Home + Mobile

You have probably seen or heard news reports about STEM education (Science, Technology, Engineering, and Math), and how important STEM jobs are for the economy; or maybe you’ve heard reports on schools that are making strides to improve their STEM programs for kids. It’s important for parents with school-aged children to fully understand what a STEM education is and why access to STEM learning resources is so critical.  

STEM education, which is rooted in a strong foundation in the disciplines of science and math, is traditionally a part of any student’s curriculum. But a truly effective STEM education focuses on the interdisciplinary layering of these disciplines into the larger educational picture. When applied appropriately, effective STEM learning is integrated across subject areas, which taps into a child’s natural curiosity, providing them with an outlet for their creative energy. 

Check out some more tips on what you can do to help create the STEM leaders of tomorrow.

Why is STEM important for kids?

STEM isn’t just a buzzword acronym. The data shows a real impact when a child is exposed to STEM activities or programs. Here are just a few of ways kids are benefiting from STEM learning. 

• College Readiness: A recent study from ACT shows that teenagers with an expressed interest in STEM display significantly higher levels of college readiness than their uninterested cohort.  

• Workforce Opportunity: Humanity will always need engineers, and STEM workforce growth will always reflect that need. Since 1990, STEM employment has  grown by nearly 80%, and the sector expects to see an additional 8.9% in growth before 2024. Even better, STEM workers earn around 26% higher salaries than others. Even if they don’t end up working in a traditionally STEM-focused field, people with STEM degrees tend to earn more on average across the board. 

• American Infrastructure: It’s no secret that we have a shortage of STEM workers in the United States. In fact, of the 970,532 STEM-interested students polled in the ACT survey, only 5,839 indicated a plan to pursue a degree in a STEM field. With less than one percent of STEM-interested students pursuing the field, this leaves the future of our country’s digital infrastructure in potential peril. Consider this: China has a ratio of roughly one STEM grad for every 293 citizens, while the United States has one STEM grad for every 573 citizens. As it stands, we have roughly half the engineering power as our main economic rival, with no sign of bridging the gap. 

Getting kids involved in STEM

STEM may seem intimidating to introduce to a young child, but it’s such a diverse field in which you can find several points of entry. Many existing extracurricular activities have already integrated STEM initiatives. One notable example is the Girl Scouts of America’s pledge to bring 2.5 million young women into the STEM pipeline by infusing their existing programs with STEM education projects. Many local and national programs are also focused on engaging children in STEM. If you’re having trouble finding such programs in your area, don’t forget the valuable resource that is your local library. They can often help you find a few relevant activities around town. 

STEM at Home

You don’t have to wait for a STEM program to begin encouraging your child’s curiosity. Many simple, safe, and fun STEM projects can be worked on at home, like fun games or building toys (like creating magnetic slime or the engineering of simple robots). Finding at-home STEM activities to do with your child is an excellent first step toward giving them a solid foundation in STEM principles and nurturing their interest. 

Creating a new generation of scientists, engineers, and inventors is important for all of us. Here at Webroot, we partnered with the Air Force Association’s CyberPatriot program to engage with Denver-area students around the topics of STEM and cybersecurity awareness, and we’re continuing thisinitiative again this year in honor of National Cyber Security Awareness Month in October. By engagingwith students in our community, we hope to plant the seeds that will encourage students to explore future opportunities in cybersecurity and IT.  

How are you applying STEM education to your child’s life? Find ways to get involved in National CyberSecurity Awareness Month here. 

An unfortunate reality of all smart devices is that, the smarter they get, and the more integrated into our lives they become, the more devastating a security breach can be. Smart cars are no exception. On the contrary, they come with their own specific set of vulnerabilities. Following high-profile incidents like the infamous Jeep hack, it’s more important than ever that smart car owners familiarize themselves with their inherent vulnerabilities. It may even save lives.

Want smart device shopping tips? Make sure your security isn’t sacrificed for convenience.

