The Science of Cyber Security

TRUST aims to be proactive

August 4, 2011 RSS Feed Print
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TRUST officials also have been advising lawmakers and regulators about the security and privacy aspects of proposed laws and policies.

In the area of medical privacy, the medical school at Vanderbilt University, a center research partner, has made patient records available to TRUST in a pilot project to research access and privacy issues, including medical and billing information. They want to protect the system against unauthorized entry.

“The school wanted our help in making the system secure,” says Larry Rohrbough, TRUST’s executive director. “We are providing the mechanisms to ensure that the portal is constructed consistent with all the privacy requirements, particularly with regard to who can have access: provider, doctor, patient, friend, relative.”

The Vanderbilt University Medical Center also is supporting a clinical trial of TRUST -developed technologies that will help medical professionals better treat conditions such as sepsis and congestive heart failure.     “TRUST researchers developed these health information systems to both improve patient care and comply with rules and policies,” such as HIPAA, the health privacy information law, as well as the Children’s Online Privacy Protection Act, or COPPA, Rohrbough says..

Furthermore, TRUST’s healthcare work attracted the attention of the Department of Health and Human Services, prompting the department to create the Strategic Healthcare IT Advanced Research Projects (SHARP), a program to explore the potential uses of health information technology nationwide, and ensure they are secure.

Among other things, the federal SHARP program has awarded $15 million grants to each of four universities and/or health care systems to study how patients and physicians can use these electronic systems to improve care and involve patients, while protecting privacy, similar to what TRUST researchers are doing with the Vanderbilt project.

“We’ve embedded it with medical processes, which involve a fair number of treatment protocols—standards of care for doctors and patients,” Sastry says. “You have a system that pops up and says ‘this is what you are supposed to do,’ for a specific treatment. It tells a certain set of practices for doctors, nurses and patients, and all consistent with privacy.”

The center also is collaborating with the federal Departments of Treasury and Energy.  At Treasury, they are advising officials on how to protect large banks and trading partners against financial crime, “which can be much more sophisticated than phishing, and can include such things as mortgage fraud,” Sastry says. At Energy, they are helping to protect the nation’s physical infrastructure against attack.

“In TRUST, we are working on ways to protect smart grids, water, power, gas,” Rohrbough says. “Some people want to cause blackouts, to, for example, deny Chicago heat during a snowstorm, or shut down traffic lights in Los Angeles. Sometimes these are insider attacks, from a disgruntled employee. How do you operate through attacks? How do you prevent these attacks?  We’re looking not only at threats and vulnerabilities, but at existing and emerging standards, areas where security is not addressed or where it is addressed in a conflicting way, so we can develop, test, and deploy solutions.”

The goal is create networks where security is not an afterthought, Sastry says. “We are thinking in advance,” he says.

With that in mind, the center is pushing for a science base that will move computer security from a reactive stance to a proactive one “and beyond deploying defenses for known attacks to building secure systems in a principled way,” Sastry says.

“For example, how can we characterize security properties in a way that gives insight into enforcement mechanisms and verification approaches?” he adds. “What security properties can defenses support, and what attacks can defenses resist? This will require the architecture of the infrastructure to change, so that what replaces it, ultimately, will be more secure and resilient.”

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identity theft,
internet

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The imagery that the word "attack" creates is one of fantasy... some shady, techno-super genius sitting at a computer, furious typing away. In reality, hacks occur as a result of stupidity. Users rely on passwords that are easily guessed. Computers are set to use Internet Explorer (the most unsecure browser in creation). Network software is also ripe with SQL vulnerabilities.

A vast majority of this can be remedied by installing a secure web browser with sufficient script blocking software. Network admins also need to patch up basic vulnerabilities. Or perhaps companies need to stop outsourcing their IT to India. Network maintenance requires a capable person on site.

Talk of some pie in the sky solution with some "immune system" distracts from reality. You would do your readers more credit by educating them about the "science" of hacking instead of describing the problem as something mythical and grand that only elite people are capable of accomplishing.

Furthermore, any "damage" cause by such "attacks" are solely the responsibility of the person or organization that established the network. Hackers exploit vulnerabilities. Very rarely do "attacks" consist of a physical manipulation or some other action that could be compared to a burglar smashing a window to gain entrance.

Hackers merely walk through open doors. Close the doors and lock them. That's the only way to dissuade unwanted guests from gaining entrance.

wtflolnoob of IL 11:52AM September 15, 2011

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