Twinstake is a non-custodial staking provider that enables institutions to stake digital assets on established protocols while maintaining control over their private keys. The platform enhances performance and compliance through optimized staking solutions, detailed reporting, and risk mitigation strategies tailored for institutional clients.
Funding
Funding not disclosed
Founders
Product
Problem
Institutional investors face challenges when staking digital assets, including the need to maintain control over private keys, ensure compliance, optimize staking performance, and manage risk effectively. Existing staking solutions often lack the tailored reporting, data analytics, and risk mitigation strategies required by institutional clients.
Solution
Twinstake provides a non-custodial staking platform designed for institutions, enabling them to stake digital assets on various protocols while retaining control of their private keys. The platform focuses on enhancing staking performance through optimized solutions, delivering detailed reporting and data analytics, and implementing risk mitigation strategies tailored to the specific needs of institutional clients. Twinstake supports staking on established and emerging protocols, offering a secure and compliant environment for institutional staking activities.
Target Audience
Twinstake's primary target audience consists of institutional investors seeking a secure, compliant, and high-performance solution for staking digital assets while maintaining control over their private keys.
Features
- Non-custodial staking infrastructure ensuring institutional control over private keys
- Support for a range of established and promising protocols including ETH, SOL, POL, DYM, TIA, INJ, NEAR, APT, AVAX, TON, ATOM, OSMO, XRD, PEAQ, STRK, EIGEN, and IOTA
- Optimized staking solutions designed to maximize staking performance
- Enhanced reporting and data analytics providing detailed insights into staking activities
- Compliance and risk mitigation strategies tailored for institutional requirements