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Top Crypto Coins With Real Use Cases To Watch in June 2026: NEAR, HYPE, Humanity Protocol, and BlockDAG Compared

June 2026 sees several noteworthy crypto projects emerging. Hyperliquid is a DeFi derivatives trading giant with strong liquidity. NEAR Protocol combines scalable blockchain infrastructure with AI integration for next-gen dApps. Humanity Protocol tackles AI-age identity verification using biometric proofs. BlockDAG stands out with concrete ecosystem metrics. Its ongoing Legacy Sale offers BDAG coins at $0.00000044, contrasting with a $0.05 Buyback Program rate, creating a clear arbitrage opportunity. The network boasts over 10,000 TPS, more than $1B in on-chain transfers, and over 8B coins staked. Its live casino features 100+ games, and over 1B coins have been repurchased, reducing supply. BDAG is already listed on 13 exchanges like BitMart and LBank, with Tier-1 listings pending.

TheNewsCryptoHace 8 hora(s)

Top Crypto Coins With Real Use Cases To Watch in June 2026: NEAR, HYPE, Humanity Protocol, and BlockDAG Compared

TheNewsCryptoHace 8 hora(s)

Humanity Loses $31 Million in Attack, Token Price Plummets 90% Due to a Single Private Key

On June 9th, the digital identity project Humanity Protocol suffered a major security breach resulting in over $31 million in losses. According to on-chain analyst Specter, hundreds of wallets holding the project's H token were drained. The attack was confirmed by founder Terence Kwok to be caused by the compromise of a foundation member's private key. As a precaution, users are advised to avoid interacting with Humanity's cross-chain bridge or liquidity pools. The incident caused the H token price to crash over 90%, from around $0.70 to a low of $0.052, wiping its market cap from $2 billion to approximately $35.7 million. The attacker allegedly minted 100 million new H tokens and is selling them for BNB. This breach adds to existing controversies surrounding Humanity Protocol. Founded in 2024, it aimed to verify human users via palm-print biometrics and zero-knowledge proofs. However, a leaked conversation in 2025 revealed that only about 1 million of its 9 million claimed Human IDs had completed biometric verification, suggesting 88% might be bots. Furthermore, the project has faced allegations of being a repackaged product from a Chinese access control vendor, raising privacy and authenticity concerns. Founder Terence Kwok's previous venture, Tink Labs, a hotel smartphone startup that raised $170 million, failed and entered bankruptcy in 2020 after burning through its funding. The current attack highlights the persistent critical issue of private key management in crypto. Unlike smart contract exploits, a private key compromise bypasses all on-chain security mechanisms. With no user compensation plan announced yet, this $31 million breach may be a final blow to the project's credibility, already weakened by previous controversies and a heavily depreciated token.

marsbitHace 2 días 03:40

Humanity Loses $31 Million in Attack, Token Price Plummets 90% Due to a Single Private Key

marsbitHace 2 días 03:40

Humanity Loses $31 Million, a Private Key Causes Token Price to Plunge 90%

On June 9th, the digital identity project Humanity Protocol suffered a major security breach resulting in over $31 million stolen from hundreds of wallets holding its H token. The attack was caused by the compromise of a private key belonging to a foundation member, leading the team to advise users against interacting with its bridge or liquidity pools. Following the incident, the price of the H token plummeted by over 90%, from around $0.70 to a low of $0.052, wiping out a significant portion of its market capitalization. The attacker allegedly minted 100 million new H tokens and began selling them for BNB. Humanity Protocol, founded in 2024, aimed to verify human users through palm-print biometrics and zero-knowledge proofs on Polygon CDK. Despite raising $50 million across two funding rounds and achieving a unicorn valuation, the project faced prior controversies. Shortly after its June 2025 token launch, reports emerged that only about 1 million of its 9 million registered IDs had completed biometric verification, suggesting 88% might be bots. Furthermore, allegations surfaced that the project might be a rebranded "shell" of a Chinese access control company, raising concerns about data privacy and authenticity. The project's founder, Terence Kwok, has a controversial business history. His previous venture, Tink Labs, burned through $170 million in funding before collapsing in 2020. The breach highlights the persistent critical risk of private key management in crypto. With no user compensation plan detailed in the initial response, the incident deals a severe blow to trust in a project already struggling with credibility issues.

