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The cost of a pen test depends on the scope and complexity of the systems being tested. Our clients receive a detailed breakdown of costs for transparent penetration test pricing before starting the pentest. There are no hidden fees. The average cost of a penetration test depends on its type and the complexity of the system. A properly conducted penetration test is much more cost-effective than the potential cyber threat costs you might encounter. After requesting a quote, we will provide you with a detailed pricing breakdown for your project. You will have a team of experts and ethical hackers working to identify every possible way your systems could be at risk. If you don’t know where to start or which systems to test first, our security experts will make recommendations, highlight potential weak points, guide you at every step, and assist you in making the pen test cost-effective for you overall.

A penetration test involves the simulation of real-world attack techniques by ethical hackers in a secure environment. This test helps identify potential weak points and enables proactive measures against potential threats. It is crucial for maintaining the security of your system, ensuring the safety of customer and user data, preventing reputational and financial losses, and ensuring compliance with legal regulations.

Penetration tests are conducted in a secure and controlled environment by ethical hackers and expert teams. Such security tests do not cause harm to the systems being tested.

Black Box Penetration Testing simulates a scenario in which the attacker has no prior knowledge. This creates a scenario where the attacker attempts to gain external access to the system to assess the effectiveness of the system’s defense.

In Gray Box testing, a scenario is simulated in which the attacker has limited internal knowledge. This type of test provides limited access to the internal structure and some details of the system being tested.

White Box testing, on the other hand, provides full access to all details and the internal structure of the system being tested. This type of test involves a detailed examination and analysis of all vulnerabilities and security flaws in the system.

The complexity of the project or system, security requirements, budget, and time constraints are important factors in determining the appropriate type of penetration test. More complex, critical, and sensitive systems may generally be more suitable for white box testing, while simpler systems may suffice with black box testing. More comprehensive and detailed tests often require more time and resources, while black box testing may be preferred for faster results.

These types of tests are used to assess the security level of the system by simulating different scenarios based on the attacker’s level of knowledge. Taking these factors into account, we provide our clients with a detailed requirements report during the initial consultation to help determine the most suitable type of penetration test.

The penetration testing process includes the following steps:

1. Target Definition: First, the scope and objectives of the test are determined. It is planned which systems, networks, or applications will be tested and which types of attack scenarios will be simulated.
2. Authorization: Necessary permissions and authorizations for penetration testing are obtained. This step ensures that the test is conducted in compliance with legal and regulatory requirements.
3. Information Gathering: Prior to the test, as much information as possible about the target systems and networks is collected. This enables the test to be conducted more effectively and efficiently.
4. Creation of Attack Scenarios: Different attack scenarios are created for the test. These scenarios aim to identify the security vulnerabilities of the system by simulating real-world attack techniques.
5. Implementation of Penetration Testing: Penetration testing is carried out in accordance with the created attack scenarios. Ethical hackers or security experts identify security vulnerabilities by launching attacks on the system.
6. Reporting: The test results are reported in detail. The identified security vulnerabilities and recommended solutions are reported, outlining the steps to be taken to enhance the system’s security.

This process is important for assessing the security level of the system and identifying security vulnerabilities.

1. System and Network Information: Details of the systems and networks to be tested, technical details such as IP addresses, server information, etc., should be shared.
2. Expectations and Objectives: You should clearly express your expectations and the objectives you aim to achieve during the penetration testing process.
3. Legal and Regulatory Information: If your project has legal and regulatory requirements, there may be information that needs to be shared in this regard.

Sharing this information is important for the efficient and effective execution of the penetration testing process. During the initial consultation with our expert team member, you will receive guidance on securely sharing your information.

The following types of attack scenarios are typically examined within the scope of penetration testing:

Network Attacks: Attack scenarios conducted over the network are examined. This may include unauthorized access to network traffic, compromising network devices, and similar situations.

Web Application Attacks: Attack scenarios targeting web-based applications are examined. This may include attack types such as SQL injection, cross-site scripting (XSS), and cross-site request forgery (CSRF).

Physical Security Attacks: Attack scenarios that could be carried out through physical access are examined. This may include attempts to damage computer systems or network infrastructure through physical access.

Social Engineering Attacks: Attack scenarios aimed at manipulating users to obtain sensitive information are examined. This may include tactics such as phishing emails and phone scams.

Examining these scenarios allows for the identification of security vulnerabilities in the tested systems from different perspectives. This enables the overall security level of the system to be assessed and necessary measures to be taken.

1. Remediation of Security Vulnerabilities: Updates can be made to relevant systems to address identified security vulnerabilities and flaws, software errors can be corrected, and configuration settings can be reviewed.
2. Reinforcement of Firewalls: Based on the results of penetration testing, network security firewalls and other security measures can be strengthened, and if necessary, new security measures can be added to enhance the defense mechanisms of the network.
3. Staff Training: Training programs can be organized to increase employee security awareness based on the results of penetration testing, and security policies can be reviewed.
4. Updating Emergency Plans: Based on the results of penetration testing, emergency plans for potential security breaches can be updated, and crisis management processes can be reviewed.
5. System Monitoring and Logging: Based on the results of penetration testing, system monitoring and logging processes can be strengthened, and a more effective infrastructure for the detection and intervention of security events can be established.

These measures can be taken based on the results of penetration testing to enhance the security level of the system and minimize potential security risks.

Penetration testing is performed by Hackdra ethical hackers and expert security team. These experts, who have nothing to do with issues other than fighting cybercrime, are professionals with information security certificates. Hackdra uses special software and methods developed by itself to achieve the most effective results. In this way, it guarantees that the test gives successful and reliable results.

The results obtained after the penetration test are reviewed and evaluated. The identified security vulnerabilities and weaknesses are reported and shared with the system owner. Subsequently, the necessary steps to address these vulnerabilities are discussed with the client. Depending on the client’s request, security measures in the system are strengthened, software errors are corrected, and configuration settings are reviewed. Additionally, training programs can be organized to increase employees’ security awareness, and security policies can be reviewed. Based on the results of the penetration test, emergency plans are updated, and crisis management processes are reviewed. System monitoring and logging processes are strengthened, and a more effective infrastructure for detecting and responding to security incidents can be established. These practices, carried out at the client’s request after the penetration test, aim to enhance the system’s security level and minimize potential security risks. These activities following the penetration test are not part of the test itself and involve strengthening the system based on the test results.

