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#zerobase $ZBT ZEROBASE Staking upgrade incoming 🚀
Maintenance is set for March 2, 23:00–01:00 (SGT). Front-end services will be temporarily paused, but all smart contracts stay fully operational on-chain.
Performance up, stability strengthened. Looking forward to a smoother staking experience ahead.
Maintenance is set for March 2, 23:00–01:00 (SGT). Front-end services will be temporarily paused, but all smart contracts stay fully operational on-chain.
Performance up, stability strengthened. Looking forward to a smoother staking experience ahead.
#zerobase $ZBT Zero Knowledge proofs are revolutionizing the way we think about privacy and security in the digital world. I am incredibly excited about the potential of @zerobase to bring real-time ZK proofs to the masses. Their vision for a decentralized proving network could be the key to unlocking scalable and private applications. $ZBT #Zerobase
#zerobase $ZBT
On Oct 11, ZEROBASE had ~$600M live across major exchanges.
Funds were running 19 strategy teams, 23 strategies, in parallel.
We witnessed
• Market makers pulled liquidity from almost all altcoin pairs
• Several major pairs saw minutes-long liquidity vacuums
• One exchange’s trading API went down around 4am — no access, no execution
• Others couldn’t place orders or behaved abnormally under load
When people talk about “risk,” they usually mean smart contracts.
On Oct 11, risk came from anywhere in the dark forest.
Security is multi-dimensional. It requires humility toward both markets and systems. If all attention goes to smart contract security, attackers move to frontend supply chain.
If everyone hardens infrastructure, failures emerge from somewhere mundane.
The day before yesterday, CME’s data center lost AC.
Gold trading halted for hours. Price moved violently.
No hack. No exploit. Only brutal savage reality.
The Market is boiling the frog. Oct 11 was tough. It forced us to see where systems bend — and where they don’t.
Size your risk. Know your exits. We are so back.
On Oct 11, ZEROBASE had ~$600M live across major exchanges.
Funds were running 19 strategy teams, 23 strategies, in parallel.
We witnessed
• Market makers pulled liquidity from almost all altcoin pairs
• Several major pairs saw minutes-long liquidity vacuums
• One exchange’s trading API went down around 4am — no access, no execution
• Others couldn’t place orders or behaved abnormally under load
When people talk about “risk,” they usually mean smart contracts.
On Oct 11, risk came from anywhere in the dark forest.
Security is multi-dimensional. It requires humility toward both markets and systems. If all attention goes to smart contract security, attackers move to frontend supply chain.
If everyone hardens infrastructure, failures emerge from somewhere mundane.
The day before yesterday, CME’s data center lost AC.
Gold trading halted for hours. Price moved violently.
No hack. No exploit. Only brutal savage reality.
The Market is boiling the frog. Oct 11 was tough. It forced us to see where systems bend — and where they don’t.
Size your risk. Know your exits. We are so back.
Web3 Infrastructure Project: ZeroBase
This is a blockchain technology project focused on digital identity and data collaboration layers.
1. Core Technology: Utilizing Zero-Knowledge Proof technology, it allows users to prove specific facts (such as whether they are an adult) to third parties without revealing their personal privacy (such as their ID number).
2. Token Information: Its token symbol is $ZBT , listed on platforms such as CoinMarketCap, and tradable on exchanges such as Kraken.
3. Development Stage: Positioned as Web3 infrastructure, it aims to solve the challenges of data privacy and cross-chain collaboration.
#zerobase $ZBT
This is a blockchain technology project focused on digital identity and data collaboration layers.
1. Core Technology: Utilizing Zero-Knowledge Proof technology, it allows users to prove specific facts (such as whether they are an adult) to third parties without revealing their personal privacy (such as their ID number).
2. Token Information: Its token symbol is $ZBT , listed on platforms such as CoinMarketCap, and tradable on exchanges such as Kraken.
3. Development Stage: Positioned as Web3 infrastructure, it aims to solve the challenges of data privacy and cross-chain collaboration.
