Faith-Based Daily Awareness Post 1 April 2026

These updates are shared to help raise the situational awareness of Faith-Based organizations to best defend against and mitigate the impacts from all-hazards threats including physical security, cybersecurity, and natural disasters.

LA: Churchgoers, officials say there is heightened awareness during Holy Week after church arson

Following a recent arson incident at a Catholic church in Louisiana that resulted in multiple arrests, churches in the Baton Rouge area are observing heightened awareness and security during Holy Week leading up to Easter. Parishioners expressed concerns about safety but largely indicated they still plan to attend services. Local law enforcement has increased monitoring efforts, including watching social media for potential threats and offering security assessments for churches. Officials emphasized that holidays like Easter already bring a higher level of vigilance, and additional precautions such as visible security presence and coordination with multiple police departments are being implemented. Church leaders highlighted their ongoing partnerships with law enforcement and reassured congregations that safety measures are in place, while also encouraging worshippers to remain focused on faith and community rather than fear. 

Analyst Comments: This incident reflects a broader pattern in which symbolic or community-centered locations such as houses of worship become focal points for concern following even isolated security events. The response by both law enforcement and religious institutions demonstrates a layered security approach, combining increased visibility, information monitoring, and community reassurance. Notably, the emphasis on communication between churches and local authorities is a key protective factor, as it enables rapid response and threat sharing. This balance between vigilance and normalcy is critical during high-attendance periods like religious holidays, where large gatherings may elevate both perceived and actual risk.

Enhancing Security for High Profile Figures at Public Gatherings

The Joint Counterterrorism Assessment Team (JCAT) product “Enhancing Security for High-Profile Figures at Public Gatherings” provides guidance for state, local, and private-sector partners on how to identify and mitigate potential terrorist threats during events involving high-profile individuals (VIPs). The document emphasizes that most event security in the U.S. is managed at the local level, requiring coordinated planning among law enforcement, venue staff, and private security teams. Key recommendations include conducting threat assessments, establishing layered security measures (such as controlled access points, screening, and surveillance), planning secure arrival and departure routes for VIPs, and maintaining clear communication systems for emergency response. It also highlights the importance of pre-event coordination, contingency planning for unexpected incidents (including protests or evolving threats), and ongoing monitoring before and during events to adapt security posture as needed. The product is not based on a specific threat but is intended as a proactive resource to enhance preparedness and interagency coordination. 

Analyst Comments: This guidance is directly applicable to the faith-based sector, where religious officials, guest speakers, and notable members of a congregation may represent elevated risk profiles depending on House of Worship’s threat profile. The emphasis on risk-based, layered security is particularly relevant for houses of worship that regularly host services, special events, and community gatherings with varying attendance levels and public exposure. Individuals such as clergy, visiting speakers, or high-profile congregants can attract attention for a range of reasons, making it important to assess the “how” behind their presence such as the size of the gathering, publicity, or potential for controversy when determining appropriate security measures.

AI in OT – Convergence of Digital and Real-World Threats

The Gate 15 blog on AI in operational technology (OT) explains how artificial intelligence is accelerating the convergence of digital (cyber/IT) and physical (OT) environments, creating both significant opportunities and new risks. As AI becomes integrated into systems that control real-world processes such as infrastructure, industrial systems, and building operations it enhances capabilities like monitoring, automation, and predictive analysis, but also expands the attack surface for adversaries. This convergence means cyber incidents are no longer confined to data loss; they can directly impact physical systems, leading to operational disruption, safety concerns, and broader societal effects.

The article emphasizes that these “blended” or cyber-physical threats require organizations to rethink traditional security approaches, as IT and OT can no longer be managed in silos. Instead, a unified, risk-based strategy is needed that accounts for interconnected systems, third-party dependencies, and real-world consequences. AI further complicates this landscape by enabling both defenders and attackers to operate at greater speed and scale. As a result, organizations must prioritize resilience through proactive planning, visibility across environments, strong access controls, and continuous monitoring to mitigate evolving threats and maintain continuity of operations.

Weekly Security Sprint EP 152. Information Sharing, Cyber Reporting, and Weather

The Gate 15 Security Sprint is a weekly rundown of the week’s notable all-hazards security news, risks and threats and some of the key focus areas for organizations to consider behind the headlines. Gate 15 team members discuss physical security, cybersecurity, natural hazards, health threats and other issues across our environment.

In this week’s Weekly Security Sprint Dave and Andy covered the following topics:

• Cybersecurity Reports, Ransomware, Resilience
• Atlantic Hurricane Season Forecast 2026

Information on other Gate 15 podcasts can be found at Podcasts (gate15.global).