How to get Quantstamp (QSP)
What is Quantstamp (QSP)
Quantstamp (QSP) is a cryptocurrency project that aims to provide security audits for smart contracts on blockchain platforms. Smart contracts are self-executing contracts that run on blockchain networks and are often used for various applications such as decentralized finance (DeFi), token sales, and more.
However, smart contracts are not immune to vulnerabilities, and if not properly audited, they can be susceptible to hacks, exploits, and other security breaches.
Quantstamp aims to address this issue by offering a decentralized platform for automated smart contract audits. Their protocol uses a combination of automated scanning tools and a network of human auditors to identify vulnerabilities and weaknesses in smart contracts.
The audits performed by Quantstamp are designed to enhance the security and reliability of smart contracts, making them safer for users and mitigating the risks associated with using blockchain-based applications.
The QSP token is the native cryptocurrency of the Quantstamp ecosystem and is used for various purposes, including paying for audits, rewarding auditors, and participating in the governance of the protocol.
Quantstamp’s vision is to become a leader in blockchain security by providing reliable, transparent, and efficient smart contract audits, thereby promoting the adoption of blockchain technology in a more secure and trustworthy manner.
The history of Quantstamp (QSP)
Quantstamp (QSP) was founded in 2017 by Richard Ma and Steven Stewart as a blockchain-focused cybersecurity company based in San Francisco, California.
The co-founders recognized the need for secure smart contracts in the growing blockchain ecosystem and aimed to provide solutions to enhance the security of smart contracts on various blockchain platforms.
In November 2017, Quantstamp conducted an initial coin offering (ICO) and raised around $30 million to fund their project. They issued the QSP token as an ERC-20 token on the Ethereum blockchain, which serves as the native cryptocurrency of the Quantstamp ecosystem.
In early 2018, Quantstamp launched their security auditing services for smart contracts, which combined automated scanning tools with manual audits by their team of expert auditors.
They started providing security audits for a wide range of smart contracts, including those used in initial coin offerings (ICOs), decentralized applications (dApps), and other blockchain-based applications.
Quantstamp has also collaborated with various blockchain projects and organizations, including OmiseGO, Binance, MakerDAO, and the World Economic Forum, to promote blockchain security best practices and establish industry standards.
In 2019, Quantstamp launched the “Quantstamp Security Network,” which is a decentralized network of security nodes that enables automated and continuous security scanning of smart contracts on various blockchain platforms. The network is powered by the QSP token, which is used for incentivizing security node operators and rewarding users who report vulnerabilities.
Since its inception, Quantstamp has been continuously improving its technology, expanding its services, and establishing itself as a prominent player in the blockchain security space.
The project has gained recognition for its contributions to blockchain security and has received support from the blockchain community, investors, and partners alike. However, it’s important to note that the cryptocurrency market can be volatile, and the value and history of QSP token may be subject to fluctuations.
How Quantstamp (QSP) works
Quantstamp (QSP) is a blockchain-based platform that provides security audits for smart contracts, with the goal of enhancing the security and reliability of smart contracts used in various blockchain applications. Here’s an overview of how Quantstamp works:
- Smart Contract Submission: Users submit their smart contracts to the Quantstamp platform for auditing. Smart contracts can be written on different blockchain platforms, such as Ethereum, Binance Smart Chain, and others.
- Automated Scanning: Quantstamp uses automated scanning tools to perform an initial scan of the submitted smart contracts. These tools analyze the smart contracts for known vulnerabilities and weaknesses, such as code bugs, logic flaws, and security risks.
- Manual Audits: After the initial automated scan, the smart contracts are further audited by Quantstamp’s team of expert auditors who manually review the code to identify potential vulnerabilities that may have been missed by the automated scanning.
- Audit Report: Once the audit is completed, Quantstamp generates a comprehensive audit report that outlines the findings, including identified vulnerabilities and recommendations for fixes. This report is shared with the smart contract owner for review and remediation.
- Remediation: Smart contract owners can then address the identified vulnerabilities and make necessary fixes to improve the security of their smart contracts based on the recommendations provided in the audit report.
