TEN: Redefining the "instant memory" architecture of smart contracts

In traditional blockchains, smart contracts are like an endless ledger that can never be finished, with every transaction and every state change permanently recorded. But @tenprotocol has chosen a completely different path – it allows contracts to completely "forget".

Stateless, no residue, no global storage

The smart contracts of TEN do not remember anything:
1. No balance inquiry (balanceOf? does not exist)

2. No cross-call storage (the data you write will disappear in the next second)

3. No view functions (cannot "peek" into the real-time state of the contract)

Each call feels like a fleeting dream—smart contracts awaken, execute logic, return results, and then are completely forgotten.

Developers: Adapt to "instant computation" thinking
Cannot rely on storage: each interaction is completely new and cannot read data from the previous call.

The temporary state only exists for a single transaction: you can compute and temporarily store data during the call, but once the execution ends, everything resets to zero.

The frontend cannot preload data: What does the user own? It can only be known at the time of actual call.

The ultimate form of privacy: no history, no leaks.

The design of TEN makes on-chain analysis almost impossible:

No global state → Unable to track user behavior

No persistent storage → Unable to reconstruct historical records

Logic only takes effect when called → The result will leave no trace.

This is not only a technological revolution but also a redefinition of on-chain privacy – in the world of TEN, freedom means starting from scratch with every interaction.

In short: TEN's smart contracts are like a conversation that leaves no memory. Once said, it is forgotten, yet incredibly secure.

#TENProtocol # CookieSnaps #Cookie