University patent licensing for a dormant photonics portfolio

Pruning first. Marketing all 14 families would have spread the office even thinner, so we started with Portfolio Pruning Analytics. Each family’s public record went into Hoard Ledger: status, remaining term, foreign coverage, and the next fee windows. We added market signals, such as forward citations from companies and product activity in the field, and ranked each family as a keep, market, or lapse candidate with a one-line reason.

The office made every call, with input from the inventors and university counsel. Four families became lapse candidates, and under the university’s own policy the inventors were offered two of them first. Two more stayed for reasons tied to an active research grant. That left eight to market.

One family, many industries. The strain-sensing family showed why licensee research has to cross industries. The same method reads strain along an optical fiber. A wind-turbine maker sees blade monitoring. A pipeline operator sees leak detection. A catheter company sees shape sensing inside the body. An aerospace supplier sees structural health monitoring, and a civil engineer sees bridges. Each audience needs a different first paragraph.

For each of the eight families, our Licensee Identification team built a target list from product-to-patent research: who sells in the field, who files nearby, who cites the university’s patents, and who has licensed university technology before. Each company came with the evidence for its place on the list. We wrote a two-page non-confidential packet per family, reviewed by the office and inventors, with a rendered view where a picture explained more than a paragraph.

Introductions, documented. We contacted R&D and business-development leads in the university’s name and with its approval, and logged every touch. When a company wanted to talk, we set up a call with the office and the inventor. From there the university took over: its counsel negotiated and drafted every agreement. We didn’t draft, review, or negotiate any of them.

Within 6 months, eight companies had taken introductory calls and four had asked for confidential follow-up under the university’s NDA. Three agreements followed, all negotiated and signed by the university: an exclusive option on the metasurface lens family for an infrared-camera startup, and two non-exclusive field-of-use licenses on the strain-sensing family, one in wind energy and one in pipeline monitoring. The medical field stayed open on purpose, so a catheter company could still take an exclusive license there.

Dropping four families and their foreign counterparts cut projected renewal spend over 5 years by roughly a fifth, and that money went to the families that were moving.

Not every family found a home. Three drew polite interest and nothing more, but the office now knows who looked and why they passed, which matters the next time a fee window opens.

The office kept its Ledger workspace and asked for a yearly pruning review timed to its budget cycle. See how we support universities and labs.