EXETER — Exeter Health Resources has been named one of the nation's most wired small and rural hospitals for its use of information technology for the second year in a row.

The local health care organization was named Most Wired in the Small and Rural category, according to the 2009 Most Wired Survey and Benchmarking Study released in the July issue of Hospitals & Health Networks magazine. The 100 Most Wired hospitals show better outcomes in patient satisfaction, risk-adjusted mortality rates and other key quality measures through the use of information technology, according to a new analysis.

Core Physicians is in the process of introducing electronic prescribing, or "e-prescribing," which aims to streamline communication between retail pharmacy and Core provider offices.

PARIS--(Marketwire - August 12, 2009) - TIBCO Software Inc. (NASDAQ: TIBX) today announced that Chronopost -- the leading French firm for express delivery of parcels up to 70 pounds to businesses and individuals -- has chosen TIBCO's software to enhance the company's agility and operational efficiency through an open, scalable enterprise exchange platform that supports the sharing and reuse of data across all of Chronopost's applications and platforms. This project is part of the "Phoenix" program, which redefines the information system as outlined in Chronopost's three-year plan.

Chronopost's primary objectives behind the Phoenix program are to deliver a proprietary method for accessing information, develop a custom user interface, provide information traffic management and share information between different processes, all while taking a business approach to information systems.

Head of Infrastructure Jean-Philippe Hertzog commented on the partnership stating: "One of our objectives is to increase customer satisfaction, in particular by improving pro-activity in tracking each parcel. Up-to-the-minute, accurate information on each parcel from collection through delivery should be available at all times throughout the shipping process. We chose TIBCO's solutions because they are easy to integrate and operate, meeting all our connectivity requirements."

As well as improving customer satisfaction, the exchange platform will contribute to a faster time to market of new customer services through automated process capabilities and the rapid creation and maintenance of data flows across various applications. The exchange platform will also ensure the flow of data between 120 specialized, heterogeneous applications deployed across more than 80 sites on 300 RedHat Linux servers using a VMWare virtualization layer. The new exchange platform, which will leverage TIBCO ActiveMatrix BusinessWorks™, TIBCO iProcess™ Suite, and TIBCO BusinessEvents™, will process and monitor in real-time more than 10 million exchange messages per day.

"We are pleased to have the opportunity to help Chronopost transform its enterprise IT environment to drive new value creation for its customer base," said Fabio Pulidori, senior vice president, EMEA Field Operations, TIBCO. "The establishment of an open, scalable, exchange platform as part of their Phoenix project will serve as an important competitive differentiator for long-term growth and agility."

About Chronopost

Founded in 1985, Chronopost has become the leading French firm for express deliveries of parcels up to 70 pounds to businesses and individuals, anywhere in the world. A subsidiary of GeoPost, the holding company of La Poste Group's Express Parcels, Chronopost has 3500 employees, handles 250,000 parcels each day and had a turnover of EUR 637 million in 2008. In France, Chronopost has a network of 76 operational sites, including 6 hubs. Chronopost serves more than 230 countries throughout Europe and the world. www.chronopost.fr

About TIBCO Software

TIBCO technology digitized Wall Street in the '80s with its event-driven "Information Bus" solution. Today, TIBCO's infrastructure solutions give companies the means to innovate by connecting applications and data in a service-oriented architecture, streamlining activities through business process management, and giving people the information they need to make faster and smarter decisions, what we call The Power of Now®. TIBCO serves more than 3000 customers around the world with a presence in more than 20 countries and a network of over 200 partners. Learn more at: www.tibco.com.

TIBCO, TIBCO ActiveMatrix BusinessWorks, TIBCO iProcess Suite, TIBCO BusinessEvents, The Power of Now, and TIBCO Software are trademarks or registered trademarks of TIBCO Software Inc. in the United States and/or other countries. All other product and company names and trademarks mentioned in this document are the property of their respective owners and are mentioned for identification purposes only.

