Part 5 of 6 in “Real World Assets (RWA), Meet Real World Lies (RWL): Knowing What You Own in the Tokenized World,” a series about what tokenized assets represent, how information about them reaches the blockchain, and why none of this eliminates the need for trust.

Parts 2–4 examined the data, the people, and the failure modes surrounding tokenized assets. We now return to the taxonomy itself. The original split between intangible legal claims and tangible physical assets works for most conventional RWAs. It does not cover the growing set of things that are digital from the start; data, compute, software, network rights, game objects, and credentials. Some of these are assets, some are services or licenses; some may not be assets at all. We need a third branch.

Part 4 of 6 in “Real World Assets (RWA), Meet Real World Lies (RWL): Knowing What You Own in the Tokenized World,” a series about what tokenized assets represent, how information about them reaches the blockchain, and why none of this eliminates the need for trust.

The first three parts looked at the assets, the data, and the people involved.

Part 1 asked what kind of thing was being tokenized and what claim the token actually gave its holder. Part 2 looked at the information required to describe and evaluate that thing. Part 3 examined the people and institutions responsible for reporting, checking, and acting on the information.

This part looks at what happens when those trust structures fail.

Part 3 of 6 in “Real World Assets (RWA), Meet Real World Lies (RWL): Knowing What You Own in the Tokenized World,” a series about what tokenized assets represent, how information about them reaches the blockchain, and why none of this eliminates the need for trust.

Parts 1 and 2 examined the underlying assets and the data used to describe them. Now we turn to the people and institutions responsible for that information.

Before getting into that, it’s worth clearing up two terms that tend to get used somewhat loosely.

Part 2 of 6 in “Real World Assets (RWA), Meet Real World Lies (RWL): Knowing What You Own in the Tokenized World,” a series about what tokenized assets represent, how information about them reaches the blockchain, and why none of this eliminates the need for trust.

Part 1 asked what kind of thing is being tokenized. Once we know that, we still need information about it: how much gold is in the vault, who owns the building, whether the aircraft was inspected, whether the borrower is paying. That is where the oracle problem begins.

Part 1 of 6 in “Real World Assets (RWA), Meet Real World Lies (RWL): Knowing What You Own in the Tokenized World,” a series about what tokenized assets represent, how information about them reaches the blockchain, and why none of this eliminates the need for trust.

RWL is what I’m calling “Real-World Lies.” That might seem a little strong. Maybe it is. But I don’t necessarily mean “lies” only in the malicious sense. There are also mistakes, omissions, outdated records, stretched definitions, poorly understood rights, and information distorted by incentives. Right now, there seem to be plenty of ways for something that isn’t quite true to enter a system, become tacitly accepted, and continue moving through it as though it were fact. This series looks at how that happens, at least somewhat. But more importantly, how to classify and evaluate the many parts that finally seem to be coming together to bring more tokenized assets to market.

Much of the following is not new. If you’re already deeply familiar with tokenized assets, you may want to skip this entire series. However, if you’re still new to Real World Asset and trying to get a sense of the whole big picture, perhaps this series will help. It was created as part of a project to help some new to the area to build a wide scope taxonomy of the space and the issues across types of things involved. This isn’t about mechanisms of tokenization. We’ll be more focused on compare and contrast with real world assets and building an evaluation framework that helps us navigate these spaces.