
[Cyberscope](https://www.cyberscope.io/), a leading auditing firm, has recently signed an MOU with [SotaTek](https://www.sotatek.com/about-us/), a top blockchain solution provider, to form a strategic partnership that aims to increase brand recognition for both companies and provide access to each other’s client networks.

As a company that highly values secure and reliable blockchain technology, SotaTek is excited to partner with Cyberscope, a firm that shares its commitment to quality and security. The partnership will focus on co-marketing initiatives and business referrals, with SotaTek recommending Cyberscope for smart contract audits and consulting services and Cyberscope serving as a “bridge” between SotaTek and others in need of blockchain & software development.

With over 1000+ Blockchain projects and NFTs audited and more than 300 teams KYC’d, Cyberscope is a highly respected auditing firm in the industry, with audit services that can earn a badge for your project and guarantee to build trust and recognition. Meanwhile, SotaTek is a global software development as a Service (SDaaS), IT outsourcing & consulting company that specializes in blockchain development, custom software development, mobile & web app development, CRM services, and AI & machine learning solutions.

The partnership between SotaTek and Cyberscope will be a great opportunity for both companies to strengthen their position in the market and provide high-quality services to their clients. If you are in need of tech solutions, don’t hesitate to contact SotaTek or Cyberscope to learn more about their services.


The partnership between SotaTek and Cyberscope will be a great opportunity for both companies to strengthen their position in the market and provide high-quality services to their clients.

Cyberscope Partners With Sotatek

### What Are Fallback Attacks in Smart Contracts?

Fallback Attacks are a significant weakness that can expose the security and operation of decentralized applications within Smart Contract. A fallback function is a standard function in a smart contract that gets executed when the contract receives Ether or when a function call fails to match any existing function signatures. Attackers take advantage of fallback functions by transmitting transactions that contain invalid or unrecognized function signatures to the smart contract.

If the Fallback Function lacks proper protection, it could enable unauthorized actions or unintended outcomes, like depleting the contract's funds or changing its state. To reduce fallback attacks, developers must make certain that fallback functions are simple and avoid incorporating complex logic or operations that change state. Implementing adequate access controls and validation checks within the fallback function is also essential.

### How Does a Backup Attack Function?

In Smart Contract Development Services, fallback attacks take advantage of weaknesses in a contract's fallback function, which manages unforeseen transactions or Ether transfers. An attacker transmits a transaction to a contract without any function data, activating the fallback function. Should this function not possess adequate security, the attacker may exploit it to siphon funds or change contract states. For example, if the fallback function permits fund transfers, attackers may take advantage of this to drain assets. To protect against these attacks, ensure that the smart contracts are well-protected, securely implemented, and thoroughly tested.

### How Do Fallback Attacks Affect Smart Contracts?

1. **Unsecured Backup Functions:** If the fallback function does not have adequate access controls or validation, attackers may take advantage of it to obtain unauthorized access or carry out unintended actions.
2. **Ether Disposal**: Attackers could take advantage of a fallback function to continuously send tiny amounts of Ether, depleting the contract's resources. If the fallback function is intended to send Ether to a different address.
3. **State Alteration:** Taking advantage of a weak fallback function can enable attackers to change the status of the smart contract. This could entail altering crucial information or carrying out harmful actions.
4. **Engaging with Other Contracts:** If the fallback function engages with other smart contracts, attackers may exploit this as a means to target weaknesses in those contracts.

### Frequent Weaknesses in Fallback Attacks

Fallback attacks frequently take advantage of various typical vulnerabilities present in fallback functions. A significant problem is the absence of access control, which can enable unauthorized individuals to initiate the fallback function and perform unintended operations. A different vulnerability stems from intricate logic in fallback functions, potentially allowing attackers to influence contract behavior or take advantage of its interactions with other contracts. To address these vulnerabilities, it's essential to hire a reliable Smart Contract Development Company that prioritizes secure coding methods, extensive testing, Reentrancy Attack Protection, and detailed [audits](https://www.cyberscope.io/penetration-testing-service) to safeguard against fallback attacks.

