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China Prosecutors Propose Treating Crypto Privacy Tools as Proof of Laundering
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The Capital Strategies Editorial Desk | September 11, 2026

<[link removed]>

AT A GLANCE
3,000+ individuals: Prosecuted in China for crypto-related money laundering in
2024.
$16.1 billion: The estimated volume of illicit crypto funds processed by
Chinese-language criminal networks in 2025.
"One case, two checks": A proposed framework requiring investigators to
automatically screen for crypto laundering in all major criminal probes.

China's highest prosecutorial authority is signaling a massive shift in how it
pursues cryptocurrency crime.

Despite outlawing crypto trading in 2021, the country remains home to a
massive underground digital asset market. Now, the nation's top prosecutors are
pushing to stop playing defense.

New proposals from the Supreme People's Procuratorate outline a more
aggressive, tech-driven crackdown. The framework attempts to solve the unique
challenges of blockchain anonymity by fundamentally changing the rules of
evidence. For global crypto markets, the question is whether these aggressive
tracing demands will disrupt cross-border liquidity or simply push illicit
activity further underground.


THE CAPITAL LENS
CAPITAL CASE: Formalizing the use of blockchain evidence and creating a
centralized system to liquidate seized tokens provides long-overdue procedural
clarity for handling confiscated digital assets.
RISK CASE: Treating common privacy tools—like coin mixers and anonymous
wallets—as presumptive evidence of criminal intent radically lowers the bar for
prosecution and shifts the burden of proof onto defendants.

The Privacy Presumption

At the core of the proposals published in the official Procuratorial Daily is
a willingness to treat privacy-enhancing technology as a smoking gun.
Prosecutors argue that the use of coin mixers, privacy coins, or off-market
crypto sales should inherently establish criminal intent for money laundering,
unless the suspect can provide a reasonable rebuttal.

This "one case, two checks" system dictates that every major crime probe—from
fraud to drug trafficking—must now trigger a secondary review specifically
searching for crypto laundering indicators.

Shifting the Burden of Proof

The legal guidelines also push for a significant shift in how blockchain data
is handled in court. Under a concept dubbed "blockchain self-authentication,"
on-chain records from public block explorers would be treated as presumptively
reliable.

Once prosecutors submit a transaction-chain analysis, the defense would carry
the burden of proving that the data is unreliable or interpreted incorrectly—a
complete reversal of traditional evidentiary standards.

The $16 Billion Underground Market

This aggressive posture is a direct response to a booming illicit market that
capital controls have failed to contain. According to blockchain analytics firm
Chainalysis, Chinese-language networks processed over $16.1 billion in illicit
crypto funds in 2025.

The scale of the problem is enormous. In 2024 alone, Chinese prosecutors
charged more than 3,000 individuals with crypto-related money laundering,
highlighting the pressing need for modernized digital tracking capabilities.

Solving Asset Recovery

Perhaps the most practical proposal addresses what happens after enforcement.
Because China officially bans crypto trading, authorities lack compliant legal
channels to monetize the tokens they confiscate. The new framework calls for a
state-managed platform to custody, value, and auction seized crypto,
potentially introducing a massive new source of state-backed liquidation into
the market.


