HIPAA’s New Rules Reach Far Beyond Healthcare Providers – Are You Impacted?

Two weeks ago, the Department of Health and Human Services (HHS) issued final regulatory rules that place a new group of data processors and third-party consultants directly under HIPAA’s data security compliance regulations.

Some Background

In 2010, HHS issued a “notice of proposed rulemaking”, seeking comments from stakeholders as it worked out updated regulations for HIPAA that had been mandated by Congress.  One of the areas that regulators wanted to resolve was precisely who is subject to HIPAA’s central Security Rule, which defines steps organizations must take to maintain reasonable technical safeguards for electronic protected health information (e-PHIs for short).

The regulators first proposed that “business associates”  handling e-PHI for, say, hospitals or HMOs, would fall directly under HIPAA laws. While not considered a medical provider, they could be still held liable—with civil and criminal penalties—for compliance failures.

Without this type of extension, health organizations could conceivably outsource their data protection obligations to others, and then depending what was in the private contract with the business associate, it would be feasible that no one at all could be held responsible for a breach or other security lapse.

What Has Changed

With the finalized rules (which by the way run over 500 pages) not only do business associates come under HIPAA, but a new class of consultants and subcontractors who perform work on behalf of the business associates also have HIPAA obligations.

In effect, the final rules say that any company that has access to e-PHI is treated just like a hospital or HMO. By the way, HIPAA/HITECH’s Breach Notification Rule, which originally required health companies and their business associates to report e-PHI disclosures, is now extended to medical data subcontractors as well.

The ultimate intent is to close off any holes in security and enforcement when the business associates themselves outsource data processing to others.

HIPAA’s Much Wider Impact

US yearly health care expenditures run over $3 trillion. With an historic shift to digital medical records and new investments in advanced health IT technologies, the final rules will have a major impact on many data processing companies that perhaps would not have considered themselves in the medical business—think of cloud-based providers, analytic services,  and software vendors and resellers.

Lawyers and  health care analysts will, no doubt, be mulling over the new HIPAA rules for months to come. And I’ll have more to say on this in future posts. Need to quickly catch up on HIPAA?  Take a look at our free whitepaper.

Report: Nearly Half of IT Staff Fear Unauthorized Access To Virtual Servers

There are reportedly over 50 million VMs residing on servers.  Varonis surveyed IT staff at VMWorld San Francisco and VMWorld Barcelona in 2012 to answer questions about VM adoption, saturation, use cases, deployment, security and more.

Virtualization yields countless benefits.  Our results show that 76% of respondents use VMs for fast deployment, 74% cite disaster recovery as a driver, and 56% tout easy segregation.

There are many more reasons why virtualization technology is one of greatest leaps in innovation in the past decade.  But have VMs become a black box in terms of security?  Has the plug-n-play nature of virtual machines lead IT to set-it-and-forget-it when it comes to permissions and access control?

Download our full research report to view our findings.

Virtualization and Data Protection

Determining the Root Cause of a Data Breach With “The 5 Whys”

Unlocked Gate

The jarring sound of an iPhone vibrating against a mahogany nightstand at 3:15am.  This can’t be good.  Server down?  Much worse: 50,000 sensitive files have been stolen from a poorly permissioned file server.  First, damage control.  Next, investigation.

Problem: 50,000 files were stolen.

Why?  The files were accessible to everyone in the company, even guests.

Why?  The folder’s access control list was configured incorrectly.

Why?  Chuck the intern configured that file server in 2007 and it hasn’t been reviewed since.

Why?  We don’t have a process to review file system permissions.

Why?  Because manually reviewing every folder’s ACL for problems is like searching for a needle in a haystack…and THERE’S ONLY THREE OF US AND A THOUSAND FILE SERVERS!  SHEESH!

This fun little question-asking technique is called The 5 Whys.  It was developed by Sakichi Toyoda at Toyota to determine the root cause—and solution—to any given problem in the manufacturing process.  The technique has been borrowed by coders, sysadmins, and startup founders alike.

See, behind every technical problem is usually a human problem.

On the surface, it seems like the above fictional security incident was technical in nature – the ACL was configured incorrectly.  Deep down, however, the problem was the company’s non-existent entitlement review policy.