Blockchain protocol is a distributed ledger technology. Its basic features are:

• It operates on a distributed network and does not require a central authority. All participants verify the data.
• Transactions are chained in blocks. Each block contains the hash value of the previous block. This securely links the blocks together.
• Each participant has a copy of the entire ledger containing all blocks on the network. The ledger is continuously updated as new blocks are added.
• Transactions cannot be reversed. Once a block is added to the ledger, all transactions within that block become permanent.
• Since there is no central authority, the system is transparent and immutable. It provides trust between participants.

Blockchain technology has started to be used in fields such as cryptocurrencies, finance, healthcare, industry and more. Thanks to its core principles, it enables reliable and transparent transactions.

Blockchain protocol auditing refers to the process of reviewing and analyzing the underlying code and design of a blockchain protocol to evaluate its security, functionality and compliance. Here are some key aspects of blockchain protocol auditing:

• Security audit: Analyzing the protocol’s smart contracts, consensus mechanism and other technical components to check for vulnerabilities, bugs or exploits that could compromise security.
• Architecture review: Assessing the overall architecture of the blockchain, including its data structures, consensus algorithm and other design elements. This ensures optimal performance and intended operation.
• Compliance check: Verifying the protocol adheres to relevant technical standards, privacy/data protection laws and other compliance requirements for the industry/use case.
• Functional testing: Testing the core functions and features of the blockchain to validate it operates as intended and meets functional specifications. This includes testing transactions, wallets, mining etc.
• Performance evaluation: Evaluating the protocol’s scalability, throughput, latency and ability to handle increased usage over time. This confirms it can function efficiently as adoption grows.

Conducting regular blockchain protocol audits helps identify issues, minimize risks and ensure protocols maintain intended security, functionality and compliance as they evolve over time with upgrades. It provides accountability and transparency.

There are several key reasons why blockchain protocol auditing is important:

• Security: Auditing helps identify any potential security vulnerabilities or weaknesses in the protocol design before exploits can occur. This protects users and the integrity of the blockchain.
• Compliance: Auditing verifies the protocol complies with regulations for its intended use case and industry. This is important for adoption and avoiding legal issues.
• Quality assurance: Auditing tests functionality to ensure the protocol operates as specified and intended. This provides assurance for developers and users.
• Transparency: Publishing audit results promotes transparency about the protocol. This helps users make informed decisions and builds trust.
• Ongoing maintenance: Auditing helps maintain security and functionality as protocols evolve with upgrades over time. Issues can be addressed proactively.
• Risk management: Auditing surfaces risks for prioritization and remediation. This manages project risks that could impact the protocol’s success.
• Credibility: Hackdra’s independent, third-party audits give credibility to This attracts investment and adoption.
• Catching bugs early: Auditing identifies issues early before they can be exploited. This avoids costly damages or loss of funds from hacks/bugs.

Overall, auditing is important to ensure blockchain protocols operate as intended while protecting users and maintaining standards of security, compliance and quality. It promotes responsible development and governance.

Blockchain protocol audits are essential for several reasons. They allow for the verification of whether the protocol is functioning as intended and maintaining the integrity of its users and the system. Additionally, audits help identify security vulnerabilities, functionality issues, and legal compliance status, which, when addressed, enhance the reliability of the protocol.

Moreover, the transparent sharing of audit results informs users and increases trust in the protocol. Audits conducted by Hackdra also enhance the protocol’s reputation and credibility, thereby increasing the likelihood of attracting investment and gaining widespread acceptance.

Furthermore, these audits help eliminate weaknesses that hackers can exploit, analyze attack vectors, and fix potential architectural or deployment problems. By doing so, they protect users’ funds and trust, ensuring that the protocol operates securely, transparently, and in compliance with regulations, thereby increasing its long-term utility and development potential.

Smart contracts’ security risks may include:

1. Coding Errors: Software errors in blockchain protocols can lead to unexpected outcomes, potentially resulting in fund loss or undesired contract behavior.
2. Security Vulnerabilities: Security vulnerabilities in blockchain protocols can expose them to malicious attacks, leading to fund theft or unauthorized contract alterations.
3. DDoS Attacks: Distributed Denial of Service (DDoS) attacks can render blockchain protocols nonfunctional by overwhelming their network traffic.
4. Compliance Risks: Non-compliance of blockchain protocols with relevant regulations or standards can lead to legal issues.

It is essential to be aware of these risks and to implement a careful security strategy and regular audits to ensure the security of blockchain protocols.

The duration of the blockchain protocol audit and its steps can vary depending on the size and complexity of the project, but it generally consists of the following steps:

1. Requirements Determination: First, we work closely with you to understand the project’s objectives, functions, and specific requirements. This helps us determine the scope of the audit, prepare our proposal, and fully understand your expectations.
2. Code Review: Our audit team thoroughly examines the source code of the protocol. We analyze the structure, logic, and implementation details of the code, placing special emphasis on identifying potential weaknesses, errors, and security risks.
3. Security Assessment: We conduct a comprehensive security assessment of the protocol. This involves identifying potential attack vectors, conducting resistance analysis against security threats, and evaluating compliance with security standards.
4. Functional Testing: We perform tests to verify that the protocol operates according to the defined requirements and interacts correctly with other systems or contracts.
5. Risk Analysis: We analyze and prioritize identified weaknesses and risks. We evaluate the impact and likelihood of potential risks and provide recommendations to mitigate these risks.
6. Reporting: At the end of the audit process, we provide you with a detailed audit report. The report includes identified weaknesses, risks, and recommended solutions. Supported by graphs, tables, and explanatory texts, the report provides a clear understanding of the security status of the protocol.
7. Correction and Follow-Up: Upon receiving our audit report, we address the identified issues and implement the recommended security measures. Throughout this process, we work with you, providing guidance and support.
8. Certification and Publication on OZNET: We provide a certificate verifying the security of the protocol. Additionally, we can publish your audit results on reliable platforms such as OZNET.

