Industry
WEB3
Company
VeChain
Role
Head of User Experience
StarGate | VeChain Staking Platform
Product Overview
StarGate is VeChain’s staking and delegation platform, designed to replace a legacy node-based system with a more flexible and composable participation model. The product allows VET holders to lock tokens and receive a Delegator NFT that represents their staking position on-chain. This NFT becomes the primary object users interact with: it encodes the amount staked, accrues rewards, can be delegated to validators, and can be transferred independently of the wallet that created it. By separating stake ownership from validator participation, StarGate introduces a clearer abstraction for how users engage with consensus while reducing the rigidity of account-bound staking. From a user perspective, staking is a single, explicit action that results in a persistent object rather than a hidden state. Delegation is handled by assigning the NFT to a validator, with rewards generated in VTHO based on stake size and validator performance. Because the staking position is represented as an NFT, it can be moved between wallets or held by custodial services, enabling flexibility that was not possible in the previous model. StarGate also includes migration flows that convert existing node positions into Delegator NFTs, preserving prior entitlements while aligning users with the new tokenomics and consensus architecture introduced as part of the VeChain Renaissance upgrade. At a system level, StarGate is designed as foundational infrastructure rather than a standalone feature. It lowers participation thresholds, introduces explicit user choice through delegation, and creates a shared, transferable staking primitive that future governance, incentive, and third-party integrations can build on. The product intentionally surfaces the trade-offs involved in staking—lockups, delegation decisions, and reward dynamics—while using progressive disclosure to manage protocol complexity. In practice, StarGate shifts staking from a static, opaque mechanism into a modular system component that can scale with both network needs and user sophistication.
Problem Statement
With the introduction of staking, delegation, and governance in the VeChain ecosystem, users lacked a clear, unified, and trustworthy experience to understand these new concepts, take action, and manage participation, creating high cognitive friction and limiting confidence, adoption, and meaningful engagement.
Target Audience
The primary target audience for StarGate primarily consists of VeChain token (VET) holders who are interested in staking and earning passive rewards. They tend to be crypto-savvy, engaged in blockchain communities, and familiar with concepts like delegation, NFTs, and network participation. Many are motivated by long-term value accumulation, supporting network security, and exploring innovative DeFi mechanisms like NFT-based staking positions. The secondary audience includes crypto enthusiasts and DeFi users who may not yet hold VET but are interested in innovative staking, NFT-based positions, and earning rewards across different blockchain networks. They are typically curious about new yield opportunities, early adopters of blockchain tools, and open to exploring VeChain’s ecosystem through accessible staking experiences.
Design Challenges
Designing a platform for users like Crypto Daniel comes with several key challenges:
Lowering the barrier to entry for non-technical users while preserving the full power and flexibility required by experienced delegators and validators.
Communicating complex staking mechanics (delegation, epochs, rewards, lockups) in a way that feels intuitive, trustworthy, and easy to understand at a glance.
Balancing transparency and simplicity, ensuring critical information (fees, risks, performance) is visible without overwhelming users with technical detail.
Designing for trust in high-stakes interactions, where users are committing real value and need confidence at every step of the flow.
Supporting multiple user personas (delegators, validators, node operators) within a single coherent product experience.
Ensuring consistency across platforms, including web, wallet integrations, and different connection methods, without fragmenting the user journey.
Handling irreversible or time-locked actions (delegation, undelegation) with clear confirmations, safeguards, and recovery guidance.
Designing scalable systems for growth, able to accommodate increasing validators, evolving tokenomics, and new governance rules without rework.
Educating users without interrupting flow, embedding guidance and explanations contextually rather than relying on external documentation.
Successfully addressing these challenges is critical to creating a platform that resonates with the VeFam community and crypto enthusiast users, fostering long-term engagement and impact.








