PART ONE
The Token Has Always Existed
Why the oldest problems in trade are the ones that matter most in RWA tokenisation today.
It depends on what you mean by new. The technology is genuinely novel: the distributed ledger, the smart contract, the programmable token each carry real implications for settlement speed, fractional ownership, and compliance automation. But the problem those tools are trying to solve is not new at all. How do you create a portable, transferable, legally enforceable claim on a real-world asset across distance and jurisdiction? That question is at least 4,000 years old, and every civilisation that answered it found a different instrument but a structurally similar architecture underneath.
Consider what a merchant in Ur was doing around 2000 BCE when he handed a clay tablet to a trading partner heading toward the Gulf coast. That tablet was not the commodity itself, not the grain, the copper, or the cloth. It was a claim on the commodity, portable and transferable, and only as good as the institutional architecture surrounding it: the scribal class that could read it, the temple authorities that would enforce it, and the shared understanding between both parties of what it actually meant. Strip away the cuneiform and the fired clay and you have described, with reasonable precision, what a tokenised real-world asset is supposed to do today.
The Instruments of the Ancient Routes
The continuity across civilisations is remarkable once you look for it. The hawala system, which emerged across the Arab world and Indian Ocean trade networks around the eighth century, reached its full sophistication during the Abbasid caliphate. A merchant in Basra who needed to move value to a distant correspondent did not move gold. Gold was dangerous, slow, and expensive. Instead he handed a written instruction, a hawala note, to a local broker, who contacted a correspondent broker at the destination, and the recipient collected equivalent value on the other end.
The note carried no collateral in any modern sense. It was backed entirely by reputation, by the hawaladar’s standing in a web of trusted intermediaries, and by the social consequences of default. The instrument was a claim. Its value lived in the network’s willingness to honour it, and nowhere else.
Move east into Tang and Song Dynasty China and you find fei-qian, or “flying money”, formalised in the early ninth century — with the first clear documentary evidence from around 811 CE under the Tang Emperor Xianzong — for precisely the same reason. Provincial merchants who sold goods in the capital did not want to carry coins home on roads patrolled by bandits. They deposited proceeds with provincial liaison offices in Chang’an and took a certificate redeemable at the provincial office. The state was the custodian, the certificate was the token, and the system only worked because a sovereign institution stood willing to enforce the claim at both ends of the journey. Remove the institution and the instrument became worthless paper within hours.
India’s great trading communities, the Marwaris, the Chettiars, the Gujarati Vanis, ran their own version through the hundi, a bill of exchange that moved value from Ahmedabad to Surat to Madras and eventually into the ports of Southeast Asia. What made it work was not codified law but the jati network: community courts of reputation, and the absolute commercial annihilation that followed dishonour. The enforcement mechanism was social rather than legal. It was no less severe for that.
That characterisation deserves a qualification. The hundi network was not entirely beyond legal reach — when community sanctions failed, Indian courts did provide a backstop, and the Chettiars in particular developed a sophisticated relationship with colonial legal infrastructure in Malaya and Burma. The social enforcement mechanism was primary. It was not the only one.
The Compliance Layer Is Not New Either
Every great trading civilisation produced a class of intermediaries whose role was not primarily commercial but translational. They sat at the boundary between jurisdictions and managed the conversion of currency, law, custom, and tax liability. The Mamluk sultans in Egypt imposed a complex tariff structure on goods moving through Alexandria and the Red Sea ports in the 13th and 14th centuries, and merchants navigated it through the karimi — a powerful merchant guild whose privileged relationships with Mamluk trade authorities made them the indispensable intermediaries of the Alexandria trade. They were not state-licensed in any modern regulatory sense; their authority derived from commercial dominance and political access, which in practice amounted to the same thing.
These were not simply traders. They knew the tariff schedules, the exemptions, the rates by origin, and the consequences of misclassification. A Venetian glass merchant arriving in Alexandria without a karimi was practically unbanked, not for lack of money, but for lack of the institutional knowledge to move without catastrophic exposure.
When a digital asset custodian operates at the infrastructure layer between an issuer in one jurisdiction and an investor in another, it is performing a structurally similar function: translating the asset claim across institutional boundaries without breaking the chain of custody. Technology has changed entirely. The function has not.
Japan, China, and the Sovereign Backstop
Tokugawa Japan ran a layered monetary system where domain currency, or han-satsu, circulated alongside national coinage, and the value of any instrument depended on where it was presented and by whom. The samurai class held rice stipends that were effectively tokenised and traded on the Dojima exchange in Osaka from the early eighteenth century, making it one of the earliest organised futures markets in the world — a full century ahead of Chicago. It worked because the Tokugawa shogunate provided the institutional backstop.
When the shogunate banned futures trading in 1730 following a period of speculative excess, the market froze within days. But the lesson was not that the instrument was flawed. When the ban was reversed and futures trading formally licensed, the exchange resumed and operated for another century. The instrument had demonstrated exactly what it needed to survive: not technical sophistication, but sovereign sanction.
China’s paper money history runs the same lesson at a much larger scale. The Song Dynasty’s jiaozi worked as long as it was backed by iron deposits and redeemable on demand. The Yuan Dynasty’s chao worked as long as Mongol administrative authority held. When those anchors weakened, the instruments failed.
The Yuan chao worked as long as Mongol administrative authority was credible enough to enforce it. When that anchor failed, the instrument failed with it. The lesson has not expired.
The Thesis
Every instrument humanity has developed for representing claims on real assets — whether cowrie shell, clay tablet, hundi, bill of lading, or share certificate — succeeded or failed based not on the instrument itself but on the trust architecture surrounding it. Legal enforceability, institutional continuity, operational clarity, and unambiguous assignment of responsibility when something goes wrong: these were always the load-bearing elements. The instrument was always the surface.
Blockchain and smart contracts are powerful tools for improving the transparency, programmability, and settlement efficiency of that architecture. But they do not replace it. They inherit it. The most consequential risks in RWA tokenisation are not technological in origin. They are legal, institutional, operational, and jurisdictional, precisely the categories of failure that sank Venetian merchant banks, collapsed Yuan monetary systems, and brought down the trading houses of Genoa and Antwerp when instruments outran the institutions behind them.
To be continued in Part 2
Also Read: One P2P Trade, Months of Limbo: Why Innocent Indian Crypto Users Keep Paying the Price