The completion time of the audit process generally depends on the complexity of the project. However, the audit duration is usually determined before the process begins, so that the customer knows the expected delivery date. Completing these steps is an important part of enhancing the security of the protocol and increasing the reliability of your project.

The average cost of a blockchain protocol audit typically ranges from $5,000 to $20,000 USD. The cost and duration of a blockchain protocol audit can vary based on a number of factors, including the complexity and size of the smart contract, the scope of the audit process, the client’s timeline, expertise requirements, and consulting services. After reviewing your code, Hackdra will share approximate figures with you to protect you from unexpected and additional charges.

The report presented at the end of the audit includes a comprehensive assessment with the following details typically included:

1. General Evaluation: A summary of the overall performance and security of the protocol is provided.
2. Review Findings: The examined aspects, functionality, security, and performance of the protocol are discussed in detail.
3. Identified Risks: Potential security vulnerabilities, faulty coding, or other risky areas are identified.
4. Improvement Recommendations: Steps and suggestions for enhancing the security and effectiveness of the protocol are presented.
5. Compliance Assessment: The compliance of the protocol with relevant regulations, standards, or specific requirements is evaluated.
6. Additional Information: In cases where deemed necessary, additional information, graphs, tables, or other supporting materials are included in the report.

We take care to ensure that our reports are comprehensive and understandable to ensure the satisfaction and understanding of our clients regarding the security and effectiveness of their blockchain protocols.

We provide the following support to address any issues that may arise as a result of the audit:

1. Consultancy Services: Based on the audit results, we offer consultancy services to enhance the security and improve the performance of blockchain protocols. These services aim to provide tailored solutions to address the specific challenges faced by our clients.
2. Technical Support: We offer technical support for resolving technical issues related to blockchain protocols and managing the improvement processes. This support aims to ensure the smooth operation of our clients’ blockchain protocols.
3. Training and Information: We provide training and information to our clients on the security and performance of blockchain protocols based on the audit results. This helps empower our clients’ internal teams.
4. Ongoing Support: Based on the audit results, we offer continuous support and consultancy services to help our clients continuously monitor the security and effectiveness of their blockchain protocols.

Through these forms of support, we assist our clients in resolving any issues that may arise based on the audit results and in enhancing the security of their blockchain protocols. We aim to prioritize customer satisfaction and success, and we strive to provide long-term collaboration and support.

During the audit process, we provide the following types of consulting services:

1. Security Consulting: By offering security consulting services for blockchain protocols, we support clients in identifying potential risks and enhancing security measures.
2. Performance Consulting: We provide consulting services to improve the performance of blockchain protocols, guiding clients on enhancing efficiency and scalability.
3. Compliance Consulting: We offer consulting services to ensure compliance with relevant regulations and standards, assisting clients in determining and improving the compliance level of blockchain protocols.
4. Strategic Consulting: Through strategic consulting services for the overall management of blockchain protocols, we guide clients in reaching the long-term goals of their blockchain protocols.

These consulting services are tailored to meet our clients’ needs for the security, performance, compliance, and overall strategic management of blockchain protocols. Each consulting service is customized and implemented according to our clients’ specific requirements and objectives, aiming to assist our clients in effectively managing and enhancing their blockchain protocols.

Our privacy policies are meticulously crafted to ensure the confidentiality and security of customer information. We adopt a transparent and robust approach to privacy and security, based on the following principles:

1. Information Security: We utilize industry-standard security protocols and technologies to ensure the security of customer information, protecting it from unauthorized access, alteration, or disclosure risks.
2. Privacy Commitment: We uphold the highest level of commitment to keeping customer information confidential. We only share this information with individuals necessary for the auditing process and do not disclose it to third parties.
3. Data Protection: We take necessary measures to lawfully protect and process customer information in compliance with data protection standards and regulations.
4. Transparency: By sharing our privacy policies and practices with our customers, we embrace a transparent approach. We provide the necessary information to ensure that our customers are well-informed and feel secure about their privacy.

Through these privacy policies, we aim to uphold the highest level of confidentiality and security for customer information, ultimately fostering customer satisfaction and trust.

Yes, the documents we provide as a result of the audit are prepared in accordance with international standards. Compliance with international standards is an important factor considered in the preparation of audit reports, documents, and data. Therefore, our documents containing audit results are prepared and presented in accordance with international standards and best practices.

For example, the preparation of our audit reports takes into account compliance with international information security standards such as ISO/IEC 27001. Additionally, our documents are generally presented in internationally accepted formats and are prepared in accordance with these standards to ensure our clients have access to internationally recognized documents.

As a result, our clients have internationally valid and recognized documents, which they can share with international stakeholders. Compliance with international standards is an integral part of our audit process and is rigorously applied to provide our clients with reliability and validity at an international level.

Active participation by the client is crucial during the blockchain protocol audit process. The client’s active involvement helps us in the following ways:

1. Understanding and Needs Identification: Active participation by the client is important for us to understand their expectations and requirements. This helps us determine the scope and focus of the audit process.
2. Providing Data: The client providing necessary data related to the protocol enables the effective execution of the audit process.
3. Improvement Processes: Client involvement in proposed improvements and corrective actions based on audit results is essential for enhancing the security of the protocol.

The client’s active participation ensures the successful completion of the audit process and enhances client satisfaction. Therefore, we encourage close collaboration with our clients to promote their active participation in the audit process.

