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Borg Security specializes in tackling complex Web2 on Web3 attack vectors, commonly referred to as "zeroday" exploits. These exploits are particularly dangerous as they remain unidentified until they are utilized.
What are Web2 on Web3 attack vectors?
Web2 on Web3 attack vectors refer to vulnerabilities that arise when Web2 applications interact with Web3 infrastructure. These vulnerabilities can be exploited to compromise decentralized applications (Dapps) and blockchain networks.
Why are zeroday exploits considered so critical?
Zeroday exploits are extremely concerning because they are unknown to the public, including developers and security experts, until they are used by attackers. This lack of prior knowledge makes them particularly devastating as there are no available patches or defenses against them.
How did Borg Security originate?
Borg Security was established as a response to the need for enhanced security measures within Web3 infrastructure. Despite the decentralized nature of many Dapps, vulnerabilities stemming from Web2 technologies still persist. Borg Security aims to bridge this gap by providing comprehensive security solutions.
What is the significance of Borg Security's role in Web3 security?
Borg Security serves as a crucial intermediary between Web2 and Web3 security realms. By addressing vulnerabilities that arise from the integration of Web2 applications with Web3 infrastructure, Borg Security helps safeguard the integrity and functionality of decentralized platforms.
How does Borg Security contribute to the protection of Dapps?
Borg Security's expertise lies in identifying and mitigating vulnerabilities within Dapps, ensuring they remain resilient against potential attacks. By offering specialized services tailored to the unique challenges of Web3 security, Borg Security helps fortify Dapps against emerging threats.