AI needs aFlight Recorder.

VSO Publishes a VAP Application Example: Verifiable Evidence for AI-Assisted Security Research

On October 21, 2026, VSO published “Verifiable Evidence for AI-Assisted Security Research”, a VAP application example, in English and Japanese. It is a design proposal and is informative and non-normative: it sets no requirements and does not establish a new profile. The page explains how observation records under OAP (Observed Artifact Provenance, a domain profile) and delegation records under DAP (Delegated Access Provenance, a cross-cutting capability) could be combined so that a third party can check from evidence how AI-assisted security research reached a finding: who delegated what, which rules applied, what was actually retrieved, and how it was assessed. OAP and DAP are Working Drafts registered in VAP v1.2.0 Draft 3. Because their texts are not posted in VSO’s public repositories, the page describes them only as far as the VAP text does and marks its own proposals separately. It also states what the design alone does not guarantee: that observations are accurate, that a vulnerability exists, that the research was authorized or lawful, or that no unrecorded action took place. No implementation of this design has been released.

Site-Wide Review: Outdated and Incorrect Statements Corrected on veritaschain.org

On October 7, 2026, VSO published the results of a review of the pages of this website in English, Japanese and Chinese, extending the October 6 corrections (see below) to the rest of the site. Version and status information now matches the published texts — VCP v1.1 (published) with v1.2 then still a Release Candidate, VAP v1.2.0 Draft 3, CAP v1.0 and CPP v1.4. VCP v1.2.0 has since been tagged General Availability (tag v1.2.0, commit b23acb266f88df81d960d36d58fb64ceaa0dd5ed; GA merged 2026-10-08 JST; fix merged 2026-10-09 JST). That VCP status is separate from VAP v1.2.0 Draft 3 — and schedules whose dates have passed are marked as planned with no date set. Regulatory references were corrected. In particular, MiFID II RTS 25 (Delegated Regulation (EU) 2017/574) was repealed with effect from 2 March 2026 and replaced by Delegated Regulation (EU) 2025/1155; pages that explain the EU clock-synchronization rules now cite the new regulation. Statements that claimed more than the specifications provide, or that implied recognition by a regulator or a standards body, were reworded: records made under VSO specifications are tamper-evident, and conformance does not constitute compliance with any law or regulation. Blog posts and the two whitepaper PDFs are kept as dated records. Each blog post now opens with an editorial note, and statements in the posts about legal requirements and about what VSO specifications do were corrected; each PDF now begins with a one-page correction notice, with its original pages unchanged. Duplicate and leftover pages were removed and broken links repaired. The linked comparison lists the changes. Some items that need a decision by VSO remain under review.

Corrections to VAP v1.2.0 Draft 3 and to This Site: Regulatory References and Capability Language

On October 6, 2026, VSO corrected the published VAP v1.2.0 Draft 3 and current pages of this website after checking them against primary legal sources and the specification's normative text. Appendix D of the specification records six editorial corrections with reasons. Three correct regulatory references: a reference to the revoked US Executive Order 14110 was removed; the EU AI Act provisions cited for medical-device, vehicle, aviation and energy AI were corrected or made specific; and the high-risk application dates under the EU AI Act as amended by Regulation (EU) 2026/1744 were added (2 December 2027 for Annex III systems; 2 August 2028 for Annex I systems). Three revise passages on human oversight, interoperability and omission-evidence that claimed more than the normative text provides. No RFC 2119 requirement, field or conformance level changed. The designation remains v1.2.0 Draft 3; spec/v1.2/README.md lists the SHA-256 digest of each published text. On this site, regulatory references and capability language were corrected in English, Japanese and Chinese; the linked change record lists each change. Dated blog posts, the VCP Explorer application, linked PDF and Word files and versioned program documents were not part of this revision. Review of other statements on this site continues.

VSO Publishes VAP Framework Specification v1.2.0 (Draft 3) on GitHub

On September 28, 2026, VSO published the Verifiable AI Provenance Framework (VAP) Specification v1.2.0, Draft 3, on GitHub. VAP is a metaframework: it defines the common requirements that domain profiles inherit, so that records of AI decisions are auditable, attributable and, at anchor granularity, completeness-verifiable after the fact. It does not prevent, block or intercept any AI behavior. v1.2 makes external anchoring mandatory at every conformance level and adds the Completeness Invariant (INT-008): omission of events after anchoring must be detectable by a third party at batch granularity. Under §1.6, conformance does not constitute compliance with any law or regulation and "does not warrant the correctness, fairness, or safety of the underlying AI decisions — only the integrity, completeness (at anchor granularity), and attributability of their records." The draft is pre-release; it has not been adopted by, and has no standing within, the IETF, ISO/IEC JTC 1/SC 42, ITU-T or any other established standards body. Current status: zero external implementations of VAP or of any VAP profile and zero Evidence Packs accepted in any proceeding. Commercial disclosure update (24 October 2026): the earlier contract figure is withdrawn pending primary-record verification; this does not establish zero contracts. Details The linked text includes the October 6 corrections (see above).

