nav

Tokenization is only half the story.

You can bring a Treasury, a fund or another real-world asset onchain. But that creates another question:

How do you know what it’s worth?

For tokenized funds, protocols may need Net Asset Value (NAV) data to understand the value of the underlying assets.

For stablecoins, Proof of Reserves can help verify whether the assets backing a token meet the required conditions.

These aren’t just technical details. They influence how protocols value assets, assess risk and make decisions.

$DIA provides #nav feeds and Proof of Reserves infrastructure to help bridge that data gap.

As #RWAS and stablecoins grow, the quality of the data behind them deserves just as much attention as the assets themselves.

The asset is onchain. Can you verify the value behind it?

Most oracle debates are about promises. Here’s what $DIA has actually put on the table.

Start with scale: 65+ blockchains, 250+ dApps, 20,000+ assets and 100+ direct data sources. In 2025 alone, DIA added 36 new dApp integrations across #defi , RWAs, #AI , gaming and prediction markets, and expanded its data across 19 more chains.

It got there partly by making adoption easy. Twenty chains joined DIA’s Oracle Grants Program, which gives approved teams up to a year of free oracle usage, covering both deployment and updates. Builders adopt what’s transparent and cheap to try.

Now the part that matters this quarter: RWAs and stablecoins. Tokenized treasuries, fund shares and gold-backed tokens don’t have deep markets, so a last-trade price is the wrong tool. DIA covers it in three layers:
1. #RWA price feeds, with 10,000+ data points across equities, ETFs, commodities and FX from regulated sources.
2. #nav feeds, which read the onchain balance sheet, price the holdings and return a per-share value.
3. Proof of Reserves, which checks circulating supply against actual backing and publishes a continuous ratio.

And it’s in use. tGBP runs on DIA Proof of Reserves. Hermetica’s USDh uses reserve-backed fair value pricing. River and Parallel use DIA for their stablecoin systems, and Vetro’s VUSD and sVUSD are priced with DIA’s fundamental feeds. Plume has full-stack RWA oracle support, Denario’s tokenized silver has onchain price feeds, and ST0x uses DIA for tokenized equity trading.

Underneath it all is a rollup-based architecture that runs oracle operations onchain, 11+ independent Feeders, and 4.4M DIA staked after a year of live operation.

None of that is a roadmap. It’s a list you can check.

Who can verify that? $DIA

RWA's dating profile:

Looking for someone who:
- Knows my actual value.
- Can verify what backs me.
- Doesn't judge me by one random market trade.
- Can keep up when market conditions change.

$DIA : “I might be exactly your type.” 👀

#nav feeds. Proof of Reserves. #Oracle infrastructure.

Maybe traditional finance and crypto aren't so different after all.

Imagine proving you have enough money without showing anyone your bank balance.

You don’t need to reveal the exact number.

You just need to prove that the number clears a certain threshold.

That’s the basic idea behind one of the more interesting parts of #DIA ZK.

For things like stablecoin reserves, vault collateral or fund #nav , $DIA ZK can prove that a condition is true without exposing the underlying figure.

So instead of: “Here’s our entire balance. Trust us.”

It becomes: “Here’s cryptographic proof that the balance meets the requirement.”

The data stays private. The condition can still be verified onchain.

Zero-knowledge finally feels practical.