Bill Frain

Liberty Defense Announces the Sale of its First HEXWAVE System

Liberty Defense Holdings Ltd., announce it has sold its first HEXWAVE™ system to LINEV Systems US, Inc. (“LINEV Systems”), a well-established leader in providing contraband detection security solutions to the corrections and other high-security markets. LINEV Systems plans to use the HEXWAVE unit for client demonstrations and act as a reseller for Liberty with a focus on the corrections and education verticals.

Liberty Defense Commences Beta Testing at Toronto Pearson International Airport

Liberty Defense Holdings Ltd. announce that beta testing with the Greater Toronto Airports Authority (GTAA) at the Toronto Pearson International Airport (Pearson) has commenced November 1, 2022, and will continue for a period of two weeks. Toronto Pearson is located in Mississauga, west of Toronto, in Ontario, Canada. It is Canada’s largest airport, the sixth-most-connected airport in the world, and the second-most-connected airport in North America.

Camden Yards Testing New AI-Powered Weapons Detection Technology

Liberty Defense announce it has begun on-site beta testing HEXWAVE™ with the Maryland Stadium Authority (MSA) at the Camden Yards Sports Complex in the City of Baltimore. The MSA is a unit of the state government that owns and manages the sporting venues at the Camden Yards Sports Complex, which is home to the Baltimore Orioles MLB team and the Baltimore Ravens NFL team. Beta testing will take place in the employee screening and VIP screening areas of the complex prior to the Baltimore Orioles MLB events occurring during this trial period.

Major Airport to Test AI-powered Weapons Detection Technology

Liberty Defense announced that it has signed an agreement with The Greater Toronto Airports Authority (“GTAA”) to trial HEXWAVE™ at Toronto Pearson International Airport (“Toronto Pearson”) during the third quarter of 2022. Toronto Pearson is located in Mississauga, west of Toronto, in Ontario, Canada. It is Canada’s largest airport, the sixth-most-connected airport in the world and the second-most-connected airport in North America.

Liberty Defense Signs University of Wisconsin to Test HEXWAVE Walkthrough Screening Detection

Liberty Defense is pleased to announce that it has signed a collaboration agreement (“CoA”) with the University of Wisconsin Police Department (“UWPD”) to beta test Liberty’s HEXWAVE™ security detection walkthrough portal on campus to screen students and faculty for improved campus safety. UW-Madison (UW) is known as one of the top universities in the country and is the oldest and largest public university in the state of Wisconsin. The UW’s academic and athletic success attracts tens of thousands to the campus each year.

Liberty Defense Signs Maryland Stadium Authority, Camden Yards Sports Complex, as a Beta Client

Liberty Defense announce that it has signed a Memorandum of Understanding (MOU) with the Maryland Stadium Authority (MSA) to beta test Liberty’s flagship product HEXWAVE™ at the Camden Yards Sports Complex in the City of Baltimore. The MSA is a unit of the state government that owns and manages the sporting venues at the Camden Yards Sports Complex, which is home to the Baltimore Orioles MLB team and the Baltimore Ravens NFL team. The Camden Yard Sports Complex has seating capacity for approximately 45,000 and 72,000, respectively. Testing with the MSA is planned to begin in Q1, 2022 at the Camden Yards Sports Complex.

Major Baltimore Sports Stadium to Test AI Weapons Detection Tech

Liberty Defense announce that it has signed a Memorandum of Understanding (MOU) with the Maryland Stadium Authority (MSA) to beta test Liberty’s flagship product HEXWAVE™ at the Camden Yards Sports Complex in the City of Baltimore. The MSA is a unit of the state government that owns and manages the sporting venues at the Camden Yards Sports Complex, which is home to the Baltimore Orioles MLB team and the Baltimore Ravens NFL team.

Liberty Defense Attracts Prominent Industry Talent to Advance its Threat Detection Technology

Liberty Defense announced that it has attracted two recognized industry leaders to its team: Ajay Subramanian and Jeffrey S. Gordon. Subramanian and Gordon will be based in the Company’s newly designed headquarters in Wilmington, MA, just north of Boston, and will be working on the Company’s High Definition Advanced Imaging Technology (AIT) body scanner and airport shoe screener, both of which are licensed exclusively to Liberty Defense, funded by the U.S. Department of Homeland Security.

Liberty Receives $500,000 Contract Award from TSA for Improved Threat Detection Using HEXWAVE System

Liberty Defense is pleased to announce that it has received a contract award for $500,000 USD as part of the Transportation Security Administration’s (TSA) On-Person Screening Capability Program for demonstration and evaluation of the HEXWAVE™ and its expanded capabilities for screening Aviation Workers at a TSA designated location to enhance detection and throughput performance.

Liberty Defense Welcomes Decorated Customs & Border Protection Executive to its Board

Liberty Defense Holdings Ltd., is pleased to announce that it has added Linda L. Jacksta to its board of directors. Jacksta has 35 years of experience with U.S. Customs & Border Protection (CBP), the largest law enforcement agency in the federal government. At CBP, Jacksta led efforts to manage threats to border security while also resolving operational challenges. She established an enterprise data analytics organization by enhancing partnerships with the intelligence community.

Liberty Defense Appoints Michael Lanzaro as President & CTO

Liberty Defense is pleased to announce that it has promoted Michael Lanzaro to the role of President & CTO. Michael Lanzaro has over 25 years of management experience leading large high-tech organizations with product development, research and development, and marketing, as well as profit and loss responsibilities. Prior to joining Liberty Defense, Michael served as Vice President of Engineering for L3’s Security and Detection Systems division.