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Steven Habicht

/our-experts/habicht-steven

Habicht-Steven /images/Experts/Habicht-Steven.webp Steven Habicht is an expert in technical project management, system engineering, and analytical support to modernize complex systems and integrate ... Professional (CSEP) through INCOSE and a certified Project Management Professional (PMP) through PMI. Steven Habicht Managing Director Featured Squares white Explore more 3 ... and requirements analysis, cybersecurity, and enterprise architecture. At CNA, Habicht has developed system capabilities and architectures for systems, operations, and standards designed to improve

CNA Secures Second Place in Global Spatial AI Challenge for Wildfire Threat Detection

/our-media/press-releases/2025/6-18

Steven Habicht. The project team, comprised of analysts from CNA’s Center for Data Management and Analytics and Center for Homeland Security and Infrastructure Resilience, created a robust solution ... Crissman, Joel Diaz, Angie De Groot, Lars Hanson, Matthew Prebble, and Steven Habicht. "Placing second in such a competitive global challenge underscores the strength of our innovative approach

CNA report finds integration of unmanned air, ground, and maritime systems could improve port security and emergency response

/our-media/press-releases/2024/04-24

CNA report finds integration of unmanned air, ground, and maritime systems could improve port security and emergency response

on CNA's website. Steven Habicht, director of the Center for Enterprise Systems Modernization at CNA's Institute for Public Research in Arlington, Virginia, and Chris Sadler, Director of the Public Safety ... solution will result in more efficient monitoring of the marine environment and operational improvements that enhance the safety, security, and overall effectiveness at the port," Habicht said

Center for Enterprise Systems Modernization

/centers-and-divisions/ipr/esm

Building highly skilled teams to deliver transformative technology solutions and strategies tailored to our clients' challenges and operations.

ESM Building highly skilled teams to deliver transformative technology solutions and strategies tailored to our clients' challenges and operations. /images/Centers/IPR/ESM/ESDA_226102147.jpg Center for Enterprise Systems Modernization /images/Centers/IPR/ESM/ESDA_226102147.jpg fixed none small callout white Steven Habicht Director habichts@cna.org gray Center Center for Enterprise Systems Modernization 1 The  Center for Enterprise Systems Modernization  has a long history of partnership with government clients including the FAA, FEMA, NIST, and NASA, solving problems in areas ranging from

Cumulative Land Cover Impacts of Proposed Transmission Pipelines in the Delaware River Basin

/analyses/2016/cumulative-land-cover-impacts-of-proposed-transmission-pipelines-in-the-delaware-river-basin

Transmission pipelines function to transport petroleum products over long distances to connect locations where these products are produced or refined to demand centers. The development of Marcellus shale gas with hydraulic fracturing in Pennsylvania has been accompanied by several proposals for new transmission pipelines. At least eight of these proposed transmission pipeline projects will cross the Delaware River Basin (DRB) to bring natural gas produced from the Marcellus shale play to demand centers on the East Coast, or otherwise connect to the larger petroleum products pipeline network. Each proposed interstate pipeline must undergo a review by the Federal Energy Regulatory Commission (FERC), which includes an environmental impact analysis. The potential environmental impacts of pipeline construction include land cover change, deforestation, sedimentation and erosion, water quality degradation, stream degradation, wetland loss, and air emissions, among others. In this report, we investigate the cumulative land cover change impacts for eight proposed transmission pipelines within the DRB, which total 322 miles in length. Specifically, using geographic information systems (GIS) methods, we investigated total land cover change, loss of forest and wetland area, and stream crossings for the eight proposed projects. We found that during construction, the pipelines’ rights-of-way will impact 2,977 acres, including roughly 1,060 acres of forest, and 41 acres of wetlands. The pipelines’ permanent rights-ofway will impact 1,328 acres, including roughly 450 acres of forest, and 22 acres of wetlands. In addition, we identified 175 likely stream crossings where a proposed pipeline route will cross a perennial stream.

