AI patent analytics for R&D

AI patent analytics that tells R&D which technology will win.

GetFocus reads every patent in a technology area, answers your questions across all of them, and measures how fast each competing technology is improving. The improvement rate is what turns patent data into a forecast.

Built on 30 years of MIT research.

01 · What it does

Four jobs, one dataset per technology.

AI patent analytics for R&D means asking questions of a whole technology field in plain language, instead of reading patents one by one or writing Boolean strings.

From patent data to an R&D decisionAlways on
01

Find every technology competing for the job

Semantic search finds what you mean, not what you typed. AI agents scout incumbents and emerging routes alike, including the ones not yet on your radar.

02

Read every patent family, not a sample

Deep-dive agents turn your question into extraction prompts and run them over title, claims and full description. Every answer cites the patents behind it.

03

Measure how fast each technology improves

From each dataset's citation network we compute the Technology Improvement Rate (TIR). Faster improvers overtake slower ones, whatever their maturity today.

04

Keep it current

New filings enter the datasets as they publish. Rates are recomputed, standing questions re-answered, and you hear when a threshold breaks.

02 · Search vs. analytics vs. forecasting

Most patent software tells you what exists. R&D needs to know what wins.

Patent tools fall into three jobs. Search and landscape platforms are built for IP teams; forecasting is built for the R&D decision.

CategoryQuestion it answersTypical toolsBuilt for
Patent searchWhat has been patented?Google Patents, Espacenet, Derwent, OrbitIP and prior-art work
Landscape and portfolio analyticsWho holds what, and how strong is it?PatSnap, LexisNexis PatentSight, Orbit IntelligenceIP strategy, benchmarking
Technology forecastingWhich competing technology will win, and when?GetFocusR&D roadmaps, technology bets

Need the full market? We compared 18 tools in Patent analysis software for R&D teams.

03 · Spotting disruption early

Disruptive technologies show up in the improvement rate first.

A disruptor usually starts behind on performance and ahead on rate. Filing volume and maturity scores miss it; the rate does not. Ranking every route by TIR shows which challenger is closing the gap and roughly when it crosses over.

We have back-tested this against technology races that already played out, from digital cameras to displays and lighting. See the proof or read how the method works.

04 · FAQ

AI patent analytics: common questions

What is AI patent analytics?

AI patent analytics uses language models to search, read and summarise patent data at scale. Instead of Boolean queries and manual reading, you ask a question in plain language and get an answer drawn from every relevant patent, with citations.

What is the best AI patent software for predicting emerging technologies?

For prediction you need software that measures how fast technologies improve, not only how many patents they have. GetFocus computes a Technology Improvement Rate for every competing route, which ranks them by how fast they are getting better and shows which will overtake the others.

How does AI patent analysis help recognise disruptive technologies?

Disruptive technologies improve faster than the incumbent long before they match it. Measuring improvement rates from patent citation networks surfaces those fast improvers while they still look immature.

Which AI patent platform suits R&D directors rather than IP teams?

R&D directors need answers about technology choices, not legal status. GetFocus answers in plain language, reports on decision quadrants (fund, monitor and so on), and needs no IP expertise to use.

Can patent analytics support R&D roadmapping?

Yes. Improvement rates tell you when a technology is likely to become competitive, which is the timing question every roadmap has to answer. See Invest now or wait?

Try it on your field

See which technology wins in your area

Bring us one live technology decision. We'll send back a decision-grade brief in 48 hours: the radar, the improvement rates, the triggers.

Free · 48 hours · preliminary scoping.