


Miden has successfully completed its incubation from the Agglayer Breakout Program and secured a $25 million seed round led by prominent venture capital firms a16z crypto, 1kx, and Hack VC. The funding round also includes participation from Finality Capital Partners, Symbolic Capital, P2 Ventures, Delta Fund, MH Ventures, and notable angel investors including Rune Christensen from MakerDAO, Avery Ching from Aptos, and Sreeram Kannan from EigenLayer.
The project is led by Bobbin Threadbare, Domink Schmid, and Azeem Khan, whose combined experience includes former roles on the blockchain team at Facebook (now Meta). This leadership background places Miden alongside other prominent web3 projects such as Sui and Aptos. As a graduate of the Agglayer Breakout Program, Polygon Miden is expected to airdrop approximately 10% of native tokens to stakers, incentivizing network support and bootstrapping network effects.
Miden is pioneering a new blockchain paradigm known as the "edge blockchain," which fundamentally reimagines traditional blockchain architecture. Unlike conventional blockchains such as Sui, Aptos, and Solana that process transactions centrally, Polygon Miden leverages zero-knowledge (ZK) technology to move both execution and state to the client-side, or edge devices. This architectural innovation enables developers to create scalable applications without the constraints imposed by traditional blockchain design.
The edge blockchain concept addresses critical limitations in existing blockchain systems. As co-founder Bobbin Threadbare explains, current blockchains face fundamental challenges: scalability issues, privacy shortcomings, developer friction, or compromises on core Web3 principles such as self-custody and censorship resistance. By pushing computation and state management to user devices, Miden unlocks a previously unexplored design space that reconciles these competing demands.
Miden's architecture delivers three transformative capabilities for blockchain development. First, it enables horizontal scaling while preserving interoperability and network effects, solving the fragmentation problem created by traditional horizontal scaling solutions. Second, individual applications can scale without predefined limits while maintaining private yet auditable state, eliminating bottlenecks associated with shared blockspace.
Third, Polygon Miden combines private state management, full smart contract support, and genuine scalability—capabilities previously thought incompatible in decentralized systems. By leveraging zero-knowledge proofs, developers can now construct sophisticated systems with complex logic and hybrid public-private states, all while maintaining user confidentiality and regulatory compliance. This represents a significant advancement over existing blockchain platforms that force developers to choose between privacy, functionality, and scalability.
Miden has progressed through its alpha testnet phase and continues to engage with developers through the Miden Pioneer Program, designed to onboard early builders and support real-world use case development on the network.
The $25 million funding has accelerated Miden's development initiatives across multiple fronts. Capital allocation supports core protocol advancements, ensuring the robustness and security of the underlying architecture. Additionally, the funding enables ecosystem expansion, attracting developers and projects to build on Polygon Miden, as well as development of essential tooling to reduce friction for builders.
Miden's development trajectory demonstrates momentum and commitment to production readiness. Mainnet operations have commenced, marking the transition from testing phases to full network availability. This timeline reflects confidence from leading investors and experienced technical leadership in the viability and market readiness of the edge blockchain paradigm.
Miden represents a significant evolution in blockchain architecture, addressing long-standing challenges of scalability, privacy, and developer experience through the innovative edge blockchain model. With strong backing from premier venture capital firms and angel investors from leading blockchain projects, along with experienced leadership from Meta's blockchain team, Polygon Miden is positioned to deliver meaningful innovation to the blockchain ecosystem. The operational mainnet represents a critical milestone, enabling developers to deploy truly scalable, privacy-preserving applications that maintain the core principles of decentralization and censorship resistance. As the blockchain industry continues to mature, Miden's approach to moving computation and state to the edge may establish a new standard for how blockchain systems balance competing demands of performance, privacy, and decentralization.
Polygon Miden is a zero-knowledge rollup designed for high-throughput and private applications. It enhances blockchain scalability and privacy on the Polygon network.
The Polygon mainnet is an Ethereum-compatible blockchain designed to enhance scalability and reduce transaction fees. It operates on a proof-of-stake consensus mechanism, enabling faster and cheaper transactions than Ethereum.
Miden is a programmable privacy network designed for compliant finance. It combines blockchain technology with customizable privacy solutions, enabling secure and regulatory-compliant transactions for business applications.
Polygon Miden uses STARK zero-knowledge proofs to move computations to client devices, generating lightweight proofs submitted to the network for verification. This ensures privacy and security while maintaining a local execution model without revealing private data.
Polygon Miden is a ZK rollup prioritizing privacy through zero-knowledge proofs, while other Polygon solutions focus on scalability and Ethereum compatibility. Miden emphasizes confidentiality and unique cryptographic features.
Polygon Miden enables composable smart contracts through a safe, Turing-complete language. Primary use cases include secure wallets, decentralized finance (DeFi), DAOs, and governance applications. It enhances security and functionality for decentralized ecosystems.