Withdrawn 24 October 2026 — historical headline
VeritasChain Co., Ltd. Reaches Ten Paid Client Contracts in Europe

Correction — 24 October 2026: the previously published paid-service contract figure and associated commercial details have not been substantiated through reconciliation with primary records. The numerical claim is withdrawn from current public materials pending review; this does not establish a count of zero. No verified contract count, customer count or revenue figure is asserted. Commercial activity is separate from external implementation, independent validation and Evidence Pack acceptance. Previously distributed fixed sources and execution evidence remain unchanged.

VSO Establishes an AI Research Office in Hokuto, Yamanashi

Effective July 6, 2026, VeritasChain Standards Organization (VSO) has established an AI research office in Hokuto City, Yamanashi Prefecture, Japan — on the southern foothills of the Yatsugatake mountains, about two hours from central Tokyo. The office belongs to VSO, the standards-development organization, not to VeritasChain Co., Ltd., the commercial entity. Its research agenda is deliberately long-horizon: verifiable logging architectures and their real-world failure modes, post-quantum migration for audit-trail infrastructure (ML-DSA / FIPS 204), conformance-testing methodology for cryptographic audit trails, VAP domain profiles beyond finance, and continued alignment with open standards work at the IETF (SCITT / RATS) and the ITU-T. Every output feeds open specifications.

VCP v1.2 Release Candidate Now Available — English, Japanese & Chinese

The VeritasChain Protocol (VCP) v1.2 Release Candidate is now available at github.com/veritaschain/vcp-spec under spec/v1.2/, in English, Japanese, and Chinese. v1.2 is a protocol-compatible, certification-stricter enrichment of v1.1 with zero breaking changes — all v1.0 and v1.1 events and anchors remain valid and verifiable, and the v1.1 hard deadlines (Policy Identification 2026-03-25; Silver external anchoring 2026-06-25) are preserved unchanged. Key additions: strengthened VCP-RECOVERY operational constraints; an ERASURE event type reconciling the GDPR right to erasure (Article 17) with append-only audit trails via crypto-shredding; a version compatibility matrix; SCITT alignment fields; and cross-party (multi-actor) VCP-XREF. The release continues v1.1's alignment with EU AI Act record-keeping (Articles 12, 19, 26, 72) and MiFID II/MiFIR audit-trail requirements. Post-quantum signatures (ML-DSA / FN-DSA) advance to EXPERIMENTAL while Ed25519 remains the default. This is a Release Candidate for public review, not a GA release.

Update: VCP v1.2.0 is General Availability (tag v1.2.0, commit b23acb266f88df81d960d36d58fb64ceaa0dd5ed; GA merged 2026-10-08 JST; fix merged 2026-10-09 JST). This is the VCP release status, separate from VAP v1.2.0 Draft 3.

VCP v1.2 Public Review Draft Opening This Week

VeritasChain Standards Organization (VSO) will publish the VeritasChain Protocol v1.2 Public Review Draft (PRD) in the coming days at github.com/veritaschain/vcp-spec. v1.2 is a regulatory-evidence enrichment of v1.1, aligning with EU AI Act Articles 12, 19, 26, and 72; ESMA's February 2026 Algorithmic Trading Supervisory Briefing; and ESMA Q&As 2825 and 2826. All v1.0 and v1.1 anchors remain valid; the v1.1 hard deadlines (PolicyIdentification 2026-03-25; Silver external anchoring 2026-06-25) are preserved unchanged. The PRD ships with JSON Schemas, a Silver/Gold conformance test suite, post-quantum reference vectors, and a CI pipeline. Public Review will run for 45 days. This is a Public Review Draft, not a GA release.

VSO Applies to IOSCO TechSprint 2026 on Investor Education in the Age of AI

VeritasChain Standards Organization (VSO) has submitted its application to the inaugural IOSCO TechSprint 2026, powered by the UK FCA AI Lab. Our submission — "VerifyFirst" — combines VeraSnap, our production cryptographic evidence capture app (available on App Store and Google Play across 175 countries), with interactive verification education tools designed to help retail investors identify AI-enabled fraud and demand cryptographic proof from financial platforms. Selected teams will present at Demo Day on October 8, 2026 in Madrid, at the margins of the IOSCO C8 Plenary meeting.

