[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]

![Hasdot313 Avatar](https://lunarcrush.com/gi/w:24/cr:twitter::1810722828834295809.png) CRYPTO WELSH🍊,💊🔥 [@Hasdot313](/creator/twitter/Hasdot313) on x XXX followers
Created: 2025-07-23 20:33:13 UTC

Hey gTEN fam! Picking up from where we left off on @tenprotocol  today I want to take you deeper into what makes this whole system actually secure at its core.

We've talked about nodes, TEEs, dApp architecture  but none of it works without what we're diving into now: cryptography and state management. This is where @tenprotocol truly walks the walk on privacy and trust.

🔐 Let’s talk cryptography the real backbone.

At the center of everything is something called the Master Seed. Think of it as the root secret that powers secure enclaves on the network.

Here’s how it works:

When the very first enclave (called the Management Enclave) gets spun up, it generates this random Master Seed.

That seed is encrypted with a special Enclave Key (EK) and stored securely in the Management Contract.

Any future enclave that wants access to that seed? It first has to prove it's running legitimate, secure code via attestation.

Once verified, it gets the seed  but is encrypted with its own key. No seed unless you're legit. 🔒

🧬 From the seed, keys are born.

Using this Master Seed, each Secure Enclave generates its own set of keys for identity, encrypting data, and processing secure transactions. It’s like everyone has their own private toolkit, derived from a shared master key, but customized and secure.

✉️ Transaction encryption smart and flexible.

@tenprotocol does something brilliant here: it lets you define how and when encrypted data is revealed.

So when a user sends a transaction, it gets encrypted with the @tenprotocol network’s public key. That transaction is now totally private even to the node operator!

But here’s the magic: there’s a reveal mechanism built into the protocol.

The L1 block hash acts like a time oracle ⏳

After X number of blocks, users can request a decryption key

Enclaves verify the timing and securely reveal the data

Perfect for use cases like: time delayed disclosure, programmable unlocks, secret auctions, etc.

🧠 And on the cryptographic side?

@tenprotocol sticks with Ethereum standard cryptographic algorithms for hashing and signing. That’s a smart move  that keeps compatibility while staying secure. And they're exploring optimal options for encrypted communication between enclaves.

🗂 Now onto State Management

@tenprotocol is built like Ethereum  account based, rollup friendly. But there’s one huge difference:

The state is private.

All nodes process every transaction (just like Ethereum) to recreate the latest state

BUT the state itself is stored inside a secure enclave

It’s structured as a Patricia Trie, just like Ethereum, but the contents are encrypted and shielded from outsiders

This gives you privacy without reinventing the wheel. 🔄

🤖 Smart contracts, with a twist

@tenprotocol supports two types of contracts:

X. Public contracts are the same as what you know from Ethereum. Fully transparent, open source, visible to everyone.

X. Private contracts this is where things get interesting. These run inside the enclave and are completely confidential.

You can even compose between contracts while preserving user privacy. But devs have to think deeply about how data flows between them a whole new design space.

🧳 How wallets work on @tenprotocol

When you submit a transaction on @tenprotocol, your wallet encrypts it with the @tenprotocol network’s public key.

Only a verified Secure Enclave can decrypt and process it. Your data stays encrypted until it hits the secure zone.

That’s real privacy. Not pseudo privacy  actual encrypted, attested execution.

All in all, TEN’s system components  from the cryptographic layer to encrypted state, to smart contract execution form a really thoughtful and robust privacy-first model.

It’s not just hype. It’s a real, engineered approach to giving users control over their data.

What do you all think? Any specific use cases where this kind of programmable privacy would be a game changer? Would love to hear your thoughts.

![](https://pbs.twimg.com/media/GwkcG-xWEAE71m3.jpg)

XXX engagements

![Engagements Line Chart](https://lunarcrush.com/gi/w:600/p:tweet::1948119231427653946/c:line.svg)

**Related Topics**
[coins privacy](/topic/coins-privacy)

[Post Link](https://x.com/Hasdot313/status/1948119231427653946)