Testing Campaigns

From Design to Comprehensive Network Testing

Testing is an indispensable part of blockchain development, ensuring that your network is secure, scalable, and ready for mass adoption. At Visualisa, our testing campaigns focus on delivering secure, high-performing blockchain systems through a combination of advanced testing methodologies.

1. Initial assessment and test planning

We start with a comprehensive assessment of your system, identifying key areas for testing. This includes analyzing the network's architecture, smart contract interactions, and potential vulnerabilities. Based on this analysis, we define clear goals, establish test metrics, and develop a customized testing strategy.

2. Development of test cases and scenarios

Our test case design covers a wide range of scenarios, including functional, integration, and regression testing. These tests ensure that all system components interact seamlessly and meet your project's specific requirements.

3. Fuzz testing and formal verification

Fuzz testing simulates unexpected and extreme inputs to uncover hidden bugs and vulnerabilities. By subjecting your smart contracts and systems to randomized data inputs, we identify edge cases and ensure that the network behaves as expected under all conditions.

4. Invariant tests for security and stability

Invariant testing focuses on maintaining core security properties, such as preventing unauthorized access to funds or ensuring consistent token supply. These tests validate the network's resilience and ability to maintain these properties under various conditions.

5. Penetration testing and vulnerability assessments

Penetration testing identifies security vulnerabilities by simulating real-world attack scenarios. Our blockchain security experts employ advanced pentesting techniques to uncover weaknesses in your network, providing insights to strengthen its defenses.

6. Formal verification

Formal verification involves mathematically proving the correctness of your smart contracts. This ensures that critical functions behave exactly as intended and comply with predefined specifications, reducing the risk of bugs and exploits.

7. Detailed reporting

We compile all findings into a detailed bug report, categorizing issues by severity and providing actionable recommendations. This report serves as a roadmap for addressing vulnerabilities and enhancing system performance.