LineageOS 24 Brings Android 17 and Power-User Freedom to Older Hardware, Leaving Pixel OS in the Dust

Long-time Android enthusiasts have long known that purchasing a handset does not mean locking yourself permanently into the stock operating system provided by the manufacturer. When the default user experiences offered by Pixel OS, OneUI, or OxygenOS fail to meet expectations, power users have traditionally turned to a robust ecosystem of alternative options. Among the most fascinating and enduring pillars of this community is LineageOS, a project that is rapidly approaching its tenth anniversary as one of the longest-running custom ROMs in the entire Android world. Built meticulously upon the foundations of the Android Open Source Project (AOSP), LineageOS serves a dual purpose: it breathes new life into older hardware that has been abandoned by official manufacturer support windows, and it aggressively strips away the telemetry, bloatware, and unnecessary friction that frequently accompany typical mainstream Android builds.

More importantly, LineageOS offers the kind of granular, uncompromising customization that Google has staunchly refused to provide to Pixel owners since taking its hardware ecosystem completely mainstream a few years ago. After a recent experiment that involved wiping Google entirely from a Pixel 6 to push the limits of mobile privacy with GrapheneOS, tech journalist and long-time mobile enthusiast Jesse Hollington decided to explore the new ground broken by LineageOS 24. The resulting experience has offered a stark contrast, ultimately making the default Pixel OS look more limited and restrictive than ever.

OTA Updates That Fly

For years, users within the Google ecosystem have grown accustomed to watching their Pixel devices sit frozen on an "Optimizing" screen for nearly an hour following every minor monthly security patch. While this update procedure has seen incremental improvements with the advent of Android 17, it still fails to compare to the sheer efficiency demonstrated by the LineageOS development team.

To properly test the platform’s overhauled streamed updater, a recent build of LineageOS 24 was installed to measure the exact duration required to transition to a newer nightly build. The process was not only drastically faster—completing the entire transition in under five minutes—but LineageOS also won praise for providing complete transparency regarding what is happening under the hood at every stage of the installation.

By contrast, the update mechanism utilized by Pixel OS can often feel ridiculously opaque. While that lack of visibility is entirely acceptable for the average everyday consumer who simply wants their phone to work without intervention, power users frequently prefer to understand the inner workings of their operating system. LineageOS accommodates this preference by granting direct access to comprehensive changelogs and clear, step-by-step progress metrics rather than forcing users to stare at a vague, uninformative progress bar.

Underneath the hood, LineageOS 24 utilizes the exact same streamed update methodology found in standard Pixel OS. The critical differentiator is that Google deliberately throttles the user experience and forces a lengthy, resource-intensive post-install optimization process. LineageOS, conversely, steps entirely out of the way, allowing the hardware to perform at maximum capacity and letting the update run at full speed.

A Music Player for the Non-Streaming Generation

In an era dominated by ubiquitous cloud streaming services, users who prefer to physically own their local media libraries often find themselves marginalized by modern mobile operating systems. LineageOS deliberately caters to this demographic, proving that the platform respects users who prefer local file ownership over subscription models.

Long-time mobile veterans often recall Google Play Music fondly. Long before Apple Music entered the space, Google maintained a pioneering cloud-based service that allowed users to seamlessly store, manage, and stream their own uploaded music collections. Tragically, Google eventually dismantled that ecosystem and replaced it with YouTube Music. While YouTube Music technically retains the capability to play local audio files, the user experience is notoriously cumbersome and unrefined, quickly driving listeners to seek out alternative solutions.

While the Google Play Store is filled with third-party audio applications, LineageOS solves this problem out of the box by bundling its own dedicated stock music application, known as Twelve. The app features a clean, modern design language aligned with Material Design 3 Expressive, but its most vital attribute is its native ability to seamlessly ingest and play local music collections, whether stored in lossless FLAC formats or traditional MP3 files.

Furthermore, Twelve includes robust, out-of-the-box support for self-hosted media solutions such as Jellyfin, Subsonic, and OpenSubsonic servers. This allows users to stream their personal music libraries while on the go without consuming precious on-device storage space and without paying monthly fees to a third-party corporate streaming provider. To sweeten the deal further, LineageOS pairs Twelve with AudioFX, providing a comprehensive system-wide equalizer to fine-tune the audio output.

