Blocklist

File transfer protocol, or FTP, is a network protocol that enables data transfer between computers connected to a computer network. FTP servers can manage and host content within an organization's private network. Their purpose plays an acritical role in directly engaging with network files and resources. Thus, isolating FTP servers from internal systems is crucial to mitigate data loss or exploitation.

SD-WAN provides an innovative solution to modern cyber security threats. It stands for Software Defined Wide Area Network and is a secure, virtual network that enables organizations to securely connect their remote offices, users and cloud applications with increased bandwidth and improved performance. SD-WAN leverages cloud technologies such as encryption and authentication to protect data from unauthorized access. It also allows for more efficient use of available bandwidth by balancing traffic across multiple connection lines. As a result, organizations can benefit from better reliability, cost savings and enhanced flexibility in managing their network connections. In addition to providing greater control of user access, SD-WAN can help protect against cyber attacks by minimizing the attack surface, while providing quick response times in the event of a security breach or attack.

Open ports are network entry points that allow external devices to connect through the Internet. They can be found on computers, servers, and other connected devices. Open ports are used for a variety of purposes, including remote access, data transfer, and online applications. For example, web browsers use open ports to send and receive requests from websites. In terms of cyber security, open ports can create vulnerabilities if not monitored or locked down properly. Attackers can exploit an open port to gain unauthorized access or launch malicious attacks - potentially leading to data theft or damage to systems. To prevent such threats, organizations must ensure they maintain tight control over their open ports and regularly update their systems with the latest security patches. By following these practices, companies can reduce the risk of attack and protect their data from malicious actors.

TLS (Transport Layer Security) is a type of digital encryption that helps protect data sent over the internet. It works by encrypting communication between two systems so that it can’t be intercepted by any third-party. TLS is commonly used for banking and ecommerce transactions to ensure customer information stays secure, but it can be used for almost any type of online communication. It's also key to providing an additional layer of security against increasingly sophisticated cyber-attacks. TLS is used widely in healthcare, government and financial services around the world and continues to evolve as new threats emerge. By providing secure connections and authentication, TLS is an essential part of any comprehensive cybersecurity strategy.

Public keys are cryptographic keys used in cybersecurity to provide secure communication. It is a form of asymmetric cryptography, meaning that two different keys are used: one for encryption (public key) and one for decryption (private key). The public key is shared publicly and can be used to encrypt messages or data. The private key must remain a secret and is then used to decrypt the encrypted message or data. Public keys help ensure that only the intended recipient can read the message, as only they possess the private key needed to decrypt it. In cyber security, public keys are often used to authenticate users or encrypt communications between parties.