The 5 Whys technique encourages us to address the problem on multiple levels: fix the ACL, stop letting interns configure important systems by themselves, and institute a system for performing periodic entitlement reviews.

Sometimes it’s not feasible to immediately address every single problem uncovered, but 5 Whys suggests that if you make a proportional investment in the solution every time an incident occurs, you’ll eventually get to a point where you have an optimal level of protection against a given problem.  In our example, maybe you’d start by piloting entitlement reviews with a small business unit, or review just the super sensitive data sets.

The 5 Whys is an excellent technique for determining root cause so you can take reactive steps to ensure a problem doesn’t happen twice.  In my next post I’m going to talk about a new model for holistically evaluating your company’s risk profile so you can make proactive improvements.

Photo credit (cc): http://www.flickr.com/photos/trippchicago/3769904793/sizes/z/in/photostream/

The ECPA Puts Your Cloud Data at Risk

Is Cloud Data Really Private?

Today we live in a highly collaborative environment.  People expect to be able to collaborate wherever they are – on the couch with their iPad, in the office, or on a smartphone at 30,000 feet.  As a result, we have seen cloud based file-sharing explode over the last few years.  The promise, of course, is that you can access your data anytime, from anywhere.  There are numerous concerns around the cost and security of cloud-based services, but one aspect that often goes overlooked is privacy.

The 1986 Electronic Communications Privacy Act (ECPA) was created to protect the privacy of electronic communications.  Title II, which is the Stored Communications Act, is aimed at protecting the privacy of stored data.  However, due to ECPA being grossly outdated, there are loopholes which can raise serious privacy concerns, especially for organizations that store important data in the cloud.

According to the ECPA, data stored on a third-party server (e.g., Dropbox, Gmail, Evernote) that is more than 180 days old can be accessed by the government without the need for a warrant.  Worse yet, cloud providers aren’t even obligated to notify you if they forfeit your data to the FBI.

One way to avoid this is to use internal infrastructure to provide a cloud file sharing experience—this way no data is ever really stored in the cloud. DatAnywhere provides this experience using existing file sever storage, Active Directory, and file system permissions.

Further reading on the far outdated ECPA:

http://www.wired.com/threatlevel/2012/08/ecpa-warrant-reform/

http://epic.org/privacy/ecpa/

Photo credit (cc): http://www.flickr.com/photos/opensourceway/4638981545/

BYOD (Bring Your Own Device) Workplace Survey. Win the new iPad mini.

Workplaces across the globe are letting employees bring their own devices to work, allowing them to access sensitive company data from personal hardware. At Varonis, we’re always striving to keep up with the very latest trends in BYOD and workplace collaboration, and how they impact IT.

What better way to learn the latest on BYOD than to get your direct feedback!

By participating in our BYOD (Bring Your Own Device) Workplace Survey —it’ll take only 2 minutes— you’ll be entered to win a new iPad mini.

All submissions are completely anonymized.

The New Privacy Data Vaults: Trustworthy, Accessible Info Banks

Data brokers have been in the news recently. In addition to the FTC inquiry into their practices, there are now several startups looking to disrupt their business model. While today’s data brokers operate below the radar, this new breed of personal information collectors is seeking more transparency and public acceptance. Their approach is heavily dependent on getting consumers to trust the data stored in their vaults.

The New York Times recently wrote about Reputation.com, which refers to its service as a privacy “data vault” and “bank for other people’s data”. Like a bank, you store personal data with them, and they will release your “currency” to marketers, but only with your consent. This particular service, though, does more than store information. It also makes sure than any inaccurate factoids held by other brokers are corrected—destroying the forgeries of your reputation, if you will.

And for online search results that are stale or inaccurate, Reputation provides another service that attempts to downgrade their page rankings, thereby making them less likely to be viewed.

To their credit, Reputation and other vault players are beginning to address some of the criticisms that the FTC leveled against the current data broker industry. In a report issued early last year, this powerful regulatory agency called for data brokers to address the “invisibility of, and consumers’ lack of control over” consumers’ personal information. A separate Congressional investigation has shed some light on the brokers’ collection practices, which seem to be based on scanning public databases (phone directories, government data), as well as mining personal data from social media sites, including Linkedin and Facebook.

In their report, the FTC specifically recommends the creation of a centralized database that would allow certain access rights to consumers to view and selectively edit their data.