Tech (Technology) Stocks/SectorThe growing consensus on the Street is that large cap and solid technology companies are going to benefit from business and consumer spending, if that's the case, its time to review the ETFs that can help you benefit from the tech stocks making a comeback in 2009 including Vanguard Information Technology (ETF) (NYSE:VGT) and the widely held PowerShares QQQ Trust, Series 1 (ETF) (NASDAQ:QQQQ).

The technology sector is the one area that via new and existing applications can help companies of all sizes increase productivity, improve their profitability and help to ease day to day activies during this difficult Recession. The big tech companies such as Oracle (ORCL), Microsoft (MSFT), and IBM have the advantage of strong balance sheets with tons of cash to spend on make acquisitions or share buybacks, something that many sectors are missing right now.

Forget picking stocks for once, your weapons of choice for betting on a tech sector comeback are the following ETFs, thus going long on each of the following securities:

Tickers Alone: QQQQ XLK IYW VGT

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SOURCE: http://wallstnation.com/tech-stocks-08112009-2

John C. Dvorak, who is an columnist and broadcaster in the areas of technology and computing has written a column making some pretty serious allegations about Vivek Kundra, new US CIO and ex-DC CTO, well known locally for DC's first Apps for Democracy (which was later picked up by New York, San Francisco and others).

Dvorak has questioned Kundra's degree, the area he got the degree in, the school he went to, and the statement he made on his DC CTO page about being the CEO at Creostar (apparently he was the only employee there). Dvorak also brings up older stories such as Kundra's 1997 bust for stealing shirts from JC Penny’s (which Kundra has been quite open about, and said was a youthful mistake) and the later bust of his former staff by the FBI at the DC office during a bribery investigation. Dvorak has said in his blog:

Is US Chief Information Officer (CIO) Vivek Kundra a Phony?

This is the sort of question you might ask after trying to actually verify his supposed MS in Information Technology from the University of Maryland, College Park campus. The registrar has no record of it".


After Dvorak's report came out, bloggers and others started investigating the matter and Nextgov.com writer Gautham Nagesh said that


However, after a few phone calls I was able to verify that Kundra did receive a Master's degree in Information Systems Management from the University of Maryland University College in 2001. That seems to conform with his official bio, where it states he "holds a MS in Information Technology from the University of Maryland."

Although UMUC is different from UMD, as other bloggers have pointed out, this is a much smaller charge than trumping up an entire degree. There is no news on whether he did have a Bachelors degree in biology, although people did find proof of a degree in psychology, as Kundra had stated he possessed on his DC CTO page.

Another writer Om Malik says,


Dvorak is just flat-out wrong — or at least that was the gist of the conversation I just had with Kundra. He called back and said that it was clear that “someone was spinning partial truths.” He welcomed anyone to check with University of Maryland’s University College and said they will find that not only did he graduate from the University College, but also that he was adjunct faculty member.

Om also called the White House, and a spokesman said, the article as “a gross smear” on Kundra and called it “highly inaccurate.” With the active blogosphere and media we have, I suspect we will have the whole truth very soon.



Tech Policy and Happenings: You may be interested in the reasons behind a recent Twitter outage, how we can track criminal activity on the Web (George Sodini video), Teens and Twitter, the use of social networking in the military, American Innovation in Crisis , Why Government keeps getting Technology Wrong , Yahoo and Microsoft vs. Google , a recent look at consumer satisfaction with federal websites, Cybersecurity: an interview with Dan Risacher at DOD - Part 1 and Part 2, and Cloud Computing with Pete Tseronis

Lighter Side of Tech: For some more lighter tech stories, check out the abs and butt discussion between Andy Roddick and Serena, Palin's absence from Twitter, her Facebook statement, and how her hairdresser is speaking up for Palin, the Twitter prediction for "So you think you can dance", adorable online cat stories, the $50,000 Tweet, modern day hero:the libertarian Facebook pig, which still on the lam., interviews with Twilight stars at Com Con, the Top Ten Fight Scenes and Top Free Movies on on YouTube, Bill Clinton's video with JFK and his status updates on Facebook, best of Hulu, and the top 10 creepiest vintage ads.