After passing a blockchain protocol audit, a company can obtain various benefits, including:

1. Security: Blockchain protocol audit helps protect assets and reputation by ensuring the integrity and security of the project, identifying and addressing weaknesses, and reducing the risk of data breaches or contract failures, thereby enhancing the company’s security.
2. Trust and Reputation: Transparent and comprehensive audit processes increase the company’s trust and strengthen its reputation. Demonstrating transparency, security, and commitment to best practices can attract more participants and investors.
3. Regulatory Compliance: Ensuring that blockchain protocols comply with relevant legal regulations and industry standards helps meet regulatory requirements and minimizes the risk of non-compliance, penalties, and legal disputes.
4. Expertise and Experience: A service like Hackdra brings together a team of expert auditors, ethical hackers, and security professionals specialized in blockchain protocol audit. This expertise uncovers potential risks and provides valuable insights into security and functionality.
5. Timely and Efficient Process: Hackdra follows a smart and efficient process to conduct blockchain protocol audits without unnecessary delays. This allows you to address identified issues quickly and launch your project with confidence.
6. Transparent Pricing: Hackdra adopts a fair and transparent pricing policy for its customers. This enables you to obtain customized solutions without hidden costs or surprises.
7. Ongoing Support: Hackdra provides continuous support and guidance even after the audit is completed. It assists you in implementing recommended security measures, staying updated on emerging threats, and ensuring the long-term security of your blockchain protocols.
8. Customized Solutions: Hackdra understands that each project is unique and may have specific requirements. Therefore, it offers customized blockchain protocol audit solutions tailored to the needs of your projects. This personalized approach provides a more effective and efficient audit, allowing for a comprehensive evaluation of your project’s security.

Blockchain protocol audit is a critical component for any blockchain project, ensuring that the protocol is secure, reliable, and compliant with industry standards. Hackdra is a company comprised of highly skilled and experienced ethical hackers and expert auditors with a deep understanding of programming languages, blockchain technology, cryptography, and security principles for over 9 years. This experience and expertise enable us to identify potential security vulnerabilities in blockchain protocols and provide actionable recommendations to address these vulnerabilities. Additionally, Hackdra has conducted blockchain protocol audits for various clients, including startups, businesses, and government institutions. This broad spectrum of experience allows us to understand the unique needs and challenges of different industries and tailor our services to meet these needs. By prioritizing the security and success of our clients, we strive to minimize potential risks in blockchain protocols.

Smart contracts are contracts that are created and executed using blockchain technology, and they operate automatically based on predefined conditions. These contracts are written using a specialized programming language that runs on blockchain networks and are deployed through smart contract platforms on the blockchain.

Unlike traditional contracts, smart contracts are automatically executed and their outcomes are recorded on the blockchain when the conditions are met. This ensures reliability, transparency, and security. Smart contracts are commonly used in financial transactions, real estate transactions, insurance policies, supply chain management, and many other fields.

Key features of smart contracts include automatic execution, security, transparency, and decentralized structure. These features enable the widespread use of smart contracts in various industries and business processes.

“Smart contract audit” refers to a process that examines the code, functionality, and security of a smart contract. This process aims to identify software bugs, security vulnerabilities, and compliance issues within the smart contract. The audit is important to ensure that the smart contract operates correctly, enhance its security, and ensure compliance with legal requirements. It typically involves code review, security testing, compliance assessment, and performance testing. This process is crucial for understanding the security and effectiveness of a smart contract, taking necessary steps, and ensuring the security of clients.

Smart contract audit is important for several reasons:

1. Ensuring Security: Smart contract audit enhances the security of the contract by identifying software bugs, security vulnerabilities, and weaknesses, providing protection against malicious attacks and ensuring the security of funds.
2. Improving Performance: The audit process determines necessary improvements to enhance the performance of the smart contract by testing its transaction speed, efficiency, and scalability.
3. Ensuring Compliance: Smart contract audit evaluates the contract’s compliance with relevant regulations, standards, or specific requirements, ensuring adherence to legal requirements and helping prevent legal issues.
4. Building Customer Trust: Smart contract audit instills confidence in customers regarding the security and effectiveness of smart contracts, increasing customer satisfaction and providing a trustworthy environment.

For these reasons, smart contract audit is important for ensuring the security, improving the performance, ensuring compliance, and gaining customer trust in smart contracts.

Smart contracts’ security risks may include:

1. Coding Errors: Software errors in smart contracts can lead to unexpected outcomes, potentially resulting in fund loss or undesired contract behavior.
2. Security Vulnerabilities: Security vulnerabilities in smart contracts can expose them to malicious attacks, leading to fund theft or unauthorized contract alterations.
3. DDoS Attacks: Distributed Denial of Service (DDoS) attacks can render smart contracts nonfunctional by overwhelming their network traffic.
4. Compliance Risks: Non-compliance of smart contracts with relevant regulations or standards can lead to legal issues.

It is essential to be aware of these risks and to implement a careful security strategy and regular audits to ensure the security of smart contracts.

The duration of the smart contract audit and its steps can vary depending on the size and complexity of the project, but it generally consists of the following steps:

1. Requirements Determination: First, we work closely with you to understand the project’s objectives, functions, and specific requirements. This helps us determine the scope of the audit, prepare our proposal, and fully understand your expectations.
2. Code Review: Our audit team thoroughly examines the source code of the smart contract. We analyze the structure, logic, and implementation details of the code, placing special emphasis on identifying potential weaknesses, errors, and security risks.
3. Security Assessment: We conduct a comprehensive security assessment of the smart contract. This involves identifying potential attack vectors, conducting resistance analysis against security threats, and evaluating compliance with security standards.
4. Functional Testing: We perform tests to verify that the smart contract operates according to the defined requirements and interacts correctly with other systems or contracts.
5. Risk Analysis: We analyze and prioritize identified weaknesses and risks. We evaluate the impact and likelihood of potential risks and provide recommendations to mitigate these risks.
6. Reporting: At the end of the audit process, we provide you with a detailed audit report. The report includes identified weaknesses, risks, and recommended solutions. Supported by graphs, tables, and explanatory texts, the report provides a clear understanding of the security status of the smart contract.
7. Correction and Follow-Up: Upon receiving our audit report, we address the identified issues and implement the recommended security measures. Throughout this process, we work with you, providing guidance and support.
8. Certification and Publication on OZNET: We provide a certificate verifying the security of the smart contract. Additionally, we can publish your audit results on reliable platforms such as OZNET.

