Anies Khan

Anies is an Analyst at Greenfield. Before joining, he gained experience in venture capital at DvH Ventures and coparion.

Anies holds a Master of Science degree in Finance from Frankfurt School of Finance and Management.

Publications from Anies

  • _Investments
    Tags: , Published On: March 19th, 2024

    We're thrilled to announce that Greenfield is co-leading Keyring's $6M seed funding round alongside Gumi Cryptos Capital. Keyring addresses the crucial challenges of regulatory compliance and market liquidity by empowering financial organizations to engage with compliant counterparts when participating in DeFi. Leveraging zero-knowledge (ZK) technology, Keyring guarantees institutional-grade privacy and security for sensitive data.

  • _Research
    Tags: , , Published On: August 30th, 2023

    We at Greenfield believe blockchains and tokenization will transform global capital markets via an emerging internet-native financial system. This research effort is the first in a series to illustrate the motivations, advantages, challenges, and solutions that define the emerging transformation in global on-chain capital markets. We start things off by _1 framing problems in the traditional financial markets on a high level that led to _2 the emergence of public blockchains, the critical advantages of which for capital markets will be laid out. Furthermore, _3 challenges for realizing these advantages will be discussed, while _4 arguing that the space has made significant progress since previous hype cycles.

  • _Investments
    Tags: Published On: April 5th, 2023

    While Web2 companies may use many advertising methods to drive users to their services and products, the same tools and strategies often don't work in Web3. This is where DappBack, a Web3-native platform for community engagement and user acquisition, comes in. We are excited to co-lead DappBack’s $2.5M seed round with IOSG Ventures.

  • _Research
    Tags: , Published On: February 25th, 2023

    Web2 Online Dating might be the next industry that will be disrupted by Web3 technologies. In this research article, we present potential key features a Web3 dating service, protocol or offering could or should include.