threshold

TL;DR
Threshold empowers user sovereignty by delivering a suite of threshold cryptography services for web3 applications through a decentralized network of nodes.

Introduction
In today’s world, we often make tradeoffs between privacy and usability. We give up our private real-time location data so we can hail a ride, our social security number and spending information to access credit, and our photos and browsing data to stay more connected online. The consequences of these tradeoffs are real and measurable. Millions of login credentials have been leaked, bank accounts and phone numbers have been compromised, our views have been subtly influenced by aggregated data profiles, and algorithms now know more about us than we know about ourselves. But what if we didn’t have to make this tradeoff?
Threshold aims to solve this tradeoff by using threshold cryptography to unlock greater utility for digital assets without intervention from or trust in a centralized authority.
How Does Threshold Work?
Threshold cryptography distributes sensitive operations across multiple independent entities – like nodes in a network. For an operation to be successful, it needs a threshold or a minimum number of these entities to cooperate with each other. This simple idea increases an information system’s security and availability. It also reduces the reliance on trusted parties since no single actor can corrupt the system. Even if there are a few malicious individuals, the system will continue to function safely and correctly as long as a minimum number of participants follow the rules. For example, with a centralized custodian, only one person needs to be a bad actor to run away with user funds. Threshold cryptosystems protect against this single point of failure.

The Threshold Ecosystem
The Threshold ecosystem was created from the merger of NuCypher and Keep Networks into a single decentralized network. Threshold delivers a suite of threshold cryptography services for web3 applications through a decentralized network of nodes. Services on the Threshold Network include a proxy re-encryption service for user-controlled secrets management and dynamic access control, and tBTC v2, a decentralized and permissionless Bitcoin-to-Ethereum asset bridge.
 
Proxy Re-encryption (PRE)
While the blockchain revolution unlocks the power of decentralized apps, Web3 platforms built on public blockchains can present significant risks to user privacy. The Threshold Network, through its use of threshold cryptography, provides a unique solution to the challenges of user privacy for Web3 platforms.
Threshold’s Proxy Re-Encryption service, PRE, is cryptographic middleware for user privacy-preserving applications. Proxy Re-encryption is a scalable end-to-end encryption protocol that allows a proxy entity to transform (or re-encrypt) encrypted data from one encryption key to another without revealing the plaintext data. The nodes on the Threshold Network act as these proxy entities and use threshold cryptography to securely and cooperatively re-encrypt data for recipients based on access conditions defined by the data owner.
PRE is directly applicable to use cases that aim to maintain data ownership while facilitating data sharing capabilities, such as paid subscriptions to encrypted content or the transfer of data ownership for encrypted NFTs. Data, wherever stored, remains private and encrypted while data owners maintain the ability to share that data and cryptographically enforce access controls. 
To envision how this works, imagine a user named Alice who would like to securely share data with another user or application. To do so, Alice would traditionally entrust a centralized service with unencrypted data or private encryption keys. Through Threshold’s PRE Service, Web3 applications can enable Alice to store her encrypted data anywhere, create custom access policies on the blockchain that determine who can access what data, and do so in a secure and decentralized way.
Access to this data is gated by the decentralized nodes on the Threshold Network that enforce Alices’ access policies and stand ready to re-encrypt data for the intended recipients. These decentralized nodes are unable to access the underlying data since the re-encryption process cannot decrypt the data. When the intended recipient wants to access the shared data, they first obtain it from storage and then request re-encryption from the nodes. Each node can only re-encrypt a fragment of the data, and the recipient must collect a threshold number of the re-encryption fragments to decrypt the data.
Thanks to the unique design of Threshold Proxy Re-Encryption, web3 applications can ensure that a user’s data is under their full control while operating on a public blockchain.
tBTC v2
The existing solutions that bridge Bitcoin to Ethereum require users to send their Bitcoin to an intermediary, who then issues an Ethereum token of equal value. This centralized model requires you to trust a third party and is prone to censorship, sacrificing Bitcoin's idea of secure, permissionless decentralization.
The second generation of tBTC is a truly decentralized bridge between Bitcoin and Ethereum, providing Bitcoin holders permissionless access to DeFi and the expanding web3 universe. tBTC v2 replaces centralized intermediaries with a randomly selected group of operators running nodes on the Threshold Network. 
This group of independent operators works together to secure your deposited Bitcoin through threshold cryptography. That means tBTC v2 requires a threshold majority of these operators to agree to access or perform any action with your Bitcoin. By rotating the selection of operators weekly, tBTC v2 protects against any individual or group of operators seizing control. Unlike other solutions on the market, this means user funds are controlled by math, not hardware or people. Additionally, tBTC v2 is permissionless, making it open and accessible to all.
The Threshold DAO and the T Token
Threshold is community-driven and governed by a DAO. The DAO is a three-pronged system based on Compound’s Governor Bravo. It comprises the Token Holder DAO, Staker DAO, and Elected Council. Each holds the other two accountable in addition to separate responsibilities within the governance structure. The T token powers Threshold. Token holders can help support the ecosystem by staking and running a decentralized node on the network. Both active stakers and passive token holders can participate in DAO governance decisions on the future of the network.
Additionally, there are community-led guilds such as the Marketing Guild, the Integrations Guild, and the Treasury Guild. Each guild is managed by an elected committee and holds regular, rotating elections. Anyone can join a guild and work together with other Threshold DAO members based on their interests and expertise.
Closing
Threshold provides threshold cryptographic services that power user sovereignty on the blockchain. Its services include PRE, which is an encryption protocol that allows a user to cryptographically share and manage access to their data, and tBTCv2, a truly decentralized bridge for Bitcoin to Ethereum that provides Bitcoin holders a permissionless way to use their BTC in DeFi. Visit the Threshold website for more information.
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#Threshold

