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khaley | 27 Aug 2014 | 0 comments

The healthcare industry has for years been the number one industry in reported data breaches.  But this dubious honor has been driven in some part because healthcare has the most stringent reporting requirements of any industry.  In other words, unlike other industries, they have to report a data loss.  If every industry had the same reporting requirements, things might look quite different. 

Additionally, while healthcare has had the largest number of reported breaches, it has one of the lowest percentages of actual records lost.   Healthcare has more breaches than other industries, but each loss on average is quite small.

In 2013, according to Symantec’s Internet Security Threat Report (ISTR), 78% of all breaches in healthcare were because of theft or loss of a devices or because the data was accidently made public.  These are preventable breaches...

Chetan Savade | 27 Aug 2014 | 1 comment

This blog contains all the versions of SEP and SEPM (Symantec Endpoint Protection Manager) which were released since the first version of SEP in Sep 2007.

It contains the Enterprise Editions (EE) and Small Business Editions (SBE)

RTM - Release To Manufacturing

MR - Maintenance Release (replaced by RU)

RU - Release Update

MP - Maintenance Pack

PP - Point Pack

 

                            SEP Enterprise Edition/Small Business Edtion 12.1.x

Note: SEP 12.1 Enterprise Edition & Small Business Edition have the same version code and product name.

 Name

 Version

  Release date (English)

 RTM

 12.1.671.4971   

 Jul 2011

...

EfrainO | 25 Aug 2014 | 0 comments

Survey Study Tools
     The following tables, graphs and visualizations are examples of tools for performing continuous surveying of digital populations.

Cohort Study
      A cohort study takes a look at a random sampling of the population and compares it to a known group of infected systems. It than takes a specific variable or set of variables and compares the hosts’ health outcome. In table 1, we can see that users who used a resource from USB were 5.69 times more likely to become infected. This study would warrant further study to ascertain exactly what caused the infection from USB use, but at a minimum a USB protection layer can be considered to reduce the overall probability of an infection outcome. If all the USB borne disease pathogens were executable files, security administrators may consider applying a prevent execution, but allow read and write to/from USB devices policy...

EfrainO | 25 Aug 2014 | 0 comments

Trust In Our Digital Cities
     During Dr. Snow’s time the general belief was that cities were unhealthy, and humanity was not destined to live there due to the prevalence of diseases. Epidemics were presented as evidence of the unnatural state of humans in cities and the resulting hardships encountered there. If you were to ask a mid-19th century Londoner what they thought of the future of cities, they would probably tell you that it was a passing phase and that disease will send people back to the country side. If you asked the average person today what they thought of their digital existence online, they would probably say they don't trust it, and that the rampant diseases online make it a place humanity will not be able to fully integrate into their lives. Some people have already retreated to the digital country side or avoided the digital as much as possible, rather than fully integrate into the network. This lack of trust in...

EfrainO | 22 Aug 2014 | 0 comments

Leveraging Waiting Room Time
     Organizations can continue to rely solely on their security vendors to provide the miracle drug or antidote for the digital disease pathogen, or they can take more of a hands-on surveying approach to improve security. Relying on the security vendor is the traditional practice which is normally followed by applying pressure on the security vendor to deliver the miracle drug or antidote quickly. This time spent waiting allows the digital disease pathogens to possibly mutate and spread further in the environment. Another approach taken by organizations is the installation of many different security technologies with all the bells and whistles activated in hopes of detecting and preventing the next threat. Unfortunately, enabling all the prevention features of a security product or collection of security products may present an unwanted side effect: with prevention enabled at a very aggressive level, the...

Kari Ann | 21 Aug 2014 | 0 comments

Demand for cyber-security professionals is growing twice as fast as other IT jobs, according to the report by Burning Glass, and the availability of necessary skills appears to be “outstripping supply.” Given the complex and competitive environment, how do cyber-security professionals keep up with the expertise required to move endpoints “beyond antivirus” in today’s digital age? 

Complex threats and internal challenges require focus on building an architecture with efficiency and effectiveness. A solid endpoint security architecture under-pins every foundation from the small-business to even the most complex enterprise. 

With constrained resources, is it possible to improve your security architecture without spending another cent? 

The simplest place to start is with Symantec’s...

Richard Harsell | 20 Aug 2014 | 0 comments

We are looking to hire a CSP resident in the Raleigh, NC area.  The req can be found at:

http://www.symantec.com/about/careers/careers.jsp?areq=%2021145BR

Please contact Ryan Alves at ryan_alves@symantec.com.

Responsibilities

This Resident Consultant will be the trusted advisor in Symantec Data Center Security (DCS) - formerly Critical System Protection (CSP) - for a customer located in Raleigh, NC.  The successful candidate will be part of a team of onsite Consultants that support multiple Symantec technologies for this customer.  The primary responsibilities include:

  • Prevention and Detection policy testing, tuning, and automation
  • Customized reporting and analytics
  • Upgrade testing and deployment
  • Assist with daily administration and optimization of the DCS/CSP...
EfrainO | 18 Aug 2014 | 0 comments

Following in Dr. Snow’s footsteps
     We can follow Dr. Snow’s lead by looking for commonalities, differences and outliers in our own digital communities. We need to start to look for what makes one system get infected while another does not. It is difficult to inconvenience many people based on incomplete evidence or misunderstood information. It may help to tell the Dr. Snow story to illustrate the parallels with the difficult fight against digital diseases. When the water pump on Broad Street was removed, the community complained about the inconvenience of having to walk farther to get their water. In order to convince our digital General Board of Health to remove a digital pump handle at an organization, we must have the evidence to back up our claims.  We must remind users that when it comes to digital diseases, just like biological diseases, epidemiology is a science of probability not a science of certainty. Even a great...

Marianne Davis | 15 Aug 2014 | 0 comments

How do you know how much cybersecurity is enough? Roughly 45 percent of global CIOs admit to underinvesting in cybersecurity according to a recent Accenture study. While CIOs are generally aware that endpoint protection alone is not enough to protect their business against advanced cyber threats, many are reluctant to upgrade security technologies. Why? Because of the perceived cost involved.

According to the U.S. Treasury, companies often avoid sufficiently investing in cybersecurity because they perceive that existing threats don’t warrant high levels of investment. Unfortunately, the cost of data...

EfrainO | 08 Aug 2014 | 0 comments

This is the second part of my blog series.

In the medical community, Dr. John Snow is considered the father of modern epidemiology. He is known for successfully investigating the cause of a cholera outbreak in London in 1854. Through careful surveying of the deceased individual’s location of death, and which company was their water provider, Dr. Snow noticed that the locations of the deceased seemed to correlate to where they obtained their water. Contrary to popular retelling, Dr. Snow did not figure out the cause of cholera from looking at a map of data. Before the Broad Street pump incident, Dr. Snow was already investigating two water companies that served London; the Southwark & Vauxhall Company and the Lambeth Water Company. An outbreak of Cholera in the Soho area of London occurred in 1854 which offered him the opportunity to test his hypothesis: that cholera was transmitted via water and not air as believed by miasmatists. Miasmatists believed diseases were...