![ Identify Fallback Attacks during Automated Testing](https://firebasestorage.googleapis.com/v0/b/cyberscope-90197.appspot.com/o/blog%2Fbucket%2F1751988381967-image1.jpg?alt=media " Identify Fallback Attacks during Automated Testing")

Quick link: [Smart Contract Audit Services - What to Expect](https://www.cyberscope.io/blog/smart-contract-audit-services-what-to-expect)

### Is it possible to identify Fallback Attacks during Automated Testing?

Fallback attacks can certainly be identified in automated testing, but the success of detection relies on the testing framework and methods employed. In Blockchain Development Services, automated testing tools can assist in detecting vulnerabilities in fallback functions by mimicking different attack scenarios. These tools can assess how fallback functions respond to unexpected inputs, erroneous transactions, and interactions with different contracts. However, while automated testing is useful for identifying common vulnerabilities, manual security audits remain the most effective approach. Experienced auditors can analyze complex logic, business rules, and contract interactions that automated tools might overlook. Utilizing both automated tests and manual [audits ](https://www.cyberscope.io/)ensures a comprehensive security assessment and reduces the risk of fallback attacks.
Automated Tools for Fallback Function Analysis

**MythX:** Identifies vulnerabilities in fallback functions via automated security assessments and comprehensive reports.

**Slide:** Examines smart contracts for different vulnerabilities, such as problems with fallback functions, providing practical recommendations.

**Echidna:** Examines smart contracts to identify fallback vulnerabilities by assessing a broad spectrum of inputs.

**Escucha:** Conducts static analysis to detect possible fallback function problems and recommends enhancements for security.

### Are Fallback Functions Frequently Targeted by Fallback Attacks?

Indeed, Fallback Attacks are especially prevalent with fallback functions in smart contracts. These assaults take advantage of weaknesses in fallback functions to repeatedly invoke and alter contract operations prior to the completion of the initial execution. For instance, if a fallback function permits Ether transfers and does not have adequate state management or validations, an attacker could take advantage of this to execute recursive calls, depleting funds or modifying contract states in unexpected manners. Smart Contract Developers must be alert to these vulnerabilities, adopting best practices like utilizing mutexes or the Checks-Effects-Interactions pattern to avoid reentrancy problems. It's essential to conduct comprehensive testing and security audits to protect against these types of attacks.

### Conclusion


Fallback attacks pose a serious risk to smart contracts by exploiting vulnerabilities in fallback functions. If these functions lack proper security measures, attackers can manipulate contract behavior, drain funds, or alter critical states. To mitigate such risks, developers should enforce strict access controls, avoid complex logic in fallback functions, and implement security best practices like reentrancy protection and thorough auditing. Utilizing automated testing tools and professional security assessments can further strengthen smart contract defenses. By prioritizing secure coding and proactive risk management, developers can significantly reduce the likelihood of fallback attacks and enhance the overall security of decentralized applications.

Learn how fallback attacks exploit smart contract vulnerabilities, enabling fund theft or state changes. Discover prevention tips like access control, audits, and secure coding.

What is a Fallback Attack in Smart Contracts?

### Introduction

Solana is a high-performance blockchain known for its fast transaction speeds and low fees, making it an attractive option for developers. A crucial aspect of Solana smart contract development is ensuring security. As smart contracts handle valuable assets and execute automated transactions, any vulnerabilities can lead to significant losses. This blog explores the security level of Solana smart contracts, highlighting their built-in security features and best practices to enhance their safety further.

### Understanding Solana Security Features

[Solana smart contracts](https://www.cyberscope.io/solana-smart-contract-audit) benefit from the robust security features of the Solana blockchain. Key security aspects include:

1. **Efficient and Secure Execution:** Solana allows developers fine control over contract execution while ensuring efficient processing of transactions. Its design enables fast and reliable smart contract deployment.
2. **Decentralized and Secure Network:** Solana uses a hybrid consensus mechanism that combines Proof of History (PoH) and Proof of Stake (PoS) to process transactions quickly while maintaining network security. This ensures that transactions are validated efficiently and securely without the risk of manipulation.
3. **Strong Cryptographic Security:** Solana employs advanced cryptographic techniques to secure transactions and smart contracts, ensuring that data remains tamper-proof and that contract execution is protected against unauthorized changes.

Read also: [Web 3.0 Penetration Testing: Top 5 Things You Need To Know](https://www.cyberscope.io/blog/web-3-0-penetration-testing-top-5-things-you-need-to-know)

### Understanding Solana’s Security Framework

Solana separates code from data, leading to the belief that it is inherently more challenging to hack compared to Ethereum, which features a coupled programming approach. Moreover, Solana’s execution framework and the structure of various execution limitations assist in preventing reentrancy attacks.