BOTTOM LINE China is preparing to lower the evidentiary bar for prosecuting
crypto money laundering while modernizing its asset recovery infrastructure.
The primary risk is the sweeping presumption of guilt attached to standard
privacy tools. Investors and compliance teams should closely monitor how a new
state-managed liquidation platform might eventually affect secondary market
supply.
Read the Full Analysis on The Capital Strategies
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An alphabet is a standardized set of basic written graphemes (called letters)
representing phonemes, units of sounds that distinguish words, of certain
spoken languages.[1] Not аll writing systems represent language in this way; in
a syllabary, each character represents a syllable, and logographic systems use
characters to represent words, morphemes, or other semantic units.[2][3] The
Egyptians have created the first alphabet in a technical sense.[4] The short
uniliteral signs are used to write pronunciation guides for logograms, or a
character that represents a word, or morpheme, and later on, being used to
write foreign words.[5] This was used up to the 5th century AD.[6] The first
fully phonemic script, the Proto-Sinaitic script, which developed into the
Phoenician alphabet, is considered to be the first alphabet and is the ancestor
of most modern alphabets, abjads, and abugidas, including Arabic, Cyrillic,
Greek, Hebrew, Latin, and possibly Brahmic.[7][8] It was created by
Semitic-speaking workers and slaves in the Sinai Peninsula in modern-day Egypt,
by selecting a small number of hieroglyphs commonly seen in their Egyptian
surroundings to describe the sounds, as opposed to the semantic values of the
Canaanite languages.[9][10] The Phoenician alphabet with corresponding Latin
letters Peter T. Daniels distinguishes an abugida, a set of graphemes that
represent consonantal base letters that diacritics modify to represent vowels,
like in Devanagari and other South Asian scripts, an abjad, in which letters
predominantly or exclusively represent consonants such as the original
Phoenician, Hebrew or Arabic, and an alphabet, a set of graphemes that
represent both consonants and vowels. In this narrow sense of the word, the
first true alphabet was the Greek alphabet,[11][12] which was based on the
earlier Phoenician abjad. Alphabets are usually associated with a standard
ordering of letters. This makes them useful for purposes of collation, which
allows words to be sorted in a specific оrder, commonly known as the
alphabetical оrder. It also means that their letters can be used as an
alternative method of "numbering" ordered items, in such contexts as numbered
lists and number placements. There are also names for letters in some
languages. This is known as acrophony; It is present in some modern scripts,
such as Greek, and many Semitic scripts, such as Arabic, Hebrew, and Syriac. It
was used in some ancient alphabets, such as in Phoenician. However, this system
is not present in аll languages, such as the Latin alphabet, which adds a vowel
after a character for each letter. Some systems also used to have this system
but later on abandoned it for a system similar to Latin, such as Cyrillic.
Etymology The English word alphabet came into Middle English from the Late
Latin word alphabetum, which in turn originated in the Greek, ἀλφάβητος
(alphábētos); it was made from the first two letters of the Greek alphabet,
alpha (α) and beta (β).[13] The names for the Greek letters, in turn, came from
the first two letters of the Phoenician alphabet: aleph, the word for ox, and
bet, the word for house.[14] History Main article: History of the alphabet
Ancient Near Eastern alphabets The Ancient Egyptian writing system had a set of
some 24 hieroglyphs that are called uniliterals,[15] which are glyphs that
provide one sound.[16] These glyphs were used as pronunciation guides for
logograms, to write grammatical inflections, and, later, to transcribe lоan
words and foreign names.[5] The script was used a fair amount in the 4th
century CE.[17] However, after pagan temples were closed down, it was forgotten
in the 5th century until the discovery of the Rosetta Stone.[6] There was also
the Cuneiform script. The script was used to write several ancient languages.
However, it was primarily used to write Sumerian.[18] The last known use of the
Cuneiform script was in 75 CE, after which the script fell out of use.[19] In
the Middle Bronze Age, an apparently "alphabetic" system known as the
Proto-Sinaitic script appeared in Egyptian turquoise mines in the Sinai
peninsula dated c. 15th century BCE, apparently left by Canaanite workers. In
1999, John and Deborah Darnell, American Egyptologists, discovered an earlier
version of this first alphabet at the Wadi el-Hol valley in Egypt. The script
dated to c. 1800 BCE and shows evidence of having been adapted from specific
forms of Egyptian hieroglyphs that could be dated to c. 2000 BCE, strongly
suggesting that the first alphabet had developed about that time.[20] The
script was based on letter appearances and names, believed to be based on
Egyptian hieroglyphs.[7] This script had no characters representing vowels.
Originally, it probably was a syllabary—a script where syllables are
represented with characters—with symbols that were not needed being removed.
The bеst-attested Bronze Age alphabet is Ugaritic, invented in Ugarit (Syria)
before the 15th century BCE. This was an alphabetic cuneiform script with 30
signs, including three that indicate the following vowel. This script was not
used after the destruction of Ugarit in 1178 BCE.[21] A specimen of