Note — 25 October 2026: VeraSnap is an app of VeritasChain Co., Ltd., the company that operates VSO; it is not a VSO specification. Its availability in app stores is not a claim of conformance to VAP or CPP.

VeritasChain Publishes CAP-SRP Technical Deep Dive

We published a LinkedIn Article detailing how AIMomentz, a first-party platform, implements CAP-SRP — our open specification for tamper-evident AI provenance tracking. The piece covers cryptographic audit trails, refusal logging, and human preference evaluation across GPT, Grok, and Gemini.

Regulatory Clarification Confirms Voluntary Adoption of VeritasChain Protocol (VCP)

VeritasChain Standards Organization (VSO) has received formal regulatory clarification confirming that the VeritasChain Protocol (VCP) operates as a technical audit specification and does not fall within the scope of financial sandbox or licensing frameworks when used as a governance tool. The clarification further confirms that financial institutions may evaluate and adopt VCP within their own internal AI governance and risk management frameworks. VCP is not a regulatory mandate—it is a cryptographic audit infrastructure designed to strengthen algorithmic accountability, tamper-evident recordkeeping, and post-hoc verifiability.

VeraSnap v1.5 Launches: Multi-Sensor Fraud Detection & Software Screen Recapture Detection for Smartphones

VeritasChain Co., Ltd. today announced the release of VeraSnap v1.5, a cryptographic evidence capture application, alongside the global launch of VeraSnap for Android on Google Play Store.

VeritasChain Publishes CAP Framework Paper on SSRN

VeritasChain Standards Organization (VSO) announces the publication of "CAP: A Cryptographically Verifiable Provenance Framework for Creative and Generative AI Systems" on SSRN. The paper formally introduces CAP (Content/Creative AI Profile), a cryptographic audit framework designed to make AI system behavior independently verifiable.

VeritasChain Submits Policy Input to Japan's Cabinet Office on AI Adoption Barriers

VeritasChain has submitted a formal response to the Cabinet Office of Japan's public call for information on regulations and institutional frictions that may hinder—or fail to adequately support—the social implementation of AI. In our submission, we highlighted a recurring bottleneck in high-risk deployments: the lack of clear, consistent requirements for audit-ready logging and verifiable audit trails.

VeritasChain releases CPP with LiDAR/ToF depth analysis. VeraSnap delivers consumer LiDAR-based screen detection.

VeritasChain Standards Organization today released CPP v1.4 (Capture Provenance Profile), introducing the Depth Analysis Extension for screen detection capabilities in cryptographic evidence capture workflows.

CAP-SRP v0.1.0 Released: Verifiable Cryptographic Evidence of AI Safe Refusals

VeritasChain Standards Organization (VSO), a vendor-neutral standards organization developing cryptographic auditability standards, today announced the public release of CAP-SRP v0.1.0, an open-source reference implementation that produces independently verifiable evidence that an AI system refused to generate harmful content.

VeraSnap Now Available on iOS and Android

VeraSnap is now available on the App Store and Google Play. A consumer mobile application implementing the Capture Provenance Profile (CPP), VeraSnap enables cryptographically verifiable capture provenance through local processing and third-party timestamp anchoring.

Poland's Leading Prop Trading Review Platform Begins Alignment with VeritasChain Protocol

VeritasChain Standards Organization (VSO), a vendor-neutral standards organization developing cryptographic audit trail standards for algorithmic trading, today announced a collaboration with propfirm.pl, an analytical platform serving the proprietary trading community in Poland. Through this collaboration, propfirm.pl is beginning alignment with VeritasChain Protocol (VCP) concepts by incorporating cryptographic-verifiability criteria into selected parts of its transparency and methodology disclosures, and by publishing educational material to help traders understand independent verification of transaction logs.

VeritasChain Standards Organization (VSO) Announces Regulator-Operated Audit Trail Verification PoC

VeritasChain Standards Organization (VSO) today announces the forthcoming implementation of a Real-Time VCP Supervision Node Proof-of-Concept (PoC), a supervisory infrastructure enabling financial regulatory authorities to independently verify the integrity of algorithmic trading audit trails through cryptographic Merkle proofs and third-party anchoring.