Foresight NewsHace 2 días 03:18

Humanity Loses $31 Million, a Private Key Causes Token Price to Plunge 90%

Foresight NewsHace 2 días 03:18

Pantera Partner: In the Age of Agents, Blockchain is the Inevitable Answer for AI

Summary: AI and blockchain are converging around four key pillars: payment settlement, identity systems, open systems, and resource aggregation, with commercial projects already emerging in each area. The two technologies are fundamentally complementary: AI enables infinite supply (content, agents), while blockchain establishes scarcity and verifiable ownership. AI agents generate content and services, and blockchain handles the verification and value settlement. A significant valuation mismatch exists, with leading AI companies historically overvalued compared to crypto assets, despite their deep underlying integration. The emergence of autonomous AI agents—which require assets, value transfer, and large-scale coordination—creates a need for a non-human-centric financial infrastructure. Blockchain, with its programmability, 24/7 access, and low-trust settlement, is the only suitable foundation. AI agents will not use traditional bank accounts or payment rails; they will transact using stablecoins and on-chain systems. Examples include OpenFX, which settles hundreds of billions in forex trades on-chain for AI agents, and Alchemy, a core development platform. For human identity verification in an age of AI-generated content, projects like World (Worldcoin) use blockchain-based biometric verification, while TransCrypts focuses on self-sovereign identity and verifiable credentials. The current divergence presents a unique investment opportunity. AI valuations are highly elevated, while crypto assets trade at a significant discount, even though the future smart agent economy will be built on blockchain infrastructure. The fusion of AI and blockchain is not a future trend but an ongoing reality, creating a prime environment for entrepreneurs in areas like agent-native finance, decentralized identity, and on-chain AI coordination.

marsbit06/02 13:12

Pantera Partner: In the Age of Agents, Blockchain is the Inevitable Answer for AI

marsbit06/02 13:12

Galxe: How a Quest Platform Evolved into Web3's Growth Infrastructure

Galxe, once perceived as a simple Web3 quest platform, has evolved into a core growth infrastructure within the Web3 ecosystem. It addresses a fundamental Web3 growth dilemma: the lack of a mature, systematic user acquisition and retention system akin to Web2's advertising and analytics platforms. While users complete quests (social tasks, on-chain interactions) for rewards, Galxe's true innovation lies in transforming these fragmented, one-off actions into lasting, verifiable identity credentials. This process of *behavioral assetization* creates a persistent record of a user's activities across projects and chains. For users, their wallet accumulates a valuable history that can unlock future access and rewards, fostering a "profile-building" mentality. For projects, Galxe provides a pre-screened user pool with rich behavioral data, enabling targeted outreach to users based on their specific on-chain history and community engagement. Galxe employs a gamefied growth path, guiding users from low-friction social tasks into deeper, valuable on-chain interactions through a structured progression of quests. This solves the incentive-behavior mismatch common in Web3, filtering users by their willingness to engage. Beyond quests, products like Passport (identity verification) and Starboard (community analytics) position Galxe as a comprehensive growth operating system. The platform's defensible advantage is its self-reinforcing data and network flywheel: more projects attract more users, enriching behavioral data; richer data enables better user targeting, attracting more projects. Ultimately, Galxe is shifting Web3's growth logic from short-term "reward-driven" traffic towards a long-term "identity-driven" relationship model, where a user's accumulated on-chain履历 becomes a core asset.

marsbit05/25 15:00

Galxe: How a Quest Platform Evolved into Web3's Growth Infrastructure

marsbit05/25 15:00

Weekly Token Unlocks: Sahara Unlocks Tokens Equivalent to 4.1% of Circulating Supply

This week's token unlocks feature three projects with significant releases into circulation. **Sahara** will unlock 130 million tokens (approximately $4.53 million USD), representing 4.1% of its circulating supply. Sahara is a trustless, permissionless, and privacy-centric network designed for creating custom Autonomous Knowledge Agents (KA) to monetize and automate knowledge capital. **Humanity Protocol** is set to unlock 110 million tokens (approximately $22.05 million USD). It is an anti-Sybil blockchain network providing developers with human identity verification and giving users full ownership of their data and identity. **Plasma** will unlock 89.11 million tokens (approximately $7.04 million USD). It is a Layer 1 blockchain built for global stablecoin payments, featuring high throughput, stablecoin-native functionality, and full EVM compatibility. Each project section in the original article includes a visual release schedule chart detailing their respective token unlock curves.

marsbit05/23 13:00

Weekly Token Unlocks: Sahara Unlocks Tokens Equivalent to 4.1% of Circulating Supply

marsbit05/23 13:00

AI Agents Can Be Verified, But Who Protects Their Privacy?

