Intellectual Property Consulting

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Scientific Clarity for High-Stakes IP Challenges

Complex IP challenges demand technical positions capable of withstanding intense scrutiny. Exponent's multidisciplinary experts uncover the underlying science and engineering facts you need to build rock-solid arguments and defend your assets.

HOW WE HELP CLIENTS

Objective Science Behind Every Technical Position

In patent, copyright, trade secret, and licensing disputes, outcomes often rest on technical questions only thorough scientific and engineering analysis can resolve. Exponent enables you to understand the underlying science and engineering before testimony begins, uncovering and evaluating the technical facts that shape high-stakes IP matters. Our scientists and engineers analyze complex technologies, assess competing technical claims, and deliver rigorous, objective evidence and analysis that endures intense challenges from opposing experts, giving judges, juries, arbitrators, and other finders of fact the technical clarity they need to make informed decisions.

Collaborative Teams. Multidisciplinary Expertise.

Complex IP disputes rarely stay within a single discipline. A matter can require source code review, semiconductor analysis, mechanical engineering, and materials science simultaneously. Exponent offers a unique, one-stop shop, with consultants spanning software, electrical engineering, semiconductors, mechanical engineering, materials science, batteries, chemistry, biopharmaceuticals, biomechanics, vehicle engineering, human factors, health sciences, and data sciences. Whether evaluating source code, reverse engineering consumer products and medical devices, analyzing technical documents, or assessing prior art, our teams seamlessly bring this specialized expertise together to resolve your most critical technical questions.

Investigations Built to Match the Scale of What's at Stake

High-stakes IP disputes can involve millions of lines of code, thousands of documents, complex computer-aided design files, or entire product lines requiring teardowns and testing — volume that overwhelms single-expert approaches. Exponent combines specialized laboratories, cutting-edge analytical instrumentation — including advanced X-ray computed tomography (CT), mass spectrometry, scanning electron microscopy (SEM), focused ion beam (FIB) techniques, and optical microscopy — with multidisciplinary teams to investigate issues at scale. From early case assessment through expert reports, depositions, and trial testimony, we help you develop clear, defensible conclusions rooted in scientific rigor for matters before federal and state courts, arbitration panels, and the U.S. International Trade Commission.

Capabilities

Our Capabilities Are Unparalleled

With deep expertise across software, electronics, semiconductors, materials, chemistry, batteries, automotive, and life sciences, Exponent helps you navigate complex IP challenges — from patent and trade secret litigation to licensing disputes and ITC investigations — delivering bespoke testing and investigations and defensible scientific evidence.

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International Dispute Resolution

Clear Answers for Complex Global Disputes

Exponent's international dispute resolution experts provide clients with everything necessary to navigate tough, intricate technical disputes in legal forums around the world. Our engineering insights are coupled with a unique ability to convey information clearly for lay audiences — and nowhere else will you find the depth and breadth of multidisciplinary expertise required to seamlessly answer questions involving complex machinery, systems, and construction projects across multiple industries.

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REVERSE ENGINEERING

Rigorous Analysis for IP Disputes

Our multidisciplinary experts deconstruct complex hardware and software to provide the objective technical evidence required in high-stakes intellectual property disputes. Combining advanced circuit tracing, materials analysis, X-ray and CT scanning, and software disassembly, we uncover product and component design and functionality to bring scientific clarity to IP challenges.

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COMPUTED TOMOGRAPHY SERVICES

Non-Destructive Clarity for IP Disputes

Our teams leverage advanced computed tomography (CT) to evaluate complex assemblies and internal features without altering critical physical evidence. Combining high-resolution 3D imaging, precise CAD-to-part comparisons, and state-of-the-art visualization software, we uncover hidden design elements and create compelling visual demonstratives to communicate complex intellectual property findings to judges and juries.

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RELEVANT RIGHT NOW

How do software disputes distinguish protectable architecture from non-protectable elements?

Determining software copyright infringement requires isolating protectable expression from functional constraints, standard industry conventions, and third-party code. Computer scientists conduct deep, systematic source code comparisons, structural teardowns, and static analysis.

By evaluating abstraction, filtration, and comparison factors, technical experts determine actual code similarity versus independent development. Translating complex code structures into clear, objective evidence helps demonstrate precisely which software elements are legally protectable expression.

How do technical evaluations prove trade secret theft involving proprietary AI models and architectures?

AI trade secret disputes can involve technical aspects of software that have not been made publicly available such as model weights, proprietary data pipeline and processing techniques used for training models, proprietary datasets, specialized knowledge and logic models embedded within AI systems, and specialized input/output systems including computer vision and motor control hardware and software. Machine learning and artificial intelligence experts conduct model parameter comparisons, source code and software comparisons, model testing, and technical documentation review to uncover potential trade secrets theft.

How do IP disputes establish whether AI-generated code violates third-party copyrights or licenses?

The adoption of AI coding assistants can introduce risks of unintended code reproduction and potential copyright infringement. Analysis of potential copying proceeds as usual for source code, where literal or non-literal copying can occur. Our computer scientists can compare known code patterns and idioms, perform automated line-by-line analysis, syntax matching, string matching, and evaluation of higher-level structures in code to help determine source code origins.

Experts

Our global and comprehensive expertise across industries gives us a deep understanding of current challenges, best industry practices, and the implications of emerging technologies.