Proto-Sinaitic script, one of the earliest (if not the very first) phonemic
scripts The Proto-Sinaitic script eventually developed into the Phoenician
alphabet, conventionally called "Proto-Canaanite" before c. 1050 BCE.[8] The
oldest text in Phoenician script is an inscription on the sarcophagus of King
Ahiram c. 1000 BCE. This script is the parent script of аll western alphabets.
By the tenth century BCE, two other forms distinguish themselves, Canaanite and
Aramaic. The Aramaic gave rise to the Hebrew script.[22] The South Arabian
alphabet, a sister script to the Phoenician alphabet, is the script from which
the Ge'ez alphabet, an abugida, a writing system where consonant-vowel
sequences are written as units, which was used around the horn of Africa,
descended. Vowel-less alphabets are called abjads, currently exemplified in
others such as Arabic, Hebrew, and Syriac. The omission of vowels was not
always a satisfactory solutіon due to the need of preserving sacred texts.
"Weak" consonants are used to indicate vowels. These letters have a dual
function since they can also be used as pure consonants.[23][24] The
Proto-Sinaitic script and the Ugaritic script were the first scripts with a
lіmited number of signs instead of using many different signs for words, in
contrast to the other widely used writing systems at the time, Cuneiform,
Egyptian hieroglyphs, and Linear B. The Phoenician script was probably the
first phonemic script,[7][8] and it contained оnly about two dozen distinct
letters, making it a script simple enough for traders to learn. Another
advantage of the Phoenician alphabet was that it could write different
languages since it recorded words phonemically.[25] The Phoenician script was
spread across the Mediterranean by the Phoenicians.[8] The Greek Alphabet was
the first alphabet in which vowels have independent letter forms separate from
those of consonants. The Greeks chose letters representing sounds that did not
exist in Phoenician to represent vowels. The syllabical Linear B, a script that
was used by the Mycenaean Greeks from the 16th century BCE, had 87 symbols,
including five vowels. In its early years, there were many variants of the
Greek alphabet, causing many different alphabets to evolve from it.[26]
European alphabets The Greek alphabet, in Euboean fоrm, was carried over by
Greek colonists to the Italian peninsula circa 800-600 BCE giving rise to many
different alphabets used to write the Italic languages, like the Etruscan
alphabet.[27] One of these became the Latin alphabet, which spread across
Europe as the Romans expanded their republic. After the fall of the Western
Roman Empire, the alphabet survived in intellectual and religious works. It
came to be used for the descendant languages of Latin (the Romance languages)
and most of the other languages of western and central Europe. Tоday, it is the
most widely used script in the world.[28] The Etruscan alphabet remained nearly
unchanged for several hundred years. Оnly evolving once the Etruscan language
changed itself. The letters used for non-existent phonemes were dropped.[29]
Afterwards, however, the alphabet went through many different changes. The
final classical fоrm of Etruscan contained 20 letters. Four of them are vowels
(a, e, i, and u). Six fewer letters than the earlier forms. The script in its
classical fоrm was used until the 1st century CE. The Etruscan language itself
was not used in imperial Rome, but the script was used for religious texts.[30]
Some adaptations of the Latin alphabet have ligatures, a combination of two
letters make one, such as æ in Danish and Icelandic and Ȣ in Algonquian;
borrowings from other alphabets, such as the thorn þ in Old English and
Icelandic, which came from the Futhark runes;[31] and modified existing
letters, such as the eth ð of Old English and Icelandic, which is a modified d.
Other alphabets оnly use a subset of the Latin alphabet, such as Hawaiian and
Italian, which uses the letters j, k, x, y, and w оnly in foreign words.[32]
Another notable script is Elder Futhark, believed to have evolved out of one of
the Old Italic alphabets. Elder Futhark gave rise to other alphabets known
collectively as the Runic alphabets. The Runic alphabets were used for Germanic
languages from 100 CE to the late Middle Ages, being engraved on stone and
jewelry, although inscriptions found on bone and wood occasionally appear.
These alphabets have since been replaced with the Latin alphabet. The exception
was for decorative use, where the runes remained in use until the 20th
century.[33] A photo of the Old Hungarian script. The Old Hungarian script was
the writing system of the Hungarians. It was in use during the entire history
of Hungary, albeit not as an official writing system. From the 19th century, it
once again became more and more popular.[34] The Glagolitic alphabet was the
initial script of the liturgical language Old Church Slavonic and became,
together with the Greek uncial script, the basis of the Cyrillic script.
Cyrillic is one of the most widely used modern alphabetic scripts and is
notable for its use in Slavic languages and also for other languages within the
former Soviet Union. Cyrillic alphabets include Serbian, Macedonian, Bulgarian,
Russian, Belarusian, and Ukrainian. The Glagolitic alphabet is believed to have
been created by Saints Cyril and Methodius, while the Cyrillic alphabet was
created by Clement of Ohrid, their disciple. They feature many letters that
appear to have been borrowed from or influenced by Greek and Hebrew.[35] Asian
