Staking Platformearn through staking
Staking platform interface
stake pool platform
Client
StakePool
Industry
Web 3.0
Headquarters
Chile
Services
UI/UX Design
About project
StakePool is a structured staking platform that enables crypto asset holders to participate in Proof-of-Stake validation, DeFi yield strategies, and liquid staking protocols through a unified interface.
Human-Readable Translation
Send 100 USDC to secure Vault
Auto-Recovery Security Shield Enabled
Web3 Security, Redefined.
We engineered a hardware-compatible interface that translates confusing crypto actions into clean, readable experiences.
Staking participation required navigating complex validator selection, lock-up periods, and reward calculation across multiple protocols — excluding non-technical holders from yield opportunities.
Zylo designed a simplified staking interface with guided validator selection, transparent reward projections, and liquid staking options that maintain asset flexibility.
Process
Discovery
Protocol compatibility audit
Staking mechanism analysis
User research on barriers
Liquid staking design
Smart contract security review
Protocol Architecture
Multi-protocol aggregation
Reward calculation logic
Liquid staking system
Validator ranking model
Frontend state management
Implementation
Contract integration
Security auditing
Mainnet testing
Protocol launch
System Architecture
A multi-protocol staking aggregation layer manages validator connections, reward calculation, liquid staking token management, and unstaking workflows through a unified contract interface.
Interface Engineering
Staking dashboards surface active positions, projected APY, lock-up timelines, and liquid staking ratios in a clear, action-oriented layout with guided entry flows.
Your crypto working for you — through structured, transparent staking.
MOBILE-FIRST
EXECUTION
Mobile staking management enables one-tap reward claiming, position monitoring, and unstaking request submission with clear lock-up countdown indicators.
UI Kit
Component library covers validator cards, APY comparison panels, staking position trackers, reward claim flows, and lock-up timeline indicators.
AUTOMATION
FRAMEWORK
Reward compounding, validator performance monitoring, unstaking request processing, and liquid staking token rebalancing are fully automated.
Design system
Results
Measurable outcomes from real-world AI and engineering deployments.
+78%
Increase in non-technical staker participation
2.4×
Improvement in average staking yield vs. manual
-61%
Reduction in staking setup time
93%
Reward claim success rate across protocols
Verified across 500+ enterprise deployments
Let's work together
3-day AI Engineering Collaboration
Sprint
AI-driven collaboration sprint with senior engineers to design, build, and refine real-world software solutions. Focused on execution, technical depth, AI capability, and product thinking—not just ideas, but working systems.