Technically Speaking

Amazon Web Services (AWS) is a very large sprawling platform. As such, it has a very large collection of API’s to issue commands against. The AWS Command Line Interface (CLI) team has done a great job in the last few years of standardizing the commands – both in syntax and function.

Flood risk assessment and mitigation is a critical part of any civil engineer’s job. After Superstorm Sandy devastated the New Jersey/New York shore in 2012, it was discovered shortly thereafter that federal flood maps drawn up by FEMA were wrong. Unfortunately for many home and business owners, developers relied on FEMA’s assessment of risks when they built new homes near the water and property owners made decisions about whether to buy flood insurance based on those maps.

Transitioning to the cloud? Chances are, when you make the transition, you’ll take baby steps – assessing your workloads in totality and individually, determining the most efficient platform, preparing thoroughly and then migrating just that workload, then the next, and so on. It’s standard procedure and is the best way to proceed with minimal risk. What you’ve done here is create a hybrid environment. Most of your IT is still on-premise, but certain workloads are in the cloud. And it’s likely to stay that way.

Cloud computing has made collecting, storing, and processing data easier and cheaper than ever. Agencies are increasingly leveraging big data to drive actionable insights and improve cyber threat detection. Furthermore, more than 60% of agencies are using big data to reduce costs and operating expenses, writes Information Week.

Our very own Chief Cybersecurity Technologist and Institute for Critical Infrastructure Technology (ICIT) fellow, Don Maclean, recently joined fellow fellows Robert Lord (Protenus), John Menkahart (Securonix), Dr. Ron Ross (NIST) and ICIT co-founder and senior fellow, Parham Eftekhari on Capitol Hill to discuss the risks and threats associated with cyber attacks on healthcare facilities.

BIM, a process for creating and using a 3D intelligent model for planning, designing, building, and managing infrastructure, is used across multiple industries to get accessible and actionable insight throughout project lifecycles. BIM improves coordination, creates and delivers intelligent models, and reduces rework and material waste. Since utilities drive some of the largest construction budgets, applying the principles of BIM as you update old and build new infrastructure can improve cost control and reduce construction waste below the typical 30% level. How?