Secure Your Data with ProcessWurks SSL Encryption

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Protect your sensitive information with ProcessWurks’ SSL encryption. Keep your data secure and safeguard your online presence. Learn more now.

Data security is crucial in a world where most transactions and communications are done online. The risk of sensitive information falling into the wrong hands has increased manifold, and this is where SSL encryption comes in. ProcessWurks SSL encryption provides a powerful and effective way to secure your data, ensuring that it remains safe from prying eyes. In this blog, we will explore what SSL encryption is, how it works, and how ProcessWurks SSL encryption can help you protect your data. This blog will help you make data security decisions as a company owner or individual.

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What does SSL/TLS Encryption mean?

TLDR: SSL/TLS encrypts communications between a client and a server, which are usually web browsers and websites/applications.

SSL/TLS security protects internet and computer network data.. This keeps attackers and ISPs from seeing or changing data sent between two nodes, which are usually between a user’s web browser and a web/app server. Most website owners and operators are required to use SSL to protect the exchange of sensitive information like passwords, payment information, and other private information.

How does encryption with SSL/TLS work?

SSL uses both symmetric and asymmetric encryption to keep data in transit private and secure. A client and server use asymmetric encryption to establish a safe session and symmetric encryption to send and receive data.

For a web server or domain name to use SSL encryption, it must have an SSL certificate. Once the certificate is installed, the client and server can safely negotiate the level of encryption in the following steps:

The client contacts the server by using a secure URL (HTTPS…).
The client gets the server’s public key and certificate.
This is checked with a Trusted Root Certification Authority by the client to make sure the certificate is real.
The client and server talk about what kind of encryption is the strongest that each can handle.
The client uses the server’s public key to encrypt a session key (a secret key) and sends it back to the server.
With its private key, the server decrypts the client’s message, and the session is set up.
The session key is now used to encrypt and decrypt data sent between the client and the server. This is called symmetric encryption.

Now, both the client and the server use HTTPS (SSL/TLS + HTTP) to talk to each other. Web browsers show a lock icon in the address bar to show that this is true. Port 443 is where HTTPS works.

Once you leave the website, those keys are no longer needed. On your next visit, there will be a new handshake and a new set of keys will be made.

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How does an SSL certificate work?

When a browser links to a server with an SSL certificate, the SSL (or TLS) protocol encrypts data sent between the server and the browser. (or between servers). The details are, of course, more complicated.

SSL works right on top of the transmission control protocol (TCP) and acts as a security blanket. It lets higher protocol layers stay the same while still making the connection secure. So, the other protocol layers can still work normally under the SSL layer.

If an SSL certificate is used correctly, an attacker will only be able to see which IP and port are connected and how much data is being sent. They might be able to end the connection, but both the server and the user will know it was done by someone else. They won’t be able to get any information, though, so this step is pretty much useless.

The hacker might be able to figure out the user’s hostname, but not the rest of the URL, which is very important. The important information stays safe because the connection is encrypted.

1: SSL starts working when a TCP connection is made, which starts what is called an SSL handshake.

2: The server sends the user its certificate and a list of instructions, such as which version of SSL/TLS and encryption methods to use, etc.

3: The user then makes sure that the certificate is still valid and chooses the highest level of encryption that can be supported by both parties. Using these steps, the user starts a secure session. There are a lot of different sets of methods with different strengths. These sets of methods are called “cypher suites.”

4: SSL and TLS methods use message authentication codes to verify message authenticity. (MAC). All of this sounds like it would take a long time and be hard to do, but it’s done almost instantly.

Why is SSL?Is TLS decryption important to security?

SSL encryption is undoubtedly a powerful tool for ensuring the confidentiality and integrity of data communication. However, this very strength can also be exploited by attackers who use encryption to hide malicious payloads. Therefore, it becomes crucial for inspection tools such as IDS/IPS, next-gen-firewalls, secure web gateway (SWG), and others to be equipped with effective SSL decryption capabilities to inspect and analyze the encrypted traffic.

Decrypting data reveals its content and any malicious behavior. These inspection tools cannot operate without decryption, leaving networks and systems vulnerable to cyberattacks.

How Processwurks SSL Encryption Can Help You Protect Your Data?

ProcessWurks takes data security very seriously and protects customer information with multiple layers of security. SSL encryption is one of the most important ways to protect data. The SSL layer of ProcessWurks protects all data sent between users and the website with strong SHA-2 and 2048-bit encryption. The SSL certificates also use RSA 2048 bits (SHA256b with RSA) encryption to make things even safer. Qualys SSL Labs gave the site an A grade, which means that it meets high-security standards.

ProcessWurks also uses Amazon AWS as its cloud computing platform, which provides security for the system, network, data, and data itself. With Amazon Inspector, AWS’s automated vulnerability management service, the system is always looking for software flaws and unintended network exposure. The platform also protects against Distributed Denial of Service (DDoS) attacks, Man in the Middle (MITM) attacks, port scanning, and packet sniffing by other tenants.

ProcessWurks also follows the strict rules of the Payment Card Industry Data Security Standard (PCI DSS) and makes sure that customer credit card information is never stored in their system. All credit card payments are handled by Stripe, which is a service provider that meets PCI-DSS Level 1 standards.

Users are also given access based on their roles, and roles are given to users by sending them an invite. ProcessWurks has user roles that are already set up, so users can customize their access to only see the information they need.

Along with SSL encryption, ProcessWurks utilizes Amazon AWS as its cloud computing platform, which provides physical, network, system, and data security. Automated vulnerability management, PCI DSS compliance, role-based access, and customized user roles further enhance security measures. With these multiple layers of protection, ProcessWurks ensures that customer data is strongly secured from vulnerabilities, threats, and attacks.

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Conclusion

ProcessWurks SSL encryption provides robust security measures to protect sensitive data. With strong encryption, strict PCI-DSS compliance, automated vulnerability management, and role-based access controls, users can trust that their information is secure. By utilizing Amazon AWS cloud storage, ProcessWurks offers extensive physical and network security measures to prevent potential threats and attacks. Overall, ProcessWurks SSL encryption is a crucial step in ensuring a safe and secure digital environment for all users.