Lightwave Logic (LWLG) Status Update summary

Leadership and Organizational Update

• Yves LeMaitre appointed CEO, bringing over 25 years in optical networks and AI/data centers, with a strong track record in transformational growth and global relationships.

• Thomas Zelibor named President, an experienced operational leader with a background in scaling technology and space companies, and prior CEO/Board Chair experience at LWLG.

• New management team introduced to drive operational transformation and capitalize on AI market opportunities.

• Leadership change aims to accelerate go-to-market strategy and foster external partnerships.

• Commitment to regular, transparent communication with investors.

Strategic Growth Phases and Market Positioning

• Completed technology and materials development phase, including patents, polymers, and factory processes.

• Entering customer and product integration phase (2025–2026), focusing on product design-ins, silicon photonics foundries, and AI ecosystem integration.

• Plans to scale up and diversify production infrastructure and enter new markets starting in 2026.

• Focus shifting from closed in-house solutions to open, collaborative partnerships.

• Company remains focused on value creation through commercialization and market expansion.

Market Opportunity and Demand Drivers

• AI and data center market expected to reach ~$100B by 2030, driven by capital expenditure for AI, quantum, datacomm, and space communication needs.

• Demand for bandwidth and high-speed optical communication is rapidly increasing, driven by AI and data center needs.

• Substantial increase in interconnections and power consumption challenges in AI data centers, with bandwidth and latency limited by legacy optical materials.

• Forecasts show over 10x growth in 800G and over 20x growth in 1.6T units since 2022 and 2023, respectively, with 800G, 1.6T, and 3.2T as the largest opportunities.

• Market for optical transceivers is growing at over 25% CAGR, with significant scaling challenges addressed by polymers.