Solution Proposal
For: Shutter Network By: Lumos Date: April 8, 2025
Business Goal
The primary objective is to conduct a thorough technical assessment of the Shutter Network. The assessment aims to ensure the robustness, security, and performance efficiency of the network infrastructure, enabling future scalability and stability. This technical assessment is crucial to identify potential areas of improvement, enhance service reliability, and facilitate seamless operational performance.
- Network: Shutter Network
- Tech Stack:
- Frontend: -
- Backend: GoLang
- Smart Contracts: Solidity
- Infrastructure: TBD
Proposed Technical Approaches
Architecture Review
- Analyze Rolling Shutter’s distributed key generation (DKG) mechanism
- Evaluate the threshold encryption scheme implementation
- Review the leader selection process for block proposal
- Assess the sequencer design and transaction order enforcement
Protocol Analysis
- Study the commit-reveal scheme for transaction submission
- Analyze the timelock mechanisms and their security guarantees
- Examine the cryptographic primitives used for transaction encryption
- Review consensus mechanisms for transaction ordering
Security Assessment
- Conduct threat modeling of potential attack vectors
- Identify potential collusion scenarios among participants
- Assess resistance to various MEV attack types (frontrunning, sandwiching, etc.)
- Evaluate key management and security practices
Integration Analysis
- Evaluate compatibility with target L1/L2 networks
- Review API interfaces for developer usability
- Assess integration complexity for various transaction types
- Test interoperability with existing blockchain infrastructure
Economic Model Review
- Analyze incentive structures for node operators
- Evaluate fee mechanisms and distribution
- Model game theory scenarios for potential adversarial behavior
- Review the sustainability of the economic model
Comprehensive Report
- Compile detailed, actionable insights and recommendations based on the evaluation of Shutter Network’s protocol approach
- Present clearly structured guidance for enhancing security, performance, and integration effectiveness
Further Scope
Development of Formal Model for MEV Protection
Threat Modeling
- Map out potential attack vectors
- Identify trust assumptions in design
- Model collusion scenarios and economic incentives
Feasibility Analysis
- Assess computational requirements for operations
- Evaluate latency impact on transaction execution
Prototype Planning
- Identify core components for a minimal viable implementation
- Create technical specifications for key interfaces
- Develop testing strategies for security validation
Team Composition
Role | Hours (h) | Rate ($/h) | Cost ($) |
---|---|---|---|
Solution Architect | 64 | 85 | 5,440 |
Business Analyst | 0 | 50 | 0 |
Project Manager | 0 | 35 | 0 |
UI/UX Designer | 0 | 25 | 0 |
Security/Cryptography Engineer | 96 | 75 | 7,200 |
Backend Engineer | 88 | 75 | 6,600 |
Blockchain Engineer | 88 | 75 | 6,600 |
DevOps Engineer | 0 | 50 | 0 |
QA Engineer | 0 | 25 | 0 |
- Optimistic: $25,840
- Pessimistic: $35,530
Estimation
- Confidence: 81.93%
Timeline and Cost
- Indicative Timeline: 3 - 4 weeks
- Indicative Budget: $21,964.00
The proposed billing model is Time and Materials (TnM), meaning that costs and timelines are flexible and based on the time spent and resources used during project development.