Introduction
The future of cyber security is often more digital than physical in nature. The threat landscape has changed dramatically over the past decade, but many of the problems facing today’s companies and governments are not new. As we continue to evolve as a society and become more reliant on technology, we need to consider how best to protect ourselves from these changing threats.
Cyber-espionage is still the biggest threat, but it’s becoming easier to detect and prevent.
The biggest threat to your data security is still cyber-espionage. The idea that someone can get into your network and steal your secrets, or even worse, use them for their own purposes is still the most common fear among businesses and government agencies alike.
However, as we’ve seen with WannaCry and Petya ransomware, these threats have become increasingly sophisticated over time. It’s not uncommon for hackers to create new strains of malware that are harder for antivirus programs to detect–and once inside a network they often use additional methods (like encoding files) to evade detection further from outside eyes.
In addition to being harder to detect than ever before, these attacks also require more time investment from attackers: today’s malicious actors don’t just operate overnight like in days past; instead they need days or weeks before launching an attack depending on what kind of resources they’re willing spend on creating something so complex as Ransomware!
Advanced persistent threats are a growing problem.
APTs are a form of cyber-attack that involves a long-term, stealthy campaign. It’s typically aimed at stealing information from a target–the goal being to get access to valuable data and intellectual property (IP). The term APT stands for advanced persistent threat, but it’s also used as a catchall category for any type of malicious software that can stay hidden on your computer without being detected by antivirus or other security software.
APTs are often carried out by governments or organized crime rings who use malware to infiltrate networks and steal sensitive data. Attackers have used this method since at least 2003 when researchers first discovered “Operation Satan”–a global effort by intelligence agencies in Russia, China and Israel to steal military secrets from Western countries through their own computer networks .
We may have to start paying attention to our third-party cloud providers.
The cloud is a shared resource. It’s not your own private data that you’re storing on Amazon Web Services, or wherever else you choose to put it. If a hacker is able to get access to your cloud provider’s server, they will have access to all of your information at once–not just what they want but everything in the system as well.
Not only do we have no idea what kind of protections our third party providers have put in place against hackers and other malicious actors; we also have little control over their security policies (or lack thereof). If something goes wrong with our accounts on these services, there could be serious consequences for us and our business operations: loss of valuable intellectual property due to stolen intellectual property; loss of critical company data due to accidental deletion by staff members who don’t know how important it is; etcetera ad infinitum…
As the size of data increases, so do the security risks.
The problem is that as the size of data increases, so do the security risks. Big data is a big opportunity for cyber security because it can be used to detect anomalies and threats, but it also exposes you to more vulnerabilities than ever before.
Big data is a big challenge for cyber security because it means there are simply too many people trying to access your information at any given time–and they don’t all need your permission!
The dark side of AI training data.
You might have heard of AI, but what does it really mean?
AI (artificial intelligence) is a field that encompasses theories, methods and tools for designing intelligent machines and computer programs. In other words: it’s a way to make machines think like humans. If you want your application or website to learn about its users and adapt to their needs without any human intervention then AI could be the answer for you!
The future of cyber security is often more digital than physical in nature.
As the number of connected devices grows, so does the need for effective protection against malicious cyber activity. In fact, the global cost of cyber crimes has been estimated to be as high as $600 billion annually–and that number could grow by more than 50% by 2021.
Cyber security is an international issue: As nations become increasingly interconnected through technology and communication networks like Cisco Meraki Cape Girardeau such as social media or mobile communications apps (such as WhatsApp), there’s no doubt we’ll see greater cooperation between governments on this front. However, while this makes sense from a political perspective (it allows them access), it can also present some serious challenges when it comes down to actually implementing policies around how you protect yourself online…
Conclusion
In the end, it’s important to remember that cyber-security is a problem in need of a solution. We can all do our part by learning more about how our devices work, using them wisely and carefully, and being aware of potential threats. The Internet can be an amazing resource for us all when it comes to protecting ourselves from harmful attacks—but we should also remember that there’s no such thing as 100 percent security. So while we wait for the future of cyber-security to unfold before our eyes, let’s keep an eye on what’s happening right now!