Solana additionally offers clearer real-time tracking. Users think it possesses a more extensive defense system compared to Ethereum. However, it became evident that the incredibly low gas fees drew in many users, making Solana a significant target that hackers found hard to overlook.

### Security Vulnerabilities in Solana Smart Contracts

In the first quarter of this year alone, the Solana ecosystem experienced five major security breaches, leading to losses of $397 million. One of the largest attacks was on the Wormhole bridge, resulting in a $334 million exploit—one of the biggest in crypto history. While no blockchain is completely secure, Solana’s frequent downtimes and weak node infrastructure contribute to its reputation for lower security.

Here are some common vulnerabilities hackers exploit in Solana smart contracts:

**1. Missing Signer Checks:** Smart contracts often restrict certain functions to specific users. If a contract fails to verify that a call is signed by an authorized entity, attackers can exploit it and gain access to restricted operations.

**2. Lack of Ownership Verification:** Some smart contract functions should only be accessible to trusted accounts. If the contract does not properly check account ownership, unauthorized users can modify data and execute privileged actions.

**3. Ignoring Rent Exemption Checks:** Solana requires accounts holding tokens to be rent-exempt, meaning they must have a minimum balance. If a contract does not check for rent exemption, it may fail to load or function incorrectly.

**4. Unvalidated External Programs:** Solana contracts interact with external programs, which should be properly validated. If a contract fails to verify an invoked program, an attacker can pass a malicious program as an argument, potentially executing harmful code.

**5. Weak Account Structure Validation:** Smart contracts handle different data types and structures. If a contract does not validate the type of an account correctly, an attacker can manipulate the data to bypass security checks and gain unauthorized access.

**6. Arithmetic Overflows & Underflows:** Rust, Solana’s primary programming language, can be vulnerable to integer overflows and underflows. If unchecked, attackers can manipulate mathematical operations to bypass security measures and transfer unauthorized funds.

![](https://firebasestorage.googleapis.com/v0/b/cyberscope-90197.appspot.com/o/blog%2Fbucket%2F1747770216706-image2.jpg?alt=media "Best Practices for Secure Smart Contract Development")

### Best Practices for Secure Smart Contract Development

While Solana provides a strong security foundation, developers should follow best practices to enhance contract safety.

**1. Conduct Regular Code Audits:** Reviewing and [auditing code](https://www.cyberscope.io) is crucial to identifying potential vulnerabilities before deployment. Independent security reviews help ensure that smart contracts function as expected and are not prone to exploits.

**2. Perform Extensive Testing:** Testing ensures that smart contracts work as intended. Developers should conduct thorough testing, including unit tests and stress tests, to identify and fix potential issues before launch.

**3. Implement Proper Access Controls:** Restricting access to critical functions within a smart contract prevents unauthorized modifications. Using clear permission structures and role-based access can enhance security.

**4. Avoid Hardcoding Sensitive Information:** Developers should never hardcode private keys or sensitive data in their contracts. Secure storage solutions should be used to manage important credentials safely.

**5. Stay Updated on Security Best Practices:** Blockchain technology is constantly evolving, and new security threats emerge over time. Developers should stay informed about the latest security recommendations and updates in the Solana ecosystem.

Quick link: [Drainer-as-a-Service (DaaS): Unmasking the Dark Web’s Latest Threat](https://www.cyberscope.io/blog/drainer-as-a-service-daas-unmasking-the-dark-web’s-latest-threat)

### Conclusion

Ensuring the security of Solana smart contracts involves leveraging the blockchain’s built-in security features and following best development practices. Regular code audits, extensive testing, and proper access controls help reduce risks and strengthen contract security.

By following these best practices, developers can create secure, efficient, and reliable smart contracts that contribute to the overall stability of the Solana ecosystem.

Explore Solana smart contract security, key vulnerabilities, and best practices to build safe, efficient, and reliable blockchain applications.

How Secure are Solana Smart Contracts?

### Introduction

[Rust](https://www.cyberscope.io/rust-smart-contract-audit) has become a preferred choice for building secure and efficient blockchain applications. Its memory safety guarantees, strong type system, and ownership model make it a robust language for Web3 projects. However, even with Rust's security features, vulnerabilities can still exist in smart contracts and decentralized applications (dApps). This is where Rust security audits come in.