With their vault services, Reputation and other personal data locker startups—for example, Personal and the Locker Project —have edged closer to the FTC’s vision. It should be noted, though, that they will charge for their services. To continue with the banking metaphor, this is not unlike paying for check and ATM fees.

Overall, you can see what the FTC was trying to get at: a centralized directory of consumer information, similar to what Active Directory or LDAP delivers to business environments in terms of employee data. I suppose you could call these particular IT services the equivalent of HR or employee personnel data lockers.

If you work at a company with an enterprise-class IT infrastructure, as I do, you don’t think to question the reliability of the email addresses, phone numbers, job titles, and other information about coworkers that’s held in Active Directory. Of course, Varonis IT is acting as the sole personal data authority. In other words, issues involved with trust—accuracy, confidentiality and security— have been completely resolved in my enterprise environment, and no doubt yours as well.

The larger questions facing consumers are whether they want the same thing for their personal data—an “Active Directory” of their financial backgrounds —and more significantly, are they willing to pay for it?

From the HIPAA Case Files: Jail Time, Fines, and Access Rights

While I was conducting some research on compliance laws for a customer, I found myself reviewing the penalties written into the 1996 Health Information Portability and Accountability Act, otherwise known as HIPAA. The act calls for health organizations “to maintain reasonable and appropriate administrative, physical, and technical safeguards to ensure the integrity and confidentiality of the information”. So far so good. But what happens when a hospital doesn’t comply with implementing these safeguards, or if a medical worker makes a wrongful disclosure by obtaining “individually identifiable health information relating to an individual”?

It’s one thing to be aware of these laws and their penalties in an abstract way, and yet another to see the wheels of justice grind away when there are real-world violations.

Let’s look at the wrongful disclosure penalty clause of HIPAA first, which does mention imprisonment.

Has anyone ever gone to jail for snooping in a file and viewing electronic protected health information or e-PHI, which is essentially a medical-style PII?

The answer is … yes. The Department of Health and Human Services, which is in charge of enforcing the HIPAA rules through its Office for Civil Rights, has been particularly vigilant in recent years in protecting medical privacy rights.

Back in 2003, a California medical researcher and surgeon, who had been given a dismissal notice by his university employer, decided to access several hundred medical records over a three-week period before leaving his job. Since this was a Los Angeles hospital, its patient pool included many well-known celebrities and other high-profile figures—for starters, Leonardo DiCaprio, Tom Hanks, and Drew Barrymore.

HHS was notified of the incident and the case was ultimately referred to the US Department of Justice, which decided to prosecute the doctor. In 2010, the doctor pleaded guilty to misdemeanor charges in violation of HIPAA’s medical privacy protections, and specifically admitted to, that’s right, obtaining individually identifiable health information “without a valid reason, medical or otherwise”. From what we know about the incident, there was no evidence that the doctor was trying to sell the medical records.

The doctor was ultimately sentenced to three months in a federal prison —the first person to be incarcerated under HIPAA’s penalties.

In other words, merely peeking at a file led to a prison term. Of course, HIPAA does make allowances for employees accidentally viewing records, or for medical workers who need to interact with medical data as part of their job, but the evidence in this case showed intentional actions, not part of a job function, to access e-PHIs.

What about less drastic measures, say, fines? It is far more likely that a medical organization or health provider will be facing monetary penalties, not jail time, for their HIPAA violations, most commonly for not implementing proper security safeguards.

You can read about incidents here and here involving medical information breaches, which led HHS to levy fines in excess of one million dollars against a hospital and a state health department for not having procedures in place to secure personal medical information. In both cases, medical records leaked out into devices (a laptop and a USB drive) that were either lost or stolen.

There are a few lessons to be learned from these medical information security cases. In the incident involving the doctor, better file-level auditing and alerting might have led to detection much earlier instead of allowing for three weeks of unlimited access. And at least one of those breaches might have been prevented with a combination of policy and technology that restricted e-PHI access to certain users and/or certain devices.

If you’re an IT person or HIPAA officer in a medical organization and reading this, there’s no need to panic. According to the Office for Civil Rights, most complaints it receives are resolved without serious actions through either voluntary compliance or corrective actions. However, if you’d like to avoid the HIPAA enforcement process altogether, you may want to start accessing your risk areas. Here are a few questions you may want to ask yourself to get started:

  •         Do you know where your e-PHI data resides?
  •         Do you know who can access it?
  •         Do you know who does access it?
  •         What is the request process for someone who legitimately needs access to medical records?
  • Does legitimate access get revoked when no longer needed?  How?

