Tony Anscombe

A closer look at Anti-Malware tests and the sometimes unreliable nature of the process.

If we look back at previous incarnations of mobile networks, 1G, 2G and so on, there have been major changes to the technology. The next generation, 5G, delivers greater speed and lower latency, but also has the advantage of being able to connect many more devices concurrently.

The Internet of Things (IoT) can be a network of connected convenience but this should not come at the expense of safeguarding your privacy and the personal data that connected devices collect and share.

These developments show that security technology is now keeping up, or outpacing other technological and regulatory developments. Thus, while users’ wants often continue to trump their appreciation of risk, the industry has responded and in many cases gotten ahead of popular demand.

The new age of technology and legislation brings safety concerns for your personal data

Imagine the scenario where an Internet Service Provider (ISP) allows a security company providing malware protection the option to pay for their traffic to be prioritized and a lower the priority level imposed on all other providers.

Granting ISPs the right to shape traffic, allowing for some traffic to be prioritized due to a commercial agreement, may have a negative effect on the outcome of using the service for both the consumer and the company providing the service.

The energy costs are not the only charges in a transaction: the bitcoin network itself levies a charge which, according to a blog from Valve, the gaming provider behind the Steam network, has skyrocketed from $0.20 in 2016 to $20 per transaction today

Exactly how does the attack work and is it expensive to create? The attack, while seeming to be technology voodoo, is actually rather simple. It requires a transmitting relay near the key and a second relay near the car to receive the relayed signals and mimic the key.