BIS Paper Uses the XRP Ledger to Verify Official Statistics

On September 2, 2026, the Bank for International Settlements published a working paper in which its own researchers built a system that stamps a fingerprint of official statistics onto the XRP Ledger. The paper describes the ledger as a “public decentralized notary,” so nobody can quietly change published numbers without it showing.

For XRP holders, the paper is both more significant and less exciting than most headlines suggest. The video walks through what the researchers built, why a US jobs report appears in it, and exactly how much XRP the system uses.

What did the BIS publish?

The BIS published working paper number 1374, titled “Verifiable official statistics: a blockchain-based approach.” It is 56 pages long.

The BIS, based in Basel, Switzerland, is owned by central banks and exists to help them work together, which is why it is often called the central bank for central banks.

According to the video, four of the paper’s five authors work at the BIS: its head of IT for the monetary and economic department, its head of data engineering and its head of operations among them. The fifth works for a consulting firm in Austria. These are the people who run the plumbing for the BIS’s own statistics. The video’s point is that the XRP Ledger is not a passing mention in a footnote here; it is the system the authors built on.

Why does a jobs report appear in the paper?

The paper opens by arguing that trust in official statistics has real economic value, and its example is the August 2025 dismissal of the head of the US Bureau of Labor Statistics.

According to the video, the jobs report released on August 1, 2025 showed 73,000 jobs added in July, and figures for May and June were revised down by a combined 258,000. Hours later, the commissioner was fired. In a clip shown in the video, the president said he thought her numbers were wrong. The video notes that the bureau revises the previous two months in every report as late survey answers come in.

A former head of the bureau, also shown in the video, said this kind of doubt does lasting damage because the BLS is trusted worldwide. Once people start asking whether a number is real, everything built on top of it wobbles: markets, policy and personal decisions.

The paper adds a second problem. Official data gets copied onto third-party websites, into apps and increasingly into AI systems. By the time a number reaches you, how do you know it is the one the publisher released?

How does the system work?

The paper includes a section for non-technical readers that boils the design down to four pictures: a fingerprint, a tree, a notary and a signed badge.

1. Fingerprint. Each dataset is run through a hash function, which produces a fingerprint for the file. Change a single figure, even a decimal place, and the fingerprint comes out completely different. It works like a tamper seal on a jar.
2. Tree. A statistics office publishing a thousand files does not record a thousand fingerprints. It pairs them and combines them repeatedly until one fingerprint at the top stands for the whole batch. This is called a Merkle root.
3. Notary. That single root is written into the memo field of a small payment on the XRP Ledger. Once it is in a closed ledger, it is timestamped and no single institution can silently edit it.
4. Signed badge. A digital credential proves who published the file.

When you download a dataset, you check it against the ledger entry. If the fingerprint matches, the numbers are exactly what the publisher released. If anyone changed a figure along the way, it won’t match. On the prototype, publishing took 3 to 5 seconds and checking took 1 to 2 seconds.

You can verify this yourself: search “BIS working paper 1374,” open the PDF, go to page nine and look for the word “notary.”

How much XRP does it use?

Very little. The system uses 10 drops per anchor. A drop is one millionth of an XRP, so 10 drops is 0.00001 XRP, and one transaction can cover thousands of datasets. The paper’s own cost model says ledger fees are negligible; the real costs are ordinary processing and storage.

The video is direct about this: anyone claiming the paper means central banks are about to buy XRP has not read it. In the video’s analogy, XRP here is the stamp on the envelope, not the letter inside.

Two more limits matter:

• The test ran on the XRP Ledger’s devnet, a test network, not the live ledger.
• The authors are clear it is a proof of concept, not a production system.

Why the choice of ledger still matters

When the researchers had to pick one ledger to build on, they picked the XRP Ledger, citing low fees, fast finality, developer resources and published research on how its consensus works. According to the video, the paper’s comparison table shows the XRP Ledger verifying in 1 to 2 seconds, against minutes to hours for Ethereum and Chainlink data feeds.

The work was also public long before the paper. On October 1, 2025, the same team presented it at the SDMX Global Conference in Rome, hosted by the Bank of Italy. SDMX is the standard the world’s largest institutions use to exchange statistics, sponsored by bodies including the BIS, the European Central Bank, the IMF, the World Bank and the United Nations. The work then appeared in an academic journal before becoming a BIS working paper. The video’s lesson: institutions tend to show up first on conference programs and in slide decks, not in press releases.

What the authors say comes next

The paper points to three directions:

1. Zero-knowledge proofs and selective disclosure: proving something about a dataset without revealing all of it, for example showing a regulator that certain figures are in an anchored batch.
2. AI agents that check data automatically before using it.
3. “Ecosystem synergy”: trustworthy data on the same chain as digital assets such as central bank digital currencies, stablecoins and tokenized deposits. The example is a bond whose interest payments adjust automatically to verified inflation data.

The authors also say the market will probably converge on a handful of dominant chains for digital assets. They do not say which ones, and they built their system to work on several.

The counterweight: Project Agora

The BIS runs a much larger, separate project called Project Agora. According to the video, seven central banks, including the New York Fed and the Bank of England, and more than 40 private firms are testing tokenized central bank reserves and tokenized bank deposits for cross-border payments. The prototype finished in May 2026 and is moving into testing with real money.

XRP is not part of Agora. It settles in tokenized bank money and central bank reserves. So the BIS used the XRP Ledger as a notary for data, and it is building a different system for moving money. Keeping those two apart is the most accurate way to describe what this paper does and does not show.

What to watch next

The video suggests three signals that would move this from interesting to important:

1. Whether anyone moves the system off devnet and onto the live XRP Ledger.
2. Whether a statistics office or central bank starts anchoring its releases. The code is open source, so anyone can pick it up.
3. Whether the BIS itself publishes a follow-up. Working papers reflect their authors, not official BIS policy.

Until one of those happens, the paper is a serious test by serious people who chose the XRP Ledger, and nothing more.