Story
How SailrScience came to be.
A short account of why the company exists, what the founding insight was, and the research that has followed.
Photography: FleetEdge™ / SailrScience archive.
It started on a boat, not in a lab.
SailrScience began with a transition out of a career in commercial software design and data analytics — into life aboard a cruising boat and a passage across the Atlantic. The first question was an honest one: what boat, what sail plan, would optimize fun, peace of mind, and outright safety?
A comfortable cruising boat was the right answer. But within the first year a Solent rig and two heavy-weather headsails were added — needed in the spring bluster on the Chesapeake, 25–35 knots, getting ready for the even blustier Atlantic. Later came a Code 0 and an A-2 on a Harken Reflex furler — needed on the light-wind summer days.
In the process, one observation kept sharpening: sail plans were not well understood. Not by owners. Not by the tools sailmakers had to work with. Not by the analytics around the sport. The gap was real, and it was decision-grade. SailrScience exists to close it.
Built on ORC, not around it.
The ORC certificate isn’t SailrScience’s starting point because it’s convenient. It’s the starting point because it’s the most rigorous, independently verified performance baseline in offshore racing. Geometry, sail plan, predicted performance, hundreds of measured parameters — the certificate encodes more structured information per boat than any other artifact in the sport.
In 2025 the Offshore Racing Congress issued 14,000+ certificates. The data — and the VPP physics beneath it — were there. The decision-grade comparative layer on top of the certificate was not. SailrScience doesn’t compete with ORC. SailrScience makes the certificate more valuable.
From one boat to the fleet.
The first product, SailEdge™, was the per-boat workbench: upload a certificate, return a navigable model of the boat across the full wind matrix — 850,000-plus physics evaluations per certificate. Sailmakers could quantify a recommendation. Naval architects could quickly load a certificate in an accurate visual space and explore righting moment across the wind regimes. Then, in real time, they could configure virtual appendage optimizations, test them quickly against a reliable DSYHS hydro model, and show their client before the work order is issued. Owners could ask "should I buy this sail?" and get an answer in physics, not in folklore.
The second product, FleetEdge™, came from a race. Watching the 2025 Rolex Sydney Hobart, a big Southerly front moved up the course and the analysts struggled to call it. The best they could do was predict that the DH rating would fare best — not which hulls, not which sail plans, and certainly not which crews would fare best sailing to windward. That was the gap, and FleetEdge answers exactly that question. If one certificate becomes a digital twin, a fleet of certificates becomes a picture of the whole sport. And the picture had shapes in it. Measure eleven thousand-plus boats the same way and distinct kinds of boat show up — not categories anyone drew, kinds that were already out there, waiting for someone to measure carefully enough to see them. And the crew residual — what is left after physics and weather explain everything they can — turned out to give racing crews a quantified handle on the thing they had been arguing about for decades. A diagnostic signal, not a verdict — the research page states the boundary.
The answer to that Southerly question is now published. FleetEdge’s first read of designed potential against the racing record — Regime Affinity: where a boat’s edge belongs, and whether the race record agrees — and the first story it tells is that race: Sydney Hobart 2025, replayed through the physics.
Two products, one engine, one IP umbrella. That structure wasn’t designed top-down. It emerged from following the data.
The research arc
The work has produced three credentials that anchor the company:
- Performance archetypes — the measured answer to the oldest question on any dock: what kind of boat is that? Eight kinds — resolved by the 2026 census — found by measuring the fleet the same way from its certificates, each with a name — each answering how the boat makes speed, where that speed pays, and what it asks of the crew. The MPAE archetype model, formalized in the research arm’s white paper. Read the white paper.
- Three provisional patent applications — filed with the USPTO across the SailEdge, FleetEdge, and certificate-derived-stability claim scopes. IP custody sits with the research arm.
- The first marquee partner — Farr Design, the naval architecture firm behind some of the most successful offshore racing programs of the past four decades. They have adopted SailrScience physics across their consulting workflow. Read the case study.
The principal
Kevin Farley founded SailrScience after a career in commercial software design and data analytics. He holds a degree in mathematics and spent a decade in the network-management laboratories of one of the largest U.S. telecommunications carriers, where his work with datasets spanning billions of call records led to a granted U.S. patent in network management. That was data science at carrier scale. Global consulting followed, including a tenure as Global Head of Marketing Analytics at Capgemini Insights & Data. SailrScience brings the same analytical rigor to offshore racing. Edge Maps — the per-cell delta between two sail plans across the full wind matrix — were always his mental model; SailrScience makes them real for everyone who uses the platform. He lives aboard in Annapolis, Maryland, and builds the company from inside the sailing community it serves.
Further detail on the principal’s background is available on request to institutional partners and counterparties.
Home port: Annapolis.
SailrScience is built in Annapolis, Maryland — one of the most concentrated sailing communities on the East Coast. The Chesapeake Bay is the testing ground. The sailors here are the first users. The sailmakers down the road are the first partners.
The product isn’t built remotely. It’s built where the conversations happen — at the dock, at the loft, on the water.
To date the SailrScience SailEdge™ platform has been validated across scores of 2025 and 2026 ORC certificates, and the FleetEdge™ platform covers the ORC International community — 9,591 ORC boats scored of 11,207 analyzed within a 12,965-boat governed corpus, as of July 2026. SailrScience is a Farr Design partner; Farr Design has adopted SailrScience physics across their consulting workflow. More case studies will be published soon.
Where the story goes from here
The research continues. The portfolio is expanding. The partner program is opening to a second cohort of naval architecture firms, sail lofts, and racing teams.