Blockchain Tracing
Wallet tracing, exchange attribution, DeFi analysis, bridge tracing, and transaction clustering for complex multi-party fund flows.
Learn moreTechnical analysis and expert witness services for attorneys navigating cryptocurrency evidence, from tracing to trial.
St. Louis, Missouri · Nationwide Remote Consulting
15+
Years Experience
2011
Active Since
Active
Developer, Not Retired
Mgr
Exchange Infrastructure
Services
From initial evidence scoping through trial testimony, every stage of complex cryptocurrency litigation covered.
Wallet tracing, exchange attribution, DeFi analysis, bridge tracing, and transaction clustering for complex multi-party fund flows.
Learn moreExpert reports, declarations, depositions, and trial testimony structured to satisfy Daubert scrutiny and Federal Rules of Evidence 702.
Learn moreExploit analysis, protocol behavior review, governance disputes, and on-chain execution forensics for Solidity and EVM-based systems.
Learn moreExchange operations, account access disputes, authentication chain review, and custody analysis for institutional and retail platforms.
Learn moreAttorney strategy support, subpoena guidance for exchanges, discovery planning, and technical evidence interpretation.
Learn moreIndependent rebuttal of opposing expert reports and evidentiary integrity review for digital asset evidence.
Learn moreWho We Work With
ConsensusIntel works exclusively with attorneys and legal teams on active matters — not directly with the public. All engagements are conducted under a written agreement with retaining counsel.
Fund flow tracing, exchange attribution, and damages quantification for cryptocurrency fraud, embezzlement, and Ponzi scheme recovery actions.
Hidden digital asset identification and valuation for divorce proceedings, asset disclosure enforcement, and marital estate disputes.
Independent technical analysis and rebuttal of government forensic evidence in cryptocurrency fraud, money laundering, and sanctions matters.
Smart contract disputes, DeFi protocol failures, exchange account access claims, and token-related contract matters requiring technical evidence.
Digital asset discovery, hidden wallet identification, fraudulent transfer analysis, and cryptocurrency estate inventory for insolvency proceedings.
Expert analysis in enforcement matters involving cryptocurrency transactions, unregistered offerings, or AML compliance questions.
The Challenge
Traditional forensic accounting assumes a paper trail — institutions that retain records and respond to subpoenas. Blockchain evidence operates on entirely different mechanics.
A CPA analyzing bank records can subpoena the bank. A forensic accountant reviewing brokerage statements can contact the custodian. Blockchain doesn't work that way. No institution holds a customer ledger for a self-custodied wallet. Analyzing this evidence requires specific technical competencies that traditional financial forensics training does not cover.
Blockchain addresses are not identities. Linking an address to a specific person or entity requires evidence beyond the chain itself: exchange records, IP data, device forensics, or signed communications. Each additional attribution step introduces uncertainty that must be acknowledged.
The global exchange ecosystem varies widely in KYC standards, data retention practices, and responsiveness to legal process. Some major platforms operate under foreign jurisdiction with limited U.S. legal reach. Identifying which exchanges to subpoena requires technical analysis of fund flows.
Decentralized finance operates through smart contracts with no central operator, no customer accounts, and no KYC requirements. Funds passing through DeFi leave on-chain transaction records but no corresponding customer data to subpoena.
Digital assets routinely move between different blockchains through bridging protocols, breaking the continuity of a trace. Following funds across chains requires expertise across multiple blockchain ecosystems and their respective forensic tools.
Automated contract execution can obscure the intent behind a transaction. Determining whether a particular outcome was authorized, exploited, or the result of a code defect requires reading and interpreting contract logic at the bytecode or source level.
Mixing services, privacy-focused cryptocurrencies, and layered transaction patterns can significantly reduce attribution confidence when used deliberately. Documenting these limitations accurately is part of credible forensic analysis.
Technical Capabilities
Full forensic capability across the major public blockchains, DeFi protocols, and cross-chain infrastructure.
Bitcoin
BTC, UTXO model, multisig, SegWit, Taproot
Ethereum
ETH, ERC-20, ERC-721, ERC-1155, EVM bytecode
Solana
SOL, SPL tokens, Metaplex NFTs, program accounts
Tron
TRX, TRC-20 tokens, USDT tracing
Polygon
MATIC/POL, PoS bridge, EVM-compatible
Arbitrum & Optimism
L2 rollups, canonical bridge tracing
Base
OP stack, Coinbase L2, bridge provenance
BNB Chain
BEP-20, PancakeSwap, BSCscan tracing
Avalanche
AVAX C-Chain, bridge and DEX analysis
DeFi Protocols
Uniswap, Curve, Aave, Compound, 1inch, Jupiter
Cross-Chain Bridges
Stargate, Hop, Synapse, Wormhole, LayerZero
NFT Ecosystems
OpenSea, Blur, Magic Eden, on-chain provenance
Additional chains available on request. Coverage depends on available tooling and public data access for the specific blockchain.
Credentials
Not credential-only. Built on production engineering experience from the inside.
The systems that cryptocurrency exchanges, custody platforms, and blockchain networks run on are the systems ConsensusIntel's principal has spent 15 years building. That experience is not theoretical. It is the daily work of exchange infrastructure, staking systems, and distributed node operations at institutional scale.
