Technically Speaking

Each year, the cyber security community puts out new statistics on data breaches. While certain sectors face a different mix of threats, many of them evolving year-after-year, once constant remains – the deficit between the time a system is compromised and the time that breach is discovered.

It’s hard to imagine a world without digital. But as you look around you, much of the physical world was designed and constructed using traditional 2D blueprints and is yet to be captured in a digital format. This creates a challenge for AEC professionals to incorporate these as-built designs into re-build or renovation projects. Traditional imaging techniques like photogrammetry aided in this process by allowing engineers to piece together photographs of as-built conditions and weave in GPS coordinates to create interactive 3D models, see below:

Data is everywhere in government but turning that data into actionable information and insights remains a persistent problem. “We are data rich and information poor,” said Shelley Metzenbaum, a former associate director for performance and personnel management at the Office of Management and Budget (OMB) at a recent IBM Center for The Business of Government session on “Envision Government in 2040”.

As the demand for geospatial data grows, mobile mapping technology has advanced significantly in recent years allowing AEC professionals to collect extremely accurate, precise data from LiDAR sensors mounted on the back of a vehicle while driving at speeds up to 70 miles an hour.

At DLT, July is Big Data Month, where we will be highlighting all things big data in the public sector.  To kick off Big Data Month, we sat down with DLT Chief Data Scientist Sherry Bennett to get her insights into what is going on the world of public sector data and analytics: INTERVIEWER: So Sherry, what's your story and what led you to DLT?

Government networks are some of the largest in the world. Ensuring these mission-critical infrastructures are optimized for automation and performance—particularly in today’s increasingly complex hybrid IT environments—is quite a tall order. How do federal IT pros ensure the high availability required? How do they connect faults to performance, and make direct connections between networks, systems, and applications within large, hybrid environments?