Smart Car Vulnerabilities

At a recent hacking competition, two competitors were able to exploit a flaw in the Tesla Model 3 browser system and compromise the car’s firmware. While the reported “Tesla hack” made waves in the industry, it actually isn’t even one of the most common vulnerabilities smart car owners should look out for. These, easier to exploit, vulnerabilities may be more relevant to the average owner.

Car alarms, particularly aftermarket car alarms, are one of the largest culprits in smart car security breaches. A recent study found that at least three million vehicles are currently at risk due to insecure smart alarms. By exploiting insecure direct object reference (IDORS) issues within the alarm’s software, hackers can track the vehicle’s GPS location, disable the alarm, unlock doors, and in some cases even kill the engine while it is being used.

Key fobs are often used by hackers to gain physical access to a vehicle. By using a relay attack, criminals are able to capture a key fob’s specific signal with an RFID receiver and use it to unlock the car. This high-tech version of a duplicate key comes with a decidedly low-tech solution: Covering your key fob in aluminum foil will prevent the signal from being skimmed.

On-Board diagnostic ports are legally required for all vehicles manufactured after 1996 in the United States. Traditionally used by mechanics, the on-board diagnostics-II (OBD-II) port allows direct communication with your vehicle’s computer. Because the OBD-II port bypasses all security measures to provide direct access to the vehicle’s computer for maintenance, it provides particularly tempting backdoor access for hackers.

Protecting Your Smart Car from a Cybersecurity Breach

Precautions should always be taken after buying a new smart device, and a smart car is no exception. Here are the best ways to protect your family from a smart car hack.

Update your car’s firmware and keep it that way. Do not skip an update because you don’t think it’s important or it will take too much time. Car manufacturers are constantly testing and updating vehicle software systems to keep their customers safe—and their brand name out of the news. Signing up for vehicle manufacturer recalls and software patches will help you stay on top of these updates.

Disable unused smart services. Any and all of your car’s connectivity ports that you do not use should be turned off, if not altogether disabled. This means that if you don’t use your car’s Bluetooth connectivity, deactivate it. Removing these access points will make your car less exposed to hacks.

Don’t be a beta tester. We all want the newest and hottest technologies, but that doesn’t keep us at our most secure. Make sure that you’re purchasing a vehicle with technology that has been field tested for a few years, allowing time for any vulnerabilities to be exposed. Cutting-edge technologies are good. But bleeding edge? Not so much.

Ask questions when buying your vehicle and don’t be afraid to get technical. Ask the dealer or manufacturer which systems can be operated remotely, which features are networked together, and how those gateways are secured. If you’re not comfortable with the answers, take your money elsewhere.

Advocate for your security. As smart cars become so smart that they begin to drive themselves, consumers must demand that manufacturers provide better security for autonomous and semi-autonomous vehicles.

Only use a trusted mechanic and be mindful of who you grant access to your car. OBD-II ports are vulnerable but necessary, so skipping the valet may save you a costly automotive headache down the line.

Keep the Conversation Going

As our cars get smarter, their vulnerabilities will change. Check back here to keep yourself updated on the newest trends in smart car technologies, and stay ahead of any potential threats.

Cities are expanding their technological reach. Many of their efforts work to increase public protections, such as using GPS tracking to help first responders quickly locate the site of a car accident. But, in the rush for a more secure and technologically advanced city, privacy can fall by the wayside. We’ve reviewed the top cities around the world that are using technologies that may invade citizens’ privacy, so you know what to expect and what you can do. 

Big brother in Beijing, China 

China is infamous for its mass surveillance, with Beijing often serving as a testing ground for new surveillance software. The Chinese government uses internet monitoring, GPS tracking, and the “world’s biggest camera surveillance system”, with more than 170 million CCTV cameras to monitor the country’s populace. These CCTV cameras are backed by powerful facial recognition algorithms, which can track an individual down in just seven minutes. It is safe to say that you are probably being monitored anywhere you travel while in China, but a general rule is that, the higher the population, the more surveillance there is.  