VSO Completes Chair-Level Dialogue with ITU-T SG17 on AI Trust and Verifiable Evidence

VeritasChain Standards Organization (VSO) has completed a chair-level technical dialogue with ITU-T SG17 to align on scope boundaries and identify practical coordination paths for trustworthy AI. The discussion confirmed a shared no-duplication principle: governance topics such as trust frameworks, digital identity, and control-plane concepts are best handled at the framework level, while protocol-level evidence mechanisms should be addressed through existing Internet standards work. VSO clarified that the Verifiable AI Provenance Framework (VAP) is an informational architectural framework that does not introduce new protocols, and that our domain profiles, including VeritasChain Protocol (VCP), focus on verifiable decision trails, third-party verification, and evidence packaging. VSO will review the materials shared by SG17 and provide concise alignment feedback to support interoperability and avoid overlap across standards bodies.

VeritasChain Joins the Japan FinTech Association

VeritasChain develops open standards for cryptographically verifiable audit trails in AI-driven and algorithmic systems, enabling independent, post-hoc verification of decision-making processes. Through participation in the Association's activities, VeritasChain will contribute to industry dialogue on transparency, accountability, and regulatory readiness in fintech, while collaborating with stakeholders in Japan and internationally.

Initial Regulatory Discussion Completed; Next Steps Confirmed

We held an initial discussion with financial supervisory officials overseas to exchange views and clarify scope regarding a previously submitted technical brief. The conversation focused on intent, applicability within the local supervisory structure, and the most appropriate channel for further review. We explained that we are not a trading operator and do not intend to conduct any trading activity. We positioned the initiative as a technical standard and reference implementations for verifiable audit trails, not as a commercial service, client-facing offering, or consultancy engagement. We also clarified that we are not asking regulators to adopt a specific vendor solution or operate any system, and that implementation would typically be carried out by market participants or their chosen vendors. We will provide a concise written document that clearly summarizes our intent, scope, and non-applicable items for internal circulation and routing, after which the supervisory side will determine the appropriate point of contact and follow up after review.

Disclaimer: This note is a summary based on our understanding and does not represent any official position, approval, or endorsement by the other party. It is not intended as an evaluation of, or recommendation regarding, any specific organization or regulatory framework.

VeritasChain Releases Open-Source Solution for GDPR-MiFID II Compliance Paradox

VeritasChain Standards Organization (VSO) today announced the public release of its VCP v1.1 Crypto-Shredding Proof-of-Concept, an open-source implementation that addresses the long-standing regulatory tension between GDPR data erasure requirements and MiFID II financial record-keeping obligations.

VeritasChain Releases Open-Source Cryptographic Audit Trail for TradingView

The VeritasChain Standards Organization (VSO) today announced the public release of vcp-tradingview-rta-reference, a complete open-source implementation of the VeritasChain Protocol (VCP) v1.1 for TradingView algorithmic trading systems.

VSO Releases CPP v1.0, a Cryptographic Capture Provenance Standard Complementing C2PA

VeritasChain Standards Organization (VSO) has released CPP v1.0 (Capture Provenance Profile), an open specification for cryptographically verifiable media capture provenance. CPP introduces the Completeness Invariant—a mathematical mechanism using XOR hash sums to detect deleted events—addressing a critical gap in existing content authenticity standards. Designed as a privacy-first complement to C2PA, CPP requires external RFC 3161 timestamps to eliminate self-attestation vulnerabilities while keeping location data OFF by default.

VSO Releases VAP Framework, an Open Standard for Verifiable AI Decision Audit Trails

VeritasChain Standards Organization (VSO) has released the VAP Framework (Verifiable AI Provenance), an open standard defining cryptographically verifiable audit trails for AI decision-making systems. VAP establishes a cross-domain foundation for recording, preserving, and independently verifying AI behavior across high-risk sectors. The framework enables regulators, auditors, and system operators to assess AI accountability beyond trust-based explanations.

VSO Releases CAP v1.0, a Verifiable Audit Standard for AI Content Generation

VeritasChain Standards Organization (VSO) announced the release of CAP v1.0, an open technical standard enabling cryptographically verifiable audit trails for AI content generation. The release follows the Grok image incident, which exposed a critical accountability gap in current AI systems: the inability to independently prove what content was—or was not—generated. CAP v1.0 provides tamper-evident logging and third-party verifiability to support regulators, platforms, and auditors worldwide.

VeritasChain Unveils PoC for Verifying Prop Firm Payout Disputes

VeritasChain has released a cryptographic proof-of-concept that enables independent verification of prop firm payout disputes. The PoC demonstrates tamper-evident trading logs and third-party verifiability.

