Security Blog
The latest news and insights from Google on security and safety on the Internet
Protecting users from repeatedly dangerous sites
8 de novembro de 2016
Posted by Brooke Heinichen, Safe Browsing Team
Since 2005, Safe Browsing has been protecting users from harm on the Internet, and has evolved over the years to adapt to the changing nature of threats and user harm.
Today, sites in violation of Google’s
Malware
,
Unwanted Software
,
Phishing, and Social Engineering Policies
show warnings until Google verifies that the site is no longer harmful. The verification can be triggered automatically, or at the request of the webmaster via the
Search Console
.
However, over time, we’ve observed that a small number of websites will cease harming users for long enough to have the warnings removed, and will then revert to harmful activity.
As a result of this gap in user protection, we have adjusted our policies to reduce risks borne by end-users. Starting today, Safe Browsing will begin to classify these types of sites as “
Repeat Offenders
.” With regards to Safe Browsing-related policies, Repeat Offenders are websites that repeatedly switch between compliant and policy-violating behavior for the purpose of having a successful review and having warnings removed. Please note that websites that are hacked will not be classified as Repeat Offenders; only sites that purposefully post harmful content will be subject to the policy.
Once Safe Browsing has determined that a site is a Repeat Offender, the webmaster will be unable to request additional reviews via the Search Console for 30 days, and warnings will continue to show to users. When a site is established as a Repeat Offender, the webmaster will be notified via email to their registered Search Console email address.
We continuously update our policies and practices to address evolving threats. This is yet another change to help protect users from harm online.
Nenhum comentário :
Postar um comentário
Marcadores
#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
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2023
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2022
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2021
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2020
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2019
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2018
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2017
dez.
nov.
out.
set.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2016
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2015
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
jan.
2014
dez.
nov.
out.
set.
ago.
jul.
jun.
abr.
mar.
fev.
jan.
2013
dez.
nov.
out.
ago.
jun.
mai.
abr.
mar.
fev.
jan.
2012
dez.
set.
ago.
jun.
mai.
abr.
mar.
fev.
jan.
2011
dez.
nov.
out.
set.
ago.
jul.
jun.
mai.
abr.
mar.
fev.
2010
nov.
out.
set.
ago.
jul.
mai.
abr.
mar.
2009
nov.
out.
ago.
jul.
jun.
mar.
2008
dez.
nov.
out.
ago.
jul.
mai.
fev.
2007
nov.
out.
set.
jul.
jun.
mai.
Feed
Follow @google
Follow
Give us feedback in our
Product Forums
.
Follow
Nenhum comentário :
Postar um comentário