Security Hazards Rising in the Age of Internet of Things

The Internet of Things (IoT) is here to stay.  No surprise that our love for connected devices will continue to trend upward to 11.4 billion by 2018 according to Gartner.  However, with increased convenience of IoT devices, huge security risks also increase and staying vigilant about security is critical.  Security hazards become a big concern as IoT devices often times store sensitive information that can be tempting to hackers.  Also, in an effort to go to market fast with new devices, manufacturers may create smart products that are insecure and vulnerable to attacks where weak infrastructures are in place.

There is fast and furious adoption of the smart gadgets consumers have come to depend on to regulate temperature, watch over homes or businesses, monitor health and even respond to our every need.  Security may not get the attention it needs in an emerging market that is growing so rapidly.  The key is to balance security with ease of use and convenience of the device.  Being attentive and up to date with the most advanced security tools to mitigate risks against cybercriminals means adjustments may need to be made for effective protection.  Security and IoT are hot topics; read full article here.

 

 

 

Strategies for Avoiding IT Burnout in a World of Continuous Delivery

Our always connected world of today is overloading IT operations teams and putting them at danger for burnout. Tech engineers and developers take a heavy personal toll from constantly fighting fires and dealing with application casualties to the point where alert fatigue sets in and best practices within the organization can be overlooked.   In order to keep critical systems up and running at all times, on-call IT support staff are especially vulnerable to the stress of late night wake up calls to deal with temperamental infrastructure, false alarms or poorly designed applications.  However, strategies can be put into place for improving conditions to lower the risk of employee burnout while also achieving better business results.

Implementing a robust suite of monitoring tools is a good place to start.  However, narrowly focused tools will only provide partial answers when it comes to addressing complex problems.  Upper management needs to be aware of the people cost associated with a support team’s stressful on-call rotation schedule.  The high cost of turnover is real, not to mention the business impact on revenue, profits and customer satisfaction. For a closer look at actionable steps that can be put into place for better work life balance for on-call IT employees, read full article here.

 

 

Washington, DC Added To Smart Gigabit Communities Program

At this week’s Smart Cities Connect Conference in Austin, five cities were added to the US Ignite’s Smart Gigabit Communities (SGC) program.  For their commitment towards the adoption of next generation smart city technologies, Washington, DC is one of the five that joins an already existing gigabit community network of twelve cities.  Together with municipalities, network carriers and other corporate partners, the SGC program works to develop smart gigabit applications in order to address local community needs.  Smart city solution projects utilizing emerging gigabit technologies or platforms requiring high-speed connectivity will enhance community efforts in transportation, workforce development and public safety.

Washington, DC was chosen for its smart city initiatives in waste management, movement analytics and water quality sensing. By leveraging intelligent city infrastructure, including connected devices and data analytics, Washington is improving the quality of life for residents. The SGC program is funded in part by a three-year, $3 million National Science Foundation grant.  Newly announced SGC cities will develop two gigabit applications addressing issues within their community. The SGC and its team of experts will provide insight and resources for smart city efforts focusing on accelerating growth in fiber applications via programmable fiber and wireless networks.  Read full article here.