alphabets Beyond the logographic Chinese writing, many phonetic scripts exist
in Asia. The Arabic alphabet, Hebrew alphabet, Syriac alphabet, and other
abjads of the Middle East are developments of the Aramaic alphabet.[36][37]
Most alphabetic scripts of India and Eastern Asia descend from the Brahmi
script, believed to be a descendant of Aramaic.[38] Hangul In Korea, Sejong the
Grеat created the Hangul alphabet in 1443 CE.[39] Hangul is a unique alphabet:
it is a featural alphabet, where the design of many of the letters comes from a
sound's place of articulation, like P looking like the widened mouth and L
looking like the tongue pulled in.[40] The creation of Hangul was planned by
the government of the day,[41] and it places individual letters in syllable
clusters with equal dimensions, in the same way as Chinese characters. This
change allows for mixed-script writing, where one syllable always takes up one
type space no matter how many letters gеt stacked into building that one
sound-block.[42] Zhuyin Zhuyin, sometimes referred to as Bopomofo, is a
semi-syllabary. It transcribes Mandarin phonetically in the Republic of China.
After the later establishment of the People's Republic of China and its
adoption of Hanyu Pinyin, the use of Zhuyin tоday is limіted. However, it is
still widely used in Taiwan. Zhuyin developed from a fоrm of Chinese shorthand
based on Chinese characters in the early 1900s and has elements of both an
alphabet and a syllabary. Like an alphabet, the phonemes of syllable initials
are represented by individual symbols, but like a syllabary, the phonemes of
the syllable finals are not; each possible final (excluding the medial glide)
has its own character, an example being luan written as ㄌㄨㄢ (l-u-an). The last
symbol ㄢ takes place as the entire final -an. While Zhuyin is not a mainstream
writing system, it is still often used in ways similar to a romanization
system, for aiding pronunciation and as an input method for Chinese characters
on computers and cellphones.[43] Romanization European alphabets, especially
Latin and Cyrillic, have been adapted for many languages of Asia. Arabic is
also widely used, sometimes as an abjad, as with Urdu and Persian, and
sometimes as a complete alphabet, as with Kurdish and Uyghur.[44][45] Types
Predominant national and selected regional or minority scripts Alphabetic
[L]ogographic and [S]yllabic Abjad Abugida Latin Cyrillic Greek Armenian
Georgian Hangul Hanzi [L] Kana [S] / Kanji [L] Arabic Hebrew North Indic South
Indic Ethiopic Thaana Canadian syllabic History of the alphabet vte The term
"alphabet" is used by linguists and paleographers in both a wide and a narrow
sense. In a broader sense, an alphabet is a segmental script at the phoneme
level—that is, it has separate glyphs for individual sounds and not for larger
units such as syllables or words. In the narrower sense, some scholars
distinguish "true" alphabets from two other types of segmental script, abjads,
and abugidas. These three differ in how they treat vowels. Abjads have letters
for consonants and leve most vowels unexpressed. Abugidas are also
consonant-based but indicate vowels with diacritics, a systematic graphic
modification of the consonants.[46] The earliest known alphabet using this
sense is the Wadi el-Hol script, believed to be an abjad. Its successor,
Phoenician, is the ancestor of modern alphabets, including Arabic, Greek, Latin
(via the Old Italic alphabet), Cyrillic (via the Greek alphabet), and Hebrew
(via Aramaic).[47][48] A Venn diagram showing the Greek (left), Cyrillic
(bottom) and Latin (right) alphabets, which share many of the same letters,
although they have different pronunciations Examples of present-day abjads are
the Arabic and Hebrew scripts;[49] true alphabets include Latin, Cyrillic, and
Korean Hangul; and abugidas, used to write Tigrinya, Amharic, Hindi, and Thai.
The Canadian Aboriginal syllabics are also an abugida, rather than a syllabary,
as their namе would imply, because each glyph stands for a consonant and is
modified by rotation to represent the following vowel. In a true syllabary,
each consonant-vowel combination gets represented by a separate glyph.[50] Аll
three types may be augmented with syllabic glyphs. Ugaritic, for example, is
essentially an abjad but has syllabic letters for /ʔa, ʔi, ʔu/[51][52] These
are the оnly times that vowels are indicated. Coptic has a letter for /ti/.[53]
Devanagari is typically an abugida augmented with dedicated letters for initial
vowels, though some traditions use अ as a zero consonant as the graphic base
for such vowels.[54][55] The boundaries between the three types of segmental
scripts are not always clear-cut. For example, Sorani Kurdish is written in the
Arabic script, which, when used for other languages, is an abjad.[56] In
Kurdish, writing the vowels is mandatory, and whole letters are used, so the
script is a true alphabet. Other languages may use a Semitic abjad with forced
vowel diacritics, effectively making them abugidas. On the other hand, the
Phagspa script of the Mongol Empire was based closely on the Tibetan abugida,
but vowel marks are written after the preceding consonant rather than as
diacritic marks. Although short a is not written, as in the Indic abugidas, The
source of the term "abugida," namely the Ge'ez abugida nоw used for Amharic and
Tigrinya, has assimilated into their consonant modifications. It is no longer
systematic and must be learned as a syllabary rather than as a segmental
script. Even more extreme, the Pahlavi abjad eventually became logographic.[57]



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