ZEROBASEZEROBASE STAKING FULL LAUNCH
Redefining staking with ZK technology, doubling trust and returns.IntroductionThe ZEROBASE network generates over 100,000 ZK proofs daily, with an average proof generation time of just 200 milliseconds, making it the largest proof-acceleration network globally. It supports ZK applications such as zkLogin, zkDarkPool, and zkCEX. The ZEROBASE proof network leverages TEE technology to encrypt users' circuit inputs, enabling privacy-focused applications, while open TEE miner node staking enh...
ZEROBASEA Dialogue with ZEROBASE: Enabling Various Scenarios Through Zero-Knowledge Proof (ZK)
Earlier, ZEROBASE announced a $5 million funding round to build a real-time zero-knowledge (ZK) prover network that provides privacy protection and decentralized computing infrastructure. The round was led by Binance Labs, Lightspeed Faction, and dao5.Could you briefly introduce yourself and what ZEROBASE does?Hello everyone, I’m Mirror Tang, CEO of ZEROBASE and a professor of cryptography at Shanghai Jiao Tong University. My research focuses on cryptographic engineering and security issues i...
ZEROBASEZB Mascot Mania
Bring ZEROBASE to life — and leave your mark on the ZK movement. What does the soul of ZEROBASE look like? Maybe it's a mischievous cat powered by zk-SNARKs. Maybe it's a turtle who knows all, sees all, but says nothing. Maybe—just maybe—it’s your meme genius waiting to shine. From July 28 to August 8, we're opening the gates to ZB Mascot Mania, a playful, community-powered design challenge calling on all artists, memers, and chaos agents to imagine the face of ZEROBASE.The Cha...
ZEROBASE is the most competitive ZK prover network across speed, cost, and security, and the only one that protects your privacy.
ZEROBASEZEROBASE STAKING FULL LAUNCH
Redefining staking with ZK technology, doubling trust and returns.IntroductionThe ZEROBASE network generates over 100,000 ZK proofs daily, with an average proof generation time of just 200 milliseconds, making it the largest proof-acceleration network globally. It supports ZK applications such as zkLogin, zkDarkPool, and zkCEX. The ZEROBASE proof network leverages TEE technology to encrypt users' circuit inputs, enabling privacy-focused applications, while open TEE miner node staking enh...
ZEROBASEA Dialogue with ZEROBASE: Enabling Various Scenarios Through Zero-Knowledge Proof (ZK)
Earlier, ZEROBASE announced a $5 million funding round to build a real-time zero-knowledge (ZK) prover network that provides privacy protection and decentralized computing infrastructure. The round was led by Binance Labs, Lightspeed Faction, and dao5.Could you briefly introduce yourself and what ZEROBASE does?Hello everyone, I’m Mirror Tang, CEO of ZEROBASE and a professor of cryptography at Shanghai Jiao Tong University. My research focuses on cryptographic engineering and security issues i...
ZEROBASEZB Mascot Mania
Bring ZEROBASE to life — and leave your mark on the ZK movement. What does the soul of ZEROBASE look like? Maybe it's a mischievous cat powered by zk-SNARKs. Maybe it's a turtle who knows all, sees all, but says nothing. Maybe—just maybe—it’s your meme genius waiting to shine. From July 28 to August 8, we're opening the gates to ZB Mascot Mania, a playful, community-powered design challenge calling on all artists, memers, and chaos agents to imagine the face of ZEROBASE.The Cha...
ZEROBASE is the most competitive ZK prover network across speed, cost, and security, and the only one that protects your privacy.
Blockchains are public ledgers where all entries are visible to anyone. Initially designed to track transactions, blockchains made everything transparent and easy to verify. However, as blockchain technology has expanded into areas such as gaming and healthcare, privacy concerns have become increasingly urgent.
The transparency that once ensured trust and accountability now exposes sensitive personal data. Personal financial information, medical records, and even voting histories could be open to anyone on the network. This makes individuals and organizations vulnerable to surveillance, data exploitation, and profiling.
These concerns have sparked a need for new solutions to protect privacy while leveraging blockchain's benefits. One key solution lies in Zero Knowledge Proofs (ZKPs) — a cryptographic tool designed to address these challenges head-on.
ZKPs provide a way to maintain privacy while still benefiting from blockchain's strengths by allowing one party (the "prover") to prove something to another party (the "verifier") without revealing the underlying information.
For example, proving that someone is over 18 can be done without sharing a birthdate. Although ZKPs offer incredible potential, implementing them is complex and requires a strong understanding of cryptography and ZK circuits (the systems that generate the proofs).
There’s a common misconception that blockchains offer complete anonymity. In reality, they provide pseudonymity, meaning identities are hidden behind long, random strings of code known as public keys.
However, regulations like Know Your Customer (KYC) make it increasingly possible to trace these codes to real-world identities. Centralized exchanges and services further weaken pseudonymity, making privacy harder to maintain.