The town of Yizhuang has more than 2,243 high definition security cameras, 277 vehicle recognition cameras, and 267 facial recognition cameras. It also features six patrol vehicles with mobile cameras, and enforcement officers equipped with video capture equipment. Each of these cameras is sending live video streams to a main control center 24/7—all to monitor a single 11-square-mile suburb of Beijing. 

Beijing is also preparing to roll out a social credit system in 2020. This system will award personal trustworthiness points to citizens and businesses based on their financial credit scores, as well as their personal and professional behavior. In the meantime, how the Chinese government plans to use this system to reward or punish its citizens remains a mystery. 

Always watching in Moscow, Russia 

Not one to be outdone, Russia has also embraced mass CCTV surveillance. Moscow alone has more than 170,000 cameras, making it the most surveilled city in Russia. Facial recognition software is paired with this massive network of cameras to track down persons of interest, though exactly what defines a “person of interest” is somewhat nebulous. In fact, Moscow officials recently admitted that they “can now trace the debtors’ movements,” thanks to this massive network of CCTV cameras. He declined to comment on the number of debtors who have been traced using this technology, nor the severity of their debts. 

Mass monitoring in Darwin, Australia 

Darwin, Australia is piloting a surveillance system similar to the technologies used in China, with some warning that it could evolve into a social credit system. Darwin has installed poles throughout the city outfitted with speakers, cameras, and WiFi. These monitoring stations track people and their movements all around the city, and are aided by facial recognition software. They can even respond to triggers, such as when a specific individual breaches a “virtual fence.” 

“We’ll be getting sent an alarm saying, ‘There’s a person in this area that you’ve put a virtual fence around.’ … Boom, an alert goes out to whatever authority, whether it’s us or police to say ‘Look at camera five,’” said Josh Sattler, the Darwin Council’s General Manager for Innovation, Growth, and Development services in an article with NT News.  

This system also tracks mobile phone use, web traffic, and mobile app usage—but only to help local businesses, of course. 

“[It will tell us] where people are using WiFi, what they’re using WiFi for, are they watching YouTube, etc., all these bits of information we can share with businesses… we can let businesses know ‘Hey, 80 percent of people actually use Instagram within this area of the city, between these hours,’” said Sattler. 

‘I spy’ in New York City, USA 

In an effort to assist its police force, NYC has turned to the world’s largest surveillance technology company—the Chinese state-owned Hikvision—to install the same surveillance tools being used in China. Thousands of surveillance cameras have been operating in New York City since 2014, using the same facial recognition software that enables law enforcement in Beijing to locate and track individuals within the city. These cameras are equipped with infrared sensors that help capture high resolution images even in very low light. The NYPD has direct access to this surveillance network, and monitors the footage remotely to avoid showing an obvious police presence. The full extent of the surveillance in New York is unknown, but reports indicate the NYPD is using these products on a “large scale.” 

Small-town surveillance in Hillsboro, USA 

Hillsboro, Oregon is the smallest city on this list, with a population of just over 100,000. So why is such a small town on the same list as places like Beijing, Moscow, and New York? The Washington County Sheriff’s Office, which presides over Hillsboro, recently became the first law enforcement agency in the United States to use Amazon’s AI-powered facial recognition tool, Rekognition. As this is the first real-world test of this technology, its accuracy is hotly debated. Many experts argue that this technology will likely lead to the wrongful arrest of innocent people whose only crime is bearing a resemblance to the accused. 

More than 300,000 mug shots taken at the Washington County jail have been uploaded into the Rekognition system. These pictures can be cross-referenced with images from a security camera, social media accounts, or even a deputy’s mobile device—without requiring a warrant. More than 1,000 facial recognition searches were logged into the Rekognition system by the Washington County Sheriff’s Office, but public records requests show that only nine official case reports mention the use of the tool. Washington County deputies are under no imperative to note when facial recognition software assisted with an arrest, so we have no way to judge how accurate the system is. 