These questions represent the tip of the iceberg, of course, when it comes to HIPAA regulatory compliance and data protection.

If any of them gives you pause, you might want to rethink your compliance strategy.

An Enterprise VP Engineering’s Thoughts on Developing Software for the Mac

Varonis’ VP of Engineering David Bass shared his thoughts and opinions on the Mac development ecosystem and how it compares to Windows and .NET.  David and his team recently developed a Mac client for the company’s popular new DatAnywhere product – a secure, private cloud file sync alternative to Dropbox.

Q: Why did Varonis decide to develop a Mac client for DatAnywhere?

DatAnywhere is an application for business users, and as we’ve all seen, there’s been a big shift within enterprises – employees want secure access to data from any place, from any device.  We want to give our customers what they need and we heard them loud and clear about the importance of Mac, iOS, Windows and Android support, so we’re committed to building on each of these platforms.

Q: What was your overall experience like in developing on the Mac platform?

Since Mac OS X is based on the NeXTStep operating system which is a UNIX-like operating system based on the Mach Kernel and BSD, you might expect that the development environment would be very barebones.  The opposite is true – we have been extremely pleased with the maturity and robustness of OS X, Xcode, Objective C and Cocoa.  The developer community is really active and passionate, too. We have everything we need to build the kind of applications our customers have come to expect from us.

Q: What should someone coming from .NET development expect from Cocoa?

Cocoa is at least as powerful as .NET, if not more powerful in some aspects.  As in .NET, support for common things like UI, file management, localization and multi-threading are built into the framework and are very easy to make use of. However, with Objective-C, should you wish, you have greater control on the underlying framework – you can manage your own memory and easily change existing interfaces’ (Objective-C terminology for C++/.NET classes) functionality using categories. Additionally, the dynamic nature of Objective-C—everything you do is essentially sending a message between objects—makes it a very powerful language and certain programming tasks are easier than with .NET.

For instance, with Cocoa’s method swizzling you can easily replace the function of an existing method with a new implementation. This technique is particularly useful in cases where you don’t own the interface or don’t have the source code of the interface method for which you would like to change implementation.

Q: What are some of the resources your team used when developing DatAnywhere for Mac? 

Our development team is multi-disciplinary and can adjust quickly to any language.  In the end, writing code is writing code—regardless of the language.

A great resource we found very useful is the Objective-C Guide for C++ programmers by Pierre Chatelier (PDF here).

Q: How would you rate the API documentation?

The docs were very good for the most part (CoreData could use a little more documentation, though).

Q: How would you rate Xcode as an IDE?

Xcode is very good. I’d consider it to be on par with Microsoft Visual Studio.  It’s very full-featured and has everything a developer needs.

 Q: Apple has a reputation for not wanting to let software developers compromise or change the Apple experience (e.g., no flash on the iPhone).  Did you run into any road blocks or annoyances because of this?

Since DatAnywhere does drag-and-drop file synchronization between your Mac and your organization’s file servers, we had to integrate with the Finder app.

Our goal was to provide the user everything they need without having to leave the Finder or open an external app. For that we needed to add icon-badging (similar to MS shell icon overlay functionality in Explorer) and context menu options, which required a few workarounds.

Q: What does your Mac developer setup look like?  What hardware do you use?

We use Mac Minis for development with the latest OS X Mountain Lion 10.8.2 and Xcode 4.5.2.

Q: How can someone check out DatAnywhere?  Is there a free trial?

Just visit http://www.datanywhere.com and click on the big “Join the Beta” button.  Our engineers will help you or your IT department install the server component (it takes about 15 minutes) and then you can download any of our clients and start syncing data across Mac, iOS, Windows, or Android.

Thanks David!

Only a Small Fraction of Data Will Live in the Cloud, Says EMC

The Digital Universe

EMC sponsors an annual study conducted by IDC called The Digital Universe which looks at the impact of data creation and consumption worldwide.  This year’s report produced some rather interesting insights, which Chuck Hollis of EMC talks about in a video interview.

