Security Blog
The latest news and insights from Google on security and safety on the Internet
Fostering research on new web security threats
4 décembre 2020
Posted by Artur Janc and terjanq, Information Security Engineers
The web is an ecosystem built on openness and composability. It is an excellent platform for building capable applications, and it powers thousands of services created and maintained by engineers at Google that are depended on by billions of users. However, the web's open design also allows unrelated applications to sometimes interact with each other in ways which may undermine the platform's security guarantees.
Increasingly, security issues discovered in modern web applications hinge upon the misuse of long-standing web platform behaviors, allowing unsavory sites to reveal information about the user or their data in other web applications. This class of issues, broadly referred to as cross-site leaks (XS-Leaks), poses interesting challenges for security engineers and web browser developers due to a diversity of attacks and the complexity of building comprehensive defenses.
To promote a better understanding of these issues and protect the web from them, today marks the launch of the
XS-Leaks wiki
—an open knowledge base to which the security community is invited to participate, and where researchers can share information about new attacks and defenses.
The XS-Leaks wiki
Available at
xsleaks.dev
(
code
on GitHub), the wiki explains the principles behind cross-site leaks, discusses common attacks, and proposes defense mechanisms aimed at mitigating these attacks. The wiki is composed of smaller articles that showcase the details of each cross-site leak, their implications, proof-of-concept code to help demonstrate the issue, and effective defenses.
To improve the state of web security, we're inviting the security community to work with us on expanding the XS-Leaks wiki with information about new offensive and defensive techniques.
Defenses
An important goal of the wiki is to help web developers understand the defense mechanisms offered by web browsers that can comprehensively protect their web applications from various kinds of cross-site leaks.
Each attack described in the wiki is accompanied by an overview of security features which can thwart or mitigate it; the wiki aims to provide actionable guidance to assist developers in the adoption of new browser security features such as
Fetch Metadata Request Headers
,
Cross-Origin Opener Policy
,
Cross-Origin Resource Policy
, and
SameSite cookies
.
The Security Team at Google has benefited from over a
decade
of productive collaboration with security experts and browser engineers to improve the security of the web platform. We hope this new resource encourages further research into creative attacks and robust defenses for a major class of web security threats. We're excited to work together with the community to continue making the web safer for all users.
Special thanks to Manuel Sousa for starting the wiki as part of his internship project at Google, and to the contributors to the
xsleaks
GitHub repository for their original research in this area.
Aucun commentaire :
Enregistrer un commentaire
Libellés
#sharethemicincyber
#supplychain #security #opensource
android
android security
android tr
app security
big data
biometrics
blackhat
C++
chrome
chrome enterprise
chrome security
connected devices
CTF
diversity
encryption
federated learning
fuzzing
Gboard
google play
google play protect
hacking
interoperability
iot security
kubernetes
linux kernel
memory safety
Open Source
pha family highlights
pixel
privacy
private compute core
Rowhammer
rust
Security
security rewards program
sigstore
spyware
supply chain
targeted spyware
tensor
Titan M2
VDP
vulnerabilities
workshop
Archive
2024
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2023
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2022
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2021
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2020
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2019
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2018
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2017
déc.
nov.
oct.
sept.
juil.
juin
mai
avr.
mars
févr.
janv.
2016
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2015
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
janv.
2014
déc.
nov.
oct.
sept.
août
juil.
juin
avr.
mars
févr.
janv.
2013
déc.
nov.
oct.
août
juin
mai
avr.
mars
févr.
janv.
2012
déc.
sept.
août
juin
mai
avr.
mars
févr.
janv.
2011
déc.
nov.
oct.
sept.
août
juil.
juin
mai
avr.
mars
févr.
2010
nov.
oct.
sept.
août
juil.
mai
avr.
mars
2009
nov.
oct.
août
juil.
juin
mars
2008
déc.
nov.
oct.
août
juil.
mai
févr.
2007
nov.
oct.
sept.
juil.
juin
mai
Feed
Follow @google
Follow
Give us feedback in our
Product Forums
.
Aucun commentaire :
Enregistrer un commentaire