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US wants smart transportation, needs smarter security

The recent cyberattack through an IoT botnet paints a scary picture of what our connected future could hold for some. One thing is clear – sales weigh more in manufacturers’ opinion than security and privacy.

The progress hackers have made in the past years is disturbing. The increasing popularity of smart devices creates a high number of entry points and vulnerabilities that could trigger sophisticated attacks, leaving infrastructures completely exposed.

As risks rise when smart cities are involved, security measures need to be taken immediately to prevent IoT exploits and to prevent high-volume attacks such as the one on KrebsOnSecurity. The discovery that a 12-year old vulnerability on OpenSSH allows hackers to turn IoT devices into proxies doesn’t improve trust in smart devices either.

Following the success of the Smart City Challenge, U.S. Transportation Secretary Anthony Foxx has just announced $65 million in grants for local communities to improve transportation through tech innovation.

“From automated vehicles to connected infrastructure to data analytics, technology is transforming how we move around our country, and some of the most exciting innovation is happening at the local level,” Foxx said. “These grants will enable cities and rural communities to harness new technologies to tackle hard problems like reducing congestion, connecting people to mass transit, and enhancing safety.”

Will smart cities be any smarter about security, since the framework will be built around the same connected devices and sensors that obviously lack basic security?

Soon enough we won’t be able to live without IoT, and this comes with a bunch of challenges. Security specialists warn attacks in this sector will most likely rise in the near future, in part due to the precious data they collect – energy usage, purchasing habits, demographics and daily activities.

Once hackers attack a smart city’s infrastructure, they will make off with the stolen data to sell to third parties or blackmail local governments to get it back. Either way, big challenges are coming in the security sector for everyone involved – manufacturers, consumers and lawmakers.

The real problem is that hackers can do so much more than just ‘hack’ a smart device – they will get into all the accounts and steal the data linked to it, from contacts, pictures, calendar and emails to financial information, or even break into your home by monitoring your surveillance system to know when you are out. Criminals can also interfere with the city’s traffic sensors to cause accidents, as all smart devices can be turned into malware-spreading botnets.

About the author


From a young age, Luana knew she wanted to become a writer. After having addressed topics such as NFC, startups, and tech innovation, she has now shifted focus to internet security, with a keen interest in smart homes and IoT threats. Luana is a supporter of women in tech and has a passion for entrepreneurship, technology, and startup culture.

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  • I agree that with smart city and transportation, cyber security will be the biggest concern, as these days cybercrimes are way more dangerous. Due to the large number of connected devices that make up a smart city's digital infrastructure, enhanced security management for gateway devices, such as industrial control systems and IT systems, is critical to prevent data breach or leakage. Leakage of sensitive data can lead to a lock-down of critical services.

    A smart city framework deals with huge volumes of data that is generated as a result of communication between various interdependent subsystems and the interactions between devices and citizens. Protection of such private and sensitive information, especially citizen data, is of utmost importance. Further, any incident of data breach or data loss can damage citizens' perception of security in a smart city. Other information security concerns include interception of wireless data in transit between senders and receivers, leakage of confidential information, and viruses in devices such as sensors.