In a nutshell: TOO MUCH DATA…RUN FOR YOUR LIVES!

For those of you that were expecting a little more in-depth analysis, keep reading.

Every year the study undershoots the amount of data they estimate will be created. In 2011’s study, the forecast for the amount of data that will be created in 2020 was 33 zettabytes.  This year, they’ve upped that number to 40 zettabytes based on the growth they saw in 2012.

For every physical or virtual server today, expect 10X as many by the end of the decade.  For every GB, expect 14X as many.  The pool of trained IT pros will only grow by 40%.

One of the most interesting observations from EMC and IDC has to do with cloud computing.  Hollis remarks that conventional wisdom is that all data will live in the cloud, but IDC estimates that only a small fraction (less than ¼) will be stored there.  And the types of data will be stored in the cloud aren’t what we’d expect – it’ll be primarily multimedia—videos, surveillance data, and other multimedia.

I think today’s software-as-a-service culture causes people to make incorrect assumptions about what is economically and logistically possible for organizations: “I like having my personal email, todo lists, and music library in the cloud…doesn’t that mean everything will be in the cloud?” The IDC report indicates that it won’t.

Organizations own the lion’s share of the world’s data, and people tend to underestimate the hurdles to overcome, especially within enterprises, in order to move corporate data to the cloud.  Cost, security, risk, control, complexity, time, etc.

Check out the video here.

 

And stay tuned to our blog for more analysis of IDC’s findings, including:

  • The big data gap
  • What this data growth will mean for enterprise IT
  • A clear lack of security

Using Varonis: Involving Data Owners (Part I)

(This one entry in a series of posts about the Varonis Operational Plan – a clear path to data governance.  You can find the whole series here.)

Almost every organization is now data driven. With all the talk about data growth and big data analytics over the past couple of years, people have started to ask: “How do we maximize the value of our data? How can we make sure we’re deriving real business benefit?”

The keys to maximizing the value of our data are to gather the right intelligence about it, and then give the right people the ability to take action using the intelligence you’ve gathered.

Now that we know who our Data Owners are, it’s time to start getting them involved. Remember that it’s the owners—not IT—that have adequate context to make decisions about who should and shouldn’t have access to their assets.

The next step in operationalizing Varonis is to provide owners intelligence about their data assets.  DatAdvantage can deliver data-driven reports that shed light on what is happening with their data: who can access it, what they’re doing with it, which data is stale, etc. These reports greatly simplify and optimize reporting by delivering reports to all owners which contain information about only the data they own.

An Example

Say you’ve spent a few weeks identifying and confirming business owners for all of the top-level folders on a large NAS (or two, or three…). Depending on the size of the company, this might be a few dozen or a few thousand people. One of the most common next steps is to provide permissions reports on all of these data sets to the relevant owners. So the HR owner gets a report on all of the users who have access to the HR folder, for instance. It’s the same with Finance, Marketing, R&D, etc. In the past, you would have to create and deliver a separate report for each owner, which depending on the complexity of your reporting process might be an onerous undertaking all by itself. DatAdvantage gives you a far better alternative.

In DatAdvantage, to accomplish the same thing, you’d only need to create a single report, and all owners would get permissions reports once a quarter (or however often you like). Create the report, include the proper filters and formatting, and then set up a data-driven subscription to be delivered on the first day of the first month of the quarter. That’s it you’re done.

Every quarter, every data owner is going to get that report in their inbox, and the report will contain information about only the data that they own—they won’t see anything that doesn’t belong to them. As you add and change owners over time, the subscription will continue to work without intervention. If my job role changes and suddenly I’m the owner of additional folders, my permissions report will show those as well. If I’m no longer an owner, my report won’t contain information about what I no longer own.

Permissions reporting is a great use case for data driven reports, and it’s not the only one. Reports that show actual access can be useful, too.  What if every data owner could see exactly who on their team was accessing data most? What about those people who weren’t accessing any? Or people from outside their team bumbling around?  Who creates content? Showing owners what data is stale or which folders are growing the fastest can help give them understanding of how their using resources. Providing owners intelligence about where their sensitive data is, where it’s exposed, and who has been accessing it lead to informed decisions about how they can reduce risk.

Once you’ve started putting intelligence into the hands of your owners, the next step is to give them the power to take action without bugging IT. We’ll cover that next.

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