The completion time of the audit process generally depends on the complexity of the project. However, the audit duration is usually determined before the process begins, so that the customer knows the expected delivery date. Completing these steps is an important part of enhancing the security of the smart contract and increasing the reliability of your project.

The average cost of a smart contract audit typically ranges from $5,000 to $20,000 USD. The cost and duration of a smart contract audit can vary based on a number of factors, including the complexity and size of the smart contract, the scope of the audit process, the client’s timeline, expertise requirements, and consulting services. After reviewing your code, Hackdra will share approximate figures with you to protect you from unexpected and additional charges.

Audit fees are often determined by a variety of factors. These factors include the complexity, size and scope of the audit process, the level of expertise required, and the urgency of the project. Additionally, the customer’s specific needs and requests may also affect pricing.

We aim to work closely with our customers to provide solutions specific to their needs. By providing clear pricing information in the preliminary meeting, we ensure that our customers do not encounter additional or surprise fees.

The report presented at the end of the audit includes a comprehensive assessment with the following details typically included:

1. General Evaluation: A summary of the overall performance and security of the smart contract is provided.
2. Review Findings: The examined aspects, functionality, security, and performance of the smart contract are discussed in detail.
3. Identified Risks: Potential security vulnerabilities, faulty coding, or other risky areas are identified.
4. Improvement Recommendations: Steps and suggestions for enhancing the security and effectiveness of the smart contract are presented.
5. Compliance Assessment: The compliance of the smart contract with relevant regulations, standards, or specific requirements is evaluated.
6. Additional Information: In cases where deemed necessary, additional information, graphs, tables, or other supporting materials are included in the report.

We take care to ensure that our reports are comprehensive and understandable to ensure the satisfaction and understanding of our clients regarding the security and effectiveness of their smart contracts.

During the smart contract audit process, we typically utilize the following security protocols and standards:

1. OWASP Standards: We assess the security of smart contracts using security standards and best practices defined by OWASP (Open Web Application Security Project).
2. ERC Standards: The ERC (Ethereum Request for Comments) standards of Ethereum are important references during the development and audit of smart contracts.
3. Smart Contract Security Alliance (SCSA): We adhere to the smart contract security standards and best practices set by SCSA.
4. ISO/IEC Standards: International standards such as ISO/IEC 27001 and ISO/IEC 27002 are some of the standards we reference when evaluating the security of smart contracts.

These standards and protocols form the fundamental reference points we use to assess the security and compliance of smart contracts. Additionally, we continuously consider the latest security protocols and standards by keeping up with the current developments in the industry.

We provide the following support to address any issues that may arise as a result of the audit:

1. Consultancy Services: Based on the audit results, we offer consultancy services to enhance the security and improve the performance of smart contracts. These services aim to provide tailored solutions to address the specific challenges faced by our clients.
2. Technical Support: We offer technical support for resolving technical issues related to smart contracts and managing the improvement processes. This support aims to ensure the smooth operation of our clients’ smart contracts.
3. Training and Information: We provide training and information to our clients on the security and performance of smart contracts based on the audit results. This helps empower our clients’ internal teams.
4. Ongoing Support: Based on the audit results, we offer continuous support and consultancy services to help our clients continuously monitor the security and effectiveness of their smart contracts.

Through these forms of support, we assist our clients in resolving any issues that may arise based on the audit results and in enhancing the security of their smart contracts. We aim to prioritize customer satisfaction and success, and we strive to provide long-term collaboration and support.

We provide expertise in identifying and mitigating the following types of risks during the smart contract auditing process:

1. Security Risks: We specialize in ensuring the security of smart contracts by identifying potential attack vectors and providing recommendations to address security vulnerabilities.
2. Functionality Risks: We identify functionality risks to ensure that smart contracts operate as intended and offer solutions to mitigate these risks.
3. Compliance Risks: We provide expertise in compliance with relevant regulations, standards, and specific requirements, identifying compliance risks associated with smart contracts and offering recommendations to ensure compliance.
4. Performance Risks: We identify risks that could impact the performance of smart contracts and provide recommendations to enhance performance.
5. Coding Errors: We identify coding errors in smart contracts and provide expertise in rectifying these errors.

Our expertise in identifying and mitigating these risks helps our clients enhance the security and effectiveness of their smart contracts. We aim to minimize risks by offering customized solutions tailored to our clients’ specific needs.

During the audit process, we provide the following types of consulting services:

1. Security Consulting: By offering security consulting services for smart contracts, we support clients in identifying potential risks and enhancing security measures.
2. Performance Consulting: We provide consulting services to improve the performance of smart contracts, guiding clients on enhancing efficiency and scalability.
3. Compliance Consulting: We offer consulting services to ensure compliance with relevant regulations and standards, assisting clients in determining and improving the compliance level of smart contracts.
4. Strategic Consulting: Through strategic consulting services for the overall management of smart contracts, we guide clients in reaching the long-term goals of their smart contracts.

These consulting services are tailored to meet our clients’ needs for the security, performance, compliance, and overall strategic management of smart contracts. Each consulting service is customized and implemented according to our clients’ specific requirements and objectives, aiming to assist our clients in effectively managing and enhancing their smart contracts.

Our privacy policies are meticulously crafted to ensure the confidentiality and security of customer information. We adopt a transparent and robust approach to privacy and security, based on the following principles:

1. Information Security: We utilize industry-standard security protocols and technologies to ensure the security of customer information, protecting it from unauthorized access, alteration, or disclosure risks.
2. Privacy Commitment: We uphold the highest level of commitment to keeping customer information confidential. We only share this information with individuals necessary for the auditing process and do not disclose it to third parties.
3. Data Protection: We take necessary measures to lawfully protect and process customer information in compliance with data protection standards and regulations.
4. Transparency: By sharing our privacy policies and practices with our customers, we embrace a transparent approach. We provide the necessary information to ensure that our customers are well-informed and feel secure about their privacy.

Through these privacy policies, we aim to uphold the highest level of confidentiality and security for customer information, ultimately fostering customer satisfaction and trust.

