Data can now be protected better than ever before with the Windows operating system, without leaving the slightest trace or giving away the tiniest hint of its existence. As part of a research project, the Institute for IT Security Research at St. Poelten University of Applied Sciences has developed the first viable Windows-based solution for concealing stored information. The solution will improve data security for governments, companies and private individuals. The project has also produced systems to defend against attacks using steganographic methods.
There are various ways to keep data on a PC hidden from other users. Conventional methods include access restriction and encryption. However, there is a distinct disadvantage to these options. For hackers and others like them, they are an open invitation to take their best shot. Indeed, the realisation that something is protected often acts as a provocation to breach this protection. Steganography – the science of storing or transmitting information secretly – offers a means of removing this provocation. It can be used to ensure that the very existence of specific data remains undetected, thus avoiding any “invitation” to hack into it. Other users have no idea that data is protected as they are completely unaware that the data exists in the first place.
The research project StegIT – Research, Design and Prototype Development of Anti-Steganographic Solutions for Internet Telephony (VoIP) – run by St. Poelten University of Applied Sciences has now developed Europe’s first viable steganographic solution for the Windows operating system. It allows the “perfect” concealment of data and prevents its subsequent discovery. This development opens up a whole new range of possibilities that promise major opportunities in areas such as national security and data protection on the Internet. However, it also brings risks should the system fall into the wrong hands for example.
SWALLOWED BY THE HARD DRIVE
Prof. Dr. Ernst Piller, head of the Institute for IT Security Research at St. Poelten University of Applied Sciences, explains exactly how the steganographic solution for Windows works: “Steganographic methods are used to store an entire file system, including files on the hard disk or a memory stick, in existing image or music files so that they are virtually invisible. This file system initially appears on the computer as a virtual storage medium, for example drive F, and can be used in the same way as any other storage medium. As soon as the drive is closed, it disappears and can no longer be found. Not even IT forensics can find it. It only reappears – seemingly out of nowhere – when the software is launched. What’s more, it can only be launched when the user is aware that it is well hidden somewhere on the PC and knows where and how to find it.”
The tool developed by St. Poelten University of Applied Sciences represents the first ever practicable steganographic solution for Windows. It also opens up significant opportunities for national security. For example, it can be used to ensure sensitive personal data is protected from unauthorised access far better than ever before. Similarly, the tool also offers a means of securely protecting sensitive data in countries where there are restrictions or bans on data encryption. This is of particular interest to companies that operate in such countries. However, in a world that is becoming networked ever more closely, the stenographic tool also unlocks new opportunities for personal security. For example, it can help to protect sensitive data stored on a home PC from being attacked by hackers.
MIND THE “CRIMINAL MINDS”!
However, the comprehensive StegIT project is not geared solely towards making steganography available for active use in legal applications. Another of its key aims is to provide protection from criminal steganography-based attacks, as Dr. Piller explains: “It is only by acquiring the relevant know-how and making the technical advances in steganographic solutions – as in the case of the Windows application – that we can properly research and implement a defence against criminal activities.” In addition to developing the new Windows application, the StegIT project – which is being supported by KIRAS, the Austrian Security Research Programme – has also created viable systems to defend against attacks that employ steganographic methods. This research work has recently earned international recognition that has placed the Institute for IT Security Research among the leading competence centres for steganography in Europe. And St. Poelten University of Applied Sciences is justifiably proud of this achievement.
For more information about steganography please visit http://www.stegano.org
About St. Poelten University of Applied Sciences
St. Poelten University of Applied Sciences offers students vocationally oriented and academically sound training in the areas of technology, business and health and social sciences. More than 1,700 students are currently enrolled on a total of 13 courses. In addition to its teaching role, St. Poelten UAS is also very much involved in research. This scientific and academic work is carried out within the framework of the courses and in the university’s own institutes, which are constantly working to develop and implement practical and application-oriented research projects.
Scientific Contact:
Prof. Dr. Ernst Piller
St. Poelten University of Applied Sciences
Institute for IT Security Research
Matthias Corvinus-Str. 15
3100 St. Poelten
Austria
T +43 / (0)2742 / 313 228 – 636
E [email protected]
W http://www.fhstp.ac.at
W http://www.stegano.org
Copy Editing & Distribution:
PR&D Public Relations for Research & Education
Campus Vienna Biocenter 2
1030 Vienna
Austria
T +43 / (0)1 / 505 70 44
E [email protected]
W http://www.prd.at