Forensics

Follow the value,
hop by hop.

Tracing here is a written file: amounts, timestamps, both sides of a bridge, and the services that show up. It is built for victims, counsel, and compliance teams. It is not a promise that a chain will rewind.

Sample file · CRC-DEMO

Five hops, one story.

An illustrative trace. The names are fictional. Select a hop. The shape is the one we write down on a real theft file.

Origin

The last address the client still controlled. Everything after this is the trail. The network will not reverse this point.

Split

Value leaves in pieces so no single hop carries the full amount. The parent transaction stays attached, which is how the pieces get summed later.

Bridge

A common second move. The file records the debit on the source chain and the credit on the destination. Miss either side and the trail looks finished when it is not.

Swap

The asset changes. The amount out and the pool stay in the note, so the next hop is still the same value under a new name.

Off-ramp

A clustered deposit at a service is often the first place a person can ask for a review. We prepare the hop list and the timestamps. The service, and sometimes a lawyer or the police, decide what happens next.

Toolkit

What the analyst actually produces.

01

Hop tracer

Starts from a transaction or address you give us and lists the next movements, with amounts and timestamps kept on the same line.

HopsSample
  1. 01Incident wallet
  2. 02Fan-out, four outputs
  3. 03Bridge debit and credit

02

Source of funds

Walks inbound history back toward a named service, a contract, or a point where the trail goes quiet. Depth is the number of those steps.

SourceSample
  • Harbor deposit
    • Bridge credit
      • Fan-out
        • Origin wallet

Fictional names. Read from the outside in.

03

Use of funds

The outbound twin of the source map. Where value left, including splits that have to be added back together.

UseSample
  • Origin wallet
    • Fan-out
      • Bridge
        • Service deposit

04

Exposure score

A number from 0 to 100 built from entity, source, use, and address exposure. It sorts the file. It is not a legal finding.

ScoreSample
Exposure72

Sample reading · Critical band

05

Counterparty review

Names the exchanges, bridges, and pools in the path, including public sanctions context when a named party is already on a public list.

PartiesSample
  • Harbor Exchangedeposit · fictional
  • North Bridgecross-chain · fictional
  • Private poolswap · fictional

06

Case timeline

One docket from intake to the written file, so the dates on the chain and the dates in the correspondence sit together.

DocketSample
  1. Day 0Intake and first hop map
  2. Day 1Bridge matched on the far chain
  3. Day 3Written file, ready to share

A sample theft file. A real schedule depends on the chains.

Exposure model

Four inputs. One number to sort the file.

Higher-risk inputs weigh more than quiet ones. A named sanctioned counterparty can raise the score on a thin slice of funds. Bands: 0–33 contained, 34–66 elevated, 67–100 critical.

72 CRITICAL
Entity78

Who is believed to control the address, when a name exists.

Source64

Where inbound value originated.

Use41

Where outbound value went.

Exposure70

How closely the address sits next to higher-risk neighbors.

  • 0–33 Contained
  • 34–66 Elevated
  • 67–100 Critical

Sample reading for the demo file. A live score is produced on an opened case.

Monitoring

The first map is not the end of the file.

A large share of stolen value in the 2025 research was still unspent when it was reviewed. A watch looks for the day it moves: a new split, a bridge, or a deposit into a service.

The grid is a sample of eighteen weeks. Gold cells are movement days. It is not a live feed.

A sparse field of glass nodes connected by teal threads

Field record

Patterns from the public research.

Global Ledger’s published hack research, not CryptoRecovery Cloud case numbers. We cite it because it changes how a theft file should be opened.

Bridges first

BeInCrypto’s report on the 2025 study said nearly half of stolen funds moved through bridges, while direct cash-outs to exchanges fell. The H1 2026 update still found bridges to be the usual way value leaves the victim chain before a mixer or a centralized service.

Slower after the first hop

The 2025 report put average laundering time near 8 days in the first half and 10.6 days in the second. Smaller pieces, more intermediaries. The first seconds are fast. The cleanup is often staged.

Value left sitting

That write-up said about 49% of stolen value was still unspent when it was reviewed. Global Ledger also counted 224 hacks and $1.32 billion in H1 2026, with three incidents making up 63.9% of the loss.

Sources: BeInCrypto on the 2025 study, Laundering Race PDF, H1 2026 hacks.

Open a trace

A hash or an address is enough to start.

Theft files are read first. The first reply says whether the public references you have are enough for a map.

Open a case