CHICAGO, Aug. 11 /PRNewswire-FirstCall/ -- At their July Advisory Task Force Meeting in Chicago, the National Transitions of Care Coalition (NTOCC), announced the formation of the Health Information Technology Work Group. The NTOCC HIT Work Group will focus on the national efforts to develop electronic medical records, HIT exchange and promote interoperability to advance improved patient care.

"With HIT now so closely linked to health reform, we see it as a critical component to achieving a more efficient health care system and equally important in facilitating smoother transitions in care that ultimately lead to better patient outcomes," said Cheri Lattimer, RN, BSN, and NTOCC Project Director." To this end, we have assembled a Work Group of notable HIT experts from various sectors of the health care industry." Members of the Work Group are -- Leah Binder, MA, MGA, CEO, The Leapfrog Group; H. Edward Davidson, PharmD, MPH, Assistant Professor Clinical Internal Medicine, Eastern Virginia Medical School; Partner, Insight Therapeutics; David Dorr, Assistant Professor, Oregon Health & Science University; Jean Paul Gagnon, PhD, Senior Director, U.S. Policy & Strategic Advocacy, sanofi-aventis U.S.; Eva Powell, MSW, CPHG, Director Health Information Technology Project of The National Partnership for Women & Families; William M. Russell, Vice President, Clinical Information, Erickson Retirement Communities; Annette Schmidt, Director, External Affairs, sanofi-aventis U.S., and Charles Smith, PhD, CEO, CIGNA.

The HIT Work Group will begin a number of activities including, assessment of the barriers and gaps in health information technology related to transitions of care (TOC) and developing a White Paper that would provide recommendations on how to close gaps or remove barriers.

The Advisory Task Force reaffirmed their consensus on seven considerations for improving transitions. The Coalition is looking to build awareness among legislators and policymakers that these considerations should be part of any health care reform initiatives. The seven considerations are:

  • Improve communication during transitions between providers, patients, and caregivers;
  • Implement electronic medical records that include standardized medication reconciliation elements;
  • Establish points of accountability for sending and receiving care, particularly for hospitalists, SNFists (physicians practicing in skilled nursing facilities), primary care physicians, and specialists;
  • Increase the use of case management and professional care coordination;
  • Expand the role of the pharmacist in transitions of care;
  • Implement payment systems that align incentives; and
  • Develop performance measures to encourage better transitions of care.

Transitions of care include situations in which a patient moves from primary care to specialty physicians or moves within the hospital, including moves from the emergency department to other departments, such as surgery or intensive care; or when a patient is discharged from the hospital and goes home or to an assisted living or skilled nursing facility. Patients, especially older persons, face significant challenges when moving from one level of care or practice setting to another in the healthcare system. During these transitions, lack of communication can result in redundant or conflicting information that often creates serious issues for patients, their caregivers, and their families.

NTOCC is chaired and coordinated by the Case Management Society of America in partnership with and financial support from sanofi-aventis, U.S.

About National Transitions of Care Coalition (NTOCC)

NTOCC was formed in 2006 to address a serious U.S. health care issue: filling the gaps that occur when patients leave one care setting and move to another care setting. These transitions include patients moving from primary care to specialty physicians; moving or transferring patients from the emergency department to intensive care or surgery; or when patients are discharged from the hospital to home, assisted living arrangements, or skilled nursing facilities. The U.S. healthcare system often fails to meet the needs of elderly patient populations during these transitions because care is rushed and responsibility is fragmented with little communication across care settings and multiple providers. These failures lead to undue burdens on patients and their families and negatively impact patient safety, quality of care and outcomes. The focus of NTOCC is to bring together thought leaders and health care experts from various settings to address this critical issue, define solutions and develop tools to address the gaps impacting patient care. Tools and resources developed by NTOCC will be made available to everyone in the health care industry including providers, payers, patients and consumers. NTOCC is chaired and coordinated by the Case Management Society of America in partnership with sanofi-aventis U.S. For more information, visit www.NTOCC.org.

