Cyber Security is a growing field that many companies are starting to require help finding talent. We spend time validating candidates with this expertise. Since our CEO has a background in Cyber Security, we understand this is a talent that requires a keen sense of understanding.
- Common Job Types
- Denial of Service (DoS)
- Credential Reuse
- Credential Reuse
- Session Hijacking and Man-in-the-Middle Attacks
We work with our clients to provide the best talent with the most up- to- date technology in Cyber Security.
Common Job Types
- Application Security
- BI Analyst
- Chief Information Security Officer (CISO)
- Chief Security Officer (CSO)
- Computer Forensics
- Cyber Security Engineer
- Information Assurance Analyst
- Information Security Analysts
- Intrusion Detection Specialist
- Network Security Engineer
- Security Administrator
- Security Architect
- Security Consultant/Specialist
- Security Engineering
- Security Management
- Security Operations
- Security Software Developer
- Threat Intelligence Analyst
- VP of Security
- … And More
Common Cyber Security Threats
There are several security threats that could put your business at harm. We have listed a few below and how they may affect you.
“Malware” refers to various forms of harmful software, such as viruses and ransomware. Once malware is in your computer, it can wreak all sorts of havoc, from taking control of your machine, to monitoring your actions and keystrokes, to silently sending all sorts of confidential data from your computer or network to the attacker’s home base.
SQL (pronounced “sequel”) stands for structured query language; it’s a programming language used to communicate with databases. Many of the servers that store critical data for websites and services use SQL to manage the data in their databases. A SQL injection attack specifically targets this kind of server, using malicious code to get the server to divulge information it normally wouldn’t. This is especially problematic if the server stores private customer information from the website, such as credit card numbers, usernames and passwords (credentials), or other personally identifiable information, which are tempting and lucrative targets for an attacker. An SQL injection attack works by exploiting any one of the known SQL vulnerabilities that allow the SQL server to run malicious code. For example, if a SQL server is vulnerable to an injection attack, it may be possible for an attacker to go to a website’s search box and type in code that would force the site’s SQL server to dump all of its stored usernames and passwords for the site.
Imagine you’re sitting in traffic on a one-lane country road, with cars backed up as far as the eye can see. Normally this road never sees more than a car or two, but a county fair and a major sporting event have ended around the same time, and this road is the only way for visitors to leave town. The road can’t handle the massive amount of traffic, and as a result it gets so backed up that pretty much no one can leave. That’s essentially what happens to a website during a denial of service (DoS) attack. If you flood a website with more traffic than it was built to handle, you’ll overload the website’s server and it’ll be nigh-impossible for the website to serve up its content to visitors who are trying to access it. This can happen for innocuous reasons of course, say if a massive news story breaks and a newspaper’s website gets overloaded with traffic from people trying to find out more. But often, this kind of traffic overload is malicious, as an attacker floods a website with an overwhelming amount of traffic to essentially shut it down for all users. In some instances, these DoS attacks are performed by many computers at the same time. This scenario of attack is known as a Distributed Denial of Service Attack (DDoS). This type of attack can be even more difficult to overcome due to the attacker appearing from many different IP addresses around the world simultaneously, making determining the source of the attack even more difficult for network administrators.
Users today have so many logins and passwords to remember that it’s tempting to reuse credentials here or there to make life a little easier. Even though security best practices universally recommend that you have unique passwords for all your applications and websites, many people still reuse their passwords—a fact attackers rely on. Once attackers have a collection of usernames and passwords from a breached website or service (easily acquired on any number of black market websites on the internet), they know that if they use these same credentials on other websites there’s a chance they’ll be able to log in. No matter how tempting it may be to reuse credentials for your email, bank account, and your favorite sports forum, it’s possible that one day the forum will get hacked, giving an attacker easy access to your email and bank account. When it comes to credentials, variety is essential. Password managers are available and can be helpful when it comes to managing the various credentials you use.
When an attacker wants you to install malware or divulge sensitive information, they often turn to phishing tactics, or pretending to be someone or something else to get you to take an action you normally wouldn’t. In a phishing attack, an attacker may send you an email that appears to be from someone you trust, like your boss or a company you do business with. The email will seem legitimate, and it will have some urgency to it (e.g. fraudulent activity has been detected on your account). In the email, there will be an attachment to open or a link to click. Upon opening the malicious attachment, you’ll thereby install malware in your computer. If you click the link, it may send you to a legitimate-looking website that asks for you to log in to access an important file—except the website is actually a trap used to capture your credentials when you try to log in.
When you’re on the internet, your computer has a lot of small back-and-forth transactions with servers around the world letting them know who you are and requesting specific websites or services. In return, if everything goes as it should, the web servers should respond to your request by giving you the information you’re accessing. This process, or session, happens whether you are simply browsing or when you are logging into a website with your username and password. The session between your computer and the remote web server is given a unique session ID, which should stay private between the two parties; however, an attacker can hijack the session by capturing the session ID and posing as the computer making a request, allowing them to log in as an unsuspecting user and gain access to unauthorized information on the web server. There are a number of methods an attacker can use to steal the session ID, such as a cross-site scripting attack used to hijack session IDs. An attacker can also opt to hijack the session to insert themselves between the requesting computer and the remote server, pretending to be the other party in the session. This allows them to intercept information in both directions and is commonly called a man-in-the-middle attack.