changes in how mobile software is developed and distributed. Rather than waiting for annual OS releases, developers can push updates continuously through app stores. However, the flip side is that device capability, not just software support, increasingly determines access to new features.

For consumers, this means the importance of checking hardware specifications before purchasing a phone has never been greater. The traditional advice of choosing a phone based on camera quality, battery life, or design must now also consider whether those devices will support future AI and software features.

The long-term implications suggest that Android's open, accessible nature may be evolving into something more exclusive. As AI features become more sophisticated and resource-intensive, only the newest and most powerful devices will qualify for the latest innovations, potentially fragmenting the Android ecosystem in ways that hurt everyday users.