As AI Agents evolve from automated tools into active participants in on-chain economies, a critical challenge emerges: establishing trust while preserving privacy. While standards like ERC-8004 aim to provide verifiable identity and reputation for agents, their public nature could expose sensitive operational strategies, user preferences, and business relationships in fields like DeFi, governance, and prediction markets. The proposed ACTA (Anonymous Credentials for Trustless Agents) framework addresses this by adding a privacy layer. It allows agents to cryptographically prove they meet certain criteria (e.g., having passed an audit or possessing sufficient reputation) without revealing the underlying sensitive data, using zero-knowledge proofs. This shifts trust from "public identity" to "policy-based proof." This shift is crucial because agents act dynamically on behalf of users, making their behavior a potential proxy for user intent. ACTA would enable verification of an agent's legitimacy or authorization without creating a permanent, public map of all its activities and relationships. ACTA remains a research direction with open challenges, including scalability, decentralization of credential issuers, and implementation costs. However, it highlights a fundamental need: a robust Agent economy requires not just mechanisms for verification, but also for protecting the privacy of agents, their users, and the protocols they interact with.

marsbit05/14 01:27

AI Agents Can Be Verified, But Who Protects Their Privacy?

marsbit05/14 01:27

From KYC to KYA, Is It Time to Give AI Agents Their Own 'ID Cards'?

Titled "From KYC to KYA: Is It Time to Issue 'Identity Cards' for AI Agents?", this article discusses the emerging concept of Know Your Agent (KYA) as AI agents become increasingly autonomous. In Agent-to-Agent (A2A) scenarios, where agents execute contracts, payments, and trades without human intervention, the lack of a shared identity standard creates risks like unauthorized transactions, fraud, and accountability gaps. KYA acts as a trust layer to verify an agent's origin, authority, and accountability. The need for KYA is most critical outside centralized platforms (like Google or Coinbase), such as in decentralized exchanges (DEX), A2A payments, and merchant payments. Several key players are building KYA infrastructure: - **ERC-8004**: A proposed Ethereum standard that issues a unique AgentID as an NFT, building on-chain identity, reputation, and validation systems. - **Visa TAP**: Visa's solution issues agent identity credentials, with transactions verified via triple signatures (legitimacy, delegator, payment method). - **Trulioo**: Extends its KYC/KYB compliance infrastructure using a Digital Passport for Agents (DAP), issued after verifying both the developer and user, and refreshed per transaction. - **Sumsub**: Focuses on post-issuance real-time verification, detecting agent anomalies during transactions using its existing compliance systems. Regulatory bodies are also acting. The EU AI Act mandates operator identification in logs for high-risk AI systems, the US NIST prioritizes agent identity management standards, and Singapore has released a national AI governance framework. Similar to how the 2019 FATF Travel Rule impacted crypto exchanges, possessing KYA infrastructure may determine market entry in the AI agent era. The market is expected to segment rather than produce a single winner, with success depending on integrations with merchants, payment networks, and KYC client bases.

marsbit05/10 05:45

From KYC to KYA, Is It Time to Give AI Agents Their Own 'ID Cards'?

marsbit05/10 05:45

a16z: Scaling AI Without Cryptographic Verification Is a Dangerous Liability

A16z argues that scaling AI without cryptographic verification is a dangerous liability. As AI agents rapidly evolve from tools into autonomous economic participants, they currently lack standardized, portable identities, verifiable permissions, and programmable payment methods. This creates systemic risks in an economy where non-human entities already vastly outnumber human users in sectors like finance. Blockchain infrastructure offers a solution by providing a neutral coordination layer. It enables verifiable, on-chain credentials for agent identity (a "Know Your Agent" standard), ensures transparent governance to prevent centralized control of AI systems, and facilitates native payments through stablecoins and emerging markets for AI-to-AI commerce. Without cryptographic guarantees—such as auditable transaction records, constrained agent behavior, and proof of origin—scaling AI agents accumulates unmanaged risk. Trust deficit, not intelligence, becomes the bottleneck. The authors conclude that cryptographic verification is essential to maintain user control, ensure accountability, and safely delegate economic activity to autonomous systems.

marsbit04/23 13:25

a16z: Scaling AI Without Cryptographic Verification Is a Dangerous Liability

marsbit04/23 13:25

a16z: How Blockchain Fills the Gaps in AI Agent Identity, Payments, and Trust?

AI Agents are rapidly evolving from tools into autonomous economic participants, but they lack standardized ways to prove identity, authorization, and payment across environments. Blockchain infrastructure addresses these gaps by providing portable identities via wallets, programmable payments through stablecoins, and auditable transaction records on public ledgers. Key challenges include the absence of a universal identity layer (like "KYA" – Know Your Agent) for non-human entities, governance risks when AI systems control critical resources, and the need for trustless payment systems for agent-to-agent commerce. Emerging solutions include on-chain agent registries, encrypted credentials, and crypto-native toolkits that enable delegated authority and verifiable execution. Stablecoins and embedded payment protocols (e.g., x402) are enabling a new class of "headless merchants" where agents transact without human intervention. Trust shifts from manual oversight to cryptographic verification, as scalability demands automated accountability. Ultimately, blockchain allows agents to operate as permissionless economic actors while preserving user control through programmable constraints and transparent governance.

marsbit04/23 10:39

a16z: How Blockchain Fills the Gaps in AI Agent Identity, Payments, and Trust?

marsbit04/23 10:39

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