Download OpenSSL 1.1.1.q-1 x86_64 Package for Secure Sockets Layer and Transport Layer Security
How to Download and Install OpenSSL 1.1.1.q-1-x86_64-pkg.tar.zst
OpenSSL is a software library that provides secure communications over computer networks using the SSL and TLS protocols. It is widely used by web servers, email clients, VPNs, and other applications that require encryption and authentication. In this article, we will show you how to download and install the latest version of OpenSSL for Linux x86_64 systems, which is openssl-1.1.1.q-1-x86_64-pkg.tar.zst.
download openssl-1.1.1.q-1-x86_64-pkg.tar.zst
What is OpenSSL and why do you need it?
OpenSSL is an open-source project that develops and maintains a full-featured toolkit for cryptography and secure communication. It includes a core library that implements basic cryptographic functions and various utility programs that enable users to perform tasks such as generating keys, creating certificates, testing connections, and more.
OpenSSL features and benefits
Some of the features and benefits of using OpenSSL are:
It supports a wide range of cryptographic algorithms, such as RSA, DSA, ECDSA, AES, SHA, MD5, etc.
It supports multiple protocols, such as SSLv2, SSLv3, TLSv1, TLSv1.1, TLSv1.2, TLSv1.3, DTLSv1, DTLSv1.2, etc.
It is compatible with most operating systems, such as Linux, Windows, macOS, BSD, OpenVMS, etc.
It is free to use for commercial and non-commercial purposes under an Apache-style license.
It is constantly updated with bug fixes and security patches by a team of volunteers and experts.
OpenSSL common errors and solutions
Despite its popularity and reliability, OpenSSL may sometimes encounter errors or issues that prevent it from working properly. Some of the common errors and solutions are:
Error: "unable to load certificate"
Solution: This error may occur when you try to read a certificate file that is not in PEM format or has an incorrect extension. To fix this error, you need to convert the certificate file to PEM format using the command openssl x509 -in cert.crt -out cert.pem, where cert.crt is the original certificate file and cert.pem is the converted file.
Error: "unable to get local issuer certificate"
Solution: This error may occur when you try to verify a certificate chain that does not include the root CA certificate or has an incomplete intermediate CA certificates. To fix this error, you need to obtain the root CA certificate and all intermediate CA certificates from the issuer of the certificate you are verifying, and concatenate them into a single file using the command cat root.pem intermediate.pem > chain.pem, where root.pem is the root CA certificate, intermediate.pem is the intermediate CA certificates, and chain.pem is the concatenated file.
Error: "no peer certificate available"
Solution: This error may occur when you try to connect to a server that does not support SSL or TLS or has not configured its certificate properly. To fix this error, you need to - verify that the server is listening on the correct port and has a valid certificate installed using the command openssl s_client -connect server:port, where server is the hostname or IP address of the server and port is the port number.
How to download openssl-1.1.1.q-1-x86_64-pkg.tar.zst
OpenSSL 1.1.1.q is the latest stable release of OpenSSL as of June 2023. It contains several bug fixes and security improvements over the previous versions. To download openssl-1.1.1.q-1-x86_64-pkg.tar.zst, which is a compressed archive file that contains the precompiled binaries and libraries for Linux x86_64 systems, you have two options:
How to download and install openssl-1.1.1.q-1-x86_64-pkg.tar.zst on Arch Linux
Download openssl-1.1.1.q-1-x86_64-pkg.tar.zst from GitHub releases page
OpenSSL 1.1.1q release notes and changelog
What is the difference between openssl-1.1.1.q-1-x86_64-pkg.tar.zst and openssl-3.0.9?
