Naval Information Warfare Center (NIWC) Atlantic, Charleston Southern University, and Charles Towne Landing collaborated to develop HOWL—the Health Observation and Weight Logger. Installed on April 28, 2026, this hands-free scale tracks endangered Red Wolf weights dynamically without sedation,...

In this episode of the Technically Speaking podcast, hosts interview Don and Matthew Lauer about "HOWL," a student-designed smart scale built with NIWC Atlantic's manufacturing lab. The hands-free system safely weighs endangered red wolves without tranquilizers, while promoting local STEM outreach...

Naval Information Warfare Center (NIWC) Atlantic spearheaded a two-year initiative to modernize national cybersecurity standards, directly shaping NIST’s Special Publication 800-126 Revision 4. Led by Jack Vander Pol, the team enhanced automation capabilities, increased DISA STIG compliance checks...

Ashlee Landreth, head of NIWC Atlantic’s Expeditionary Warfare Department. Inspired by her grandfather and family, she excelled in electrical engineering. Following a chance airport encounter with a recruiter, she joined the command in 2007, balancing a demanding leadership career with raising four...

This episodes connects Survivor-inspired strategy to NIWC Atlantic’s work on unmanned systems. CHAOS team members Gwyneth Steel and Donovan Lam discuss adaptable technology, communication, and applications. IT1 Caleb Donaldson shares a warfighter perspective, highlighting collaboration between...

This episode details NIWC Atlantic’s record-breaking transatlantic crossing by an unmanned surface vessel. Lead scientist Mike Grass explains how the 62-day mission overcame storms and equipment failure to prove autonomous endurance. This milestone advances Naval warfare by replacing sailors with...

In the summer of 2025, NIWC Atlantic’s UNIT team achieved a record-breaking transatlantic crossing. Their unmanned surface vessel traveled from South Carolina to Portugal in 62 days, surpassing previous records by 12 days. This milestone advances the Navy’s goal of integrating autonomous systems to...

This episode features discussions about milestones and creative problem-solving at NIWC Atlantic. The main segment highlights Model-Based Systems Engineering (MBSE) with guests Caleb Scott and Paul Walter, explaining how MBSE streamlines complex system development, reduces costs, and benefits...

NIWC Atlantic created laser ranges for optical communication RDT&E, offering secure alternatives to RF systems. These ranges, expanded to include littoral testing, allow study of atmospheric effects and system limitations. Collaboration with external entities enhances warfighter capabilities,...

NIWC Atlantic's TACNET team streamlined shipboard system preloading, moving it to their Norfolk facility (NIEF) for faster installations and reduced maintenance. Collaboration with IT1 Cruz of USS Oscar Austin validated the process, providing valuable insights and troubleshooting benefits. This...