Google has introduced a 2029 timeline for its migration to post-quantum cryptography (PQC).
As a crypto investor, I’ve been following the quantum computing threat closely. The latest news shows three key things are coming together: they’re actually making progress building the hardware, they’re getting better at fixing the errors that inevitably happen with quantum computers, and they’re starting to figure out how much computing power it would *really* take to break current encryption. Basically, the timeline for when quantum computers could pose a risk to crypto is becoming clearer.
As someone deeply involved in both quantum computing and post-quantum cryptography, I believe it’s crucial for us to be proactive and set a clear roadmap for the future. We’re aiming to lead the way, not just for Google, but to encourage the whole industry to move forward with these important digital updates quickly and efficiently. It’s about creating a sense of urgency and making sure everyone understands what needs to be done.
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The company has significantly changed how it thinks about security threats. A major concern now is that encrypted data could be stolen and saved by attackers, with the intention of decrypting it in the future when quantum computers become strong enough to break the encryption.
Digital signatures could become vulnerable in the future, but we can prepare by switching to post-quantum cryptography *before* powerful quantum computers become available. Because of this, Google is focusing on updating its authentication systems and encourages other teams to do the same.
The company confirmed its schedule by demonstrating a concrete result. Google announced that Android 17 will include enhanced security through a new digital signature system called ML-DSA. This system, which is based on a standard developed by the National Institute of Standards and Technology (NIST), uses a cutting-edge method called Post-Quantum Cryptography to protect users.
We’re continuing to give our customers access to the latest post-quantum cryptography (PQC) technology. This builds on our existing PQC support in Google Chrome, our PQC solutions for the cloud, and our advice to leaders as they explore PQC implementation.
This news comes at a critical time for keeping blockchain systems secure. While the Ethereum Foundation plans major updates to its core technology by 2029, many experts believe the risk from quantum computing is still more than ten years off.
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2026-03-26 08:56