In this guide, we’ll cover everything you need to know about Rust security audits, why they are crucial, the types of vulnerabilities found in Rust-based projects, and best practices to ensure a secure codebase. By understanding the importance of a Rust audit and implementing security measures, developers can enhance the safety, reliability, and trustworthiness of their projects.

## Why a Rust Security Audit is Essential

### Risk Mitigation

A Rust Smart Contract [Audit](https://www.cyberscope.io/smart-contract-audit) is a proactive measure to mitigate potential risks inherent in blockchain projects. By identifying and addressing vulnerabilities early in the development process, you significantly reduce the chances of security breaches, hacks, and financial losses. This risk mitigation strategy is foundational for the long-term success and resilience of your project.

### Enhanced Credibility

In the competitive and trust-centric world of blockchain, credibility is paramount. A Cyberscope-certified Rust Smart Contract Audit enhances your project's credibility by showcasing a commitment to security and transparency. Investors, users, and partners gain confidence in the integrity and reliability of your smart contracts, fostering a positive and trustworthy ecosystem around your project.

### Regulatory Compliance

The ever-evolving regulatory landscape demands a commitment to compliance. A thorough audit ensures that your Rust smart contracts align with industry standards and regulatory requirements, mitigating legal risks and positioning your project for long-term success. Upholding transparency and staying abreast of emerging regulatory frameworks will further bolster your project's resilience in an ever-changing legal environment.

### Cost-Efficiency in the Long Run

While investing in a Rust Smart Contract Audit incurs an upfront cost, it proves to be a cost-efficient decision in the long run. Identifying and rectifying potential security vulnerabilities during the development phase prevents costly security incidents post-deployment. The cost savings from avoiding such incidents and the associated reputational damage far outweigh the initial audit investment.

Learn more: [Smart Contract Audits in 2025: What You Need to Know](https://www.cyberscope.io/blog/smart-contract-audits-in-2025-what-you-need-to-know)

## Common Security Vulnerabilities in Rust

Despite Rust's strong safety guarantees, security risks can still arise from poor implementation, external dependencies, or business logic flaws. Reentrancy attacks, though less common than in Solidity, can still occur due to unsafe async operations and poorly structured logic, making proper safeguards essential. Integer overflow and underflow, while mitigated by Rust's strict safety rules, can still pose risks if unsafe code or unchecked arithmetic operations are used. The misuse of unsafe code blocks can bypass Rust’s memory safety guarantees, potentially leading to memory corruption and severe security vulnerabilities. Additionally, flawed business logic—such as incorrect access control, faulty permission structures, or flawed reward distribution mechanisms—can create exploitable weaknesses even if the code is syntactically correct. Lastly, dependency risks arise when using outdated or vulnerable third-party crates, making regular dependency audits and proper management crucial to maintaining security.

![Security for Rust](https://firebasestorage.googleapis.com/v0/b/cyberscope-90197.appspot.com/o/blog%2Fbucket%2F1744191113832-image1.jpg?alt=media)



## Best Practices for Securing Rust-Based Projects

Even before a formal audit, developers should follow best practices to minimize security risks:

### 1. Follow Rust's Safety Guidelines

* Use Rust’s ownership model effectively.
* Avoid unnecessary use of unsafe code.
* Utilize Rust’s built-in security features, such as Option and Result types.

### 2. Regularly Update Dependencies

* Monitor third-party crates for security patches.
* Use trusted sources and review dependency risks.

### 3. Use Secure Coding Standards

* Implement proper access control mechanisms.
* Validate user inputs to prevent injection attacks.
* Avoid hardcoded secrets and credentials.

### 4. Leverage Security Tools

* Use Clippy for linting and catching common issues.
* Run audit to identify vulnerabilities in dependencies.

### 5. Conduct Internal Security Reviews

* Perform peer reviews before deployment.
* Implement continuous security testing in CI/CD pipelines.

Quick link: [How to get an Audit Badge on CoinMarketCap](https://www.cyberscope.io/blog/how-to-get-an-audit-badge-on-coinmarketcap)

## Choosing a Rust Security Audit Provider

When selecting a security audit firm, consider the following:

* Experience in Rust & Blockchain Security: Look for auditors familiar with Rust-based ecosystems like Solana and Polkadot.
* Reputation & Past Clients: Check previous audits and client feedback.
* Comprehensive Reports: Ensure they provide detailed insights, risk assessments, and remediation guidance.
* Post-Audit Support: Choose a provider that offers re-audits and follow-up assessments.

