Advancing Critical Infrastructure Research
Proud to Support Ongoing, Relevant Research in Our Efforts to Enhance the Resilience of Texas' Critical Infrastructure.
Research Highlights
The Transformation of Security in the Texas Energy Sector: The CSO and CISO Convergence Survey
As the distinction between physical and cyber security fades amid increasingly sophisticated threats, this paper surveys fifty executive-level leaders in Texas critical infrastructure sectors to identify trends and practical solutions for the modern security landscape. The goal is to provide security professionals with knowledge and tools to address the convergence of traditional "gates, guards, and guns" security practices with today's digital security demands, including ransomware, nation-state attacks, and AI-driven threats.
Research Highlight
Comprehensive Cybersecurity Risk Assessments for Maritime Transportation Systems
Maritime transportation systems carry approximately 80 percent of global cargo and have undergone rapid digital transformation over the past two decades through the adoption of interconnected navigation, communication, and logistics technologies. While cyber-physical systems like GNSS, AIS, ECDIS, and cloud-enabled platforms improve efficiency and situational awareness, they simultaneously expose maritime operations to a growing and increasingly sophisticated cyber threat landscape.
Research Highlight
Networks Under Pressure: Structural Cohesion and Collapse In Critical Infrastructure Organizations
Healthcare systems typically fail gradually through eroded coordination rather than sudden resource depletion, with work continuing even as capacity deteriorates and informal practices replace formal structures. Research shows this pattern of uneven, sector-by-sector breakdown was evident during COVID-19, when healthcare teams adapted everyday practices to maintain delivery amid unprecedented disruption.
Research Highlights
The Transformation of Security in the Texas Energy Sector: The CSO and CISO Convergence Survey
As the distinction between physical and cyber security fades amid increasingly sophisticated threats, this paper surveys fifty executive-level leaders in Texas critical infrastructure sectors to identify trends and practical solutions for the modern security landscape. The goal is to provide security professionals with knowledge and tools to address the convergence of traditional "gates, guards, and guns" security practices with today's digital security demands, including ransomware, nation-state attacks, and AI-driven threats.
Research Highlight
Comprehensive Cybersecurity Risk Assessments for Maritime Transportation Systems
Maritime transportation systems carry approximately 80 percent of global cargo and have undergone rapid digital transformation over the past two decades through the adoption of interconnected navigation, communication, and logistics technologies. While cyber-physical systems like GNSS, AIS, ECDIS, and cloud-enabled platforms improve efficiency and situational awareness, they simultaneously expose maritime operations to a growing and increasingly sophisticated cyber threat landscape.
Research Highlight
Networks Under Pressure: Structural Cohesion and Collapse In Critical Infrastructure Organizations
Healthcare systems typically fail gradually through eroded coordination rather than sudden resource depletion, with work continuing even as capacity deteriorates and informal practices replace formal structures. Research shows this pattern of uneven, sector-by-sector breakdown was evident during COVID-19, when healthcare teams adapted everyday practices to maintain delivery amid unprecedented disruption.
Research Highlights
The Transformation of Security in the Texas Energy Sector: The CSO and CISO Convergence Survey
As the distinction between physical and cyber security fades amid increasingly sophisticated threats, this paper surveys fifty executive-level leaders in Texas critical infrastructure sectors to identify trends and practical solutions for the modern security landscape. The goal is to provide security professionals with knowledge and tools to address the convergence of traditional "gates, guards, and guns" security practices with today's digital security demands, including ransomware, nation-state attacks, and AI-driven threats.
Research Highlight
Comprehensive Cybersecurity Risk Assessments for Maritime Transportation Systems
Maritime transportation systems carry approximately 80 percent of global cargo and have undergone rapid digital transformation over the past two decades through the adoption of interconnected navigation, communication, and logistics technologies. While cyber-physical systems like GNSS, AIS, ECDIS, and cloud-enabled platforms improve efficiency and situational awareness, they simultaneously expose maritime operations to a growing and increasingly sophisticated cyber threat landscape.
Research Highlight
Networks Under Pressure: Structural Cohesion and Collapse In Critical Infrastructure Organizations
Healthcare systems typically fail gradually through eroded coordination rather than sudden resource depletion, with work continuing even as capacity deteriorates and informal practices replace formal structures. Research shows this pattern of uneven, sector-by-sector breakdown was evident during COVID-19, when healthcare teams adapted everyday practices to maintain delivery amid unprecedented disruption.
Most Recent Research Briefs
Research Affiliates
Eric Connolly
ABM Rezbaul Islam
Adam Lee MBA, MS, CEM
Ahsan Ul Islam
Alexander B. Kinney, Ph.D.