Unclouded Photos

LineageOS applies the same philosophical approach to photography as it does to audio, successfully liberating user media from mandatory cloud storage ecosystems and the constant monetization upsells that accompany them. Anyone who has monitored the evolution of Google Photos in recent years will recognize that the platform is gradually transforming into a bloated, feature-heavy repository. This shift can feel particularly intrusive since Google Photos serves as the default native gallery application across Pixel OS.

While cloud backups remain convenient for safeguarding irreplaceable memories against hardware loss, modern cloud gallery apps have increasingly shifted their primary focus away from simple image organization. Today, they heavily emphasize aggressive AI editing prompts, automated server-side creations, and algorithmic, auto-generated "Memories."

Users who simply want to browse their local image libraries, organize folders, or perform basic tasks like cropping a screenshot are often forced to wade through layers of cloud integration. LineageOS addresses this friction directly through its native Glimpse gallery application and its complementary Canvas image editor.

The Glimpse gallery app is engineered to be blazingly fast, allowing users to scroll and swipe through large photo libraries entirely free of lag or stutter. It remains refreshingly bare-bones by deliberate design, functioning primarily as a fast reader of local image folders without unnecessarily layering on complex metadata or cloud synchronization prompts. Meanwhile, Canvas serves as Glimpse’s streamlined native image editor, sharing the same clean Material Design 3 Expressive aesthetic. It enables users to quickly crop photos, adjust white balance, and apply basic filters without steering them toward server-side artificial intelligence tools.

Secure Local Backups

When it comes to data preservation, Google’s primary solution for the Pixel ecosystem relies heavily on Google Drive integration. While this approach functions adequately for users who subscribe to paid Google One tiers, it quickly consumes the limited 15 gigabytes of complimentary cloud storage that Google provides to standard accounts. Furthermore, the operating system still lacks native, robust support for backing up a smartphone’s complete state directly to local physical storage.

LineageOS bridges this functional gap by deeply integrating Seedvault directly into its core system settings. This integration enables users to execute comprehensive, full-system backups that are fully encrypted and protected using a secure mnemonic phrase. These backups can be routed directly to an attached USB-C flash drive, a self-hosted Nextcloud instance, or any compatible WebDAV server.

Users can even configure automated backup schedules to trigger whenever a designated storage drive is plugged directly into the device. Although Seedvault continues to carry an experimental designation, its underlying architecture attempts to capture virtually all accessible data on the handset, including persistent data from applications that traditionally refuse to cooperate with conventional third-party backup utilities.

Classic Power User Tweaks

No thorough examination of LineageOS is complete without highlighting its extensive array of advanced system settings and deep customization toggles. Now rebased entirely on the foundation of Android 17, LineageOS 24 establishes itself as an exceptional alternative for anyone who finds the rigid constraints of Pixel OS overly limiting.

Among these advanced capabilities is a robust, built-in per-app firewall. This feature allows users to granularly block Wi-Fi and cellular data access for individual applications at the system level, eliminating the need to install resource-heavy third-party VPN firewall utilities. Other thoughtful quality-of-life additions include hardware shortcut customizations, such as utilizing physical volume buttons to skip music tracks while your hands are buried in pockets during freezing weather.

Another fan-favorite utility is Caffeine, a lightweight tool that temporarily prevents the display from going to sleep when a user needs to keep the screen active while following a cooking recipe, bypassing the need to continuously dive into the main Display settings menu.

Breathing New Life into Aging Hardware

LineageOS 24 successfully preserves everything that made the historical custom ROM community great while refining those concepts for modern hardware. Most impressively, the operating system runs with exceptional fluidity on aging devices like a five-year-old Pixel 6, arriving precisely as Google’s official software support window for the handset officially expires.

The poignant irony of the situation is that there are no insurmountable technical barriers preventing Google from integrating many of these core productivity and privacy features directly into standard Pixel OS. The omission appears to be a deliberate choice rather than a technical limitation. Local backups do not drive subscriptions for Google One cloud storage, and unclouded, locally managed photo libraries do not feed data into corporate AI processing pipelines.

Regardless of corporate motivations, the continued existence of projects like LineageOS ensures that power users retain a viable alternative to fill these functional voids. Given Google’s extensive historical track record of observing and eventually adopting the best ideas originating from the open-source community, there remains a persistent glimmer of hope that official operating systems may eventually borrow a page from the LineageOS playbook.