TEN is entering the final sprint stage, and continuous development will bring surprises.
The ranking on cookie has advanced dozens of places, and the next step is to strive for the top 200.
Continue Cooking @tenprotocol
TEN Protocol is based on cryptographic execution technology, Ethereum-level security architecture, and a zero Gas cost model, bringing a new technological paradigm and user experience benchmark to on-chain gaming, completely addressing industry pain points. The three core mechanisms of TEN Protocol.
1⃣Cryptographic Execution Environment
All transactions and game operations are

Recently, cookie rewards have been very low. Could it be that the rules have been adjusted?
@tenprotocol is expected to end on September 10th, the ranking has been stagnant, it seems it is about to wrap up!
The background of TEN is strong, developed by the original "star team" of R3 Corda. This team has a deep understanding of the pain points in blockchain and has laid a solid development path for TEN with their profound technical accumulation.
Addressing the core pain points of Web3: The transparent and traceable characteristics of blockchain provide peace of mind, but sensitive data is prone

The projects on Cookie are centered around technological innovation, building an efficient and secure Web3 ecosystem, laying a solid foundation for the next generation of the internet. Each has achieved breakthrough innovations in their respective fields.
@VeloraDEX ( #Velora# )
Formerly known as ParaSwap, it utilizes an intent-driven architecture for cross-chain trading. Its Multi-Asset Path (MAP) routing aggregates liquidity from over 160 protocols and 9 blockchains, handling a transaction volume of 120 billion dollars.
By utilizing solver auctions and MEV protection, Velora optimizes executio

From MEV Pain Points to Privacy Upgrades - TEN Protocol Reshapes Ethereum L2 Blockchain Transactions Often Subjected to MEV Attacks, Such as "Sandwich" Attacks, Resulting in Significant Losses for Users.
TEN Protocol was born out of necessity, as an Ethereum Layer 2, focusing on innovation in privacy and security.
Core Technology:
TEE-driven encryption protection TEN uses TEE (Trusted Execution Environment) hardware to encrypt transaction data, ensuring that nodes or miners cannot peek, completely thwarting MEV. Compatible with Solidity, supports smart transparency, applicable to scenarios suc

Many projects that shout "Decentralization" have their users' transaction data completely exposed to Miners.
And @tenprotocol uses a cryptographic layer to solve this contradiction, ensuring transparency while protecting privacy!
Implementation method:
- Smart contracts are executed in a TEE secure enclave.
-Only input/output on-chain, data privacy worry-free.
- Supports zero-knowledge proof (zk-proof) verification, trust without compromise.
While other Layer 2s compete on TPS, TEN chooses a more fundamental path: to let every user truly control their data sovereignty.
Current ecological pr

The projects on Cookie, the deeper you investigate, the more you find each one is really impressive!
The series of projects showcased on the @cookiedotfun platform, with their unique technological solutions and practical applications, have become the cornerstone for promoting the development of the next generation of the internet. From privacy protection to efficient transactions, these projects are not just technological experiments, but a key step towards a decentralized future. Specifically, let's take a look⬇️
Dual breakthrough in privacy and scalability
Taking @tenprotocol (#Ten) as an ex

I have always liked the Recall project.
Every step taken is steady; unlike other projects that rush to issue tokens and then leave after a quick profit. Recall has been consistently focusing on technology, addressing the pain points of making AI evaluations transparent and trustworthy.
The advantages of Recall are also very prominent.
- Trustworthy and transparent: All competition results and reputation scores are recorded on the blockchain, allowing anyone to verify and eliminating any possibility of manipulation.
- Flexibility and adaptability: Competitions and skill pools can be infinitely

The current cost of training AI customer service is outrageously high and not transparent. To address this pain point, OpenLedger has arrived to completely change the rules, making AI deployment cost-effective, transparent, and user-driven.
How to address these pain points 👇
A money-saving tool, traditional AI deployment requires 10 GPUs to run 10 models.
OpenLedger can run thousands of LoRA adapters on a single GPU. Memory usage drops from 40-50GB to 8-12GB, and model switching takes less than 100 milliseconds, which is 50 times faster. Save money, save a lot of money!
Transparent and trustw

In the Web2 era, user data was taken by tech giants without compensation. Users contributed content, behavioral data, and even creativity without any returns.
This model of "the center eats meat while the edges drink soup" is unreasonable. The decentralized ledger technology of Web3 provides the possibility for the fair distribution of data value.
Taking OpenLedger as an example, this blockchain-based system has completely reshaped the underlying logic of the data economy.
Its core lies in transparency and traceability: every contribution—whether it is a model, corpus, or parameter—is recorded

Currently, AI is facing trust issues.
The opacity of model building and the ambiguity of data sources leave users full of doubts about the reliability of AI.
How does OpenLedger reshape the AI ecosystem?
OpenLedger addresses the AI "black box" problem through data attribution, zero-knowledge proofs (zk-proofs), and transparent logic, ensuring users can trust the reliability of its outputs.
Currently, the total market value of projects built on OpenLedger has exceeded 10.7 billion USD, covering multiple fields from DeFi to environmental data intelligence.
Specific innovation cases:
🐙Lagrange's

I found that the @tenprotocol project is quite strong.
Introducing cryptographic execution into decentralized networks through the integration of Trusted Execution Environments (TEEs)
A secure processing environment has been created within modern processors that is separated from the normal execution environment for running conventional operating systems and standard applications. This isolation ensures that sensitive operations are conducted within a protected space of physically isolated memory areas, thereby preventing data leakage.
TEEs can achieve a balance between privacy and transparenc