Introduction With cybercrime on the rise, Canadian organizations are actively seeking skilled professionals. This blog explores why now is the best time to enter the field.Ethical Why the Demand is Growing Cybersecurity Professionals. How Right Turn Security Can Help Career Opportunities in Cybersecurity Conclusion Invest in your future with Right Turn Security’s industry-relevant training programs. Start your journey today and secure a fulfilling career in security.

Introduction Are you curious about cybersecurity but unsure where to start? Right Turn Security offers beginner-friendly courses tailored to Canadians looking to break into the industry. What Makes Our Courses Beginner-Friendly? Best Courses for Beginners Why Choose Right Turn Security? Conclusion Kickstart your cybersecurity journey with Right Turn Security’s beginner-friendly courses. Visit our website to explore your options.

Introduction In an era where cyber threats are at an all-time high, obtaining a cybersecurity certification is one of the smartest moves for career growth. Whether you’re in Toronto, Vancouver, or anywhere in Canada, these certifications can help you stand out in the job market. Why Certifications Matter Cybersecurity certifications validate your skills and demonstrate to employers that you have the knowledge required to handle evolving threats. They also pave the way for higher salaries and better job opportunities. Top Cybersecurity Certifications for Canadians How to Choose the Right Certification Conclusion Take the first step towards a rewarding cybersecurity career today. Right Turn Security’s specialized training programs in Canada will guide you every step of the way.

Ways Phishing Attacks in India What is Phishing ? The experienced hackers have techniques to create real-looking emails, which can easily trick any employ to click on it. Only one click of the employee can compromise the network and it is hard to stop the infection Recent Examples Example to Prevent The basic social engineering components of the hacker is based upon the psychological manipulations, fooling a target. In this case, an attacker sends the phishing email to target, in order to infect the target system. After opening the Quittung.rtf document, the image file is found with the message in German language “Um Quittung Zu sehen, klicken Sie zwei mal auf dem Bild”. The English translation of that German Message is “to see the receipt click twice on the picture”. This shows that the attacker is trying to trick the target to click on the image file. Below figure 1a and 1b shows the original message and its translation in English.  Deception Technology used in High Level Networks In a deception environment, security engineer can create a phishing plugin, which will be accessible to all the employee of the organisation. This way employee can send all the suspicious emails to the security engineer. If engineer will find any malicious content inside the email, it is easy to alert all the employee about the phishing activity and block the signature or domain of the content inside the phishing emails  In case if any employee click on the email , the real systems are already secured from the malicious content of that email.   

Psychological motivations behind any attack are based upon the behaviour of the attacker. Most attacks are carried out with malicious intent. The basic key motivations behind stay sure data breach attack are as follows: Revenge: Attack with this psychological is performed by people to take revenge with the company for any previous event. These actions are performed to wreaking havoc with the company’s network. Financial gain: Attack with this psychology is performed by criminal groups. They sell all the sensitive details to other groups to make money. Competitors:  Attack can be performed by any rival companies to lower down company’s reputation or to achieve high position in the market. Destruction: The psychology behind these types of attacks is to infiltrate or destroy the company’s data. Curiosity: Attack with this motive is performed by newbies. Sometimes they have no specific target and they need to perform several attacks.

Malware analysis is the process of investigating a sample malware with different tools and procedures. Malware analysis can be performed with a variety of goals. The major reasons are analysing the damage from malware, finding indicators of compromise, determining the sophistication level of the malware author, identifying the vulnerability and finding intruders or insider responsible for an attack. Generally, there are two methods of analysing the malware: Dynamic Malware Analysis: In this method, the analyser needs to execute the malware to observe its actions. This process needs a proper environment which is logically partitioned from other hosts on network. Different tools can be used to analyse malware interaction with file system, the registry, other processes and network. The basic open source tools used for the analysis are Wireshark, Process monitor and Sys Internals. These tools monitor the behaviour of whole computer rather the just malicious code. During examination, analysers must filter out the normal background activities which are not attributable to malware. Static Malware Analysis: This method of analysis is safer compared to dynamic malware analysis. In this method, there is no need of executing the malware during process. The executable code is loaded inside the disassembler in order to find the malware behaviour. Reverse engineering is also linked with Static Malware analysis. The basic example of disassembler is IDA. It covers file fingerprinting, virus scanning, packer detection, strings finding and disassembly. (Kris Kendal 2007

These commercial and publicly available tools are used during testing. Below are the basic useful details of Tools Famous Tools Burpsuite ZAP Technique These are like proxy server. All HTTP/S traffic from the browser passes through these tools. It populates the Proxy history and Target site map with all of the content requested, Functions to use Spider Scanner Intruder Repeater Sequencer Decoder Comparer