YOUR DATA IS NOT SAFE ONLINE, SEE WHAT TO DO…

I believe you also don’t like someone or something encroaching into your private life or data.

These days, with the age of internet, you barely keep data to yourself, because, before you get access to the internet all your data must collected.

Somehow, AI came into play and has an aspect called deep learning, where a machine learns your data to perform certain tasks.

This may be good in a way but has now invaded our privacy. Deep learning requires large amount of data to be accurate in its task and this has made them encroach into our privacy.

Moreso, AI models are very expensive to train, hence, making it difficult for individuals to get access but the tech giant. Again, AI is now more centralized rather than democratized to the benefit of all.
Hmmm…

Now, you may ask, “Is AI bad?” my friend, the answer is NO!! The only problem is how it is used by our tech giants.
GOOD NEWS!!

Thank God for technology like platON who has the interest of individuals on earth. So, platON realize that AI is good actually as it makes life easier and faster. After critical thinking, platON figured out how to use blockchain, AI and privacy – preserving computation to protect your data. GREAT!!! Right?

Quickly, my name is Samuel Jonathan Joseph and am a traffic hacker. Alright, let’s continue, we are gradually moving to web 3.0 but the key leap from web 2.0 to the intelligent web remains on the protection of data privacy and ownership of data which should be controlled by individuals themselves.

AI is very beneficial in our society today as it is applied in finance, education, health, security, etc.

Please!! Stay with me while I unveil the masterpiece solution by platON.
PlatON, initiated and driven by the LatticeX Foundation, is a next-generation Internet infrastructure protocol based on the fundamental properties of blockchain and supported by the privacy-preserving computation network.

“Computing interoperability” is its core feature.
PlatON provides a public infrastructure in open-source architecture for global artificial intelligence, distributed application developers, data providers and various organizations, communities and individuals with computing needs.

Focuses on providing a trading platform for data assets, algorithm models, and computing power, it combines cryptography-based privacy-preserving computation and blockchain technology to achieve the free circulation of data assets around the world.

PlatON is all out to solve all the above challenges by integrating blockchain, privacy-preserving computation and AI technology. Please allow me to quickly highlight all PlatON do to protect you.

DECENTRALIZATION: Any user and node can connect to the network in a permissionless manner. Any data, algorithms and computing power can be securely shared, connected and traded. Anyone can develop and use AI service.

PRIVACY-PRESERVING: Modern cryptography-based privacy-preserving computation techniques provide a new computing paradigm that makes data and models available but not visible, allowing privacy to be fully protected and data rights to be safeguarded.

HIGH-PERFORMANCE: PlatON achieves high-performance asynchronous BFT consensus through pipeline verification, parallel verification, aggregated signatures and other optimizations. Besides, the network adopts a formal verification methods to prove its safety, liveness, and responsiveness.

LOW TRAINING COSTS: With blockchain and privacy-preserving computation technologies, anyone can share data and algorithms in a secure and frictionless marketplace, thus drastically reducing marginal costs and drastically reducing training costs.

LOW DEVELOPMENT THRESHOLD: PlatON supports Visualized AI model development and debugging, and automated machine learning(AutoML). It can greatly lower the threshold for AI model development and improved development efficiency by simplifying the entire process management of AI model development, training, and deployment through MLOps.

REGULATORY AND COMPLIANCE: All data, variables and processes used in the AI training decision making process have tamper-evident records that can be tracked and audited. Privacy-preserving technologies enable data usage to meet regulatory requirements, such as the right to be forgotten, the right to portability, conditional authorization, and minimum collection

Privacy-preserving

COMPUTATION OF NON-INTERACTIVE PROOFS: PlatON uses modern cryptographic algorithms. These include but are not limited to Zero-Knowledge Proof (ZKP), Verifiable Computation (VC), Homomorphic Encryption (HE), Secure Multi-Party Computation (MPC), and Secret Sharing (SS), for implementation of computational capacity expansion schemes for non-interactive proofs.

SCALABILITY: The PlatON Verifiable Computation (VC) cryptographic algorithm passes trust off the chain. With Verifiable Computation, contracts only need to be computed once off-chain; so, all validators can quickly verify the correctness of the computation, improving transaction processing performance while at the same time, enabling PlatON to support Trustless computation for complex contract.
Here this, from a technical perspective, PlatON is essentially a decentralized FaaS (Functions as a Service) platform. Accordingly, smart contracts can be considered as functions on FaaS. Smart contracts in PlatON fall into three categories namely:

SOLIDITY CONTRACT:
Solidity contract Supports development using solidity language, compiled into evm bytecode for execution. The transactions that trigger the solidity contract are packaged by validators, and nodes across the network repeatedly perform verification. The status of solidity contract.

WASM CONTRACT
Wasm contract Supports high-level language development, compiled into WASM bytecode for execution. The transactions that trigger the Wasm contract are packaged by validators, and nodes across the network repeatedly perform verification. The status of the Wasm contract is kept in the stated.

PRIVACY CONTRACT
The privacy contract also supports high-level language development, which is compiled into llvm ir intermediate language for execution.

The input data of the privacy contract is stored locally in the data node, and the data node is secretly shared to multiple random computing nodes.

The computing node performs privacy computations in a secure multi-party computing manner off-chain, and submits the computation results to the chain.

To learn more on the smart contract and consensus, click the link below
https://devdocs.platon.network/docs/en/PlatON_Overall_Solution/#smart-contract.

You can get started with our site using this link, https://www.platon.network/en

And make sure you download ATON wallet from the site using the link below to avoid cloned apps

https://www.platon.network/wallet
Know this, platON also have a native token called LAT which is doing amazingly well.

You can check it out on coinmarketcap.com or coingecko.com.
See you at the top!!!