AZTEQ Metaverse marked 1,300 days of building on 23 July 2026, and used the moment to set out where the One Metaverse now stands: active in more than 27 countries, Bitcoin and Lightning payments inside the world, and asset records running on Cedra Network’s Move stack at a headline 180K tx/ps alongside WebGPU rendering.
| What you need to know |
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| 1AZTEQ marked 1,300 days on 23 July 2026, a run that starts on 31 December 2022, the day before its AZTEQ One token went live. |
| 2The company puts its current footprint at more than 27 countries, with Bitcoin and Lightning payments built into the One Metaverse. |
| 3Asset records run on Cedra, a Move network whose architecture pairs Block-STM parallel execution with a pipelined HotStuff consensus called CedraBFT. |
| 4Cedra's testnet is live for builders today, which is where the deed layer and partner integrations get proven before a wider rollout. |
What 1,300 days actually covers
The number is worth unpacking, because it dates the era precisely. Counting 1,300 days back from 23 July 2026 lands on 31 December 2022, one day before AZTEQ One went live on 1 January 2023. So the milestone measures the token era rather than the company, which reaches further back: AMG Nederland BV, the Rosmalen parent, has been registered since 2008, as we set out in our profile of AZTEQ as a Dutch Web3 builder.
Three and a half years is a long time to keep shipping through this particular market. A great many Web3 projects that launched tokens in that same window are gone. The company puts its current reach at more than 27 countries, and the footprint we have documented ourselves runs from the Madagascar work with the Presidency of the Reformation, announced in November 2025, through the partner names it has been adding via its community channels since early July.
Why Move and Cedra fit the deed layer
The most substantive part of the announcement is the pairing of Bitcoin payments with Cedra, the Move network behind the Virtual Deeds we covered in the Madagascar rent-to-own rollout. The choice of Move is the part that rewards a closer look, because it addresses a real problem in virtual worlds.
Cedra’s introduction to Move describes a resource model built on the idea that digital assets should behave like physical ones: resources cannot be copied, ownership is always explicit, and assets have to be moved deliberately. For a deed on a plot of land, that maps onto the problem almost exactly. A land title that can be accidentally duplicated is not a land title. Move makes that class of mistake hard to write in the first place, which is a stronger guarantee than most token standards offer.
Underneath, Cedra’s architecture pairs the Move VM with Block-STM parallel execution and a pipelined HotStuff variant it calls CedraBFT. Block-STM runs transactions optimistically in parallel, detects where two of them touch the same state, and re-runs only those. On a metaverse workload, where most actions are independent of each other, that design suits the traffic pattern well.
Reading the throughput numbers
Throughput figures in this part of the industry describe different things, and it helps to know which is which. The 180K tx/ps in AZTEQ’s post is a peak-capacity figure for the execution layer, and it sits in the range the underlying research supports.
That research is public. Block-STM: Scaling Blockchain Execution by Turning Ordering Curse to a Performance Blessing, by Gelashvili, Spiegelman, Xiang, Danezis, Li, Malkhi, Xia and Zhou, measures the engine at up to 170k tps with 32 threads, roughly seventeen times a sequential baseline. Under heavily contended workloads the same paper reports 80k. Those are execution-engine measurements, which is the layer AZTEQ is pointing at.
Sustained end-to-end throughput on a live network is a different measurement, because consensus, block propagation and storage each add their own limits. Cedra’s own engineers give the conservative version of that figure, 10k+ TPS with less than one second of deterministic finality. Both numbers are honest, and they answer different questions. For a reader, the useful takeaway is that the deed and payment volumes a metaverse actually generates sit comfortably inside either one.
The rendering side rests on WebGPU, the browser graphics standard behind AZTEQ’s Tetra engine, currently a W3C Candidate Recommendation Draft dated 14 July 2026 and already shipping in the major browsers. Building on it lets AZTEQ put a 3D world in a browser tab with no install step, which matters more for adoption than any raw transaction figure.
What comes next for AZTEQ Metaverse
Bitcoin itself was quiet as the announcement went out, trading at 65,656 dollars, down 0.3 percent on the day, according to CoinGecko data at 13:07 CET on 23 July. The orange-pill framing in the post is deliberate: AZTEQ has consistently put Bitcoin at the settlement layer rather than issuing a payment token of its own, a position it laid out at length in its Super Pod session on Bitcoin, Move and the metaverse last week.
The near-term milestones follow naturally from this announcement. Cedra’s node documentation shows a live testnet API for builders, which is where the deed layer, the Lightning checkout and the partner modules get exercised before they carry real value. A first public Virtual Deed record, and a plot paid for in sats end to end, would be the moments that turn this stack into something readers can see working.
What stands out at 1,300 days is the consistency of the direction. Bitcoin for settlement, Move for asset records, WebGPU for the world itself, and a 100 million dollar acceleration fund that pays out against delivered milestones rather than a calendar. For a category that spent years long on promises, a Dutch team still building to that plan after three and a half years is worth watching.
AZTEQ shared this announcement with CryptoFocus. Technical detail was verified against Cedra’s documentation, the Block-STM paper and the W3C specification. This article is informative and not financial advice. Early-stage Web3 projects carry elevated risk. Do your own research before committing capital.
