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Security Is a Top Priority for Feds and Should Be Moving Forward

It’s no secret that security is top priority for the federal government. It seems like every week we are hearing about a new threat, hack, or breach that has hit an agency. In just the past few weeks, we’ve heard about significant breaches that have resulted in both citizen and federal employee information being compromised.

Obviously, these kinds of attacks are putting agencies on alert. This is especially important as organizations continue to embrace new technologies and polices to improve operations and efficiency. As technology investments bring great new capabilities to government, it’s imperative that IT managers design security in from the very beginning.

I recently discussed this topic in an article published in Federal Times. The article explored how the Internet of Things (IoT) and Internet of Everything (IoE) need cybersecurity protection. In addition to a projected $4.6 trillion in value for global public sector by 2022, the enhanced connectivity offered by IoE technologies also creates an increased need for network security. For example, while BYOD programs are tremendously valuable, these initiatives also create a larger surface area for potential attacks by adding devices to the networks.

With billions of devices expected become connected over the next five years, it’s important that agencies have a plan in place to address their security needs. In general, agencies should focus their efforts on creating a cybersecurity strategy that is visibility-driven, threat-focused and platform-based. As more individuals and devices need network access, having real-time visibility becomes even more critical to gaining insight on surrounding threats and identifying system vulnerabilities. Also, presuming the network has already been breached it can help agencies be more proactive their approach. And lastly, a platform-based approach will provide scalability and flexibility required to address a variety of threats and reduce complexity through centralized management.

The number of ways IoE can make our lives better and our organizations more efficient depends mainly on our ability to think of new ways to use the technology. If we can be confident in the security of IoE, we can be confident developing more applications for it. All organizations should be in a position to ask, “Now that I am confident with my protection, what new things can I develop to save money or time and delight my users?”

Take a look at the Federal Times article for more insights around IoE and cybersecurity, and check out this white paper to learn more about IoE’s impact on public sector.

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Mitigating Security Threats in Manufacturing with Cisco’s Connected Factory

Today’s manufacturing industry faces an aging industrial machinery infrastructure that presents huge security challenges poised for continued growth in the coming months and years. Increasingly, manufacturers are beginning to view data security as a top barrier to realizing the value of the Internet of Everything (IoE). In fact, the steady growth of the IoE is creating efficiencies and cost savings across the entire value chain, presenting a $3.9 trillion value opportunity for manufacturers. However, this exponential growth of connections and integration between people, processes, data, and things also presents added security risks and threats that are often complex and multifaceted.

Here are a few of the implications and impacts of security breaches for manufacturers:

  • Theft or Loss of proprietary or confidential information and intellectual property
  • Downtime in factories and lost productivity – potentially very severe
  • Violation of regulatory requirements
  • Loss of public confidence and brand
  • Economic loss
  • Impact on national security

According to Symantec, the manufacturing business sector was the most targeted in 2013, accounting for 24% of all targeted attacks. Of those attacks, industrial networks topped the list of systems most vulnerable to cybersecurity issues. Additionally, the number of attacks on industrial supervisory control and data acquisition (SCADA) systems doubled from 2013 to 2014. Unfortunately for manufacturers, 91% of breaches took just hours or less to perpetrate, yet more than 60% of attacks took months – or even years – to detect. This considerable gap gives cyber attackers plenty of opportunities to access a manufacturer’s trade secrets and sensitive production data.

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Digital Disruption for Life Sciences: Rx for Transformation

Co-authored with Ibrahim Khalid

According to a recent BMI study, R&D investments in Pharmaceuticals, places Life Sciences as a leader on the list of global ‘outperforming industries’. This may not be a surprise considering the confluence of factors from the global aging populations to the shift to value and outcomes as well as a highly politicized healthcare marketplace. In addition, the consumerization of health care is driving growth in multi-channel marketing and more social media and digital engagements.

This new frontier is truly the ‘digital disruption’ in this industry that is shaking up even the stodgiest companies. We are seeing renewed drive for innovation and investments in conversations with leading biotechnology, pharmaceuticals, and medical device companies. Meanwhile, according to Gartner Group, today, “leading life science companies are increasing focus by establishing organizational entities that focus on digital innovation.” What is the prescription for tackling this new frontier? Rapid digital transformation enabled by Internet of Everything (IoE).