At Cyberscope, we specialize in Rust smart contract audits and have worked with leading projects in the Web3 space. Our team ensures top-notch security standards, helping blockchain projects mitigate risks effectively.

## Conclusion

A Rust security audit is essential for any blockchain project built on Rust, ensuring its smart contracts and applications are secure, reliable, and resilient against potential threats. While Rust provides strong security features, proper implementation, regular audits, and adherence to best practices are necessary to safeguard projects from vulnerabilities.

By investing in a thorough security audit, teams can protect assets, enhance trust, and comply with industry standards, ultimately contributing to a safer and more robust Web3 ecosystem.

Discover why Rust security audits are vital for Web3 projects. Learn key risks, best practices, and how audits enhance safety, trust, and compliance.

Rust Security Audits: A Complete Guide

Smart contracts revolutionized the blockchain industry by bringing a significant shift in how agreements are conceptualized and carried out. Ethereum introduced smart contracts to ensure the creation of programs on blockchain networks, signaling the start of smart contracts in blockchain application development services. Smart contracts have facilitated the creation of dApps for various purposes, broadening the application of blockchain technology beyond decentralized financial dealings.

In recent years, many platforms with unique features and abilities have emerged to support smart contracts on the blockchain. The connectivity between the blockchain and smart contracts has helped to promote creativity in the web3 and blockchain sectors. Let's delve deeper into how smart contracts affect blockchain app development services.

## The Definition and Source of Smart Contracts

Smart contracts are agreements that automatically execute when conditions are met, with contract terms embedded in code. For transparency and immutability, the code is stored and copied across a decentralized blockchain network. The contract automatically enforces predefined conditions to enable secure and trustless transactions. Due to advancements in blockchain technology, smart contracts have made significant progress since computer scientist Nick Szabo first introduced the concept in the 1990s.

Nick Szabo originally introduced the concept of self-executing contracts written in computer code in his revolutionary publication from 1994. This is the birthplace of smart contracts. Smart contracts only gained popularity once blockchain technology became widespread, especially after Vitalik Buterin introduced Ethereum in 2015. Ethereum's programmable blockchain opened the door to a fresh era of digital agreements and automated transactions, allowing developers to create DApps and utilize smart contracts.

Read also:[](https://www.cyberscope.io/blog/web-3-0-penetration-testing-top-5-things-you-need-to-know)[Web 3.0 Penetration Testing: Top 5 Things You Need To Know](https://www.cyberscope.io/blog/web-3-0-penetration-testing-top-5-things-you-need-to-know)


## How Do Smart Contracts Work?

Essentially, smart contracts are the digital versions of traditional legal contracts that operate automatically. Software code is utilized to automate and execute the specified terms and conditions of an agreement. These agreements are secure since they are coded and stored on a transparent, secure, decentralized blockchain network.

Smart contracts are autonomous programs that execute actions once specific conditions are met. Examine a blockchain application designed for the supply chain. A smart contract can automatically trigger payment after receiving a delivery confirmation, eliminating the necessity for human intervention or third-party involvement.

It is fascinating to consider that the use of smart contracts reduces the necessity for traditional intermediaries such as banks or lawyers, thus reducing the risks of fraud, errors, or non-adherence. The popularity of these intelligent contracts grew mostly due to Ethereum's blockchain technology, offering a robust base for their development and application in sectors like supply chain management, real estate, and finance.

The consistent duplication of smart contracts on different nodes in a blockchain network, along with their predictable behavior, guarantees clear and coordinated execution of agreements for all participants. Despite the numerous advantages, one must remember that thorough testing and [auditing](https://www.cyberscope.io/smart-contract-audit) of smart contract code is essential before deployment to prevent any potential issues or vulnerabilities due to their immutable nature.

![Importance of Smart contracts in the Blockchain ](https://firebasestorage.googleapis.com/v0/b/cyberscope-90197.appspot.com/o/blog%2Fbucket%2F1741722059139-image1.jpg?alt=media)

## Why are Smart Contracts Important for Blockchain?

Blockchain technology is revolutionizing the finance industry by significantly impacting how it is being transformed. Smart contracts help expand the use of blockchain technology by eliminating intermediaries and promoting direct exchanges between peers. The focus of evaluating smart contracts in the blockchain is their ability to establish secure systems and improve transparency in transactions.

