Security Blog
The latest news and insights from Google on security and safety on the Internet
Safe Browsing: Protecting more than 3 billion devices worldwide, automatically
11 de setembro de 2017
Posted by Stephan Somogyi, Safe Browsing Emeritus and Allison Miller, Security & Privacy
[Cross-posted from
The Keyword
]
In 2007, we
launched
Safe Browsing, one of Google’s earliest anti-malware efforts. To keep our users safe, we’d show them a warning before they visited a site that might’ve harmed their computers.
Computing has evolved a bit in the last decade, though. Smartphones created a more mobile internet, and now AI is increasingly changing how the world interacts with it. Safe Browsing also had to evolve to effectively protect users.
And it has: In May 2016, we announced that
Safe Browsing
was protecting more than 2 billion devices from badness on the internet. Today we’re announcing that Safe Browsing has crossed the threshold to 3 billion devices. We’re sharing a bit more about how we got here, and where we’re going.
What is Safe Browsing?
You may not know Safe Browsing by name, since most of the time we’re invisibly protecting you, without getting in the way. But you may have seen a warning like this at some point:
This notification is one of the visible parts of Safe Browsing, a collection of Google technologies that hunt badness—typically websites that deceive users—on the internet. We identify sites that might try to phish you, or sites that install malware or other undesirable software. The systems that make up Safe Browsing work together to identify, analyze and continuously keep Safe Browsing’s knowledge of the harmful parts of the internet up to date.
This protective information that we generate—a curated list of places that are dangerous for people and their devices—is used across many of our products. It helps keep search results safe and keep ads free from badness; it’s integral to Google Play Protect and keeps you safe on Android; and it helps Gmail shield you from malicious messages.
And Safe Browsing doesn’t protect only Google’s products. For many years, Safari and Firefox have protected their users with Safe Browsing as well. If you use an up-to-date version of Chrome, Firefox or Safari, you’re protected by default. Safe Browsing is also used widely by
web developers
and
app developers
(
including Snapchat
), who integrate our protections by checking URLs before they’re presented to their users.
Protecting more people with fewer bits
In the days when web browsers were used only on personal computers, we didn’t worry much about the amount of data Safe Browsing sent over the internet to keep your browser current. Mobile devices changed all that: Slow connections, expensive mobile data plans, and scarce battery capacity became important new considerations.
So over the last few years, we’ve rethought how Safe Browsing delivers data. We built new technologies to make its data as compact as possible: We only send the information that’s most protective to a given device, and we make sure this data is compressed as tightly as possible. (All this work benefits desktop browsers, too!)
We initially introduced our new mobile-optimized method in
late 2015 with Chrome on Android,
made it
more broadly available in mid-2016
, when we also started a
ctively encouraging Android developers
to integrate it. With the release of iOS 10 in September 2016, Safari began using our new, efficient Safe Browsing update technology, giving iOS users a protection boost.
Safe Browsing in an AI-first world
The internet is at the start of another major shift. Safe Browsing has already been
using machine learning
for
many years
to detect
much badness
of
many kinds
. We’re continually evaluating and integrating cutting-edge new approaches to improve Safe Browsing.
Protecting all users across all their platforms makes the internet safer for everyone. Wherever the future of the internet takes us, Safe Browsing will be there, continuing to evolve, expand, and protect people wherever they are.
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