#zerobase $ZBT
#zerobase $ZBT Zerobase is redefining privacy in Web3 by combining ZK proofs with TEEs for fast, verifiable off-chain computation—keeping data confidential while ensuring on-chain trust. $ZBT powers this decentralized prover network: pay for services, reward nodes, and govern via DAO. With zkStaking delivering attested yields and ProofYield bridging institutional DeFi, @zerobase
solves real scalability + compliance hurdles without sacrificing security. This isn't just tech—it's the privacy infrastructure for tomorrow's blockchain apps. Excited for the real yield era! #Zerobase
solves real scalability + compliance hurdles without sacrificing security. This isn't just tech—it's the privacy infrastructure for tomorrow's blockchain apps. Excited for the real yield era! #Zerobase
#zerobase $ZBT In a world where data exposure risks everything, @zerobase
stands out with its trustless ZK infrastructure: real-time proof generation at low cost, dual-node architecture (HUB + Proving), and non-inflationary $ZBT utility for incentives and access. Products like zkLogin enable private auth, while zkStaking turns stablecoins into verifiable on-chain yields—perfect for RWA and institutional adoption. By prioritizing regulatory alignment and decentralization, Zerobase bridges privacy with performance. $ZBT holders aren't just investors; they're building the compliant future of DeFi. Who's staking yet? #Zerobase
stands out with its trustless ZK infrastructure: real-time proof generation at low cost, dual-node architecture (HUB + Proving), and non-inflationary $ZBT utility for incentives and access. Products like zkLogin enable private auth, while zkStaking turns stablecoins into verifiable on-chain yields—perfect for RWA and institutional adoption. By prioritizing regulatory alignment and decentralization, Zerobase bridges privacy with performance. $ZBT holders aren't just investors; they're building the compliant future of DeFi. Who's staking yet? #Zerobase
The ZBT Token and Economics
At the heart of the ecosystem is ZBT, the utility token that powers network operations:Staking and Verification — Users and nodes stake ZBT to participate as verifiers or provers, earning rewards (recent figures show annualized yields around 8-10%, including bonuses).
Proof Generation Fees — Developers and applications pay in ZBT for real-time ZK proofs.
Governance and Incentives — The token supports network security, decentralization, and future governance features.
With a total supply capped at 1 billion tokens and circulating supply in the hundreds of millions, ZBT has seen active trading volume and listings on prominent platforms. Recent campaigns, partnerships (like with zkVerify), and ecosystem growth have contributed to its visibility$ZBT #zerobase @ZEROBASE
Proof Generation Fees — Developers and applications pay in ZBT for real-time ZK proofs.
Governance and Incentives — The token supports network security, decentralization, and future governance features.
With a total supply capped at 1 billion tokens and circulating supply in the hundreds of millions, ZBT has seen active trading volume and listings on prominent platforms. Recent campaigns, partnerships (like with zkVerify), and ecosystem growth have contributed to its visibility$ZBT #zerobase @ZEROBASE
#zerobase $ZBT @ZEROBASE As regulatory scrutiny increases in crypto and DeFi, solutions that offer programmable compliance without compromising decentralization are in high demand. ZEROBASE addresses this by providing cryptographic trust for off-chain activities—whether it's proving staking performance to institutions or enabling private user interactions.
What is ZEROBASE?
ZEROBASE is a decentralized network that enables verifiable off-chain computation while preserving privacy. It combines two powerful technologies:Zero-Knowledge Proofs (ZKPs) — These allow one party to prove the correctness of a computation or statement without revealing any underlying data.
Trusted Execution Environments (TEEs) — Secure hardware enclaves (like those in modern CPUs) that protect data during processing.
By integrating ZKPs with TEEs, ZEROBASE creates a hybrid system capable of generating proofs in milliseconds, making it suitable for real-time use cases where speed matters as much as security.The network operates on a scalable multi-role architecture featuring HUB nodes (for routing and coordination) and Prover nodes (for actual proof generation). This design supports both standardized circuits and custom developer needs, with compatibility for popular ZK frameworks like Circom and Gnark. For enterprise scenarios, it even offers optional decryptable proof layers to meet regulatory requirements.$ZBT #zerobase @ZEROBASE
Trusted Execution Environments (TEEs) — Secure hardware enclaves (like those in modern CPUs) that protect data during processing.
