n this blog, we would take you through a few cybersecurity project ideas, which you can give a shot. These projects would range from a beginner to advanced levels, with sample source codes from GitHub, however, you can innovate on your own too! While the suggestions would mostly deal with Node.js projects and Nodejs projects ideas, you can practice with other relevant technologies also. Languages like JAVA, Python, Go, Ruby, etc with cryptography, cloud computing, networking, and penetration testing methods are combined to create a successful cyber security project. Here is an outline of things discussed in this blog:
You can design a credit card encryption system to prevent unauthorized access and duplication by arbitrary sources. PCI (Peripheral Component Interconnect) Data Security Standards and cloud DLP (Data Loss Prevention). The encryption tool is designed to validate and restrict access to card tokenization services. A few examples of encryption algorithms are DES, AES, RSA, SHA256, ECC, etc. You would require a project code and a cloud service to create this cyber security project.
Steganography is the process of concealing sensitive information within other non-secret text or data. You can take up image steganography as an advanced-level cyber security project by concealing coded texts in images. This software tool can send secret messages across the web via an image. Batch steganography, permutation steganography, LSB (Least Significant Bits), Bit-Plane complexity segmentation (BCPS), CSSIS (Chaos-based Spread Spectrum Image Steganography) are a few algorithms for this project. Compromise or even noticing of the secure content in the images by third-party sources can be prohibited in this project. Here, the raw pixel data from the image is extracted and encoded with the text. The text is usually encoded as binary strings in the Android application.
Disclaimer: OWASP does not endorse any of the Vendors or ScanningTools by listing them below. They are simply listed if we believe theyare free for use by open source projects. We have made every effort toprovide this information as accurately as possible. If you are thevendor of a free for open source tool and think this information isincomplete or incorrect, please send an e-mail to dave.wichers (at)owasp.org and we will make every effort to correct this information.
Secrets detection is often confused with SAST because both scan through static source code. Secrets detection scan the default branch before deployment but can also scan through every single commit of the git history, covering every branch, even development or test ones.
For more information about the team and community around the project, or to start making your own contributions, start with the community page. To get the latest news, download the source, and so on, please see the sidebar or the buttons at the top of every page.
Intrusion detection systems are designed to identify suspicious and malicious activity through network traffic, and an intrusion detection system (IDS) enables you to discover whether your network is being attacked. There are many great IDS options available, but in my opinion SolarWinds® Security Event Manager (SEM) is a step above the rest. SEM enables real-time intrusion detection across your network and on-premises devices, and leverages many automatic capabilities designed to help optimize intrusion detection. A 30-day free trial of SEM is available.
An intrusion detection system (IDS) is software specifically built to monitor network traffic and discover irregularities. Unwarranted or unexplained network changes could indicate malicious activity at any stage, whether it be the beginnings of an attack or a full-blown breach. There are two main kinds of intrusion detection system (IDS):
After data collection, an IDS is designed to observe network traffic and match traffic patterns to known attacks. Through this method, sometimes called pattern correlation, an intrusion prevention system could determine if unusual activity is a cyberattack. Once suspicious or malicious activity is discovered, an intrusion detection system will send an alarm to specified technicians or IT administrators. IDS alarms enable you to quickly begin troubleshooting and identify root sources of issues, or discover and stop harmful agents in their tracks.
Intrusion detection systems primarily use two key intrusion detection methods: signature-based intrusion detection and anomaly-based intrusion detection. Signature-based intrusion detection is designed to detect possible threats by comparing given network traffic and log data to existing attack patterns. These patterns are called sequences (hence the name) and could include byte sequences, known as malicious instruction sequences. Signature-based detection enables you to accurately detect and identify possible known attacks.
Along with increasing network security, an intrusion detection system can help you organize critical network data. Your network generates tons of information every day through regular operations, and an intrusion detection system can help you differentiate the necessary activity from the less important information. By helping you determine which data you should pay attention to, an intrusion detection system can spare you from combing through thousands of system logs for critical information. This can save you time, reduce manual effort, and minimize human error when it comes to intrusion detection.
Gaining detailed, accurate visibility of network activity through an IDS can also help you demonstrate compliance. Intrusion prevention systems are built to detect, organize, and alert on inbound and outbound network traffic in depth, pinpointing the most critical information. By filtering through network traffic, an intrusion detection system could give you a leg up when it comes to determining the compliance of your network and its devices.
An IDS is made to optimize intrusion detection and prevention by filtering through traffic flow. This can save you time, energy, and resources while spotting suspicious activity before it turns into a full-blown threat. An IDS also provides increased visibility into network traffic, which can help you fend off and catch malicious activity, determine compliance status, and improve overall network performance. The more your IDS catches and understands malicious activity on your network, the more it can adapt to increasingly sophisticated attacks.
McAfee is an intrusion detection system (IDS) designed to bring real-time threat awareness to your physical and virtual networks. McAfee uses signature-based intrusion prevention and anomaly-based intrusion detection along with emulation techniques to spot and identify malicious activity. McAfee is also built to correlate threat activity with application usage, which can further prevent network issues stemming from cyberattacks.
The McAfee intrusion detection system is designed to collect traffic flow from switches and routers and uses SSL decryption to inspect inbound and outbound network traffic. This enables McAfee to comprehensively discover and block threats in cloud environments and on-premises platforms. To manage this in-depth visibility, the McAfee IDS leverages centralized management that could run actions like isolating hosts, limiting connections, enacting multiple attack correlation, and more.
Suricata is a free, open-source network intrusion detection system (NIDS) that runs on a code-based platform. Suricata is designed to use signature-based intrusion detection to determine known threats and detect other suspicious behavior in real time. This enables you to quickly counterattack malicious activity found within your network.
With Blumira, you can build your own intrusion detection reports and automate their options. This means you can schedule reports and run them periodically or save reports for safekeeping. Blumira reports enable you to dig deeper into intrusion detection system data. All this is available on a simple, easy-to-use interface. Download a 14-day free trial of Blumira.
Cisco Stealthwatch is an enterprise NIDS and HIDS for Windows, Linux, or macOS devices. Cisco Stealthwatch is an agentless intrusion detection system, which also enables it to scale to your growing business requirements. By leveraging a scalable IDS, Cisco Stealthwatch can help you prepare for whatever intrusion prevention methods are on the rise.
Cisco Stealthwatch is designed to detect malware in encrypted network traffic without having to decrypt. This helps with policy compliance where private data is concerned. Along with security benefits, Cisco Stealthware is built to contextualize intrusion detection data by including information like user, time, place, and application used. This brings you a comprehensive knowledge of threat activity, enabling you to properly examine the right data. Download a 14-day free trial of Cisco Stealthwatch.
In my opinion, SolarWinds Security Event Manager (SEM) is a top intrusion detection system, designed to leverage both NIDS and HIDS using signature-based and anomaly-based intrusion detection methods. SEM is a comprehensive and powerful IDS with support for real-time alerts, rule filtering, automatic actions, and in-depth insights into intrusion detection. Download a 30-day free trial of SEM today.
Packet captures are a key component for implementing network intrusion detection systems (IDS) and performing Network Security Monitoring (NSM). There are several open source IDS tools that process packet captures and look for signatures of possible network intrusions and malicious activity. Using the packet captures provided by Network Watcher, you can analyze your network for any harmful intrusions or vulnerabilities. 2b1af7f3a8