Attackers will pretend to be a person or an organisation, forging communications to appear as someone they\u2019re not. They will try to prey on those who aren\u2019t educated on the risk of phishing attacks and other attacks \u2014 and will attack those who are less tech-savvy to try to get the upper hand on those who have no real chance of fighting back.<\/p>\n
The best way of protecting yourself from phishing attacks is to educate yourself against them. By knowing what to look out for, and all of the tricks that phishing attackers use \u2014 and where they fall short \u2014 you\u2019ll be able to identify these attacks with ease. This includes imitation of official channels \u2014 where, for example, an Amazon attack would use an email such as support@AMAZ0N.com<\/a> to appear legitimate \u2014 and forgery of official graphics and communications.<\/p>\n A dedicated denial-of-service (DDoS) attack is an attack that makes your service inaccessible, usually by overloading your servers by repeatedly loading pages to the point where nobody else can access them.<\/p>\n DDoS attacks are usually big news when they happen \u2014 they cause outages and downtime and are generally a nuisance for everyone involved. Google themselves have stated that DDoS attacks are only getting worse and that in 2023 they had to mitigate the largest DDoS attack ever<\/a>.<\/p>\n A DDoS attack uses bots to automate this process and replicate it lots of times \u2014 to create a mass service denial. A great solution to this problem exists \u2014 the captcha. This means that anyone suspicious \u2014 or anyone who tries to do certain things on your business\u2019 front-facing webspace \u2014 will have to do a puzzle to confirm that they are not a bot.<\/p>\n Services like Azure DDoS Protection and Cloudflare exist to combat this \u2014 using captchas and other methods to protect organisations from DDoS attacks.<\/p>\n Third-party vulnerabilities are exploits that exist within third-party applications that attackers will use to gain access to organisations that are using said service. This means that, by using whatever service or application that has a vulnerability, your organisation has a gaping hole in its security posture.<\/p>\n There isn\u2019t a lot that you can do about the actual vulnerability \u2014 as the responsibility is on the organisation that provides the application or service to patch it. However, you must keep your applications and services up to date to ensure that you\u2019re getting all the latest patches and keeping your organisation tight and protected.<\/p>\n Sticking with tools created by reputable organisations such as Microsoft will let you ensure that you aren\u2019t using tools created by a developer that lets these kinds of vulnerabilities go unpatched.<\/p>\n The \u2018Internet of Things\u2019 (IoT) is the name given to all of the devices inside your organisation. From printers to security cameras to routers \u2014 all of these devices have their own requirements and sometimes have their own vulnerabilities.<\/p>\n Much like third-party vulnerabilities, IoT exploits are avoidable by ensuring to keep your hardware\u2019s firmware updated, as well as buying from reputable companies and vendors. However, using firewalls and other security tools will help keep your organisation protected from people trying to get in through these kinds of devices.<\/p>\n It\u2019s critical to ensure that you\u2019re not just putting any devices into your network \u2014 thorough research to ensure that you\u2019re aware of everything about any device that goes into your organisation\u2019s network will help ensure that your organisation isn\u2019t hit with any IoT exploits.<\/p>\n The information inside of your organisation is only as secure as the people who have access to it. With this being said, sometimes a threat forms from inside of your organisation \u2014 which can be catastrophic.<\/p>\n The best way to deal with this is to ensure that you limit the amount of information that you give to employees. The best way of this is the \u2018principle of least privilege\u2019 \u2014 the idea that people only have access to the information they need to carry out their role, meaning that everyone is only able to access the information that they\u2019re entrusted with.<\/p>\n Ransomware attacks exist to try to extort organisations out of money, usually by stealing data and then destroying or denying access to said data to try to disrupt regular operations as much as possible. This multi-faceted attack is also known as a double extortion attack, as it not only aims to disrupt but also to steal data to try to extract as much value out of the attack as possible.<\/p>\n The most important thing about ransomware attacks is that they are usually simply for financial gain \u2014 and that the attackers will do whatever they can to turn the attack into value. This means that there are a few different ways to ensure that you can mitigate a ransomware attack \u2014 either stopping the data from becoming accessible (such as encryptions) or ensuring that you have alternative ways to access your data (using backups and disaster recovery plans).<\/p>\n This protects you from both ends of the double extortion attack, as encrypting your data means that even if they have it, they won\u2019t be able to sell your data in the event of an attack. But, you can also get your organisation back up and running using your backups \u2014 meaning you don\u2019t have to negotiate with attackers.<\/p>\n However, other methods exist to stop these kinds of attacks too. Due to the nature of the attack, ransomware attacks can be stopped by security tools \u2014 they commonly use attack surfaces that can be protected against using modern industry-standard security tools such as access control and antivirus tools.<\/p>\n Artificial intelligence is the headline new technology of the 2020s, and cyber attackers are taking advantage of it to the extreme. Most of the attacks above are only exasperated by the use of AI, which makes these attacks far stronger than usual. AI makes cyberattacks more intelligent, more scalable, and far more difficult to deal with.<\/p>\n However, this isn\u2019t without the benefit of artificial intelligence for organisations too. Organisations like Microsoft are using artificial intelligence in their security tools to be able to counter attacks more intelligently than ever before \u2014 by utilising AI to make your organisation stronger and more secure, you can easily ensure that you\u2019re prepared for this new generation of cyber attacks.<\/p>\n Despite this, the most important step is getting prepared now. With MIT\u2019s Technology Review saying that in 2021, 91% of their respondents <\/a>said they were getting prepared to face this new generation of AI-powered cyberattacks\u00a0 \u2014 it\u2019s more important than ever to do so now.<\/p>\n However, AI also brings some new challenges \u2014 with deepfakes and disinformation looming around the corner. While the technology isn\u2019t quite there yet, MIT says that 56% of attacks will be based on misinformation and that 43% of attacks will be deepfakes \u2014 both of which are new threats that the world has never had to face.<\/p>\n At the end of the day, your organisation\u2019s cybersecurity is critical. By ensuring that you\u2019re protected and have everything in place to keep your organisation secure, you\u2019ll be able to mitigate and withstand attacks and ensure your business\u2019s longevity and prosperity.<\/p>\n These attack vectors are the most common attack vectors, and any modern business needs to make sure that they\u2019re aware of them to be able to stamp them out before they wreak havoc on your organisation.<\/p>\n If you need a helping hand getting started in fighting against cyberattacks, reach out to us today. We\u2019ll be able to ensure that you have everything that you need to protect yourself against this new generation of cyberattacks and provide a helping hand along the way to patch up any vulnerabilities in your security posture.<\/p>\nAttack Vector 2: DDoS Attacks<\/h2>\n
Attack Vector 3: Third-Party Vulnerabilities<\/h2>\n
Attack Vector 4: IoT Exploits<\/h2>\n
Attack Vector 5: Insider Threats<\/h2>\n
Attack Vector 6: Ransomware<\/h2>\n
Attack Vector 7: AI-Powered Attacks<\/h2>\n
How we can help<\/h2>\n
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