GALANTE PARTNERS LLC
MIAMI, FLORIDA

GALANTE PARTNERS LLC, incorporated in Florida on September 25, 2015, is a consultancy firm specializing in cybersecurity and information threat response. The company has built an extensive network of international cybersecurity professionals and intelligence analysts to address diverse security disciplines, ranging from network defense to analytical product development. With operations primarily based in Miami-Dade County, GALANTE PARTNERS LLC focuses on collaboration with governmental agencies, private sector partners, and organizations such as the US Agency for International Development and the US Department of State. Since its inception, the company has executed strategic initiatives across various national governments, including works alongside Swedish, Kosovar, Serbian, and several European entities to enhance their cybersecurity capabilities and operational strategies. Led by CEO Alberto Sr. Galante, with critical contributions from Vice Presidents Olga Galante and Dagney Galante Herrera, GALANTE PARTNERS LLC draws on the expertise of its founders who have an accomplished history in global intelligence and cybersecurity leadership. The firm’s connection to high-impact platforms such as the Atlantic Council’s Cyber Statecraft Initiative strengthens its ability to influence policy and security developments. The consulting services provided by GALANTE PARTNERS, accessible via their website galantepartners.com, include developing institutional capacities, information sharing practices, guidance on security operations centers, and comprehensive intelligence methodologies. Their advisory roles have been recognized by international media outlets including BBC, CNN, NBC, and NPR for impactful contributions to global cyber and information threat management. With a firm commitment towards building robust teams and cybersecurity programs, GALANTE PARTNERS LLC remains dedicated to advancing the strategic security initiatives of diverse partners through innovative solutions and expert-driven approaches.