At the recent Generis BioManufacturing Summit, stakeholders across Life Sciences functional areas were seeking a greater technological edge to drive a competitive advantage. Randal Kenworthy presented on the topic of the Internet of Everything (IoE) and its impact on the Life Sciences industry, including use cases across the value chain from R&D to Connected Care. There was resounding agreement as we discussed the business drivers, which cluster around some common themes including:

  • How to accelerate research, lowering risks and improving health outcomes through precision medicine
  • How to better leverage information from new connected data sources with analytics.
  • The best practices around creating smart connected factories by enabling manufacturers to increase compliance, reduce cost and increase operation excellence with IoE
  • Steps to create a connected supply chain to increase visibility, traceability and compliance

In discussing case studies on improving patient health through Connected Care, we were struck by how exciting developments in virtual collaboration, data virtualization, medical grade networks and more can enable breakthrough innovations. A great example of that IoE innovation came from Jeremy Frank of Proteus Digital Health. Dr. Frank did a live demo of the digitization of health care by swallowing their sensor enabled pill that began displaying some of his health metrics live (over the Cisco network).

Life Sciences 6.16 Blog

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Analytics, Separating Facts from Myth

If you ever want to start an argument, simply ask a group of music fans to name the most influential act of the Rock era. Then step back and watch the sparks fly!

As a musician myself, popular music, its origins and evolution have long been a topic of interest and passionate debate among my circle of friends. Everyone has an opinion and even the shyest among us has no problem wading in to this discussion. Sometimes it’s a matter of personal taste, but more often than not I’ve noticed that we tend to argue in favor of the acts we loved in our formative years.

People who came of age in the 1950s identify acts like Elvis Presley, Jerry Lee Lewis and Chuck Berry as innovators. For those who grew up in the 1960s you can expect responses to include The Beatles, The Rolling Stones and The Who. From the 1970s, you’ll hear names like Led Zeppelin, Pink Floyd and Fleetwood Mac, amongst others. And the list goes on and on. Read More »

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We don’t need ‘The Rock’ to save the day, we just need to ‘Get Social’!

Mobile applications and sensors are commonly used to monitor traffic, health & wellness and incidents such as road traffic accidents.  But what about the threat of catastrophic disasters such as earthquakes where the loss of life can be unprecedented?

The sun drenched, Californian city of Pasadena is known for hosting the annual Rose Bowl Football game.  It is also located near the infamous San Andreas Fault (SAF).  If you paid attention in geography class at school or if you’ve seen the latest Hollywood blockbuster, ‘San Andreas’  starring ‘The Rock’, you’ll know that this means the city is at risk from earthquakes.

The Rock

Can ‘The Rock’ save the day?

It is suspected that one day California will be hit by The ‘Big One’.  This is a hypothetical earthquake of a magnitude ~8 or greater that is expected to happen along the SAF. Such an earthquake will result in devastation to human civilization within about 50-100 miles of the fault in urban areas such as Palm Springs, Los Angeles and San Francisco. No one knows when ‘The Big One’ will happen because scientists cannot predict earthquakes with any precision.  However, technology is providing them with data that in time will give Californian residents a fighting chance of survival.

Seismometers are highly sensitive instruments that detect seismic activity that occur before earthquakes strike. Unfortunately, due to their cost, the number of seismometers in California are limited.  The Southern California Seismic Network operates just 350 seismic stations and the Northern California Seismic Network has a further 412.

With the threat of ‘The Big One’ forever looming, The Caltec Institute in Pasedena embarked on a project to determine how they could provide a blanket of cheap Seismometers across the state.

Their answer? Smartphones! Yes, really!

Research conducted proved that accelerometers found in most smartphones are sensitive enough to detect large earthquakes.

Creating the ‘Community Seismic Network’ – Caltech is encouraging residents to opt-in to turn their smart phones into mobile seismometers by simply downloading an application called ‘Crowdshake’ onto their android device.

Caltec have said: “if only 1 percent of users in the area opted into the scheme, that few hundred seismometers would be augmented by several hundred thousand additional sensors giving sufficient intelligent processing”.

So how does it work?

Upon downloading the mobile application an algorithm executes in the background of the mobile device.  Algorithms are monitored and when seismic motion is detected by the accelerometer, a message is sent to a Cloud Fusion Center which includes the time, location, and estimated amplitude of the data that triggered the message.

Mobile seisomemetres

The benefit of the Community Seismic Network is huge.  A dense, city-wide seismic network could be used to detect earthquakes rapidly after they start and measure the strength of shaking accurately as it unfolds.

What would this mean to Californian residents? Well, it will enable immediate action to be taken to prevent damage, such as stopping trains and elevators, stabilizing the power grid, and deploying emergency teams.

This is an astounding example of the Internet of Everything! People, data, process and things coming together to save lives in real-time!

Whilst the application is currently a research prototype and not yet fully deployed for public use, Caltech anticipate that the capability of real-time early warning may convince users to download and install the application when it is readily available.

So quite simply, it pays to ‘get social’ especially on those days when ‘The Rock’ isn’t around the save the day!

Get-Social

 

Reference:

The Next Big One: Detecting Earthquakes and other Rare Events from Community-based Sensors.

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