As the teams prepare to battle it out on the gridiron, fraudsters are waiting to intercept your funds
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Today, FIDO security keys are reshaping the way online accounts are protected by providing an easy, phishing-resistant form of two-factor authentication (2FA) that is trusted by a growing number of websites, including Google, social networks, cloud providers, and many others. To help advance and improve access to FIDO authenticator implementations, we are excited, following other open-source projects like Solo and Somu, to announce the release of OpenSK, an open-source implementation for security keys written in Rust that supports both FIDO U2F and FIDO2 standards.
By opening up OpenSK as a research platform, our hope is that it will be used by researchers, security key manufacturers, and enthusiasts to help develop innovative features and accelerate security key adoption.
With this early release of OpenSK, you can make your own developer key by flashing the OpenSK firmware on a Nordic chip dongle. In addition to being affordable, we chose Nordic as initial reference hardware because it supports all major transport protocols mentioned by FIDO2: NFC, Bluetooth Low Energy, USB, and a dedicated hardware crypto core. To protect and carry your key, we are also providing a custom, 3D-printable case that works on a variety of printers.
“We’re excited to collaborate with Google and the open source community on the new OpenSK research platform,” said Kjetil Holstad, Director of Product Management at Nordic Semiconductor. “We hope that our industry leading nRF52840’s native support for secure cryptographic acceleration combined with new features and testing in OpenSK will help the industry gain mainstream adoption of security keys.”
While you can make your own fully functional FIDO authenticator today, as showcased in the video above, this release should be considered as an experimental research project to be used for testing and research purposes.
Under the hood, OpenSK is written in Rust and runs on TockOS to provide better isolation and cleaner OS abstractions in support of security. Rust’s strong memory safety and zero-cost abstractions makes the code less vulnerable to logical attacks. TockOS, with its sandboxed architecture, offers the isolation between the security key applet, the drivers, and kernel that is needed to build defense-in-depth. Our TockOS contributions, including our flash-friendly storage system and patches, have all been upstreamed to the TockOS repository. We’ve done this to encourage everyone to build upon the work.
We also want to thank our OpenSK collaborators: Adam Langley, Alexei Czeskis, Arnar Birgisson, Borbala Benko, Christiaan Brand, Dirk Balfanz, Dominic Rizzo, Fabian Kaczmarczyck, Guillaume Endignoux, Jeff Hodges, Julien Cretin, Mark Risher, Oxana Comanescu, Tadek Pietraszek
Our Vulnerability Reward Programs were created to reward researchers for protecting users by telling us about the security bugs they find. Their discoveries help keep our users, and the internet at large, safe. We look forward to even more collaboration in 2020 and beyond.
2019 has been another record-breaking year for us, thanks to our researchers! We paid out over $6.5 million in rewards, doubling what we’ve ever paid in a single year. At the same time our researchers decided to donate an all-time-high of $500,000 to charity this year. That’s 5x the amount we have ever previously donated in a single year. Thanks so much for your hard work and generous giving!
Since 2010, we have expanded our VRPs to cover additional Google product areas, including Chrome, Android, and most recently Abuse. We’ve also expanded to cover popular third party apps on Google Play, helping identify and disclose vulnerabilities to impacted app developers. Since then we have paid out more than $21 million in rewards*. As we have done in years past, we are sharing our 2019 Year in Review across these programs.
What’s changed in the past year?
- Chrome’s VRP increased its reward payouts by tripling the maximum baseline reward amount from $5,000 to $15,000 and doubling the maximum reward amount for high quality reports from $15,000 to $30,000. The additional bonus given to bugs found by fuzzers running under the Chrome Fuzzer Program is also doubling to $1,000. More details can be found in their program rules page.
- Android Security Rewards expanded its program with new exploit categories and higher rewards. The top prize is now $1 million for a full chain remote code execution exploit with persistence which compromises the Titan M secure element on Pixel devices. And if you achieve that exploit on specific developer preview versions of Android, we’re adding in a 50% bonus, making the top prize $1.5 million. See our program rules page for more details around our new exploit categories and rewards.
- Abuse VRP engaged in outreach and education to increase researchers awareness about the program, presenting an overview of our Abuse program in Australia, Malaysia, Vietnam, the UK and US.
- The Google Play Security Reward Program expanded scope to any app with over 100 million installs, resulting in over $650,000 in rewards in the second half of 2019.
- The Developer Data Protection Reward Program was launched in 2019 to identify and mitigate data abuse issues in Android apps, OAuth projects, and Chrome extensions.
*The total amount was updated on January 28; it previously said we paid out more than $15 million in rewards.
The league and scores of teams were caught off-guard by the re-emergence of an infamous hacking group
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