By integrating ZKPs with TEEs, ZEROBASE creates a hybrid system capable of generating proofs in milliseconds, making it suitable for real-time use cases where speed matters as much as security.The network operates on a scalable multi-role architecture featuring HUB nodes (for routing and coordination) and Prover nodes (for actual proof generation). This design supports both standardized circuits and custom developer needs, with compatibility for popular ZK frameworks like Circom and Gnark. For enterprise scenarios, it even offers optional decryptable proof layers to meet regulatory requirements.$ZBT #zerobase @ZEROBASE
🚧 As Blockchains Get Lighter, Computation Is Moving Off-Chain
Recently I’ve been seeing more discussions around Zerobase.
What caught my attention wasn’t the token or the campaign, but a simple question:
If most computation moves off-chain, what role will blockchains actually play?
Across AI, DeFi, and data-heavy applications, one trend is clear:
Computation is getting heavier, while blockchains are becoming lighter.
1️⃣ The Role of Blockchains Is Changing
For years, many projects tried to push more computation onto the chain.
But reality keeps showing limits:
Complex computation is expensive
Sensitive data can’t be fully public
High-frequency execution doesn’t fit blockchain latency
As a result, real computation is moving off-chain, while the chain increasingly acts as a trust and settlement layer.
2️⃣ The Core Problem: Trust
Once computation happens off-chain, a fundamental issue appears:
How can the chain trust results it didn’t execute?
Traditional options are inefficient:
Everyone re-executes the work
Or everyone simply trusts the executor
What interests me about Zerobase is its attempt to create a third path — shifting trust from execution to verification.
3️⃣ Proof Instead of Repetition
The idea is straightforward:
Computation runs off-chain
Zero-knowledge proofs generate verifiable results
Proofs are submitted on-chain for validation
In short:
The chain doesn’t need to see the process, only verify the outcome.
This changes the trust model from “everyone computes” to “anyone can verify.”
4️⃣ Why This Direction Matters Now
Three trends make this approach more relevant:
AI: computation is too heavy for on-chain execution, but verifiable outputs could reconnect AI with blockchain trust.
DeFi: advanced strategies increasingly require privacy and off-chain execution.
Infrastructure shift: blockchains may evolve from asset trust to computation trust.
5️⃣ What I Actually Watch
Beyond narratives, I focus on practical signals:
Whether ZKP verification costs keep decreasing
Whether trusted hardware gains adoption
Whether real high-frequency use cases appear
Without real usage, infrastructure stories don’t last.
Final Thought
Maybe blockchains won’t execute everything in the future.
Maybe their real role is simply:
Confirming that results are trustworthy.
If so, off-chain execution plus on-chain verification may not be a niche idea — but a natural next step for the industry.
The real question isn’t just where computation happens, but:
When computation leaves the chain, where does trust stay?
$ZBT @ZEROBASE
#zerobase
What caught my attention wasn’t the token or the campaign, but a simple question:
If most computation moves off-chain, what role will blockchains actually play?
Across AI, DeFi, and data-heavy applications, one trend is clear:
Computation is getting heavier, while blockchains are becoming lighter.
1️⃣ The Role of Blockchains Is Changing
For years, many projects tried to push more computation onto the chain.
But reality keeps showing limits:
Complex computation is expensive
Sensitive data can’t be fully public
High-frequency execution doesn’t fit blockchain latency
As a result, real computation is moving off-chain, while the chain increasingly acts as a trust and settlement layer.
2️⃣ The Core Problem: Trust
Once computation happens off-chain, a fundamental issue appears:
How can the chain trust results it didn’t execute?
Traditional options are inefficient:
Everyone re-executes the work
Or everyone simply trusts the executor
What interests me about Zerobase is its attempt to create a third path — shifting trust from execution to verification.
