#Case study
#Case study
#Case study
#Case study
Explore our latest successful projects
Explore our latest successful projects

ZKSync RSS Feed
Client Company:
ScopeLift - ZKSync
Overview:
The ZKSync & Ethereum Governance Event Monitor project aimed to create a transparent, scalable, and efficient monitoring system for governance-related events on ZKSync Era and Ethereum Mainnet. By transforming blockchain events into structured RSS feeds, this solution provides stakeholders and developers with accessible and real-time insights into governance activities.

ZKSync RSS Feed
Client Company:
ScopeLift - ZKSync
Overview:
The ZKSync & Ethereum Governance Event Monitor project aimed to create a transparent, scalable, and efficient monitoring system for governance-related events on ZKSync Era and Ethereum Mainnet. By transforming blockchain events into structured RSS feeds, this solution provides stakeholders and developers with accessible and real-time insights into governance activities.

ZKSync RSS Feed
Client Company:
ScopeLift - ZKSync
Overview:
The ZKSync & Ethereum Governance Event Monitor project aimed to create a transparent, scalable, and efficient monitoring system for governance-related events on ZKSync Era and Ethereum Mainnet. By transforming blockchain events into structured RSS feeds, this solution provides stakeholders and developers with accessible and real-time insights into governance activities.

ZKSync RSS Feed
Client Company:
ScopeLift - ZKSync
Overview:
The ZKSync & Ethereum Governance Event Monitor project aimed to create a transparent, scalable, and efficient monitoring system for governance-related events on ZKSync Era and Ethereum Mainnet. By transforming blockchain events into structured RSS feeds, this solution provides stakeholders and developers with accessible and real-time insights into governance activities.

Privacy-Preserving Digital Asset Management with IVCNotes
Client Company:
Ethereum Foundation - Grant
Overview:
The Ethereum Foundation engaged our team to design and implement a cutting-edge privacy-preserving framework for digital asset management. The project, **IVCNotes**, focused on creating a system that leverages Zero-Knowledge Proofs (ZKPs) and Incremental Verifiable Computation (IVC) to enable secure and private transactions of digital notes. Additionally, Multi-Party Computation (MPC) was explored as a mechanism for collective verification to enhance the system’s security and resilience.

Privacy-Preserving Digital Asset Management with IVCNotes
Client Company:
Ethereum Foundation - Grant
Overview:
The Ethereum Foundation engaged our team to design and implement a cutting-edge privacy-preserving framework for digital asset management. The project, **IVCNotes**, focused on creating a system that leverages Zero-Knowledge Proofs (ZKPs) and Incremental Verifiable Computation (IVC) to enable secure and private transactions of digital notes. Additionally, Multi-Party Computation (MPC) was explored as a mechanism for collective verification to enhance the system’s security and resilience.

Privacy-Preserving Digital Asset Management with IVCNotes
Client Company:
Ethereum Foundation - Grant
Overview:
The Ethereum Foundation engaged our team to design and implement a cutting-edge privacy-preserving framework for digital asset management. The project, **IVCNotes**, focused on creating a system that leverages Zero-Knowledge Proofs (ZKPs) and Incremental Verifiable Computation (IVC) to enable secure and private transactions of digital notes. Additionally, Multi-Party Computation (MPC) was explored as a mechanism for collective verification to enhance the system’s security and resilience.

Privacy-Preserving Digital Asset Management with IVCNotes
Client Company:
Ethereum Foundation - Grant
Overview:
The Ethereum Foundation engaged our team to design and implement a cutting-edge privacy-preserving framework for digital asset management. The project, **IVCNotes**, focused on creating a system that leverages Zero-Knowledge Proofs (ZKPs) and Incremental Verifiable Computation (IVC) to enable secure and private transactions of digital notes. Additionally, Multi-Party Computation (MPC) was explored as a mechanism for collective verification to enhance the system’s security and resilience.

Enhancing Cross-Chain Donations for Gitcoin Grants
Client Company:
Gitcoin
Overview:
Enhancing Cross-Chain Donations for Gitcoin Grants

Enhancing Cross-Chain Donations for Gitcoin Grants
Client Company:
Gitcoin
Overview:
Enhancing Cross-Chain Donations for Gitcoin Grants

Enhancing Cross-Chain Donations for Gitcoin Grants
Client Company:
Gitcoin
Overview:
Enhancing Cross-Chain Donations for Gitcoin Grants

Enhancing Cross-Chain Donations for Gitcoin Grants
Client Company:
Gitcoin
Overview:
Enhancing Cross-Chain Donations for Gitcoin Grants

Hierarchical Safe Implementation Architecture
Client Company:
Private
Overview:
We outline two robust approaches to implementing hierarchical control structures using Gnosis Safe. Each design serves different organizational needs and security requirements, offering unique advantages for specific use cases.

Hierarchical Safe Implementation Architecture
Client Company:
Private
Overview:
We outline two robust approaches to implementing hierarchical control structures using Gnosis Safe. Each design serves different organizational needs and security requirements, offering unique advantages for specific use cases.

Hierarchical Safe Implementation Architecture
Client Company:
Private
Overview:
We outline two robust approaches to implementing hierarchical control structures using Gnosis Safe. Each design serves different organizational needs and security requirements, offering unique advantages for specific use cases.

Hierarchical Safe Implementation Architecture
Client Company:
Private
Overview:
We outline two robust approaches to implementing hierarchical control structures using Gnosis Safe. Each design serves different organizational needs and security requirements, offering unique advantages for specific use cases.
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