How to verify the signature of openssl-1.1.1.q-1-x86_64-pkg.tar.zst file
How to extract and use openssl-1.1.1.q-1-x86_64-pkg.tar.zst file
How to update openssl-1.1.1.q-1-x86_64-pkg.tar.zst to the latest version
How to uninstall openssl-1.1.1.q-1-x86_64-pkg.tar.zst from Arch Linux
How to compile openssl-1.1.1.q from source code
How to use openssl-1.1.1.q for secure sockets layer and transport layer security
What are the benefits of using openssl-1.1.1.q over older versions
How to troubleshoot common issues with openssl-1.1.1.q
How to configure openssl-1.1.1.q for optimal performance and security
How to test openssl-1.1.1.q functionality and compatibility
How to generate certificates and keys with openssl-1.1.1.q
How to encrypt and decrypt data with openssl-1.1.1.q
How to create and verify digital signatures with openssl-1.1.1.q
How to use openssl-1.1.1.q for TLS 1.3 support
How to use openssl-1.1.1.q for SSH authentication and encryption
How to use openssl- for VPN connection and tunneling
Download from the official website
The official website of OpenSSL is , where you can find the latest news, documentation, and downloads of OpenSSL. To download openssl-1.1.1.q-1-x86_64-pkg.tar.zst from the official website, you need to follow these steps:
Go to the of OpenSSL.
Scroll down to the section "Precompiled Binaries" and click on the link "Linux x86_64" under "OpenSSL 1.1.1q".
You will be redirected to a mirror site that hosts the file openssl-1.1.1.q-1-x86_64-pkg.tar.zst.
Click on the file name or the download icon to start downloading the file to your computer.
Download from a mirror site
If you cannot access the official website of OpenSSL or prefer to download from a different source, you can also use one of the mirror sites that provide OpenSSL downloads. A list of mirror sites can be found . To download openssl-1.1.1.q-1-x86_64-pkg.tar.zst from a mirror site, you need to follow these steps:
Select a mirror site that is close to your location and has a good reputation.
Go to the mirror site and navigate to the directory "openssl/openssl-1.1.1q/".
Look for the file openssl-1.1.1.q-1-x86_64-pkg.tar.zst and click on it to start downloading.
Verify the integrity of the downloaded file
Before installing the downloaded file, it is recommended that you verify its integrity and authenticity using cryptographic hashes and signatures. This will ensure that the file has not been tampered with or corrupted during transmission. To verify the integrity of openssl-1.1.1.q-1-x86_64-pkg.tar.zst, you need to follow these steps:
Download the SHA256 checksum file from the same source as the archive file.
Download the PGP signature file from the same source as the archive file.
Download the PGP public key .
Verify that the SHA256 checksum of the archive file matches the one in the checksum file using the command sha256sum -c openssl-1.1.1.q-1-x86_64-pkg.tar.zst.sha256. You should see a message saying "OK" if they match.
Verify that the PGP signature of the archive file is valid and signed by OpenSSL using the command gpg --verify openssl-1.1.1.q-1-x86_64-pkg.tar.zst.asc openssl-1.1.1.q-1-x86_64-pkg.tar.zst. You should see a message saying "Good signature" if they are valid.
How to install openssl-1.1.1.q-1-x86_64-pkg.tar.zst
After downloading and verifying openssl-1.1.1.q-1-x86_ 64-pkg.tar.zst, you can proceed to install it on your Linux system. To install openssl-1.1.1.q-1-x86_64-pkg.tar.zst, you need to follow these steps:
Extract the file to a folder
The file openssl-1.1.1.q-1-x86_64-pkg.tar.zst is a compressed archive file that contains the files and folders of the OpenSSL package. To extract it, you need to use a tool that supports the zstd compression format, such as zstd or tar. For example, you can use the command tar -I zstd -xvf openssl-1.1.1.q-1-x86_64-pkg.tar.zst to extract the file to the current folder.
Run the configure script
The extracted folder contains a script called configure that checks your system for the required dependencies and options for installing OpenSSL. To run the configure script, you need to change to the extracted folder and execute the command ./configure. You can also pass some arguments to the configure script to customize the installation, such as --prefix to specify the installation directory, --openssldir to specify the configuration directory, --enable or --disable to enable or disable certain features, etc. For a full list of arguments, you can use the command ./configure --help.
Build and test the library
After running the configure script, you can build the library and the utility programs using the command make. This will compile the source code and generate the binary files in the subdirectories of the extracted folder. You can also test the library and the programs using the command make test. This will run a series of tests to verify that everything is working correctly.
Install the library and the documentation
Finally, you can install the library and the documentation using the command make install. This will copy the binary files and the documentation files to the specified installation directory and configuration directory. You may need root privileges to perform this step, depending on yo