3️⃣ Proof Instead of Repetition
The idea is straightforward:
Computation runs off-chain
Zero-knowledge proofs generate verifiable results
Proofs are submitted on-chain for validation
In short:
The chain doesn’t need to see the process, only verify the outcome.
This changes the trust model from “everyone computes” to “anyone can verify.”
4️⃣ Why This Direction Matters Now
Three trends make this approach more relevant:
AI: computation is too heavy for on-chain execution, but verifiable outputs could reconnect AI with blockchain trust.
DeFi: advanced strategies increasingly require privacy and off-chain execution.
Infrastructure shift: blockchains may evolve from asset trust to computation trust.
5️⃣ What I Actually Watch
Beyond narratives, I focus on practical signals:
Whether ZKP verification costs keep decreasing
Whether trusted hardware gains adoption
Whether real high-frequency use cases appear
Without real usage, infrastructure stories don’t last.
Final Thought
Maybe blockchains won’t execute everything in the future.
Maybe their real role is simply:
Confirming that results are trustworthy.
If so, off-chain execution plus on-chain verification may not be a niche idea — but a natural next step for the industry.
The real question isn’t just where computation happens, but:
When computation leaves the chain, where does trust stay?
$ZBT @ZEROBASE
#zerobase
牛哥-必回关-互动一起冲:
分析的好啊，欢迎回关一同进步
Why I’m Watching Zerobase 👀✨
As more computation moves off-chain, blockchains are slowly shifting from execution layers to trust layers. That’s why Zerobase caught my attention. Instead of forcing heavy computation on-chain, it focuses on verifiable results using ZKP and trusted execution to prove outcomes without exposing the process.
This idea feels increasingly relevant as AI and DeFi both demand privacy, scale, and reliability. The real question isn’t just where computation happens, but how trust follows it.
If off-chain execution plus on-chain verification becomes the norm, projects like Zerobase may represent an early step toward a new infrastructure model.
@ZEROBASE
#zerobase $ZBT
As more computation moves off-chain, blockchains are slowly shifting from execution layers to trust layers. That’s why Zerobase caught my attention. Instead of forcing heavy computation on-chain, it focuses on verifiable results using ZKP and trusted execution to prove outcomes without exposing the process.
This idea feels increasingly relevant as AI and DeFi both demand privacy, scale, and reliability. The real question isn’t just where computation happens, but how trust follows it.
If off-chain execution plus on-chain verification becomes the norm, projects like Zerobase may represent an early step toward a new infrastructure model.
@ZEROBASE
#zerobase $ZBT
K
ZBT/USDT
Pris
0,075
#zerobase $ZBT
@ZEROBASE
Zerobase (ZBC) is making waves as a cutting-edge DeFi protocol designed to eliminate technical barriers for everyday investors. At its core, the project focuses on "Zero Friction" transactions, leveraging a high-throughput blockchain to ensure near-instant finality and minimal gas fees.
What sets Zerobase apart is its automated yield-aggregation engine. Unlike traditional staking that requires manual management, the ZBC token utilizes a proprietary Smart-Vault mechanism that rebalances portfolios in real-time across multiple liquidity pools. This ensures holders maximize their APY without falling victim to impermanent loss.
Security is another pillar of the ecosystem. The platform integrates Zero-Knowledge Proofs (ZKP) to enhance user privacy while maintaining full regulatory compliance. As the roadmap unfolds—including a decentralized exchange (DEX) and NFT marketplace—Zerobase aims to become the foundational layer for the next generation of inclusive finance.
Would you like to explore the tokenomics of
@ZEROBASE
Zerobase (ZBC) is making waves as a cutting-edge DeFi protocol designed to eliminate technical barriers for everyday investors. At its core, the project focuses on "Zero Friction" transactions, leveraging a high-throughput blockchain to ensure near-instant finality and minimal gas fees.
