Google is preparing to launch the “Android 17” system with unprecedented security updates, aiming to protect smartphones from expected threats with the development of quantum computing, a technology that may make current encryption weak or ineffective in the near future. This proactive move comes as part of Google’s overall effort to update system-wide security standards before high-performance quantum computers become a commercial reality.
Google’s “Android 17” focuses on introducing post-quantum cryptography (“Post-Quantum Cryptography – PQC”), one of the most important transformations in the history of digital systems security, with the aim of protecting data and digital signatures from future quantum computing capabilities. It is expected that the quantum-resistant features will begin to be implemented first in the beta versions of “Android 17” and then in the expected final version. The updates include introducing algorithms such as “ML-DSA” (Quantum Resistant Digital Signature Algorithm) into the Android platform to protect the integrity verification chain of the system and applications, making them resilient to quantum counterfeiting attempts.
Updates in “Android 17” are more than just introducing advanced encryption, they include strengthening the chain of trust from the moment the device is turned on (“Verified Boot”) so that it uses future-proof digital signatures to protect the boot process from any unauthorized modification, as well as developing the key storage system (“KeyMint”) and integrating a new remote verification (“Remote Attestation”) architecture compatible with post-quantum standards.
Android 17 also makes app certificates and all their associated signatures resilient to future crypto-breaking capabilities, which is especially important for app developers, who will soon be required to comply with these new standards when publishing their apps on the Google Play Store.
Google emphasizes in its statements that preparing for the “post-quantum” era does not mean that the risk has already been realized, but rather it is a proactive, long-term investment in the security of digital systems. The company has set an initial goal to complete the comprehensive transition towards quantum-resistant security standards by 2029, which shows how seriously it is taking this upcoming challenge. Google also indicated that the threat is not limited to phones only, but extends to all forms of digital encryption on which the global infrastructure depends in communications and financial transactions, which makes updates such as those in “Android 17” an important addition to the path of comprehensive digital security.
Besides post-quantum security features, reports also indicate that the current beta version of “Android 17” includes new privacy elements such as blocking unencrypted data traffic by default and encouraging hybrid encryption in communications, as well as new restrictions on some application programming interfaces (“APIs”) to prevent their misuse in data theft.