Your Privacy is Your Concern 

While the only way to avoid detection through the facial recognition algorithms is to hide or alter your face, there are some precautions you can take to protect your privacy when visiting these cities. As an example, you can easily obscure your digital traffic, which can help prevent the kind of tracking reported in Darwin. Strong encryption is your best protection against privacy invasive cities. Research a reliable VOIP and text messaging encryption service, and invest in a trusted VPN to shield your web and mobile traffic. Encryption may not stop state actors from intercepting your data, but it will make it nearly impossible for them to interpret it. 

Have other tips for protecting your privacy while traveling? Let us know in the comments. 

From Landline Hacking to Cryptojacking

By its very nature, cybercrime must evolve to survive. Not only are cybersecurity experts constantly working to close hacking loopholes and prevent zero-day events, but technology itself is always evolving. This means cybercriminals are constantly creating new attacks to fit new trends, while tweaking existing attacks to avoid detection. To understand how cybercrime might evolve in the future, we look back to understand how it emerged in the past. 

Cybercrime’s origins are rooted in telecommunications, with “hacker” culture as we know it today originating from “phone phreaking,” which peaked in the 1970s. Phreaking was the practice of exploiting hardware and frequency vulnerabilities in a telephone network, often for the purpose of receiving free or reduced telephone rates. As landline networks became more security savvy—and then fell out of favor—phone phreaking became less and less common. But it hasn’t been phased out completely. In 2018, a phone phreaker staged a series of creepy attacks in New York City WiFi kiosks, reminding us that the phreaks may have been forgotten, but they are certainly not gone. 

Cybercrime as we currently think of it began on November 2, 1988 when Robert Tappan Morris unleashed the Morris Worm upon the world. Much like Dr. Frankenstein, Morris did not understand what his creation was capable of. This type of self-replicating program had never been seen before outside of a research lab, and the worm quickly transformed itself into the world’s first large-scale distributed denial of service (DDoS) attack. Computers worldwide were overwhelmed by the program and servers ground to a halt. Although Morris quickly released the protocol for shutting the program down, the damage had been done. In 1989, Morris was the first to be prosecuted and charged in violation of the Computer Fraud and Abuse Act. 

At the turn of this century, we began to see a new era of malware emerge as email gave hackers a fresh access point. The infamous ILOVEYOU worm infected 50 million computers in 2000, corrupting data and self-propagating by exploiting a user’s email contacts. Given that the infected emails were coming from an otherwise trusted source, it forced many consumers to gain perspective on cybersecurity for the very first time. With antivirus software becoming a must-have for all computer owners, cybercriminals had to get inventive once again. 

Phishing Makes A Splash 

Phishing is the practice of tricking a user into willingly providing account logins or other sensitive information. This popular style of attack began with downloadable files through email, like the ILOVEYOU worm, but quickly grew more sophisticated. Phishing emails often imitate a trusted source, like an internet or phone service provider, and often include official-looking graphics, email addresses, and dummy websites to trick the user. In some cases, these phishing attacks are so convincing that even top government officials have been fooled—something we learned all too well in 2016 when the Democratic National Committee was breached.  

With the rise of social media, we have seen a new style of phishing attack that doesn’t appear to be going anywhere anytime soon. Messages from Facebook, Instagram, Twitter and other social media accounts are frequent and increasingly sophisticated sources of social media phishing. 

The Rise of Ransomware 

No history of cybercrime would be complete without an examination of ransomware, a type of malware that gains access to critical files and systems and encrypts them, blocking a user from accessing their own data. Perpetrators extort the user, threatening to permanently delete the data or—in some cases—expose incriminating or embarrassing information. While ransomware has been around for decades, encryption and evasion techniques have become increasingly refined, sometimes at the hand of state actors. One of the most infamous examples of ransomware is the WannaCry attack in 2017, in which North Korean hackers used loopholes developed by the United States National Security Agency in the Windows operating system to attack more than 200,000 computers across 150 countries.  