The NTOCC Advisory Board has guided the work of the coalition since 2006 and includes the Academy of Managed Care Pharmacy (AMCP), American Association of Homes and Services for the Aging (AAHSA), American College of Healthcare Executives (ACHE), American Geriatrics Society (AGS), American Medical Directors Association (AMDA), American Medical Group Association (AMGA), American Society for Healthcare Risk Management (ASHRM), American Society of Health-System Pharmacists (ASHP), American Society on Aging (ASA), American Society of Consultant Pharmacists (ASCP), AXA Assistance USA Inc., Case Management Society of America (CMSA), Consumers Advancing Patient Safety (CAPS), Health Services Advisory Group (HSAG), Institute for Healthcare Improvement (IHI), Joint Commission International Center for Patient Safety (ICPS) ,Lipitz Center for Integrated Health Care, Mid-America Coalition on Health Care (MACHC), National Association of Directors of Nursing Administration - Long Term Care (NADONA / LTC), National Association of Social Workers (NASW), National Business Coalition on Health (NBCH), National Case Management Network of Canada (NCMN), National Family Caregivers Association (NFCA), National Quality Forum (NQF), Predictive Health, LLC, sanofi-aventis, U.S., Society of Hospital Medicine (SHM), The Joint Commission Disease - Specific Care Certification, United Health Group (UHG) and URAC.

About Case Management Society of America (CMSA)

Established in 1990, the Case Management Society of America is an international non-profit 501(c)(6) multi-disciplinary professional association dedicated to the support and advancement of the case management profession through educational forums, networking opportunities, legislative advocacy, and establishing standards to advance the profession. It is based in Little Rock, AR, and serves more than 20,000 members/subscribers and 70 affiliate and pending chapters. Since its inception, CMSA has been at the forefront of setting professional standards for the industry, which allows for the highest level of efficiency and integrity, as well as developing national and local leaders who are recognized for their practice and professional excellence. For more information on CMSA, call CMSA at (501) 225-2229 or go to www.cmsa.org.

About sanofi-aventis

Sanofi-aventis U.S. is an affiliate of sanofi-aventis, a leading global pharmaceutical company that discovers, develops and distributes therapeutic solutions to help improve the lives of patients. Sanofi-aventis is listed in Paris (EURONEXT: SAN) and in New York (NYSE: SNY). For more information, visit: www.sanofi-aventis.us or www.sanofi-aventis.com.

FOR MORE INFORMATION, PLEASE CONTACT:

    Cheri Lattimer, RN, BSN
Project Director, NTOCC
Executive Director, CMSA
Phone: (501) 225-2229
Email: clattimer@acminet.com

Lagos — Three Obafemi Awolowo University, Ile-Ife professors, Timi Kuku, Dean Faculty of Technology, J.A Osunade, Head, Department Of Agricultural Engineering and Dr. Osunade, Director, Information Technology and Communication, have spoken on the school's technology foundation, which has nurtured several graduates, who are now leading developments in the Information Communications and Technology (ICT) development in Nigeria.

They spoke ahead of the scheduled plan to recognise and award about 10 graduates of the university who are leading ICT governance and enterprise in the country.

The OAU Alumni Association, in Lagos in collaboration with eWorld Magazine has concluded plans to award top ICT players, who grtaduated from the University at various times.

Speaking on the development Kuku said the school is delighted "We are known to be great; our name implies "Great Ife." Our greatness does not come from shouting but from the fact that the sort of education we give are very basic and fundamental and we go all out to make sure that our students get the very best, and what people see outside is a reflection of what has always happened here in the university.

According to him, this has been possible due to the very good foundation and a crop of very dedicated teachers that the school has.

