Our research spans blockchain infrastructure, decentralized governance, autonomous systems, and human-machine collaboration. Explore our latest publications and working papers.
Our interdisciplinary approach bridges theoretical foundations with practical implementations.
Blockchain-based systems for verifiable trust, attestations, and access control in enterprise environments.
Novel voting mechanisms, treasury management, and coordination systems for DAOs and organizations.
Human-machine collaboration frameworks and orchestration layers for autonomous operations.
Edge computing, mobile data centers, and resilient infrastructure for contested environments.
Working papers, technical specifications, and research findings from the Zuup Innovation Lab.
K. Wooden, Z. Research Team
A comprehensive framework for implementing role-based access control and cryptographic attestations in enterprise AI deployments using Solana blockchain infrastructure.
Z. Research Team
Analysis of quadratic voting implementations with time-locked execution and futarchy prediction markets for decentralized autonomous organizations.
K. Wooden, Z. Research Team
Technical specifications for fully-collateralized stablecoins with atomic mint/burn operations and on-chain reserve verification mechanisms.
PodX Research Division
Design principles for rapidly deployable mobile data centers optimized for austere and contested operational environments.
Symbion Research
Novel approaches to ingestible biosensor data collection and analysis for gut-brain axis research and personalized health interventions.
Aureon Research
Multi-agent reinforcement learning systems for enterprise procurement optimization with real-time market analysis and supplier evaluation.
We actively collaborate with universities, research institutions, and industry partners. Interested in working with us?