Session Overview
As building automation networks evolve from legacy to hybrid to fully cloud-connected, cybersecurity can’t be an afterthought, it must be foundational. This session explores the latest strategies for securing OT networks, aligning with IT best practices, and protecting connected BAS systems from growing cyber threats. Learn how to balance connectivity with resilience, apply practical safeguards, and build trust in systems that span diverse environments while keeping your buildings secure and adaptive.
SPEAKERS
Jacob Fenley, Director of Tech Services, Cochrane Supply
Jacob Fenley brings technical expertise in smart building automation and controls, along with a passion of developing AI solutions for the BAS Industry. He’s managed multiple building automation pilot projects, including the installation and commissioning of the building automation system for the new World Headquarters of a major Banking and Investment Firm located in Carmel, IN.
Aaron Brondum, Senior Director Business Development, Neeve
With over 25 years in the smart building industry, Aaron Brondum has extensive experience in system integration, building automation, and connected technologies. At Neeve, he leads channels and partnerships, helping system integrators deliver secure, cloud-based building management solutions. Aaron is passionate about advancing Zero Trust remote access and bridging the gap between operational technology and IT to drive the next generation of smart, cyber-secure buildings.
Michael MacMahon, Principal, Newcomb & Boyd
As an operational technology leader, Mike has more than 20 years of experience pioneering and managing complex IT/OT solutions. Through a history of collaboration with Fortune 500 companies, he is accomplished in providing technology consulting, training, strategic planning, specializing in implementation and life-cycle management strategies for successful secure operational technology programs. Mike is a member of the Information Systems Audit and Control Association (ISACA), Building Cybersecurity.org, and Real Estate Cyber Consortium (RECC).
Thano Lambrinos, SVP Digital Buildings & Innovation, QuadReal Property Group
Thano Lambrinos is the Senior Vice President of Digital Buildings, Experiences and Innovation at QuadReal Property Group, a global real estate investment, development and property management company headquartered in Vancouver, managing a $94BN portfolio worldwide. He leads QuadReal’s built-world digital transformation strategy and oversees the Mechanical, Electrical and IT (MEIT) practice across its global portfolio, deploying technologies that drive construction and operational efficiencies and deliver a differentiated experience for tenants and residents. With over 20 years of experience in the construction and building technologies sectors, Lambrinos has worked internationally across North America, Europe and the Middle East, applying digital transformation to enhance the design, construction and management of complex assets. In addition to his leadership at QuadReal, he serves on the Board of Directors for KODE Labs, is the Vice-Chair of the Canadian Standards Association (CSA) Group for Intelligent Buildings, sits on the Executive Committee of the Real Estate Cyber Consortium (RECC), and participates in multiple industry organizations dedicated to advancing education and adoption of digital building technologies.
Josh Reding, President, Sunbelt Controls
Josh Reding is a proven leader with over 30 years of comprehensive experience in HVAC and Control Systems Integration, specializing in Building Automation Systems (BAS) Controls Management. Josh’s journey began as the Owner and Operator of Enterprise Integration. His deep entrepreneurial expertise in DDC systems integration and vital industry relationships proved essential when his company was acquired by Sunbelt Controls in 2010. He immediately brought innovative building controls solutions and valuable product channel agreements—integral to navigating the ever-evolving world of the Internet of Things (IoT)—to the Sunbelt organization
