Are you a web developer looking for a one-stop solution to test the integrity of your code? Is your website secure enough from being hacked? Our Automated Security Testing Platform (ASTP) is an affordable solution that scans your Java Web Application for vulnerabilities.
ASTP incorporates the three phases of DevSecOps and conducts rigorous testing for every stage of the web development lifecycle. A wide variety of dynamic and static security analysis tools are implemented, including Snyk, SonarQube and Nikto, to ensure a comprehensive scan of your project. With ASTP’s analysis, you can perform debugging and be assured that your final site is secure and ready to be published online.
This application can be enhanced with the following:
Poh Zhi Yuan (Mr.)
Bluetooth technology has become an essential part of our daily lives, enabling us to wirelessly connect and communicate with various devices such as smartphones, laptops, and speakers. However, like all technologies, it is not immune to security vulnerabilities. Without proper security measures in place, Bluetooth can be vulnerable to hacking attempts and unauthorised access.
Goblue is a mobile application that aims to raise awareness about Bluetooth vulnerabilities on users’ device. The app includes features like alerting users of potential threats, scanning nearby devices, and providing tips to improve their device's security. With Goblue, users will be better equipped to protect their device from potential Bluetooth attacks.
This application can be enhanced with the following:
Edmund Wee (Mr.)
Temasek Polytechnic
Have you fallen for fake news before? Fake news is becoming increasingly problematic for online users. The spread of misinformation can manipulate people's perceptions of reality and cause social conflicts. To help users verify the accuracy of online news, we have developed a fake news detector.
Fake News Detector can check whether a site contains fake or real news based on its URL link and/or text content. It uses machine learning, artificial intelligence and natural language processing techniques to analyse the information. This can help to verify the accuracy of news sources and prevent readers from being misled by false information.
This application can be enhanced with the following:
Nurul Arifah Shukor (Ms.)
Temasek Polytechnic
As the frequency and scale of cyber attacks rise, companies are at higher risk of cyber security breaches. Detecting and defending against attacks are becoming increasingly difficult in large-scale networks.
The SDN Defender is a tool to detect and manage cyber attacks in large-scale networks. It makes use of Software Defined Networking (SDN), which leverages software instead of hardware to manage a network. This provides a central control point for network administrators to make changes to the network. By using this centralised control point, SDN Defender enables network administrators to quickly detect and respond to cyber attacks, reducing the risk of data breaches and minimising the impact of the attacks.
This application can be enhanced with the following:
Lim Chee Yang(Mr.)
Temasek Polytechnic
This game is aimed at Year 1 cybersecurity students and people who have a general interest in the field of forensics. This project addresses a common problem in the field of cyber forensics, which is that some individuals may not have the necessary knowledge and training to properly collect as well as analyse digital evidence.
The game is a top-down 2-D role-based player game where the player is a first responder crime scene investigator. Through playing this game, it allows players to learn the technical jargons and core processes of evidence processing to ensure forensics soundness when making the appropriate choices. Players will learn and gain new forensics knowledge as they attempt the game.
This game is educational because it provides resources such as video selections that allow players to learn more about cyber forensics. There is also a well-detailed guide where information based on globally trusted sources can be found so that players can use them in the gameplay. Finally, players can also choose from the five unique scenarios in the game. This allows them to adapt and apply the knowledge accordingly to the different scenarios.
This application can be enhanced with the following:
Seah Chong Poh (Mr.)
Temasek Polytechnic
With the rise of Smart Industries devices which allow for more efficient and flexible production capabilities centered around digitalisation as well as Internet of Things (IoT) devices, vulnerabilities are bound to appear. This allows adversaries to exploit the vulnerabilities which can potentially harm organisations and people, either financially or physically. Currently, there is a lack of Industrial IoT (IIoT) focused vulnerability databases that provide vulnerability information regarding IIoT, making it tedious for users to learn about the vulnerabilities pertaining to their IIoT devices.
The IIoT Vulnerability Search Database will serve as a central database that provides vulnerability information regarding IIoT devices. With a central database, users can easily search for IIoT and related Smart Industry device’s vulnerabilities. In addition, the central database also provides information about malware attacks on Smart Industries and IIoT. For example, users would be able to search via the vendor, device name and OS version to see if their IIoT device contains any known vulnerabilities.
This application can be enhanced with the following:
Rosita Jupri (Ms.)
Temasek Polytechnic
MalScape or Malware Escape, is an educational game that boasts a 3D immersive and interactive environment. Learning experience is made exciting for users to attain critical knowledge on Malware through a strong association with puzzle games to keep the learning journey fun and achieve awareness against the malicious threats within the ever-advancing digital world.
MalScape can serve as a secondary option for visitors or allow users with an immersive tour experience as guests within the Malware Analysis Centre that exists only in Temasek Polytechnic. The Malware Analysis Centre at Temasek Polytechnic is the first of its kind in an educational institution in Southeast Asia. It focuses on the detection and identification of malware and forensic investigations. The Centre is unique as it functions as a learning enterprise where students support walk-in clients at the Centre using leading industry technologies and processes.
This application can be enhanced with the following:
Jet Lim.
Temasek Polytechnic