Module 2 Quiz: Vultisig Architecture and Components

Test your understanding of Vultisig's architecture, components, and security model. Complete this quiz to progress in your Vultisig Multisig Security certification.

Quiz Instructions

Please read before starting the quiz

This quiz consists of 10 multiple-choice questions about Vultisig's architecture, components, and security model. Each question has only one correct answer.

You must score at least 80% (8 out of 10 questions) to pass the quiz
You can retake the quiz if you don't pass on your first attempt
Completing the quiz successfully will earn you 100 $INITIUM tokens and count toward your certification progress
Take your time and refer back to the module content if needed before submitting your answers

Important Note

This quiz is designed to test your understanding of the concepts, not just your memory of specific terms. Focus on understanding the underlying principles of Vultisig's architecture and security model.

Question 1

Architectural Layers

Which of the following is NOT one of the main architectural layers in Vultisig's design?

Protocol Layer

Blockchain Integration Layer

Data Storage Layer

Security Layer

Question 2

Component Functionality

Which Vultisig component is primarily responsible for implementing the cryptographic protocols for distributed key generation and threshold signatures?

Vault Manager

TSS Engine

Secure Messenger

Key Share Manager

Question 3

Security Model

In a 3-of-5 Vultisig multi-signature setup, how many compromised devices can the system tolerate while still maintaining security?

1 device

2 devices

3 devices

4 devices

Question 4

Component Interactions

During the transaction signing flow, which component validates the transaction against security policies before the signing process begins?

Vault Manager

Blockchain Connector

Policy Enforcer

TSS Engine

Question 5

Security Features

Which security feature allows Vultisig to verify the correctness of operations without revealing sensitive information?

End-to-end encryption

Zero-knowledge proofs

Audit logging

Device authentication

Question 6

Architectural Principles

Which architectural principle does Vultisig follow by implementing multiple layers of security controls?

Principle of least privilege

Defense in depth

Separation of concerns

Trust but verify

Question 7

Threat Mitigation

Which threat mitigation strategy does Vultisig employ to protect against network interception attacks?

Hardware security integration

Threshold signature scheme

End-to-end encryption with perfect forward secrecy

Social recovery protocols

Question 8

Component Security

Which security feature does the Key Share Manager implement to protect key shares on each device?

Encrypted key share storage

Zero-knowledge proofs

Message authentication codes

Transaction verification

Question 9

Trust Assumptions

Which of the following is a key trust assumption in Vultisig's security model?

All participants must be trusted at all times

The central server must be secure and trusted

Devices used for key generation must not be compromised at that time

Network communications must be completely secure

Question 10

Architectural Design

Which component design principle does Vultisig follow to minimize the impact of a potential compromise of any single component?

Defense in depth

Least privilege

Trust but verify

Fail-safe defaults

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Quiz Tips

Helpful advice for success

Read each question carefully before answering
If unsure, refer back to the module content
Focus on understanding concepts, not memorizing terms
Take your time - there's no time limit
Don't leave any questions unanswered