by the eight proposed pipeline projects’ rights-of-way (ROW) in the DRB and, especially, an estimate of the total forest area that could be lost as a result of pipeline construction. Lars Hanson Steven Habicht /reports/2016/IRM-2016-U-013158.pdf /reports/2016/IRM-2016-U-013158-Cover.jpg /images/GenericReportImage.jpg Homeland Security and Infrastructure Resilience /centers-and-divisions/ipr/hsir

Potential Environmental Impact from Fracking in the Delaware River Basin

/analyses/2015/potential-environmental-impact-from-fracking-in-the-delaware-river-basin

This study aims to model the landscape of the Marcellus Shale region to predict how it may change in the future in response to the expansion of natural gas extraction, and, in particular, what impact this may have on the Delaware River Basin (DRB). Our approach combined geospatial analysis and statistical modeling to create a probability surface that predicts the most favorable locations for the placement of future wells based on the location of existing wells. Using the probability surface and an estimate of the number of wells that would be needed to fully exploit the shale resource, we estimated the future landscape of development in the Interior Marcellus Shale and DRB. Using affected subwatersheds and counties as study areas, we then investigated potential impacts associated with land cover, water and wastewater management, water quality due to changes in land cover, air emissions, and health risk factors. The results are intended to help decision-makers and the public

 impacts of natural gas development: Steven Habicht Lars Hanson /reports/2015/IRM-2015-U-011300-Final.pdf /reports/2015/Impact-from-Fracking-Cover.jpg /images/GenericReportImage.jpg Homeland Security

Securing UAS Fleets from Cyber Attacks

/analyses/2024/08/securing-uas-fleets-from-cyber-attacks

The project is focused on using the Brute Force Default Identification-Automated Prevention system to prevent brute force attacks.

of the live demonstration at the UAS Test Site in Rome, New York, on July 16 and 17, 2024. Benjamin Sugg Steven Habicht /reports/2024/08/Securing-UAS-Fleets-from-Cyber-Attacks.pdf /reports/2024/08

Port Security and Emergency Response Using Autonomous Systems

/analyses/2024/04/port-security-and-emergency-response-using-autonomous-systems

A study of five autonomous systems (air, water, and ground) for port security and emergency response recommends integrated autonomous fleets for ports.

/Port-Security-Emergency-Response-Using-Autonomous-Systems-Graphic.webp Approved for public release. Unlimited distribution. 28 IPD-2024-U-038017 Maeve Budi Addam Jordan Port Security and Emergency Response Using Autonomous Systems Steven Habicht

Katherine McGrady Presents Teamwork Award to the Emerging Technology Team

/our-media/indepth/2023/07/katherine-mcgrady-presents-teamwork-award-to-the-emerging-technology-team

The team was applauded for their outstanding performance in a series of UAS challenges organized by the National Institute of Standards and Technology.

systems, or UASs, deployed by first responders for law enforcement, firefighting, and other emergency services. Steven Habicht, director of CNA’s Center for Enterprise Systems Modernization, brought ... . This mutual support makes them a model for all CNA teams.”  While he’s happy that his team has now also won a CNA award, Habicht and his team aren’t done yet. “I was very excited to hear we won

cna talks: The Future of Unmanned Systems

/our-media/podcasts/cna-talks/2022/05/the-future-of-unmanned-systems

Drones once an exclusive tool of the military, are spreading throughout our society. Hobbyists use them for photography, businesses are exploring them as a tool to make deliveries, and local and state governments are exploring how they could be used for public safety. But at the same time, we’ve seen the rise of another new paradigm, the threat of cyberattacks. How can we ensure that these technologies are implemented in ways that increase public safety while ensuring that they are safe and secure? In this episode, CNA analysts Steven Habicht, Adam Monsalve, and Addam Jordan discuss their award-winning research on unmanned aerial systems.  

. How can we ensure that these technologies are implemented in ways that increase public safety while ensuring that they are safe and secure? In this episode, CNA analysts Steven Habicht, Adam Monsalve, and Addam Jordan discuss their award-winning research on unmanned aerial systems.   The Future of Unmanned Systems Biographies   Steven Habicht is the director of CNA’s Center for Enterprise