We use Google Analytics to see which pages people find useful. It receives your IP address, browser and device type, the pages you view, the site you arrived from, and any campaign tags in your link. Site search also sends what you typed. We use this only to measure and improve the site, and we do not sell it.
Opting out stops the cookies that identify you across visits. Anonymous, cookieless page counts continue.
Patent and trademark strategy for the companies redesigning how people and things move — EV powertrains, charging infrastructure, ADAS, autonomous systems, drones, aerospace components, and satellite systems.
// 01 / IP CHALLENGES IN THIS SECTOR
What we see, day to day.
◈ 01 / CHALLENGE
Platform-speed iteration
Patent strategy at platform speed — fast iteration, dense prior art, and overlapping software-hardware claims.
◈ 02 / CHALLENGE
Global deployment markets
Coordinated U.S. and international filings for products deployed across global markets.
◈ 03 / CHALLENGE
Software / hardware overlap
Modern mobility systems mix control software, sensor fusion, and mechanical components — claims need to span all three.
◈ 04 / CHALLENGE
Algorithm and calibration secrecy
Trade secret protection for proprietary control algorithms, calibration data, and test methodology.
Frequently asked questions about mobility & aerospace IP.
01What IP issues are unique to mobility and aerospace?
Mobility and aerospace IP work spans utility patents on vehicle systems, propulsion, and aerospace components; § 101 strategy for the autonomy, ADAS, and control-software claim drafting that overlaps software and hardware; trade secret programs covering proprietary calibration data, control algorithms, and test methodology; and trademarks that travel internationally because most mobility products ship globally. Coordinating these as a single strategy — rather than discrete projects — is the main lift.
02How does Lynch LLP approach filing timing in mobility and aerospace?
Mobility and aerospace programs iterate at platform speed, and autonomy/ADAS work adds § 101 considerations to timing and claim drafting. Lynch LLP coordinates filing strategy and anchors autonomy claims to specific technical implementations, with continuations built into the roadmap.
03How do we approach freedom-to-operate analysis in mobility and aerospace?
We scope FTO to the specific systems your product implements — propulsion architecture, control software, sensor fusion, mechanical components — and classify potentially-blocking patents as clear / monitor / design-around. For products deployed across global markets, we coordinate U.S., EU, and JP searches so the deliverable covers the markets you actually ship to. Where ADAS or autonomy is involved, the analysis includes both hardware claims and software-system claims that often map across multiple patent families.
04How does our experience in mobility and aerospace differ from a general-practice firm?
Three things distinguish our mobility and aerospace work. First, our attorneys have mechanical and electrical engineering backgrounds — the right depth for systems-level patents that span software, hardware, and the integration between them.
Second, the attorney you meet is the attorney doing the work. Strategic decisions happen with the same lawyer from intake through file, not handed off to a rotating cast of staff.
Third, continuation strategy is built into every roadmap. Mobility products iterate faster than most industries; the right pattern is to file the foundational application early, keep continuations pending, and add new claim sets as the platform evolves.