While it’s true that malicious actors can be traced through their public keys, this doesn’t eliminate the broader need for privacy. Privacy is often misunderstood. Some argue that if there's nothing to hide, privacy shouldn't be a concern.
However, privacy isn’t about hiding something bad — it’s about controlling personal information. Imagine living in a house made entirely of glass, where every action is visible. Few would be comfortable with their bank balance, medical history, or personal life being exposed to the public. Privacy ensures that sensitive information remains protected.
As blockchain technology advances, privacy violations become a reality in many aspects of daily life. Below are some common issues and how Zero Knowledge Proofs (ZKPs) can provide solutions:
Financial Data Exposure:
Violation: On the blockchain, it’s easy to see the balance of any wallet and track every transaction. If the wallet is connected to a verified identity, that person’s financial details are out in the open.
ZKP Solution: ZKPs allow proof of sufficient funds for a transaction without revealing the total balance or entire transaction history. This protects privacy while maintaining trust in financial exchanges.
Healthcare Records:
Violation: Medical records are highly sensitive, but they are often shared with third parties like insurance companies. If these records are stored on a public blockchain, they could become accessible to anyone.
ZKP Solution: ZKPs make it possible to verify eligibility for treatment or proof of vaccination without disclosing a patient’s entire medical history. This ensures privacy while still allowing healthcare providers to verify the necessary information.
Voting Privacy:
Violation: Blockchain-based voting systems risk exposing how individuals voted, especially if their votes are linked to other personal data.
ZKP Solution: ZKPs ensure that votes are cast and counted accurately without revealing who voted for what, protecting the privacy of voters while maintaining the integrity of the election.
Social Media and Identity:
Violation: Logging into apps with social media accounts like Google or Facebook often involves sharing personal data with third-party companies, which may use or sell that data for advertising.
While the potential applications for ZKP are vast, implementation is often challenging. Typically, developers need to design custom ZKP modules for each use case. ZEROBASE simplifies this process. ZEROBASE offloads the designing of custom circuits for the applications, making the applications generate proofs without the worry of developing a circuit. ZEROBASE’s real-time prover network delivers proofs in hundreds of milliseconds, making it possible for applications across various industries to integrate privacy quickly and efficiently.
With ZEROBASE’s high speed and scalability, privacy can be seamlessly applied in fields like healthcare, governance, and machine learning.
In many situations today, logging into apps via social media platforms means sharing personal information with third-party providers. zkLogin offers a solution by enabling Social Login without compromising privacy. Instead of sharing personal data with the platform, zkLogin creates a zero-knowledge proof that verifies identity without revealing sensitive details.
For example, when logging into a wallet with Social Login, zkLogin generates a proof based on the social account. The wallet verifies the proof without needing access to personal data, ensuring that sensitive information stays secure.
At ZEROBASE, this privacy is taken a step further through the use of Trusted Execution Environment (TEE) technology. Even while data is processed, it remains completely secure and inaccessible to anyone, including ZEROBASE.
With ZEROBASE, privacy can be seamlessly integrated into applications. Its Zero Knowledge Proof technology ensures security while maintaining simplicity. By offering real-time proof generation, ZEROBASE allows companies to protect their users' data while maintaining the transparency and trust of blockchain. It’s a fast, secure, and efficient way to bring privacy into modern projects.
About ZEROBASE
ZEROBASE is the most competitive ZK prover network across speed, cost, and security, and the only one that protects your privacy.
Blockchains are public ledgers where all entries are visible to anyone. Initially designed to track transactions, blockchains made everything transparent and easy to verify. However, as blockchain technology has expanded into areas such as gaming and healthcare, privacy concerns have become increasingly urgent.
The transparency that once ensured trust and accountability now exposes sensitive personal data. Personal financial information, medical records, and even voting histories could be open to anyone on the network. This makes individuals and organizations vulnerable to surveillance, data exploitation, and profiling.
These concerns have sparked a need for new solutions to protect privacy while leveraging blockchain's benefits. One key solution lies in Zero Knowledge Proofs (ZKPs) — a cryptographic tool designed to address these challenges head-on.
ZKPs provide a way to maintain privacy while still benefiting from blockchain's strengths by allowing one party (the "prover") to prove something to another party (the "verifier") without revealing the underlying information.
For example, proving that someone is over 18 can be done without sharing a birthdate. Although ZKPs offer incredible potential, implementing them is complex and requires a strong understanding of cryptography and ZK circuits (the systems that generate the proofs).
There’s a common misconception that blockchains offer complete anonymity. In reality, they provide pseudonymity, meaning identities are hidden behind long, random strings of code known as public keys.
However, regulations like Know Your Customer (KYC) make it increasingly possible to trace these codes to real-world identities. Centralized exchanges and services further weaken pseudonymity, making privacy harder to maintain.
While it’s true that malicious actors can be traced through their public keys, this doesn’t eliminate the broader need for privacy. Privacy is often misunderstood. Some argue that if there's nothing to hide, privacy shouldn't be a concern.
