Research: papers and the case library.https://insights.bernstein.io/https://insights.bernstein.io/research/papers/financing-unregistered-innovation/https://insights.bernstein.io/research/papers/financing-unregistered-innovation/Trade secrets, proprietary codebases, and unregistered designs represent the dominant share of modern enterprise value, yet they remain largely excluded from secured debt markets due to the absence of public title registries and the resulting information asymmetry between borrowers and lenders. This comparative study examines how uncertificated intellectual assets can support debt financing across the United States, European Union, China, and Japan, with comparative insights from the United Kingdom and Singapore. We advance a central thesis: verifiable digital evidence serves as the structural private surrogate for public registration, bridging the evidentiary gap required to prove legal existence, satisfy statutory secrecy standards, verify unbroken chains of title, and monitor dynamic collateral pools without forfeiting confidentiality. By deploying multi-layered evidence architectures—anchoring cryptographic hashes into public blockchains for decentralized, vendor-independent permanence, while triangulating those records with regional statutory trust frameworks such as eIDAS 2.0 qualified electronic ledgers in Europe and state-recognized timestamps in China—innovators can establish verifiable proof of prior possession and sequential integrity. Furthermore, pairing verifiable evidence of existence with client-side encrypted payload storage can support post-default recovery, helping document statutory "reasonable secrecy" measures and preserve usable technical assets for transfer to a creditor or liquidator, subject to applicable rights and access arrangements. While the substantive mechanisms for encumbrance vary—from Article 9 general intangibles in the United States and specialized software exploitation pledges in France to fiduciary security assignments (Sicherungsabtretung) in Germany and comprehensive enterprise-value charges in Japan—every financing route ultimately hinges on the creditor's ability to verify, monitor, and liquidate asset value. Incorporating key statutory developments—including eIDAS 2.0 (Regulation (EU) 2024/1183), the European Union Design Reform Package (Regulation (EU) 2024/2822 and Directive (EU) 2024/2823), China’s revised Anti-Unfair Competition Law, the UK Property (Digital Assets etc) Act 2025, and Basel Framework CRE22 capital constraints—this paper demonstrates how digital evidence transforms uncertificated innovation from an unprovable "black box" into bankable collateral. We translate this comparative framework into three commercial financing models and an operational evidence dossier for innovators and credit underwriters. Mon, 19 Oct 2026 00:00:00 GMT<p>Updated: 2026-11-06</p><p>Trade secrets, proprietary codebases, and unregistered designs represent the dominant share of modern enterprise value, yet they remain largely excluded from secured debt markets due to the absence of public title registries and the resulting information asymmetry between borrowers and lenders. This comparative study examines how uncertificated intellectual assets can support debt financing across the United States, European Union, China, and Japan, with comparative insights from the United Kingdom and Singapore. We advance a central thesis: verifiable digital evidence serves as the structural private surrogate for public registration, bridging the evidentiary gap required to prove legal existence, satisfy statutory secrecy standards, verify unbroken chains of title, and monitor dynamic collateral pools without forfeiting confidentiality. By deploying multi-layered evidence architectures—anchoring cryptographic hashes into public blockchains for decentralized, vendor-independent permanence, while triangulating those records with regional statutory trust frameworks such as eIDAS 2.0 qualified electronic ledgers in Europe and state-recognized timestamps in China—innovators can establish verifiable proof of prior possession and sequential integrity. Furthermore, pairing verifiable evidence of existence with client-side encrypted payload storage can support post-default recovery, helping document statutory &quot;reasonable secrecy&quot; measures and preserve usable technical assets for transfer to a creditor or liquidator, subject to applicable rights and access arrangements. While the substantive mechanisms for encumbrance vary—from Article 9 general intangibles in the United States and specialized software exploitation pledges in France to