We offer various options for reporting formats and data analysis methods. When presenting audit results to our clients, we use the following formats and methods:

1. Reporting Formats: We typically provide detailed and comprehensive audit reports using PDF, Word, or other document formats. These reports include identified weaknesses, risks, and recommended solutions. Additionally, they may be supported with graphics, tables, and visuals to clearly illustrate the security status of the smart contract.
2. Data Analysis Methods: We evaluate the performance, security, and compliance of smart contracts using various data analysis methods. These methods include manual review, automated analysis tools, and security testing. Through these methods, the security status and performance of the smart contract can be thoroughly analyzed.

By offering customized reporting formats and data analysis methods tailored to our clients’ needs, we aim to present audit results in a clear and effective manner. Furthermore, we focus on continuously improving our reporting formats and data analysis methods by taking our clients’ feedback into account. This allows us to provide our clients with the best audit reports and to thoroughly evaluate the security of their smart contracts.

We specialize in identifying various errors encountered by smart contracts. Some common smart contract errors may include:

1. Security Vulnerabilities: Errors that jeopardize the security of smart contracts, such as unauthorized access, lack of identity verification, or weak security measures.
2. Logical Errors: Errors in the logical functions of smart contracts, such as identifying conditions unsuitable for unexpected situations or logical errors that may lead to unexpected outcomes.
3. Performance Errors: Errors that affect the performance of smart contracts, such as disruptions in transaction processes or efficiency deficiencies.
4. Compliance Errors: Errors arising from smart contracts not being compliant with relevant regulations or standards.
5. Coding Errors: Errors in the coding processes of smart contracts, such as syntax errors, incorrect variable assignments, or data type mismatches.

We aim to enhance the security, performance, and compliance of smart contracts by using various audit and testing methods to identify and rectify these types of errors.

Hackdra Smart Contract Security Testing covers the following types:

1. Weakness Analysis: These are analyses conducted to identify the weak points of smart contracts. These tests are used to detect and address potential security vulnerabilities.
2. Attack Testing: These are attack tests conducted to assess the resilience of smart contracts. They are used to determine how resistant smart contracts are to attacks.
3. Code Review: This involves a detailed examination and analysis of the code of smart contracts. These tests are used to identify potential security vulnerabilities and errors.
4. Compliance Testing: These tests are conducted to assess the compliance of smart contracts with relevant regulations, standards, and specific requirements. They are used to determine the level of compliance of smart contracts.
5. Performance Testing: These tests are conducted to assess the performance of smart contracts. They are used to determine the transaction speed, efficiency, and scalability of smart contracts.

These types of tests are used to evaluate the security, compliance, and performance of smart contracts. Each test type is important in ensuring and improving the security of smart contracts from different aspects.

Yes, the documents we provide as a result of the audit are prepared in accordance with international standards. Compliance with international standards is an important factor considered in the preparation of audit reports, documents, and data. Therefore, our documents containing audit results are prepared and presented in accordance with international standards and best practices.

For example, the preparation of our audit reports takes into account compliance with international information security standards such as ISO/IEC 27001. Additionally, our documents are generally presented in internationally accepted formats and are prepared in accordance with these standards to ensure our clients have access to internationally recognized documents.

As a result, our clients have internationally valid and recognized documents, which they can share with international stakeholders. Compliance with international standards is an integral part of our audit process and is rigorously applied to provide our clients with reliability and validity at an international level.

Web3 projects are projects that aim to develop decentralized applications and work on blockchain technology. These projects have several reasons for preferring smart contracts:

1. Decentralized Structure: Smart contracts have a decentralized structure and operate on blockchain networks, allowing Web3 projects to develop decentralized applications.
2. Security: Smart contracts operate in a secure environment, leveraging the security and transparency of the blockchain, providing a reliable infrastructure for Web3 projects.
3. Automatic Execution: Smart contracts operate automatically when specific conditions are met, enabling Web3 projects to automate certain processes.
4. Transparency: Smart contracts transparently record transactions on the blockchain, providing a transparent transaction environment for Web3 projects.

For these reasons, Web3 projects often prefer smart contracts. Smart contracts work in a way that aligns with the needs of Web3 projects, offering features such as decentralized structure, security, automatic execution, and transparency.

Yes, as Hackdra, we have extensive experience in numerous projects. As a team specialized in smart contract auditing, with expertise in languages, platforms, and security vulnerabilities, we have worked on various projects for companies from different industries and of different scales. This experience enables us to provide customized solutions tailored to our clients’ needs. We understand that each project has unique requirements and, thanks to our wide-ranging experience, we are constantly prepared to provide the best service to our clients.

Active participation by the client is crucial during the smart contract audit process. The client’s active involvement helps us in the following ways:

1. Understanding and Needs Identification: Active participation by the client is important for us to understand their expectations and requirements. This helps us determine the scope and focus of the audit process.
2. Providing Data: The client providing necessary data related to the smart contract enables the effective execution of the audit process.
3. Improvement Processes: Client involvement in proposed improvements and corrective actions based on audit results is essential for enhancing the security of the smart contract.

The client’s active participation ensures the successful completion of the audit process and enhances client satisfaction. Therefore, we encourage close collaboration with our clients to promote their active participation in the audit process.

After passing a smart contract audit, a company can obtain various benefits, including:

1. Security: Smart contract audit helps protect assets and reputation by ensuring the integrity and security of the project, identifying and addressing weaknesses, and reducing the risk of data breaches or contract failures, thereby enhancing the company’s security.
2. Trust and Reputation: Transparent and comprehensive audit processes increase the company’s trust and strengthen its reputation. Demonstrating transparency, security, and commitment to best practices can attract more participants and investors.
3. Regulatory Compliance: Ensuring that smart contracts comply with relevant legal regulations and industry standards helps meet regulatory requirements and minimizes the risk of non-compliance, penalties, and legal disputes.
4. Expertise and Experience: A service like Hackdra brings together a team of expert auditors, ethical hackers, and security professionals specialized in smart contract audit. This expertise uncovers potential risks and provides valuable insights into security and functionality.
5. Timely and Efficient Process: Hackdra follows a smart and efficient process to conduct smart contract audits without unnecessary delays. This allows you to address identified issues quickly and launch your project with confidence.
6. Transparent Pricing: Hackdra adopts a fair and transparent pricing policy for its customers. This enables you to obtain customized solutions without hidden costs or surprises.
7. Ongoing Support: Hackdra provides continuous support and guidance even after the audit is completed. It assists you in implementing recommended security measures, staying updated on emerging threats, and ensuring the long-term security of your smart contracts.
8. Customized Solutions: Hackdra understands that each project is unique and may have specific requirements. Therefore, it offers customized smart contract audit solutions tailored to the needs of your projects. This personalized approach provides a more effective and efficient audit, allowing for a comprehensive evaluation of your project’s security.

