Chief Operating Officer at TEGNA
Ackerman is known for leading TEGNA's operational and advertising technology transformation, helping one of the largest U.S. broadcast TV companies build programmatic and data-driven advertising capabilities competitive with digital-native platforms.
Last updated Feb 27, 2026 by AI Enrichment
Dan Ackerman is a senior media and operations executive best known for his role as Chief Operating Officer at TEGNA, one of the largest broadcast television companies in the United States with dozens of stations reaching millions of households. In this capacity, he has been a central figure in modernizing TEGNA's advertising technology stack and operational infrastructure, helping a legacy broadcast organization compete effectively in an increasingly digital and programmatic advertising marketplace. His work sits at the critical intersection of traditional local television and the data-driven, audience-first advertising models that now define the broader media industry. Ackerman's influence at TEGNA has centered on accelerating the company's adoption of programmatic advertising solutions, improving digital revenue streams, and building out audience targeting capabilities that allow local broadcast advertisers to benefit from the precision and measurability more commonly associated with digital-native platforms. This has involved navigating complex technology integrations, vendor partnerships, and internal change management across a large, geographically distributed portfolio of television stations and digital properties. His career reflects a broader industry trend of operations-focused leaders becoming essential architects of AdTech strategy within traditional media companies. As viewing habits fragment and advertising budgets continue shifting toward streaming and digital channels, executives like Ackerman play a pivotal role in ensuring broadcast media organizations can offer competitive, data-driven advertising products while maintaining the scale and local market reach that remain core strengths of the broadcast model.