However, privacy isn’t about hiding something bad — it’s about controlling personal information. Imagine living in a house made entirely of glass, where every action is visible. Few would be comfortable with their bank balance, medical history, or personal life being exposed to the public. Privacy ensures that sensitive information remains protected.
As blockchain technology advances, privacy violations become a reality in many aspects of daily life. Below are some common issues and how Zero Knowledge Proofs (ZKPs) can provide solutions:
Financial Data Exposure:
Violation: On the blockchain, it’s easy to see the balance of any wallet and track every transaction. If the wallet is connected to a verified identity, that person’s financial details are out in the open.
ZKP Solution: ZKPs allow proof of sufficient funds for a transaction without revealing the total balance or entire transaction history. This protects privacy while maintaining trust in financial exchanges.
Healthcare Records:
Violation: Medical records are highly sensitive, but they are often shared with third parties like insurance companies. If these records are stored on a public blockchain, they could become accessible to anyone.
ZKP Solution: ZKPs make it possible to verify eligibility for treatment or proof of vaccination without disclosing a patient’s entire medical history. This ensures privacy while still allowing healthcare providers to verify the necessary information.
Voting Privacy:
Violation: Blockchain-based voting systems risk exposing how individuals voted, especially if their votes are linked to other personal data.
ZKP Solution: ZKPs ensure that votes are cast and counted accurately without revealing who voted for what, protecting the privacy of voters while maintaining the integrity of the election.
Social Media and Identity:
Violation: Logging into apps with social media accounts like Google or Facebook often involves sharing personal data with third-party companies, which may use or sell that data for advertising.
While the potential applications for ZKP are vast, implementation is often challenging. Typically, developers need to design custom ZKP modules for each use case. ZEROBASE simplifies this process. ZEROBASE offloads the designing of custom circuits for the applications, making the applications generate proofs without the worry of developing a circuit. ZEROBASE’s real-time prover network delivers proofs in hundreds of milliseconds, making it possible for applications across various industries to integrate privacy quickly and efficiently.
With ZEROBASE’s high speed and scalability, privacy can be seamlessly applied in fields like healthcare, governance, and machine learning.
In many situations today, logging into apps via social media platforms means sharing personal information with third-party providers. zkLogin offers a solution by enabling Social Login without compromising privacy. Instead of sharing personal data with the platform, zkLogin creates a zero-knowledge proof that verifies identity without revealing sensitive details.
For example, when logging into a wallet with Social Login, zkLogin generates a proof based on the social account. The wallet verifies the proof without needing access to personal data, ensuring that sensitive information stays secure.
At ZEROBASE, this privacy is taken a step further through the use of Trusted Execution Environment (TEE) technology. Even while data is processed, it remains completely secure and inaccessible to anyone, including ZEROBASE.
With ZEROBASE, privacy can be seamlessly integrated into applications. Its Zero Knowledge Proof technology ensures security while maintaining simplicity. By offering real-time proof generation, ZEROBASE allows companies to protect their users' data while maintaining the transparency and trust of blockchain. It’s a fast, secure, and efficient way to bring privacy into modern projects.
About ZEROBASE
ZEROBASE is the most competitive ZK prover network across speed, cost, and security, and the only one that protects your privacy.
Share Dialog
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ZKP Solution: zkLogin provides a way to log in without sharing personal data. Instead of revealing an email address or profile information, zkLogin generates proof that verifies identity without exposing any details, protecting sensitive data.
E-Commerce and Credit Applications:
Violation: When applying for credit or making large purchases, sharing sensitive financial information like credit scores or income can leave that data vulnerable to exposure or misuse.
ZKP Solution: ZKPs allow proof of meeting financial criteria (like a minimum credit score) without revealing the actual score or salary. This keeps personal financial data private while allowing companies to perform necessary checks.
Location and Behavior Tracking:
Violation: Companies frequently track online behavior and location to personalize services, often without explicit consent. This tracking can invade privacy and be used for targeted advertising.
ZKP Solution: ZKPs can confirm eligibility for location-based services without revealing exact locations. Similarly, ZKPs can verify interactions with services without exposing browsing history, ensuring privacy.
ZKP Solution: zkLogin provides a way to log in without sharing personal data. Instead of revealing an email address or profile information, zkLogin generates proof that verifies identity without exposing any details, protecting sensitive data.
E-Commerce and Credit Applications:
Violation: When applying for credit or making large purchases, sharing sensitive financial information like credit scores or income can leave that data vulnerable to exposure or misuse.
ZKP Solution: ZKPs allow proof of meeting financial criteria (like a minimum credit score) without revealing the actual score or salary. This keeps personal financial data private while allowing companies to perform necessary checks.
Location and Behavior Tracking:
Violation: Companies frequently track online behavior and location to personalize services, often without explicit consent. This tracking can invade privacy and be used for targeted advertising.
ZKP Solution: ZKPs can confirm eligibility for location-based services without revealing exact locations. Similarly, ZKPs can verify interactions with services without exposing browsing history, ensuring privacy.
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