According to IDC, by 2025 there will be 41.6 billion Internet of Things (IoT) devices, generating a massive 79 zettabytes (ZB) of data. To put that into perspective, in 2006, IDC estimated that the total amount of electronic data created and stored was a mere 0.18 ZB. This growing amount of data represents a vast and exponentially increasing attack surface, which poses a huge opportunity for cybercriminals and a seemingly insurmountable task for those responsible for protecting and securing it. This task is only made more difficult by the lack of regulation and security measures being built into IoT devices at present. As IoT looks to become a foundational aspect of our everyday lives, it’s vital we, as consumers, understand the threats posed to our devices and the data they store.
Digital transformation with Internet of Things (IoT) devices provides many organizations a way forward, but optimizing the strategy needs to start with security.
Across industries, organizations seek to embrace Internet of Things (IoT) devices to reduce manual tasks and promote social distancing. However, IoT devices often lack basic security controls which lead to new cybersecurity risks across the IT stack. A comprehensive solution for managing IoT as part of organizations’ growth plans must also incorporate establishing best practices for moving forward securely.
With a Private CA (or “Private PKI”) solution, you can brand the certificates for your servers, devices, and users. Since the purpose of this CA is to serve your organization only, it will provide a tighter control when its Public Key Infrastructure (PKI) is used for internal user authentication. For this reason, Private PKI is immensely popular for deployment in enterprise IT, as well as cloud-native DevOps and Internet of Things (IoT) environments.
How does Scott Ashworth, Director of Security, ensure the safety of Atlanta United’s fans, players and assets, while helping create a positive and unique game day experience?
As the Internet of Things (IoT) continues to grow, billions of devices are networked each year. As the number of end devices continues to grow, the technology is becoming smarter and more versatile.
The threat of radio frequency espionage has never been greater. Billions of devices running on networks across the wireless spectrum pose severe dangers to enterprise and national security. What are some of the hidden dangers of radio frequency?
The nature of IIoT devices and infrastructure makes them high-value cyber targets. This is because they are relatively easy to compromise and are often connected to internal networks with high-value content with links to other networks. Moreover, IIoT devices rarely have direct user interaction, and this unattended nature means that many types of device compromise are likely to go unnoticed and undetected – particularly when the malware does not disrupt the device’s primary functionality. Here are a dozen reasons why intelligent IIoT devices are attractive targets for hackers.
From a security perspective, we also tend to look at IoT in the wrong way. With every new device, we assume the technology will be vulnerable with a very high risk of compromise. The reality is that most IoT devices have a very low risk individually, but their functionality is what leaves them susceptible.
There is a trade-off between technology innovation and security. The adoption of emerging technologies like 5G will fuel the proliferation of Internet of Things (IoT) which are often built with basic security controls, creating a larger attack surface. At the same time, reliance on data means that data breaches can cause greater damage.
JSOF has discovered a series of vulnerabilities stemming from one small software library that has rippled across the supply chain, affecting 100's of millions of IoT devices.