Tag Archives: Qualcomm

Avast to demonstrate mobile security app with Qualcomm at Mobile World Congress 

qualcomm-logo

New machine learning-powered malware detection technology identifies zero-day and transformational malware threats at the processor level.

Avast Software was selected by Qualcomm Technologies, Inc. as the lead mobile security service to integrate Qualcomm® Snapdragon™ Smart Protect, a behavioral analysis-based, anti-malware technology that utilizes technology from the Qualcomm® Zeroth™ Machine Intelligence Platform to detect mobile malware threats to smartphone security and personal privacy in real-time. Qualcomm Technologies and Avast will be demonstrating this mobile security solution at Mobile World Congress next week in Barcelona.

Mobile malware is on the rise 

Avast currently has over two million malicious samples in its mobile threat detection database. Every day, Avast detects 12,000 new, unique mobile malware samples and each quarter about 15% of mobile users worldwide encounter mobile malware.

With the growing use of mobile devices and the valuable data they contain, malware developers increasingly target mobile users. One example of mobile malware is ransomware, which locks a device or the data on it and demands a ransom to unlock the device. Adware is also spreading on mobile. Adware often comes in the form of a gaming or entertainment app that seems harmless, but what users are unaware of is that the adware is using their infected device to click on ads. In 2015, Avast also detected new forms of mobile spyware which intrude on users’ privacy and collect their data. In addition to mobile malware, potential exploits in the Android operating system such as Stagefright put users at risk.

“With threats increasing every day, OEMs and mobile operators need to protect their users in real-time,” said Gagan Singh, president of mobile at Avast. “Snapdragon Smart Protect provides security at the processor level, which is designed to improve customer privacy and protect them from rogue applications, zero day attacks, and ransomware.  We are proud to have worked with Qualcomm Technologies on this effort.”

“Snapdragon Smart Protect is engineered to support real-time, accurate detection of zero-day and transformed mobile malware,” says Sy Choudhury, senior director of product management, Qualcomm Technologies, Inc. “The combination of Qualcomm Technologies’ dynamic, behavior-based malware analysis of Snapdragon Smart Protect and the core malware analysis delivered by Avast enables very powerful and comprehensive security and privacy protection for device users.”

Traditional security software is limited to scanning and monitoring software behavior at the application layer level. Snapdragon Smart Protect utilizes Qualcomm Technologies’ Zeroth machine learning technology to detect and classify a broader range of mobile malware at the processor level to achieve an even higher level of protection. While consumers will benefit from better protection, OEMs and mobile operators will benefit from reducing the risk of data leakage and malware attacks for their users.

Snapdragon Smart Protect is available to handset OEMs now on the Snapdragon 820 processor, and is expected to be supported by additional Snapdragon SoCs later this year. The first commercial devices with Snapdragon Smart Protect are expected in the first half of 2016.

AVG demonstrates robust anti-theft solution in partnership with Qualcomm

Losing a smartphone means so much more than the cost of the device itself – personal and business information, messages, emails, contacts and social networking profiles may all be potentially compromised. When you add banking and shopping apps, the financial costs and associated risks can also escalate significantly.

That’s why we’re pleased to announce that AVG is working with Qualcomm Technologies, Inc., a leading supplier of semiconductors to the mobile industry, to expand the functionality of our applications to include Qualcomm SafeSwitch kill switch technology on devices with select Snapdragon chipsets.

Unlike other anti-theft alternatives, SafeSwitch provides a robust yet reversible kill switch solution that locks the device at the chip level, rendering it unusable and extremely difficult to crack. SafeSwitch also helps protect user privacy by encrypting the device’s storage, making it very difficult for attackers to obtain any personal or privileged information from a stolen device.

Any attempt to replace the SIM card, perform a factory reset or brute force the passcode will lock down the device and render it temporarily unusable. After locking, the device owner can unlock the device and restore it to its pre-locked condition by entering the master passcode.

AVG and Qualcomm conducted a demonstration of the SafeSwitch solution on a device incorporating Qualcomm’s premium-tier Snapdragon 810 chip at the 5th Annual International Cybersecurity conference held in Tel Aviv, Israel, June 22nd -25th, 2015.

Following the conference, AVG and Qualcomm Technologies will continue working together to offer a joint end-to-end commercial solution later this year.

Three Exciting Things In: Connected Cars

The motor industry is one of the most innovative spaces in business right now. From driverless technology to remote access and electronic cars, there is an abundance of exciting technology that promise to make a real difference to the way to move around our lives.

 

Augmented Reality Driving Goggles

Covered in this fascinating Wired article, these driving goggles (seen above) are being developed by the automaker Mini and have the potential to change the way we drive for good.

Mini Goggles

Headsup display: Make sure the most important information is available to you wherever you’re looking with speed and directions fed directly into the goggles.

Zero latency: Using special technology to predict how your head will move, the goggles approach to close to “zero latency” meaning that the augmented images displayed in the goggles are happening in real time.

Look through walls: By using cameras and microphones outside of the vehicle, you can look straight through the frame of the car to see potential hazards.

 

 

Remote Control Parking:

BMW recently revealed that they have developed remote control parking for the 2016 BMW 7 Series.

Video

2016 BMW 7 Series

 

But that’s not all, BMW are looking to change “interaction between the driver and the car” by introducing in-car gesture control to the 7 series and improved voice commands. This means no more fiddling with that radio or satnav.

BMW Gesture Control

 

 

Wireless Car Charging

Electronic cars are slowly but surely making their way into the mainstream. One of the largest obstacles to their adoption is the lack of charging stations. A research team at Qualcomm  has developed a wireless form of charging for electronic cars that could potentially make it much easier to charge vehicles.

Using inductive charging, the electronic car will charge wirelessly when parked over a magnetic plate.

Inductive charging

 

Inductive technology has only recently taken off in the consumer space with wireless smartphone charging stations so don’t expect to see these on the road any time soon.

 

The importance of privacy

As these three exciting technologies demonstrate, the Internet of Things is growing and advancing at an incredible rate. It’s important though to ensure that we are building and developing advanced functionality with privacy and security in mind.

The benefits of smart, connected vehicles are obvious for all to see but as AVG has highlighted several times already, vulnerabilities in system security can pose real risks to human safety and property damage.