Kuku also said that the university's relationship with top world schools such as the Massachusset Institute of Technology (M.I.T) in the United States, Imperial College in London and through a process of continous modification of the school's curricula exposes it to the latest academic orientation.

Speaking on the growing case where several companies complain that present university graduates in Nigeria are not employable, Kuku argues the complain does not apply to OAU graduates because the school ensures that "the training we give to them easily makes them adaptable and equips them to acquire additional training easily apart from what they have been given, here".

Kuku said the university is currently, working on two new concepts of teaching, one of which is called the problem based learning in which case instead of the normal teaching students are given problems to solve, and these problems come from the industry.

Lending his voice to the issue, Osunade said that students from O.A.U take the lead at interviews. "The feedback we get here is employers will tell you that they prefer students from this institution", he added.

According to Aderoumu O.A.U is involved in several ICT initiatives among them are the OAU Net which covers the whole of the campus, all the faculties, individual lecturers offices and the students hostel.

It also also has the Carnegie grant which it has won for six consecutive years now - from 2003 to 2009. Part of the grant is being used to develop ICT in the university.

Some of the OAU graduates due for recognition include the Executive Vice Chairman of the Nigerian Communications Commission (NCC), Engineer Ernest Ndukwe whose outstanding work is referenced at International forums, Director-General of the Nigerian Information and Technology Development Agency (NITDA) Professor Cleopas Angaye, President of the Association of Telecommunications Companies of Nigeria (ATCON), Dr Emmanuel Ekuwem.

Others include Group Managing Directors of Omatek, Linkserve, Chams, Mrs Florence Seriki, Chima Onyekwere and Demola Aladekomo.

Others to receive award include MTN Chief Technical Officer, Karl Toriola and Main One Managing Director, Funke Opeke.

According to the Chairman of the award planning committee, Dr Olusanya Awosan, the Vice Chancellor of OAU, Professor Michael Faborede is quite enthusiastic about the event, which he has accepted to chair.

ScienceDaily (Aug. 11, 2009) — Computer scientists demonstrated that criminals could hack an electronic voting machine and steal votes using a malicious programming approach that had not been invented when the voting machine was designed. The team of scientists from University of California, San Diego, the University of Michigan, and Princeton University employed “return-oriented programming” to force a Sequoia AVC Advantage electronic voting machine to turn against itself and steal votes.

“Voting machines must remain secure throughout their entire service lifetime, and this study demonstrates how a relatively new programming technique can be used to take control of a voting machine that was designed to resist takeover, but that did not anticipate this new kind of malicious programming,” said Hovav Shacham, a professor of computer science at UC San Diego’s Jacobs School of Engineering and an author on the new study presented on August 10, 2009 at the 2009 Electronic Voting Technology Workshop / Workshop on Trustworthy Elections (EVT/WOTE 2009), the premier academic forum for voting security research.

In 2007, Shacham first described return-oriented programming, which is a powerful systems security exploit that generates malicious behavior by combining short snippets of benign code already present in the system.

The new study demonstrates that return-oriented programming can be used to execute vote-stealing computations by taking control of a voting machine designed to prevent code injection. Shacham and UC San Diego computer science Ph.D. student Stephen Checkoway collaborated with researchers from Princeton University and the University of Michigan on this project.

“With this work, we hope to encourage further public dialog regarding what voting technologies can best ensure secure elections and what stop gap measures should be adopted if less than optimal systems are still in use,” said J. Alex Halderman, an electrical engineering and computer science professor at the University of Michigan.

The computer scientists had no access to the machine’s source code—or any other proprietary information—when designing the demonstration attack. By using just the information that would be available to anyone who bought or stole a voting machine, the researchers addressed a common criticism made against voting security researchers: that they enjoy unrealistic access to the systems they study.

“Based on our understanding of security and computer technology, it looks like paper-based elections are the way to go. Probably the best approach would involve fast optical scanners reading paper ballots. These kinds of paper-based systems are amenable to statistical audits, which is something the election security research community is shifting to,” said Shacham.

