Daily Technology
·28/01/2026
Apple’s continued release of security patches for aging iPhones and iPads highlights a significant industry trend: extending the software support lifecycle for consumer hardware. Traditionally, devices lose access to new features fairly early, but Apple keeps providing critical security updates for several years beyond feature support, as seen in the recent updates issued for iPhones as old as the 5S (2013) and 6 (2014). This approach helps users maintain access to essential services like iMessage and FaceTime, reducing the urgency to upgrade and extending device longevity. The trend is crucial for device accessibility and sustainability, demonstrated by similar practices from Microsoft with Windows and Google’s longer Chromebook update schedules.
Rather than patching vulnerabilities or adding new functions, Apple’s latest updates refresh expired or expiring security certificates specifically to keep key services operational. According to Apple’s release notes, these updates make sure that core features such as iMessage, FaceTime, and Apple account sign-in continue to function past January 2027, when original certificates would have become invalid. This trend reflects an industry-wide recognition of the importance of service continuity, where companies ensure that even end-of-life products retain access to foundational cloud services. A comparable example is how Google occasionally provides backend updates for older Android versions to sustain Google Play Services compatibility.
Apple’s decision to release simultaneous updates for iOS 12, iOS 15, and iOS 16 reveals another emerging pattern: supporting overlapping generations of operating systems in one coordinated batch. As seen in 2026, devices from a broad hardware range received certificate updates on the same day. This strategy allows companies to address widespread service interruptions efficiently and signals a trend toward unified lifecycle management. Samsung has also begun applying this approach, rolling out security or compatibility batches for several generations of its Galaxy smartphones and tablets concurrently, improving overall user satisfaction.
While most tech companies rarely revisit fully retired operating systems, exceptions are becoming more common when critical functionality is at stake. Apple’s 2026 batch update after years of inactivity for iOS 12 is a prime example, ensuring old devices remain operational for essential communications. This trend of making rare, strategic exceptions is echoed by Tesla, which sometimes issues critical firmware updates for early vehicles well after the official end of support, typically to maintain regulatory or safety compliance or core connectivity.
By maintaining the usability of older devices through targeted updates, Apple reinforces consumer trust and loyalty. Keeping iMessage, FaceTime, and account sign-in working on hardware from as far back as 2013 not only benefits users but also strengthens Apple’s brand reputation for reliability. This cultivation of long-term relationships is mirrored by other companies, such as Nintendo, which recently updated legacy Switch systems for critical network compatibility. For investors and technology professionals, extended support cycles are increasingly becoming a fundamental aspect of hardware value propositions and brand differentiation.