- Re-audit: After the fixes are implemented, the smart contracts can be resubmitted to Quantstamp for re-audit to ensure that the vulnerabilities have been addressed properly.
- Incentives and Rewards: Quantstamp uses its native cryptocurrency, the QSP token, to incentivize participants in the ecosystem. This includes rewarding auditors for their work, as well as providing incentives to users who report vulnerabilities in smart contracts through their bug bounty program.
- Quantstamp Security Network: Quantstamp also operates the Quantstamp Security Network, which is a decentralized network of security nodes that continuously scan and audit smart contracts on various blockchain platforms. Node operators are rewarded with QSP tokens for their services, and the network aims to provide continuous and automated security monitoring of smart contracts.
- Governance: QSP token holders can participate in the governance of the Quantstamp protocol, including voting on proposals and decisions related to the platform’s development, upgrades, and other changes.
Overall, Quantstamp aims to provide a comprehensive and decentralized solution for smart contract security audits, combining automated scanning tools, manual audits, and a network of security nodes to enhance the security and reliability of smart contracts in the blockchain ecosystem.
Can Quantstamp (QSP) be trusted
Quantstamp has been a prominent player in the blockchain security space since its inception in 2017, and it has conducted numerous smart contract audits for various projects and organizations in the blockchain ecosystem.
The platform has also formed collaborations with reputable partners, such as Binance, MakerDAO, and the World Economic Forum, which may indicate a level of trust in the industry.
Quantstamp’s team of expert auditors, combined with their automated scanning tools and the decentralized Quantstamp Security Network, aims to provide a robust approach to smart contract security auditing.
The platform’s audit reports provide comprehensive findings and recommendations for smart contract owners to address vulnerabilities, which demonstrates a commitment to transparency and accountability.
Additionally, Quantstamp’s native cryptocurrency, the QSP token, plays a role in incentivizing participants in the ecosystem, including auditors and bug bounty program participants, which may incentivize engagement and contributions to the security of the platform.
However, it’s important to note that no security audit is foolproof, and vulnerabilities can still be missed despite best efforts. Smart contract security audits are just one layer of defense, and it’s essential for smart contract developers and users to implement best practices in their own security measures and risk management.
As with any cryptocurrency project or platform, it’s recommended to conduct thorough research, evaluate the technology, team, community, and other relevant factors before making any investment or using the services of Quantstamp or any other project. It’s also important to consider the inherent risks and volatility of the cryptocurrency market.
How to get Quantstamp (QSP)
There are several steps to acquire Quantstamp (QSP):
- Identify a cryptocurrency exchange that supports QSP: Quantstamp (QSP) is listed on various cryptocurrency exchanges, such as Binance, Huobi, and KuCoin, among others. You’ll need to identify an exchange that supports QSP trading pairs, typically QSP/BTC or QSP/ETH.
- Create an account: Sign up for an account on the cryptocurrency exchange of your choice. This may involve providing personal information and completing any necessary verification procedures, such as KYC (Know Your Customer) and AML (Anti-Money Laundering) checks, as required by the exchange.
- Deposit funds: Once your account is set up, you may need to deposit funds into your exchange account. This can typically be done by transferring cryptocurrency (e.g., BTC or ETH) or fiat currency (e.g., USD, EUR) to your exchange wallet.
- Place an order: Navigate to the trading section of the exchange and place an order to buy QSP. You can specify the amount of QSP you want to purchase and the price at which you are willing to buy. If your order matches with an existing sell order on the exchange, your order will be executed, and you will receive QSP in your exchange wallet.
- Withdraw QSP to a personal wallet: Once you have acquired QSP on the exchange, it’s generally recommended to withdraw it to a personal wallet that you control. This gives you full control over your QSP and ensures that you are not reliant on the security of the exchange. You can use a compatible QSP wallet, such as MyEtherWallet, MetaMask, or Ledger, to store your QSP securely.
It’s important to note that the specific steps and processes may vary depending on the exchange you choose and your location, as different exchanges may have different requirements and regulations.
Always exercise caution and follow best practices for security when dealing with cryptocurrencies, such as using strong passwords, enabling two-factor authentication, and being aware of potential phishing attempts.