There is a dark side to contend with several connected IoT devices. An attack is devastating at an individual level where the BYOD is vulnerable. Or it is more dangerous when it comes to cross-functional assaults in enterprise networks. The need to update IoT security is a constant need to plug loopholes.
The challenges will never end, but being aware and ready to save networks from cross-functional attacks is critical. Know the types of risks and prevention measures which safeguard the systems and data from disappearing forever.
Timely detection of vulnerabilities
In an era of being interconnected at all times, the biggest challenge is to be aware of software vulnerabilities which compromise data. As we put the prime focus on cross-functional attacks, the challenges in the current IT ecosystem are noteworthy. For timely detection knowing the types of threats are important. Software exposure is like doors open to malware. Whereas communication interception is the window for cyber criminals. Locking doors and windows with automated products often mitigate the risks. A physical attack happens from close quarters. It is the most challenging to counter for any IT cell. The following points offer a quick scan of the IoT security issues which may occur at any level and pose a challenge.
- The cloud-based environment is particularly susceptible to linear attacks. Computers continue to lead the challenges of IT departments to secure IoT devices. Enterprises often have to face D-DOS (denial of service). Malware is a real threat to privacy and unprotected data stored on computer servers.
- As many companies turn to automation for best practices, apps are constantly at risk. Unless they are regularly updated with security patches and analyzed they remain vulnerable. IT departments need backend support to test and re-configure the apps and devices to run smoothly.
- Since everything is interconnected, communications on different devices are intercepted. They are prone to get attacked if cybersecurity is weak. While this forms an internal threat, there are chances of external threats which need checking at regular intervals.
Also Read: IoT Security – A Glaring Concern
All the above challenges must use preventive measures to safeguard networks.
Importance of secure automated IoT products
Enterprises have to develop new methods to secure interconnected devices. Choosing automated products offering advanced IoT security is the most sensible option. Why let the dark side of technology infect the systems? Cybercriminals are already a step ahead and compromise data with continuous attacks. Imagine what could happen when smart cities are infected by bugs or become victims of attacks through sensors? A lot can happen when IoT devices are hacked. It is almost difficult to predict what else could go wrong with operating systems. There is a dire need to have encryption at different levels. A secure platform can turn the tables on hackers or attackers of any kind and save data.
Automated products work on several intensities like:
- Monitoring devices with the help of raw data. Everything is identified, organized, and profiled. This intelligence protects data storage facilities.
- Enterprises have all information related to assets and configuration of systems.
- An inventory dashboard offers a profile view of regulations and updates. Policies and compliances are reviewed.
- Products include physical protection with anti-tampering elements to avoid security breaches.
- Advanced product features offer isolation of sub security threats and counter measures.
- Solutions include authenticity of data, code confidentiality, and data protection for different stakeholders.
For example, a supply chain unit will need security constantly as it is connected to several kinds of machines in different locations. The need for automated products to secure the machines gives confidence in doing business, instead of turning turtles and vulnerable. In case of a ledger system the security of crypto functions is safeguarded with key storage.
Physical counter measures
Keeping a hawk eye on vulnerabilities allows enterprises to develop better counter measures for safety. The IT cell will design SoC (system on chip) with 4-way cyclic protection. It covers the software apps, communication, and interception, life cycle of the system internally. The 4th pillar is physical safeguard. Implementing it is likely to cut the possibilities of attacks or limiting them to specific areas. While the software systems can be attacked from a remote site, the physical one requires close proximity to the device or system. Both, encryption and access to authorized sources play a large role in security. Many companies face invasive and non-invasive threats where the chip is manipulated.
When opting for automated products, it is essential to cover physical protection as a preventive measure.