Smart contract audit is a critical component for any blockchain project, ensuring that the smart contract is secure, reliable, and compliant with industry standards. Hackdra is a company comprised of highly skilled and experienced ethical hackers and expert auditors with a deep understanding of programming languages, blockchain technology, cryptography, and security principles for over 9 years. This experience and expertise enable us to identify potential security vulnerabilities in smart contracts and provide actionable recommendations to address these vulnerabilities. Additionally, Hackdra has conducted smart contract audits for various clients, including startups, businesses, and government institutions. This broad spectrum of experience allows us to understand the unique needs and challenges of different industries and tailor our services to meet these needs. By prioritizing the security and success of our clients, we strive to minimize potential risks in smart contracts.

Hackdra KYC Verification is a service aimed at increasing the authenticity and reliability of projects without disclosing their identities. During this verification process, we meticulously examine the services offered by projects, the technology platforms they use, their websites, applications, and other key tools. Additionally, we conduct interview sessions to obtain detailed information about the individuals behind the project and thoroughly review the identity information and other documents of the team members.

This process aims to reduce the risks of fraud, plagiarism, and scams associated with projects and enhance their reliability. As a result, investors and users can have greater confidence in the authenticity and reliability of the projects. Hackdra KYC Verification is an important step in enhancing the transparency and reliability of projects.

In the event of fraud occurring in a project verified by Hackdra, Hackdra immediately intervenes and takes necessary steps. A detailed investigation is conducted regarding the status of the project, and investors are informed. Simultaneously, legal processes are initiated to report the responsible party to the relevant authorities in the country where the project is based.

The responsible party is held accountable by the relevant authorities of the country where the project is located, and necessary legal proceedings are initiated. This effectively combats fraud cases and protects the rights of investors. Hackdra’s decisive and effective interventions in such situations enhance the reliability of projects, thereby solidifying the trust of investors.

Hackdra will not disclose information about any KYC-verified individual without conclusive evidence, without engaging in speculation or rumors, and without conducting a thorough investigation. This principle aims to protect personal privacy and ensure fair judgment.

Criminal investigations can be conducted by law enforcement authorities and through research on the Deep Web. Information about an individual will only be disclosed after the investigation is completed and the responsible party is identified. This approach aims to ensure a fair process and accurate information sharing, protecting the reputation of individuals and preventing unjust accusations.

Hackdra’s principled approach emphasizes its commitment to reliability and fair operation. These principles are of great importance in ensuring the security of information and the principles of fair judgment in the KYC process.

Hackdra KYC verification is a process designed to enhance the authenticity and reliability of projects. However, passing through this verification process does not guarantee that a project will not engage in fraud. While it is not possible to completely eliminate the risk of fraud, Hackdra KYC verification is an important step in enhancing the reliability of projects and assisting investors in making more informed decisions. In the event of fund theft, it ensures that the responsible party is held accountable. Therefore, conducting thorough research before making an investment is always important. Hackdra KYC verification helps reduce the risk of fraud and contributes to making investments more informed.

The verification of a project through Hackdra KYC does not constitute an investment recommendation. It is important to carefully evaluate the vision of the project, your investment strategy, and your personal goals before making any investment decisions. Before investing in any Verified Projects, ensure that you exercise due diligence to ensure that your investment is suitable for you. This way, you can ensure that your investment is made in a more informed manner.

The cost of our KYC Verification Service is determined based on the complexity of the project and the number of team members to be verified. During the application process, a transparent and single price is provided. There are no hidden fees or penalties that may arise later. Everything is transparent and real. This ensures complete transparency in terms of cost, maintaining the trust and satisfaction of our customers at the highest level.

Yes! Rejecting an application does not mean that we will never work with that project. Projects may have been rejected for various reasons that will be clearly presented. We never reject projects without providing reasons and suggestions on how their current situation can be improved. After addressing the reasons for rejection, a new application can be submitted.

After receiving your application, we will contact you as soon as possible to share our evaluation process. Our goal is to initiate the follow-up of your application and ensure the transparency of the process.

If your project passes the initial evaluation, we will schedule a meeting to provide more detailed information and discuss the opportunities our program offers. This meeting will allow us to gain a better understanding of your project and vision.

If we determine that your project is suitable for our program, we commit to completing the entire process within 1-5 business days after your payment is made. Our aim is to facilitate the rapid implementation of projects and make it easier for visions to become a reality.

Hackdra is a company consisting of highly skilled and experienced ethical hackers and expert security engineers with a deep understanding of programming languages, blockchain technology, cryptography, and security principles for over 9 years. This experience and expertise have been gained by providing various security services to a wide range of clients, including newly established companies, businesses, and government institutions. This broad range of experience allows us to understand the unique needs and challenges of different industries and tailor our services to meet these needs. We continue to work to maintain our leading position in the industry by always prioritizing customer satisfaction and security.

The CCSS is a standard created to ensure the security of cryptocurrencies. It sets out the best practices needed to protect users’ digital assets.

The purpose of the CCSS is to improve the security of cryptocurrency transactions, protect users’ assets and establish a standardised security protocol in the industry.

The core principles of CCSS include strong authentication, data encryption, secure software development and regular security audits.

CCSS is suitable for crypto exchanges, wallet providers, payment processors and other cryptocurrency service providers.

Adoption of the CCSS helps users protect their assets, increases reliability and transparency, and raises security standards in the industry.