“You can actually run a modern and efficient election on paper that does not look like the Florida 2000 Presidential election,” said Shacham. “If you are using electronic voting machines, you need to have a separate paper record at the very least.”

Last year, Shacham, Halderman and others authored a paper entitled “You Go to Elections with the Voting System You have: Stop-Gap Mitigations for Deployed Voting Systems” that was presented at the 2008 Electronic Voting Technology Workshop.” http://cseweb.ucsd.edu/~hovav/papers/hrsw08.html

“This research shows that voting machines must be secure even against attacks that were not yet invented when the machines were designed and sold. Preventing not-yet-discovered attacks requires an extraordinary level of security engineering, or the use of safeguards such as voter-verified paper ballots,” said Edward Felten, an author on the new study; Director of the Center for Information Technology Policy; and Professor of Computer Science and Public Affairs at Princeton University.

Return-Oriented Programming Demonstrates Voting Machine Vulnerabilities

To take over the voting machine, the computer scientists found a flaw in its software that could be exploited with return-oriented programming. But before they could find a flaw in the software, they had to reverse engineer the machine’s software and its hardware—without the benefit of source code.

Princeton University computer scientists affiliated with the Center for Information Technology Policy began by reverse engineering the hardware of a decommissioned Sequoia AVC Advantage electronic voting machine, purchased legally through a government auction. J. Alex Halderman—an electrical engineering and computer science professor at the University of Michigan (who recently finished his Ph.D. in computer science at Princeton) and Ariel Feldman—a Princeton University computer science Ph.D. student, reverse-engineered the hardware and documented its behavior.

It soon became clear to the researchers that the voting machine had been designed to reject any injected code that might be used to take over the machine. When they learned of Shacham’s return-oriented programming approach, the UC San Diego computer scientists were invited to take over the project. Stephen Checkoway, the computer science Ph.D. student at UC San Diego, did the bulk of the reverse engineering of the voting machine’s software. He deciphered the software by reading the machine’s read-only memory.

Simultaneously, Checkoway extended return-oriented programming to the voting machine’s processor architecture, the Z80. Once Checkoway and Shacham found the flaw in the voting machine’s software—a search which took some time—they were ready to use return-oriented programming to expose the machine’s vulnerabilities and steal votes.

The computer scientists crafted a demonstration attack using return-oriented programming that successfully took control of the reverse engineered software and hardware and changed vote totals. Next, Shacham and Checkoway flew to Princeton and proved that their demonstration attack worked on the actual voting machine, and not just the simulated version that the computer scientists built.

The computer scientists showed that an attacker would need just a few minutes of access to the machine the night before the election in order to take it over and steal votes the following day. The attacker introduces the demonstration attack into the machine through a cartridge with maliciously constructed contents that is inserted into an unused port in the machine. The attacker navigates the machine’s menus to trigger the vulnerability the researchers found. Now, the malicious software controls the machine. The attacker can, at this point, remove the cartridge, turn the machine’s power switch to the “off” position, and leave. Everything appears normal, but the attacker’s software is silently at work.

When poll workers enter in the morning, they normally turn this type of voting machine on. At this point, the exploit would make the machine appear to turn back on, even though it was never actually turned off.

“We overwrote the computer’s memory and state so it does what we want it to do, but if you shut off the machine and reboot from ROM, the exploit is gone and the machine returns to its original behavior,” explained Checkoway.

The computer scientists tested a machine that is very similar to machines that are used today in New Jersey and Louisiana. These New Jersey and Louisiana machines may have corrected the specific vulnerabilities the computer scientists exploited, but they have the same architectural limitations. The researchers highlight the possibility that current voting machines will be vulnerable to return-oriented programming attacks similar to the attack demonstrated in this study.

“This work shows how difficult it is to design voting machines that will remain secure over time. It’s impossible to anticipate what new kinds of attacks will be discovered in the future,” said Halderman.