What sets Zerobase apart is its automated yield-aggregation engine. Unlike traditional staking that requires manual management, the ZBC token utilizes a proprietary Smart-Vault mechanism that rebalances portfolios in real-time across multiple liquidity pools. This ensures holders maximize their APY without falling victim to impermanent loss.
Security is another pillar of the ecosystem. The platform integrates Zero-Knowledge Proofs (ZKP) to enhance user privacy while maintaining full regulatory compliance. As the roadmap unfolds—including a decentralized exchange (DEX) and NFT marketplace—Zerobase aims to become the foundational layer for the next generation of inclusive finance.
Would you like to explore the tokenomics of
ZeroBase: The Engine of Trustless Verification in the Digital Age
In the rapidly evolving landscape of blockchain technology and decentralized systems, one concept has emerged as the holy grail for scalability and privacy: Zero-Knowledge Proofs (ZKPs). However, generating these proofs requires immense computational power, often creating a bottleneck that limits widespread adoption. Enter ZeroBase, a term that has come to represent both a specific infrastructure project and a broader architectural paradigm designed to solve this critical challenge.
Whether referring to the pioneering startup ZeroBase (founded by former engineers from major tech and crypto firms) or the conceptual "base layer" for zero-knowledge applications, the mission remains the same: to make trustless verification fast, cheap, and accessible to everyone.$ZBT #zerobase @ZEROBASE
Whether referring to the pioneering startup ZeroBase (founded by former engineers from major tech and crypto firms) or the conceptual "base layer" for zero-knowledge applications, the mission remains the same: to make trustless verification fast, cheap, and accessible to everyone.$ZBT #zerobase @ZEROBASE
#zerobase $ZBT To understand ZeroBase, one must first understand the problem it solves. In traditional blockchains like Bitcoin or Ethereum, every node on the network must re-execute every transaction to verify its validity. This ensures security but creates a severe scalability limit; as the network grows, it becomes slower and more expensive.
Zero-Knowledge Proofs offer a solution: instead of re-executing the transaction, a prover generates a mathematical proof that the transaction is valid. The verifier can check this proof instantly without knowing the underlying data. The catch? Generating these proofs is computationally heavy and slow, often requiring specialized hardware (GPUs) and taking minutes or even hours for complex tasks.
This is where ZeroBase steps in. It acts as the high-performance engine room dedicated solely to the rapid generation and aggregation of these proofs.@ZEROBASE
Zero-Knowledge Proofs offer a solution: instead of re-executing the transaction, a prover generates a mathematical proof that the transaction is valid. The verifier can check this proof instantly without knowing the underlying data. The catch? Generating these proofs is computationally heavy and slow, often requiring specialized hardware (GPUs) and taking minutes or even hours for complex tasks.
This is where ZeroBase steps in. It acts as the high-performance engine room dedicated solely to the rapid generation and aggregation of these proofs.@ZEROBASE
#zerobase $ZBT The privacy revolution is accelerating and @zerobase
is right at the center of it. With $ZBT fueling a high-throughput ZK-powered chain, we're finally getting scalable confidential transactions, private DeFi primitives, and shielded smart contracts without sacrificing decentralization or speed.What excites me most is how Zerobase makes privacy feel native instead of bolted-on — perfect for the next wave of users who refuse to have every wallet balance and trade history exposed forever. Regular dev updates, growing testnet activity, and strong focus on real utility set this apart.If you're serious about sovereign finance in 2026 and beyond, $ZBT deserves a spot on your radar. Who's already exploring the testnet? Drop your thoughts below!
is right at the center of it. With $ZBT fueling a high-throughput ZK-powered chain, we're finally getting scalable confidential transactions, private DeFi primitives, and shielded smart contracts without sacrificing decentralization or speed.What excites me most is how Zerobase makes privacy feel native instead of bolted-on — perfect for the next wave of users who refuse to have every wallet balance and trade history exposed forever. Regular dev updates, growing testnet activity, and strong focus on real utility set this apart.If you're serious about sovereign finance in 2026 and beyond, $ZBT deserves a spot on your radar. Who's already exploring the testnet? Drop your thoughts below!
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