Implementing the CCSS includes setting security policies, identifying vulnerabilities, selecting security software and hardware, and regular security audits.

CCSS compliance is achieved by taking security measures and regular audits to meet the requirements of the standards.

The CCSS plays an important role in the cryptocurrency industry to improve security, gain the trust of users and raise security standards in the industry.

The future of CCSS will become even more important in parallel with the growth of the cryptocurrency industry. It is expected that CCSS will become widespread and adopted.

We publish the official verification results on trusted platforms, such as OZNET. This increases the credibility of the project and serves as a reference point for potential investors or users.

Formal verification is the process of proving that a system or software conforms to mathematically determined specifications. This is important to improve the reliability, security and correctness of systems.

Critical systems, projects with high security requirements and complex systems often need formal verification.

The formal verification process includes the steps of requirements specification, mathematical modeling, formulation of specifications, use of verification tools, decision making, documentation and continuous improvement.

The duration can vary depending on the complexity and size of the project. Generally, the formal verification process can take longer than other testing and validation processes.

In the formal verification process, mathematical analysis is performed using specialized verification tools or software.

The results of the formal verification process are documented in documents containing mathematical proofs.

The cost can vary depending on the size, complexity and requirements of the project. It is generally more costly than other verification processes.

The formal verification process can detect design flaws, vulnerabilities and errors related to system behavior.

Yes, we provide ongoing support after the formal validation process and work collaboratively with our customers to make necessary updates.

The crypto wallet audit process typically includes steps such as code review, security testing, risk assessment, smart contract audit, penetration testing, and compliance assessment.

Various security tests are conducted for the security of the wallet, such as penetration tests, vulnerability scans, testing of security protocols, etc.

At the end of the audit process you will receive a detailed report. This report will include findings and recommendations regarding the security of the wallet.

The audit of smart contracts includes a detailed review process for code review and detection of possible bugs.

For the security of the wallet, critical elements such as confidentiality, integrity and availability of user data as well as potential attack risks are assessed.

The duration of the audit process can vary depending on the complexity and size of the wallet. It can usually take several weeks.

The security of the wallet is assessed for compliance with industry standards and legal requirements.

The audit process is usually performed by security experts, software engineers and crypto experts.

For the security of the wallet, vulnerabilities can be fixed, security protocols can be strengthened and various measures can be taken to mitigate risks.

The cost of the audit process can vary depending on the complexity and size of the wallet and the scope of the audit. Pricing is usually done on a project-by-project basis.

Cross-Chain Bridge is a technology that enables asset transfers between different blockchains.

The security of Cross-Chain Bridge is ensured through cryptographic protocols and smart contracts.

Cross-Chain Bridge generally allows asset transfers between popular blockchains such as Ethereum, Binance Smart Chain, and Polygon.

It generally supports popular wallets such as MetaMask, Trust Wallet, and Ledger.

Yes, using Cross-Chain Bridge generally requires a transaction fee.

The transaction time can vary depending on the speed of the blockchains involved, but it generally ranges from a few minutes to a few hours.

Basic security measures such as securing private keys, using correct addresses, and obtaining information from reliable sources should be taken into account.

Generally, basic technical knowledge is sufficient for using Cross-Chain Bridge, but in some cases, more advanced knowledge may be required.

In some cases, there may be limitations for certain types or amounts of assets.

With the development of Cross-Chain Bridge technology, we can expect more blockchain integrations, faster transaction times, and lower fees.

A tokenomics audit is a process that assesses the soundness, fairness and sustainability of the project’s token economy. This plays a critical role in gaining investor confidence and supporting the long-term success of the project.

The Tokenomics audit process involves a comprehensive analysis that examines the project’s token distribution, use cases, economic incentives, and community engagement. This process is designed to ensure the credibility and sustainability of the project’s economic model.

The audit process can vary depending on the size and complexity of the project. Usually, it includes the steps of project analysis, data collection, analysis, reporting and presentation of results.

Crypto projects, blockchain-based applications, DeFi projects, NFT platforms and other token economies are examples of projects that need a tokenomics audit.

Audit results are usually presented in a report. This report includes the strengths of the project’s tokenomics structure and areas for improvement. The results are presented to the project’s management team and a plan is created to take the necessary actions.

The Tokenomics audit helps to identify potential risks related to the token economy of the project. These risks may include factors such as distributional injustice, the effectiveness of economic incentives, and community engagement.

The results of the Tokenomics audit can impact the long-term success of the project because they can improve the credibility and sustainability of the project’s economic model.

Tokenomics audit costs can vary depending on the size and complexity of the project and the policies of the firm performing the audit. Typically, these costs include analysis, review and reporting.

The audit results can identify the strengths and weaknesses of the project’s token economy, which may reveal opportunities for improvement. These opportunities may be in areas such as token distribution, use cases and revising economic incentives.

The Tokenomics audit process requires expertise in economics, finance, cryptocurrency and blockchain. It also requires expertise in data analysis, reporting and understanding the overall economic model of the project.

Fundamental security measures for the dApp include strong authentication, authorization controls, protection against malicious inputs, and smart contract security.

Smart contracts have undergone a detailed review for security flaws, vulnerabilities, and compliance. Conformity with OWASP Top 10 and other security standards has been verified.

Entry authentication and cleansing controls are implemented to provide protection against malicious data injections.

Appropriate encryption methods and secure data storage protocols are used to ensure the security and privacy of personal data.

The interaction of the dApp with the protocol has been examined, and network security and resistance to attacks have been verified.

The dApp is equipped with suitable monitoring and alarm systems to track and identify malicious activities. Anomaly detection systems are utilized to identify security breaches.

Users are incentivized with rewards or incentives to report security concerns, and community feedback is carefully reviewed.

Compliance with relevant regulations and compliance requirements has been assessed, and necessary measures have been taken.

The smart contract code has undergone a detailed review to prevent malicious activities and ensure compliance with security standards.

The development process includes tests on a test network, and update strategies are planned. Security measures are closely monitored while the dApp is continuously updated.