Biotech patents are dense with technical language that keyword search cannot navigate. Kwintely's context-based approach starts from your technology description and finds equivalent biological concepts across languages and nomenclature variations.
Biotech IP is uniquely dependent on scientific literature. Many foundational claims are challenged using journal publications, not just prior patents. Kwintely's unified index of patents and scientific papers means your prior art search is complete from the start.
CRISPR, mRNA, and protein engineering IP evolves fast and files under divergent terminology. Context matching keeps pace.
Biotech prior art appears in preprints before patents are filed. Kwintely's scientific paper index surfaces it early.
Due diligence on a biological platform requires mapping the full IP landscape. Kwintely delivers a first pass in minutes, not weeks.
Biological technologies draw prior art from chemistry, materials science, and engineering. One search covers all domains.
Each workflow below runs on the same foundational index. Start with the one that matches your most urgent question.
The same context search runs from inventor disclosure through prosecution to IPR. At the disclosure desk it tells you whether a draft is worth filing in 90...
Explore workflow → Operational LevelA patent landscape maps who is filing what, where, how fast, and in which sub-domains ... across the entire global patent corpus. Traditional landscape...
Explore workflow → Case LevelFreedom to Operate analysis determines whether a technology can be commercialised without infringing valid patent claims. Traditional FTO relies on keyword...
Explore workflow → Strategy LevelTechnology roadmaps built on analyst reports lag the actual innovation front by two to three years. The earliest available signal of where a technology is...
Explore workflow → Operational LevelWhen a competitor's technology move becomes public news, the patent published months earlier and sat in the public record while no one was watching....
Explore workflow →Articles, analyses, and technology intelligence briefings from our team.
Technology transfer refers to the process of sharing or disseminating knowledge, skills, technologies, methods, or intellectual property from one individual, organization, or institution to another, with the primary goal of applying scientific and technological advancements for practical use.
Optogenetics is a technology that uses light and genetic engineering to control the activity of specific cells, usually neurons, in living tissue.
Self-improving algorithms refer to a type of artificial intelligence (AI) system that can enhance its performance and decision-making capabilities over time without human intervention, by learning from real-time data and adapting to changing conditions.
Operating in Berlin’s dynamic ecosystem means competing at a global level. Deep tech, life science, green tech, and energy tech companies in the city are not only shaping local markets but also setting benchmarks for innovation worldwide.
A Documentation Crisis in Tech Transfer occurs when critical knowledge, processes, and technical information fail to be properly recorded, organized, or transferred between organizations during technology transfer activities, leading to significant delays, increased costs, regulatory compliance.
Deep tech is a term for technology that is based on advanced scientific discoveries or engineering breakthroughs, often aiming to solve big, complex problems.
295 million patents, papers and clinical trials. Natural language input. Results in under 90 seconds. Full data sovereignty.