Grok Incident Highlights AI Safeguard Gaps, Driving Demand for Verifiable Non-Generation Evidence

Recent investigations into the Grok image-generation incident have revealed structural limits in current AI safeguard claims, particularly the lack of independently verifiable evidence when content is not generated. In response, VeritasChain has unveiled a cryptographic framework that enables third parties to verify AI non-generation events without relying on internal platform assertions.

VeritasChain Releases CAP-SRP, a Standard to Make AI Content Non-Generation Verifiable

VeritasChain Standards Organization (VSO) announced the release of CAP-SRP (Safe Refusal Provenance), an open standard designed to produce cryptographically verifiable records of AI refusal decisions. CAP-SRP records generation attempts and refusal decisions in a tamper-evident, verifiable format, enabling third parties to verify that requests for prohibited or restricted content were logged as refused.

Cloudflare Workers Power a Verifiable Algo Trading Audit Trail

VeritasChain Standards Organization (VSO) announced a proof of concept demonstrating a cryptographically verifiable audit trail for algorithmic trading using Cloudflare Workers. The implementation records trading events in real time and produces tamper-evident logs that can be independently verified by third parties, without relying on internal system access.

VCP Releases NASDAQ OUCH/ITCH Evidence Pack

VeritasChain Protocol (VCP) has published a publicly documented evidence pack for NASDAQ OUCH and ITCH market data. The release demonstrates a production-grade, cryptographically verifiable audit trail using real trading protocol messages, enabling independent verification of order lifecycle integrity, timestamps, and event completeness.

VSO Completes Verifiable Audit Trail PoC on IBKR Live Trading

VSO has completed a publicly documented proof-of-concept on Interactive Brokers (IBKR) live trading workflows for a cryptographically verifiable audit trail. The PoC demonstrates how real trading events can be recorded with tamper-evident integrity, enabling independent post-trade verification of execution sequences and system behavior. This milestone shows that cryptographic auditability is feasible in production trading environments.

FIX Protocol Evidence Pack Released for VCP v1.1

VeritasChain has released a production-environment Proof of Concept (PoC) demonstrating cryptographically verifiable audit trails for FIX Protocol 4.4 using VCP v1.1. The public evidence pack shows how algorithmic trading events can be recorded with tamper-evident integrity, Merkle-based completeness, and external anchoring, while sensitive fields remain masked. Designed for regulators, auditors, and RegTech/SupTech stakeholders.

VCC Demo v2.0: Tamper Detection & 4-Language Support

Major update to VCC Demo. New features: tamper detection visualization, Merkle tree explorer, live trading simulator. Now supports EN/JA/ZH/ES with dark mode.

Historical announcement; numerical totals remain under review as of 24 October 2026. The original wording below is retained as history, not current substantiation.

VCP Engages 67 Regulators Across 50 Jurisdictions

VeritasChain Protocol (VCP) has expanded its global regulatory engagement to 67 authorities across 50 jurisdictions. Through direct outreach and technical briefings, VCP shares practical evidence of cryptographically verifiable audit trails for AI and algorithmic trading, supporting transparency and accountability in financial markets worldwide.

VCP v1.1 Released With Open-Source Evidence Pack

VeritasChain has released VCP v1.1, introducing an open-source Evidence Pack for verifiable AI and algorithmic trading logs. The update enables third parties to independently verify trading events through cryptographic proofs.

Cryptographic Audit Trail for cTrader

VeritasChain has published a publicly documented cryptographic audit trail for live cTrader trading workflows. The release demonstrates verifiable, tamper-evident logging of real trading events, enabling independent validation of algorithmic execution in production environments.

VeritasChain Completes Field PoC of VCP v1.0, Open-Sourcing a Specification That Makes AI Trading Decisions Verifiable After the Fact

VeritasChain Standards Organization (VSO) today announced the completion of a field proof-of-concept (PoC) for VeritasChain Protocol (VCP) v1.0, and the open-source release of a reference implementation, the VCP Reference Trading Agent (VCP-RTA). The implementation demonstrates how audit trails generated by AI-driven trading systems can be made cryptographically verifiable after the fact, enabling independent post-hoc verification of AI decision-making and execution processes.

26 October 2026 clarification: the announcement above is retained as a historical record. The current RTA review target handles legacy v1.1-labelled evidence; its 40-event verdict is INDETERMINATE. First-party CI is not independent reproduction or tier conformance; the supplemental format remains unadopted. Selected original CI records and their limits →

VSO Unveils VCP v1.0, a First-of-Its-Kind Cryptographic Audit Protocol to Restore Trust in AI-Driven Markets

New open standard replaces opaque server logs with mathematically verifiable evidence, helping market participants meet EU AI Act and MiFID II transparency requirements.