fiduciary security assignments (Sicherungsabtretung) in Germany and comprehensive enterprise-value charges in Japan—every financing route ultimately hinges on the creditor's ability to verify, monitor, and liquidate asset value. Incorporating key statutory developments—including eIDAS 2.0 (Regulation (EU) 2024/1183), the European Union Design Reform Package (Regulation (EU) 2024/2822 and Directive (EU) 2024/2823), China’s revised Anti-Unfair Competition Law, the UK Property (Digital Assets etc) Act 2025, and Basel Framework CRE22 capital constraints—this paper demonstrates how digital evidence transforms uncertificated innovation from an unprovable &quot;black box&quot; into bankable collateral. We translate this comparative framework into three commercial financing models and an operational evidence dossier for innovators and credit underwriters. </p><h2>Paper status</h2><ul><li>working paper</li></ul><h2>Version</h2><ul><li>v1.0</li></ul><h2>Sources</h2><ul><li><a href="https://doi.org/10.5281/zenodo.24018850">DOI 10.5281/zenodo.24018850</a></li><li><a href="https://insights.bernstein.io/downloads/financing-unregistered-innovation-v1.0.pdf">Full paper (PDF)</a></li></ul>Marco BarulliPaul RebohIP financetrade secretshttps://insights.bernstein.io/research/papers/blockchain-evidence-in-court/https://insights.bernstein.io/research/papers/blockchain-evidence-in-court/Courts across the common-law and civil-law worlds no longer ask whether a blockchain-anchored record is admissible, but how much weight it deserves. This paper surveys the admissibility and probative value of blockchain records and electronic timestamps in more than thirty jurisdictions, drawing on primary law, case law and literature in more than a dozen languages. It sets out the four questions every court asks (admissibility, integrity, time and attribution), the three procedural traditions that shape the answer, and the international instruments that make electronic records admissible, including UNCITRAL's model laws, eIDAS and Implementing Regulation (EU) 2025/2531 on qualified electronic ledgers. It analyses the leading decisions and rules, among them China's Online Litigation Rules, the Tribunal judiciaire de Marseille's 2025 anteriority ruling, OLG Jena on screenshots, the Sterlingov Daubert rulings affirmed by the D.C. Circuit in 2026, and the Supreme Court of India's 2026 order on the hash-value certificate. The paper distinguishes what a ledger proves (existence, integrity and time under the control of a key) from what it does not (authorship, identity and authenticity before anchoring), and compares public, consortium and private ledgers. It concludes with eight technology-neutral design criteria for digital evidence that holds across forums. Thu, 01 Oct 2026 00:00:00 GMT<p>Updated: 2026-10-01</p><p>Courts across the common-law and civil-law worlds no longer ask whether a blockchain-anchored record is admissible, but how much weight it deserves. This paper surveys the admissibility and probative value of blockchain records and electronic timestamps in more than thirty jurisdictions, drawing on primary law, case law and literature in more than a dozen languages. It sets out the four questions every court asks (admissibility, integrity, time and attribution), the three procedural traditions that shape the answer, and the international instruments that make electronic records admissible, including UNCITRAL's model laws, eIDAS and Implementing Regulation (EU) 2025/2531 on qualified electronic ledgers. It analyses the leading decisions and rules, among them China's Online Litigation Rules, the Tribunal judiciaire de Marseille's 2025 anteriority ruling, OLG Jena on screenshots, the Sterlingov Daubert rulings affirmed by the D.C. Circuit in 2026, and the Supreme Court of India's 2026 order on the hash-value certificate. The paper distinguishes what a ledger proves (existence, integrity and time under the control of a key) from what it does not (authorship, identity and authenticity before anchoring), and compares public, consortium and private ledgers. It concludes with eight technology-neutral design criteria for digital evidence that holds across forums. </p><h2>Paper status</h2><ul><li>working paper</li></ul><h2>Version</h2><ul><li>v3</li></ul><h2>Sources</h2><ul><li><a href="https://doi.org/10.5281/zenodo.23054309">DOI 10.5281/zenodo.23054309</a></li><li><a href="https://zenodo.org/records/23054309">Deposited record</a></li><li><a href="https://zenodo.org/records/23054309/files/blockchain-evidence-in-court-v3.pdf">Full paper (PDF)</a></li></ul>Marco BarulliPaul Rebohblockchain evidenceelectronic evidenceadmissibility