You keep launching new activities and never stop impressing us 🔥
Here’s a fresh roundup of what the community is up to right now:

1️⃣ Proving the speed of Acki Nacki

@eli_dar89 is ready to transfer unlocked NACKL to any (new) user as a real-time demonstration of how fast the Acki Nacki blockchain is.

Acki Nacki is the fastest blockchain possible, and we recommend seeing it for yourself.

2️⃣ A new community media channel @AckiNackiMagazine

@Zaiduweb3 has launched a digital magazine covering news, insights, and development progress within the Acki Nacki blockchain ecosystem.

A community-driven view of what’s happening across the universe.

3️⃣ A Quiz in just ONE HOUR

@sourav_core is hosting a quiz starting in one hour!
➡️ https://xn--r1a.website/nexus_unit/43

🎁 Test your knowledge of Acki Nacki and compete for a total prize pool of 20 NACKL.

!This activity is organized by a community member. The Acki Nacki team is not affiliated with it and does not take responsibility for it.

If you can’t make it to this Quiz, be sure to subscribe to the channel — the author plans to host them regularly.

This is what makes Acki Nacki special — you
If you have something you’d like to share, reach out to @EugeneDAO

Become an Acki Nacki Ambassador 🛡️

Join the Acki Nacki Ambassador Program and help shape the future of the universe from the inside.

https://tally.so/r/npjZr1

How it works:

🟡 Fill out the form — you’ll instantly join the Beginner Ambassador chat, where your journey begins.
🟡 Grow with your contribution — stay active, help others, create value, and progress to full Ambassador, and even Moderator.
🟡 Unlock insider access — join private dev chats, get exclusive insights, and connect closely with the team behind Acki Nacki.

Join the people who build, support, and grow the Acki Nacki Universe together 🤙

Want to be part of something bigger? https://tally.so/r/npjZr1

🔥 Core smart contract interfaces for the Acki Nacki Decentralized Exchange (DEX.DO) are now publicly documented and available for developers:

🤩 https://dev.ackinacki.com/dex.do/smart-contract-interfaces 🤩

For now, there are three subsystems you can start developing for:

1. Private Payment Layer interface
2. Oracle interfaces
3. Pari Mutual Pool — a primary prediction market interface

❓ How deposits into the Private Payment Layer (PPL) work

You deposit a fixed amount into a Vault
The Vault contract can run anywhere — on Acki Nacki, EVM, or other networks

It emits Deposit Identifiers of standardized sizes
(100, 1000, 10000, etc.)

▫️ Using any PPL-compatible wallet, you create a deposit ZKP and send it — together with public inputs from the Identifier — to the RootPN contract on Acki Nacki

This process does not leak any information about your original deposit

▫️ A good wallet practice is calculating the statistical risk of your Private Note being linked to a specific deposit.

Simple math:
If you deposit alone and immediately claim a Private Note of the same size — it’s probably you.
If another deposit of the same size appears — the probability drops to 50%.

After the proof is sent, RootPN verifies it and deploys a Private Note wallet contract.

👺 Acki Nacki is a content-addressable blockchain (no UTXO): each Private Note has a cryptographically unique address. When RootPN deploys your Private Note, its address is cryptographically unique. Double spending is not possible

That’s it.
You now have shielded funds on https://dex.do 🚀

You now know how deposits into the Private Payment Layer (PPL) work and how shielded funds are created on DEX.DO.
Let’s move to the next step — withdrawing those funds.

🚮 Creating a withdrawal

You send a request from your wallet app to your Private Note to create a withdrawal nullifier, including your wallet address.

At this point, you effectively reveal your on-chain identity for this withdrawal — so the transaction is no longer shielded.

Your Private Note will burn the funds and emit a nullifier event on-chain.

🚮 Withdrawing from different vaults

If the token is held in the Acki Nacki Vault:
The Private Note smart contract simply sends a message to the Vault contract, and the funds are released to your “normal” wallet smart contract.

If the funds are held in the Bridge Vault:
You create a withdrawal ZKP — in fact, two ZKPs
One to prove the nullifier and one to prove that the transaction actually happened on the Acki Nacki chain

(The details will be covered in the Bridge explainer once its interfaces are released.)

👺 The Vault checks the ZKP against public data and releases the funds to your wallet key, which you can then use to withdraw from the Bridge Vault.

The whole process is completely trustless. There are no sequencers, no liquidity providers, no staking, no waiting, and no locks.
You do it in milliseconds on Acki Nacki, or in whatever time other slower networks take to process your transaction.

✨ DEX.DO Oracles

We are building DoDEX to be radically decentralized — because that’s the best strategy that works long term.
Anyone can start a market. Anyone can start an Oracle.

😎 An Oracle is how a blockchain learns what happened in the real world.
Who won a match, what price an asset closed at, or whether an event actually occurred.

❓ How it works:

• You deploy an Oracle contract with a 10,000 NACKL deposit
• You publish event data and the final outcome (the resolution price)
• Markets can use your data by paying a small resolution fee

To improve trust and avoid single points of failure, a market can reference multiple oracles — and the majority result wins.
For each Oracle + Event pair, only one market can exist.

No DAOs. No voting. No oracle tokens. No complex governance layers 🚫

💀 So how does DEX.DO prevent oracle corruption?

It doesn’t try to “prove the truth” — because for real-world events, cryptography alone can’t do that.

Instead, DEX.DO guarantees one crucial thing ➡️ the data published on-chain is authentic, unchanged, and provably came from that specific provider.

If the data was altered — the smart contract rejects it.
If it wasn’t, but the data was wrong — responsibility lies with the provider, just like in the real world.

For a deeper breakdown follow Mitja on X — he regularly explains these ideas in detail