Photonect Interconnect Solutions Inc.

Photonect Interconnect Solutions Inc., a small business headquartered in Rochester, New York, develops advanced photonic interconnect technologies for secure communications, quantum information networks, and optical device packaging and operates exclusively as a prime contractor on R&D awards under total small business set-asides.

Photonect's federal footprint centers on research and development of fiber-to-chip photonic interconnect solutions with defense and space applications. The company's capability portfolio includes fiber-to-chip fusion splicing for low-loss photonic packaging, silicon photonic device development, optical transceiver integration, and quantum information network research. Representative work includes a $1.7 million firm fixed-price definitive contract from the Department of the Army (awarded April 2026, completing April 2028) for research and development of quantum information networks to enable secure communications, information processing, sensing, positioning, navigation, and timing capabilities for the Department of Defense. Photonect also holds a $295 thousand Small Business Innovation Research (SBIR) Phase 1 contract from the Naval Air Warfare Center (awarded April 2024, completing July 2025) focused on photonic interconnect technologies for naval and aerospace systems, and a $240 thousand definitive contract from Naval Strategic Systems Programs (awarded July 2025, completing September 2026). On the civilian R&D side, the company received a $150 thousand Small Business Technology Transfer (STTR) Phase I award from NASA Shared Services Center (August 2023) for fiber-to-chip fusion splicing research with space applications.

Customer concentration spans five federal agencies. The Department of the Army dominates by potential value at $1.7 million; the Department of the Navy (split between Naval Air Warfare Center and Naval Strategic Systems Programs) accounts for $535 thousand; NASA Shared Services Center holds $150 thousand; and the National Science Foundation rounds out the set with two grants. The six total awards — all prime, all under total small business set-asides — yield $2.4 million in combined potential value, though cumulative obligated dollars stand at $4.2 million (174% of potential value), reflecting prior year completions and close-outs. Activity has fluctuated (two awards in 2023, one in 2024, two in 2025, one in 2026), with three awards (combined potential value $1.9 million) reaching ultimate completion inside the next twenty-four months.

Photonect's federal grant footprint includes two National Science Foundation awards: an SBIR Phase I project grant for $275 thousand (June 2023, completing May 2024) and an SBIR Phase II cooperative agreement (June 2025, completing November 2027) supporting development of a fusion splicing machine and silicon dioxide mode converter to reduce photonic device packaging cost, time, and complexity. Both grants target the same core technology — low-loss fiber attachment to silicon photonic chips — with commercialization potential across telecommunications, data communications, sensor, and defense markets. The vendor does not sub-contract and carries no sub-award footprint.