Information Technology Dependence
Cybersecurity and information technology are inextricably linked, which means that future cybersecurity is inextricably linked to the growth of cyberspace and future information technology. Almost all important systems are interconnected and controlled by computers in this generation, and this trend is expected to continue in the future. The level of vulnerability of these systems will be directly proportional to their complexity and interconnection. Cybercrime or assault activities are becoming increasingly complicated, necessitating the development of more advanced cybersecurity solutions to combat the attacks. This means that future security systems will be smarter and more sophisticated, with the ability to update themselves very quickly.
Large data and complexity in systems
Future cybersecurity systems should be able to deal with vast amounts of data, a greater population, and make real-time judgments. It’s really difficult, and it could have ramifications for future cybersecurity. Unlike in the physical world, where we can clearly identify our adversaries and know the particular weapons they employ, in cyberspace, anyone can become our adversary and attack us at any time. Most likely, financially motivated attackers will look for ways to profit from cyber-attacks, while hacktivists will continue to utilise cyber at an advanced level to spread their message, and even terrorists may turn to cyber-crime. Human analysts will be unable to deal with all of this, necessitating the increased use of artificial intelligence for proper and precise decision-making. To build and drive new systems, the following generation will need to be refined. New professions and domain expertise may be required, and we may need to work harder to safeguard our systems in a more advanced manner.
The Internet of Things
As more businesses utilise technology and the internet of things, cyber dangers are becoming more complex and numerous. Security professionals are well-versed in protecting our mobile devices and servers, but what about our home automation devices, such as refrigerators, vehicles, thermostats, and other devices, as well as medical equipment? There are numerous cyber risks that present substantial challenges to IT professionals in all industries. This means that there is a pressing need to develop new technologies that can cope with big data analytics, cognitive computing, and the Internet of Things in order to better affect our linked environment. Solutions should be the focus of initiatives. Users of new and evolving technologies should use strong passwords and avoid opening unsolicited or questionable emails, as well as untrustworthy attachments and links.
Mitigation and cybersecurity
There is a higher need to identify and track hazards so that mitigation or prevention can be planned ahead of time. This entails sketching out how a project or organisation will react in the event of a cyber threat or risk, as well as the steps that may be taken to mitigate the risk or hazards. The most valuable assets of a firm or organisation, as well as its weaknesses, must be identified. There will be a need to adopt more artificial intelligence due to a scarcity of specialists that can cope with security challenges. Cloud infrastructure is becoming a more profitable target for hackers and cybercriminals, and it is getting more vulnerable as time goes on. Many businesses are having difficulty tracking and monitoring large numbers of user identities, necessitating the development of identity governance and intelligence systems. To completely abolish the usage of a password and embrace new authentications such as the use of biometrics for identification, however, more work will be required to develop this system.