Blockchain technology changes rapidly. ConsensusIntel's analysis draws on current, hands-on development experience with Rust on-chain systems, Solidity contracts, EVM infrastructure, and validator operations. Not knowledge from a training class taken years ago.
The same standards that govern reliable software engineering govern ConsensusIntel's forensic methodology: reproducibility, documentation, and honest testing of assumptions. Every conclusion is structured to be independently verified by another qualified analyst.
ConsensusIntel maintains no active advisory relationships, equity interests, or service agreements with exchanges or blockchain protocols in a way that would create a conflict in an analysis. Independence is a prerequisite for credibility.
Process
Discuss the matter, its scope, the relevant blockchain activity, and what forensic analysis might establish or challenge.
Before accepting any engagement, ConsensusIntel reviews the matter for potential conflicts of interest.
Available blockchain evidence is preserved, documented, and assessed to determine analytical scope and feasibility.
Forensic methodology is applied to identify transaction patterns, attribution indicators, and fund flows relevant to the matter.
Findings are compiled into an expert report, declaration, or other litigation deliverable appropriate to the stage of the case.
FAQ
ConsensusIntel handles matters involving cryptocurrency holdings, blockchain transactions, smart contracts, and digital asset disputes. This includes divorce proceedings where digital assets may be concealed or contested, fraud investigations involving rug pulls, Ponzi schemes, or phishing, bankruptcy matters, inheritance disputes, civil and commercial litigation involving exchanges and DeFi protocols, and NFT ownership disputes.
Early involvement is generally preferable. An expert can identify what blockchain evidence exists and is preservable, advise on steps to prevent evidence loss, and assist in scoping discovery before significant time has passed. Engaging an expert after improper handling of digital evidence, or after the opposing party has had time to move funds, limits what is recoverable and admissible.
It depends on the specific transaction patterns and available corroborating evidence. Public blockchains are transparent -- all transactions are permanently recorded and publicly visible. However, tracing those transactions to specific individuals or entities requires additional evidence such as exchange KYC records, IP logs, or device forensics. Blockchain analysis can identify fund flows and address patterns with confidence; attribution to a specific person requires corroboration.
An expert report documents the scope of the analysis, the evidence reviewed and its source, the methodology applied, the findings, and the conclusions -- stated at the confidence level the evidence supports. ConsensusIntel's reports are structured to be reproducible: a qualified analyst given the same inputs should be able to independently verify or challenge each step.
All submitted information is treated as confidential. ConsensusIntel conducts a conflict check before accepting any engagement. Information is not shared with third parties without written authorization. Submitting an inquiry form does not create a consulting engagement -- that requires a separate written agreement.
Yes. ConsensusIntel provides full litigation support including expert declarations, depositions, and trial testimony. Reports are prepared with testimony in mind, structured to withstand cross-examination and Daubert or Frye challenges.
A brief description of the matter, the relevant timeframe, the jurisdiction, any known wallet addresses or exchange accounts involved, and what you are trying to establish or challenge. Complete information is not necessary at the outset -- part of the initial consultation is scoping what evidence exists and what analysis is feasible.
Yes, though with important limitations. Privacy-focused protocols and mixing services reduce attribution confidence and must be analyzed differently. ConsensusIntel can analyze available transaction data around privacy-preserving steps and document the analytical limitations clearly. Accurately representing limitations is part of credible forensic work -- overstating conclusions weakens rather than strengthens a case.
Controlling a blockchain address and legally owning the assets it holds are distinct questions. On-chain forensics can establish that a specific private key was used to sign transactions and that address activity is consistent with control by a particular individual or entity. Legal ownership — whether the holder had rightful title to the assets — is a separate legal question requiring facts beyond the chain: agreements, provenance documentation, and contextual evidence about how the assets were acquired or transferred. ConsensusIntel establishes control; ownership is for the court to determine.
Cryptocurrency values fluctuate significantly, so the applicable conversion date matters for damages calculations. Different legal theories may call for the value at the time of the wrong, the time of judgment, or the highest intervening value. ConsensusIntel calculates and documents values at multiple reference dates — transaction date, discovery date, filing date, and report date — using exchange rate records from verifiable sources, allowing retaining counsel to apply whichever valuation methodology the applicable legal standard requires.
ConsensusIntel can identify which foreign exchange or custodian received the funds based on on-chain fingerprinting and provide the technical analysis needed to support a legal process request. Obtaining records from a foreign exchange requires legal process in that jurisdiction — typically a Mutual Legal Assistance Treaty (MLAT) request in criminal matters, or letters rogatory in civil matters. Some exchanges cooperate voluntarily with properly scoped requests from U.S. counsel. ConsensusIntel can advise on the technical elements of the request once the exchange is identified.
Blockchain analysis alone can establish: that specific transactions occurred, when they occurred, the amounts involved, what addresses sent and received funds, the sequence of transactions, and whether funds from a specific source reached a specific destination address. It cannot, by itself, establish who controlled any given address, whether a person was acting knowingly or under instruction, or legal conclusions about ownership or intent. Attribution to a specific individual always requires corroborating evidence from off-chain sources.
Get Started
Initial consultations are confidential. We conduct a conflict check before accepting any engagement.
Or email us at [email protected]
Submitting an inquiry does not create an engagement. All matters are reviewed for conflicts prior to acceptance.