This made ransomware an international cybersecurity boogeyman, but it shouldn’t be your top concern. Webroot security analyst Tyler Moffitt explains why it’s a complicated strategy: 

“Ransomware requires criminals to execute a successful phish, exploit, or RDP breach to deliver their payload, bypass any installed security, successfully encrypt files, and send the encryption keys to a secure command-and-control server—without making any mistakes,” Moffitt said. “Then the criminals still have to help the victim purchase and transfer the Bitcoin before finally decrypting their files. It’s a labor-intensive process and leaves tracks that must be covered up.”  

Cryptojacking: the cutting edge? 

A more recent workaround for the hard work of ransomware? Cryptojacking. Cryptojacking works by embedding JavaScript code into a website, which can then harvest the processing power of all devices that visit that site, using device processors to mine cryptocurrency for the host. This resource theft drags systems down, but often stealthily enough to go undetected; a fact that makes it very attractive to hackers. The number of cryptojacked URLs detected more than doubled from September to December of 2018, and cryptojacking attacks have officially surpassed ransomware in prevalence.  

“Cryptojacking costs basically nothing to pull off and has much less illegal footprint,” Moffitt said. “When criminals are leveraging victims’ hardware (CPU) and power for siphoned crypto, the profits are very appealing. Even with the volatility of crypto prices, large campaigns have been able to make hundreds of thousands of dollars in only a few months. It’s estimated that over 5% of the cryptocurrency Monero in circulation is the result of illicit mining.”  

Until recently, a cyptocurrency mining service called Coinhive was responsible for 60% of all cryptojacking attacks. Coinhive announced in early March 2019 that they would be shuttering the service. But this is by no means a death knell for crytpojacking—competitors are already rushing to fill the vacuum, not to mention inventing new ways to pivot off of existing cryptojacking techniques.  

Being prepared for this next generation of cybercrime requires a few things from internet users. Keeping devices protected with antivirus software is a strong first step, but awareness of current threat trends is also helpful in preventing outside actors from viewing your data. Pairing antivirus software with a trusted VPN wraps your web traffic in a tunnel of encryption, shielding it from prying eyes. A double-pronged antivirus-plus-VPN defense will stop a majority of cybercrime in its tracks, but it’s by no means where your cybersecurity plan should end.  

The best tool you have against evolving cybersecurity threats? Ongoing education. Read Webroot’s 2019 Threat Report to prepare yourself against threats on the horizon, and check back for regular cybercrime updates. 

Not that long ago, before data breaches dominated daily headlines, we felt secure with our social media apps. Conveniently, every website seemed to allow logging in with Facebook or Twitter instead of creating a whole new password, and families of apps quickly became their own industry. Third-party apps and games on social media platforms (remember Farmville on Facebook?) were allowed profile access en masse. Trivia games, horoscope predictions, personality quizzes — all seemingly secure and engaging diversions — let social media users enable some type of third-party app.  

Unfortunately, we now know that this left many of us, and our data, exposed to a potential breach. 

So we turned to Randy Abrams, Webroot’s Sr. Security Analyst, for insights on how to keep third-party app breaches in check. The trick to keeping yourself and your loved ones safe? Information silos, both on and off of social media. 

“As a rule, I leave my apps in silos, meaning I severely limit their connectivity level — especially when it comes to accessing my mobile device, “Abrams says. “Apps for email, texting, and calling people do have a reasonable need for access to your contacts on the phone. Most other apps, such as social media apps do not need to be able to look up your unsuspecting friends.”  

Limiting the access your apps have to their direct functions will help keep you and your loved ones safe. Here’s how to get it done. 

Mobile App Permissions 

Limiting your app’s permissions may seem like a chore, but it is the best way to keep breaches from expanding in scope. We’ve put together a mobile app permissions crash course to help you silo your sensitive data quickly and easily. 

For Android Users 

To monitor and edit an existing application’s accessibility permissions on your device, go to your Android’s settings and tap Apps & Notifications. From there, you will be able to locate all the applications that are active on your device. When you’ve located the application whose permissions you would like to edit, simply tap the app and then tap “Permissions” to view and edit its current permission settings. 