Once a smart contract is enrolled in the network, it is securely logged with the assurance of its unchangeable nature. Moreover, the decentralization of smart contracts ensures safety against attacks on individual weak spots. It also ensures freedom from concerns about system failures caused by security issues.

## How Do Smart Contracts Work in Blockchain Development?

Blockchain operates with smart contracts.

Smart contracts utilize code that self-executes, as opposed to traditional contracts. Digital contracts are created to execute pre-determined tasks automatically once certain conditions are satisfied. Automating smart contracts ensures the development process is efficient and reduces the chances of conflicts and errors.

Smart contracts can greatly transform blockchain technology by enhancing its reliability and effectiveness. Once activated, smart contracts can operate autonomously, eliminating the necessity of intermediaries. Developing smart contracts on the blockchain offers the main advantage of reducing unnecessary delays associated with traditional contract enforcement. In addition, smart contracts execute the planned transactions only if specific conditions are fulfilled. Consequently, they can provide a secure and reliable base for anyone involved in the transaction.

Quick Link:[Securing the Future: Cyber Threats in the Age of Web3](https://www.cyberscope.io/blog/securing-the-future-cyber-threats-in-the-age-of-web3)

## Smart Contracts in Blockchain Application Development

Smart contracts are digital protocols stored on a blockchain that aim to automate, verify, and enforce contract terms. Smart contracts, the key component of blockchain technology, completely transform the concept of contracts with their included automation capabilities.

The system becomes more independent when smart contract terms are created and implemented on the blockchain. When the specified conditions are fulfilled, the contract will execute predetermined provisions autonomously. This key trait sets smart contract leagues apart from traditional ones that may be costly, time-consuming, and susceptible to manipulation. On the other hand, once smart contracts are put into effect, they cannot be altered, ensuring that the contract terms are followed even without a trustworthy third party, thus reducing the chances of fraud and disagreements.

A grasp of blockchain systems, programming languages, and legal jargon is crucial for developing smart contracts. Blockchain experts who specialize in creating smart contracts are crucial to ensuring that the code accurately represents the contractual terms and operates seamlessly within the current blockchain system.

Platforms like Ethereum, designed for executing smart contracts on the blockchain, are widely used for implementing smart contracts. Developers now have a selection of platforms available to meet their specific needs, allowing smart contracts to play a vital role in digital contracts and impact future industry transactions.

![Ideal Blockchain Development Copmany](https://firebasestorage.googleapis.com/v0/b/cyberscope-90197.appspot.com/o/blog%2Fbucket%2F1741722300719-image2.jpg?alt=media)

## Your Ideal Blockchain Development Company

Cyberscope is a top-tier blockchain development company, delivering comprehensive, end-to-end blockchain solutions worldwide. With a team of expert blockchain developers and smart contract specialists, we provide tailored services that address the specific needs of businesses across various sectors.

At Cyberscope, we recognize the essential role of smart contracts in blockchain projects. These self-executing contracts automate and secure agreements, bringing transparency, security, and efficiency to business operations.

Our dedicated R&D team keeps pace with the latest smart contract advancements, ensuring our clients receive the most innovative solutions. From developing decentralized applications and custom smart contracts to integrating blockchain with existing systems, Cyberscope is prepared to support all your blockchain needs. Our expertise and commitment to excellence make us the ideal partner for businesses aiming to leverage smart contracts in their blockchain journey.

## Conclusion 

Since they started the trend of blockchain programming, smart contracts are essential in the development of blockchain technology. Smart contracts have allowed blockchain to emerge as a major player in the web3 environment. Thanks to the efficiency, security, and automation features of smart contracts, it is possible to create blockchain solutions tailored to unique scenarios.

Exploring new use cases in different sectors will reveal how smart contracts can enhance creativity. Moreover, smart contracts play a beneficial role in setting the foundation for the advancement of web3 and are essential for generating unique assets such as NFTs.

Explore how smart contracts are transforming blockchain app development with automation, security, and efficiency in Web3.

Cyberscope Partners With Sotatek

Recent Posts

What is a Fallback Attack in Smart Contracts?

How Secure are Solana Smart Contracts?

Rust Security Audits: A Complete Guide

Smart Contracts in Modern Blockchain App Development

Subscribe To Our Newsletter