Alston German
Andrew P. Davis, Ph. D
Arabella Moore
Arthur Mouco, PhD
Ashley Myers
Ashley Simon
Benjamin Dierker
Benjamin L. Ruddell, PhD, PE
Bing Zhou, Ph.D
Bitna Kim, Ph.D
Brandy Ferguson
Brooke Nodeland Ph.D.
Bruce S. Allen, MPS
Christian Pamfile
Cihan Varol, Ph. D
Corri Levine
Criticality Sciences, Inc.
Dr. Pamela Zelbst
Dr. Willow Yang
Ebrahim Karan
Eric J. Connolly
Eric S, Clay
Fan Liang
Fidel J. Calvillo
George W. Davis
Griselda Y. Munoz
Hannah Kyle Kinney
Haodi Jiang
Harshitha Polsani
Insight Forward
J. Chialastri
Janis Warner
Jason Pemberton
Javier Ramos Ph.D.
Jay P. Kennedy
Jayanthi Ramamoorthy
Jim Platt
John Ogbeleakhu Aliu
John P. Sullivan
Jolie Wills
Joseph A. Schafer
Joseph Weiss
Josh Aliu
Juan Zhang, Ph.D
Juli Dutta
Justen R. Noakes
Kamphol Wipawayangkool
Kara Marshall
Karen Nelson, Ph.D
Kayed Lakhia, AIA, NCARB, LEED AP, CFM
Kelly Fitzgerald
Kerry Billington
Khushi Gupta
Kubra Gundogan
Liya Abera
M. Nadia Vincent
Magdalena A. Denham, Ph.D
Mark R. Leipnik, Ph.D
Mark Scott
Mark V. Denham, Ph.D
Mike Mastrangelo
Momen Mousa
Naciye Celebi
Narasimha Shashidhar, Ph.D
Nathan P. Jones, Ph. D
Nikita Dalvi
Nuri Alperen Kose
Oluponmile Olonilua
Oscar Contreras Velasco
Owen Rodgers
Peter S. Lehmann Ph.D.
Qingzhong Liu
Razaq Jinad
Robert Warren
Russell Lundberg, Ph.D
Sofia Lehmann
Susan Ginsburg, Esq.
Thomas Watson
Tom Adams
Tosin Akinsowon
Van Vung Pham
Wadduwage Shanika Perera
Wei Yu
Xing Liu, Ph.D
Zhongxue Chen
Zhou Bing
Want to Write For Us?
If you are interested in submitting a research proposal, here is what to expect:
1. Submit Your Proposal with the Form Linked Below. You will be asked about your topic and to write a proposal abstract.
2. Your proposal will be reviewed within 2 weeks and we will contact you with approval or denial. In some cases we may reach out to request additional information.
3. If your proposal is approved, the Institute will send out an agreement to be signed electronically. Once the contract has been approved through our system work can begin.
A Few Notes:
-
Our primary audience is NOT the academic community, it is critical infrastructure sector members who can put the research to immediate use. We ask that you write your paper using non-academic language. Active voice is allowed, even preferred!
-
Our contract awards are typically $4,500.
-
The project timeline is 90 days once the contract is completed. We ask that you check in with a brief progress update monthly.
-
Once complete, submit your paper in Word for our review of clarity and language. There are a multitude of grammar editing tools available; please ensure spelling and grammar are correct before submitting.
-
Once the edits are complete, the IHS team will format the paper and publish it to our website. We will then issue payment for your work.
Want to Write For Us?
If you are interested in submitting a research proposal, here is what to expect:
1. Submit Your Proposal with the Form Linked Below. You will be asked about your topic and to write a proposal abstract.
2. Your proposal will be reviewed within 2 weeks and we will contact you with approval or denial. In some cases we may reach out to request additional information.
3. If your proposal is approved, the Institute will send out an agreement to be signed electronically. Once the contract has been approved through our system work can begin.
A Few Notes:
-
Our primary audience is NOT the academic community, it is critical infrastructure sector members who can put the research to immediate use. We ask that you write your paper using non-academic language. Active voice is allowed, even preferred!
-
Our contract awards are typically $4,500.
-
The project timeline is 90 days once the contract is completed. We ask that you check in with a brief progress update monthly.
-
Once complete, submit your paper in Word for our review of clarity and language. There are a multitude of grammar editing tools available; please ensure spelling and grammar are correct before submitting.
-
Once the edits are complete, the IHS team will format the paper and publish it to our website. We will then issue payment for your work.