To review an application’s accessibility permissions before you install it on your device from the Google Play Store, tap on the app you’d like to install and click Read more to bring up its detail page. Scroll to the bottom and tap App permissions to review the app’s requested permissions. After you install and open the application for the first time, you will be prompted to allow or deny application permissions (like access to your contacts or location). You can always edit the application’s existing permissions later using the steps outlined above. 

For iOS Users 

To monitor and edit an existing application’s accessibility permissions on your device, go to the settings app Privacy to see all the permissions available on your phone (like location services and camera access). Select the permission set you would like to review to see all of the applications with access, and revoke any permissions you’re not comfortable with. 

To review an application’s accessibility permissions at install, simply open the app and begin using it. The app will request permissions, which you can either allow or deny. You can always revoke permissions after they have been granted by following the steps outlined above. 

Preventing social media applications from gaining unnecessary access to your mobile data could help stop data breaches from spreading. But it won’t stop the breaches themselves from happening. Leaving apps enabled entails large-scale security issues — not only for ourselves, but also for friends and family connected with us through social media. When we connect apps to our social media profiles, we expose not just our information, but the shared information of a broader network of connections — one that expands well beyond our immediate circles. In a startling example, only 53 Facebook users in Australia downloaded Cambridge Analytica’s infamous thisisyourdigitallife app, but a total of 311,127 network connections had their data exposed through those users. That amount of collateral damage is nothing to scoff at. 

Removing Third Party Apps 

“Facebook is the company best known for leaking extensive amounts of data about users, usually by default privacy settings that allow third-party apps to access as much user data as possible,” says Abrams. “Most users had no idea they could control some of what is shared and would have a difficult time navigating the maze to the settings.” 

Facebook 

Facebook made a few reform efforts to help make managing third-party access to your account a little bit easier. Click on Settings from the account dropdown menu, and then select Apps and Websites. This should take you to a dashboard that will show your active, expired, and removed apps. It will also give you the option to turn off the capability for any third-party apps to connect with your profile. 

Twitter 

From your account dropdown, click on Settings and privacy. Click on the Apps and devices tab, which will show all of the apps connected to your account. You can see the specific permissions that each app has under the app name and description. To disconnect an app from your account, click the Revoke access button next to the app icon. 

Instagram 

From a web browser, log in to your account and click the gear icon next the Edit Profile button. Select Authorized Apps to see all of the apps connected to your account. Click the Revoke Access button under an app to remove it from your account. 

Building Secure Social Media Habits 

Monitoring the access levels of your connected apps is a good start to keeping yourself and your loved ones secure, but it’s not always enough. 

“It must be assumed that all third-party apps are collecting all of the information on the platform, regardless of privacy settings,” warns Abrams. 

Establishing secure social media habits will continue to help keep you secure after you’ve reviewed your app permissions. This means conducting regular audits of the third-party app permissions associated with all of your social media accounts and — slightly more arduously — thoroughly reading the privacy policies of any third party apps before you connect them. 

“If a person is going to use apps in conjunction with social media platforms, it’s important to understand their privacy policies,” say Abrams. “Unfortunately, with many apps, the privacy policy may not be shown until the app has been installed, and may not even be visible on the developer’s website. When the policy can be located, you’ll often find the user’s friends’ privacy is collateral damage in the agreement. It is up to the individual choosing to decide if their friends’ privacy is acceptable collateral damage. Unfortunately, few know how to obtain the information required to make an informed decision. 

“Without reading the privacy policies you cannot know to what extent your friends’ private information will be shared, “adds Abrams. “Remember, it isn’t just their names you are sharing, it is part of the data aggregation they are already subjected to. Simply letting an app know you are friends provides more information than just their names. It helps app companies build more robust profiles.” 

Stay Vigilant and Informed 

Don’t allow your data or your network to be used beyond your wishes or against your will. Take charge of your data security, and protect your friends by conducting regular audits of your third-party app permissions. Before you connect any new apps, settle down with a little light reading and thoroughly vet their privacy policy. Given how intertwined our digital lives have become, the cybersecurity of our closest friends and loved ones could well depend on it.