A recessão pode afetar os padrões normais de recuperação.

A dinâmica do preço do Bitcoin após o halving segue a tendência de 2015-2017 muito de perto. O #cryptocurrency , que anteriormente atingiu uma alta de 61.000 libras, caiu de 4 para 49.000, uma queda de 20%. Tendências passadas indicam que isso aconteceu em ciclos anteriores, moldando as expectativas atuais do mercado.
No segundo semestre de 2016/7, caiu 27% após meio ciclo, mas o preço eventualmente se recuperou e atingiu uma alta recorde. Repeti esse padrão novamente, só que dessa vez com uma diferença em tempo e grau. No entanto, espera-se que #MarketDownturn se recupere, continuando a seguir o padrão esperado do ciclo anterior.

Vitalik Buterin, cofundador do Ethereum, propôs melhorar significativamente o mecanismo de prova de participação de consenso do Ethereum, reduzindo o limite de bloqueio do validador de 32 ETH para 1 ETH.

Buterin disse que "reduzir a aposta mínima para 1 #ETH resolverá o problema que impede que mais pessoas façam apostas simples, democratizando assim as apostas e tornando #Ethereum mais descentralizadas.
Atualmente, o Ethereum requer 32 ETH para se tornar um validador. Esse limite é projetado para equilibrar segurança, descentralização e sobrecarga. No entanto, a nova proposta de Buterin argumenta que um #threshold tão alto é um obstáculo para pequenos participantes e apostadores individuais que querem contribuir para a segurança do Ethereum, mas não podem preparar um grande blockchain.

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💡 Quick technical analysis:

✅ Fiery rise! The currency jumped from a low of 0.01478 to reach a highest price of 0.02515 within 24 hours – a rise of +46.10%! A clear signal of very strong liquidity pumping.

✅ RSI at 46.72 → Still in the safe range, has not entered the overbought zone, allowing for additional room for upward movement before any correction.

De acordo com o CEO da OpenAI, Sam Altman, a próxima versão do modelo de linguagem de inteligência artificial ChatGPT está a apenas alguns meses de distância.

Em seu último roteiro, publicado no site da X em 12 de fevereiro, Altman disse que a empresa de inteligência artificial lançará primeiro o GPT-4.5, ele disse. Depois disso, nosso principal objetivo é combinar os modelos o-series e GPT e criar um sistema que possa usar todas as nossas ferramentas, saiba quando pensar muito e quando não, e seja geralmente útil para uma ampla gama de tarefas, ele