Wireless innovation has always depended on a productive exchange between academia, startups, and established industry leaders. Yet as global standards have become more complex and resource-intensive, many of the organizations generating the industry’s most disruptive ideas are finding it increasingly difficult to influence the processes that determine how those innovations reach the marketplace. The challenge is no longer simply inventing new technologies, but ensuring they have a pathway into the standards that define the future of wireless.
We’re highlighting the session Innovation Without Influence: The Standards Challenge for Startups and Academia, presented at the 2025 Marconi Society Advanced Wireless Executive Forum. The discussion brought together leaders from academia and industry to examine whether today’s standards ecosystem is evolving quickly enough to accommodate the pace of wireless innovation.
Panelists
- Robert Calderbank, Professor of EE, CS and Mathematics, Duke University
- Andrea Goldsmith, President, Stony Brook University
- Alessandro Vanelli-Coralli, Professor of Electrical, Electronic and Information Engineering, University of Bologna
- Anton Monk, SVP Strategy, Cohere Technologies (Moderator)
The panel described 3GPP (The 3rd Generation Partnership Project) as both an extraordinary technical achievement and an increasingly difficult environment for new voices to influence. Participating effectively requires large engineering teams, sustained financial investment, and years of engagement—resources that most startups and universities simply cannot commit. While academic researchers continue to produce foundational discoveries, limited participation opportunities and incentive structures mean many innovations struggle to gain traction within the standards process. As a result, breakthrough ideas often reach industry through publications, partnerships, proprietary implementations, or alternative standards rather than through the primary global standards pathway.
The discussion also highlighted how the wireless landscape itself is changing. As successive generations of wireless technology become more mature, innovation is increasingly focused on AI-enabled networks, non-terrestrial communications, energy efficiency, and new service models rather than dramatic architectural shifts. At the same time, geopolitical competition is reshaping standards leadership, with China expanding its influence through coordinated national investment while Western governments and industry renew their focus on strategic wireless technologies.
Despite these challenges, the panel remained optimistic about the future of wireless research. Emerging opportunities in AI, satellite communications, spectrum sharing, and energy-efficient networking continue to attract researchers, while industry increasingly depends on universities and entrepreneurs to generate the next wave of breakthrough ideas. The panel encouraged students to build strong engineering fundamentals while developing expertise in AI and machine learning, emphasizing that deep technical knowledge remains the foundation for meaningful innovation.
Recommendation: The wireless ecosystem must continue to evolve standards processes that preserve global interoperability while creating more accessible pathways for startups and academic researchers to contribute. Ensuring that the best ideas, not simply the largest organizations, can influence future standards will be essential to sustaining innovation.
The conversation reinforced a broader principle that extends beyond wireless communications: innovation flourishes when diverse voices have meaningful opportunities to shape the systems that define an industry. As wireless converges with AI, satellite networks, sensing, and new computing architectures, strengthening collaboration between academia, startups, industry, and standards organizations will be critical to ensuring that the next generation of communications technology reflects the full breadth of global innovation.
