6 cyber risk trends you need to know right now

Infected chips can be inserted into hardware at any point of the computer manufacturer’s supply chain, and malware can be implanted during production of legitimate software updates.

Criminals are seeking out new and advanced ways to infect software and hardware along the entire production and distribution sequence of computer systems and software.

Most notable are scenarios in which malware is implanted into legitimate software programs and updates. Injection of malware could occur during production at the software vendor or at a 3rd  party supplier, involving compromised chips or added source code to firmware.

Cryptojackers secretly use your computer’s CPU to mine cryptocurrencies elsewhere, slowing down processing power, causing overheating, downtime and lost productivity.

Cryptojacking can be a very attractive technique for hackers since it is more accessible to implement than other methods: setup is quick, it is harder to track than ransomware, and it usually provides a bigger payoff.

Criminals are starting to use a combination of traditional and mobile ransomware hacks, combined with different threats used in tandem, such as a combination of phishing, ransomware and cryptojacking.

They are also becoming more patient, watching and waiting, unleashing less frequent attacks with higher impacts.

At the same time, the cybercriminal underworld is becoming more collaborative and is consolidating, creating fewer but stronger malware-as-a-service families which could lead to major disruptions and losses.

5G has 10 times the data capacity of 4G (LTE), creating a vaster surface area over which cyber attacks can take place.

The mobile communications standard of 4G (LTE), with a data capacity of 1 gigabyte per second (Gbps) is being phased out. This is making way for the incredible leap to the 10 Gbps capabilities of the 5G network.

5G exponential growth and the resulting data explosion over the next year will result in a vast surface area over which cyber-attacks can take place.

IoT devices will connect directly to the 5G network and bypass the central router, making them more difficult to monitor and more vulnerable to direct attacks.

Billions of devices are now ‘always on’, exchanging data with the cloud and each other. One weak link can open up massive vulnerabilities for millions of devices on a single network.

The collaboration of mobile devices, voice-controlled digital assistants, unprecedented data collection and the delivery of cloud computing resources is bringing interconnectedness to a whole new level.

With this progress comes higher levels of complexity and increases in unsecured data exchange like never before. The vast network of devices and data transfer means that the origin of data leakage points is becoming more difficult to trace.

Data breach notification laws are now in force in Canada, making it mandatory for all organizations to notify affected individuals and the Privacy Commissioner of any security breach.

For more information about Canadian data breach regulations,  click here.