Keyword Analysis & Research: moreno valley ca time zone

ssih.org

https://www.ssih.org/Home/Sign-In?returnurl=/

Remember Login. Forgot your User Name and/or Password? Create an Account. Event Registration Notice. If you are trying to register for an SSH event, you must be logged in to continue. If you have an account please login and you will be redirected to the registration page. If you do not have an SSH account please create a FREE SSH Account then ...

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linuxbabe.com

https://www.linuxbabe.com/linux-server/ssh-windows

Method 1: Windows 10’s Built-in SSH Client Method 1: Windows 10’s Built-in SSH Client The Microsoft PowerShell team decided to port OpenSSH (both the client and the server) to Windows in 2015. It finally arrived in Windows 10’s Fall Creator Update in 2017 and is enabled by default in the April 2018 Update. To use the OpenSSH client on Windows 10, simply open a PowerShell window or a command prompt window and run the ssh command.  For example, if I want to connect to my Ubuntu desktop in the LAN, I would run ssh linuxbabe is the username on my Ubuntu desktop and 192.168.0.101 is the private IP address for my Ubuntu desktop. The first time you connect to a Linux computer, you will be prompted to accept the host key. Then enter your password to login. After login, you can run Linux commands to do administrative tasks. Note that if you want to paste a password into the PowerShell window, you need to right-click the mouse and press Enter. To log out from the Linux box, run the exit command or press Ctrl+D. The default font size in PowerShell Window is very small. To change it, right-click the titlebar and select properties, then you can change the font size, and the background color.Method 2: Use SSH in Windows Subsystem for Linux Method 2: Use SSH in Windows Subsystem for Linux Windows Subsystem for Linux (WSL) enables you to run native Linux command-line tools directly on Windows 10. If you are a system administrator, WSL is probably an overkill for just using SSH because it would install and run a Linux distro (without graphical user interface) on your Windows 10 desktop. WSL is created for web developers or those who need to work on open-source projects. You can use not only SSH but also other Linux command line tools (Bash, sed, awk, etc). Open the Microsoft Store and enter WSL in the search box. Select Run Linux on Windows and install a Linux distro of your choice. For example, I choose Ubuntu and click the Get button to install it. Once your Linux distro is installed, open the Control Panel and select Programs -> Turn Windows features on or off. Tick on the checkbox of Windows Subsystem for Linux to enable this feature. (You may need to reboot your Windows PC for this change to take effect.) Next, you can launch the Linux distro from the start menu by search the distro’s name. The first time you launch it, you need to create a user and set a password. After that, you can use the ssh command like below to connect to a Linux server or PC that runs a SSH server. sshMethod 3: Use Putty Method 3: Use Putty Putty is a well-known and the most popular SSH client on Windows before the arrival of Windows OpenSSH client and Windows Subsystem for Linux. To use SSH with Putty, you need to and install it. Launch Putty from the Start menu. Then enter the IP address or hostname of the Linux box and click the Open button to connect to it. Accept the host key and you will be prompted to enter the username and password. Please note that when you type in your password, the cursor doesn’t move, but it’s actually accepting your password.  To paste text into Putty, first press Ctrl+C to copy the text, then go to Putty window and press the right button of your mouse.How to Set Up SSH Key on Windows 10 (Optional) How to Set Up SSH Key on Windows 10 (Optional) There’re mainly two ways of authenticating user login with OpenSSH server: password authentication public-key authentication: also known as passwordless SSH login because you don’t need to enter your password. To set up public-key authentication on Windows 10, follow the instructions below. Open Windows Powershell, and run the following command to generate SSH keypair. ssh-keygen -t rsa -b 4096 Where: -t stands for type. The above command generates an RSA type keypair. RSA is the default type. -b stands for bits. By default, the key is 3072 bits long. We use a 4096 bits key for stronger security. When asked which file to save the key, you can simply press Enter to use the default file. Next, you can enter a passphrase to encrypt the private key, but you will need to enter this passphrase every time when you log into the Linux server. If you don’t want it, you can press Enter, so it will have no passphrase. The private key (your identification) will be saved in the .ssh/id_rsa file under your user directory. The public key will be saved in the .ssh/id_rsa.pub file. Now we need to upload the public key to remote Linux server. You can display the public key in the Powershell with the following command. cat .ssh/id_rsa.pub Then log in to your server via password authentication, and run the following command to create a .ssh directory under your home directory. sudo mkdir ~/.ssh Create the authorized_hosts file sudo nano ~/.ssh/authorized_keys Copy your SSH public key and paste it to this file. Save and close the file. To save a file in Nano text editor, press Ctrl+O, then press Enter to confirm. To close a file, press Ctrl+X. Next, change the permission of this file. sudo chmod 600 ~/.ssh/authorized_keys Log out of your Linux server. exit Now you can SSH into your server without entering a password.

DA: 96 PA: 61 MOZ Rank: 17

golinuxcloud.com

https://www.golinuxcloud.com/ssh-password/

Method 1: Use expect to do ssh with password instead of key Method 1: Use expect to do ssh with password instead of key We can utilise expect to provide the password in an automated way without user prompt in a shell script. Expect is a really handy tool when it comes to automation where user input is expected. Although the demerit would be that anyone can open the script and check the password as the password would be in plain text format. So if security is not your concern you can use expect to ssh with password. HINT: I will be using RHEL distribution for all the example output in this tutorial which uses dnf/yum as package manager. If you are on Ubuntu/Debian then you can use apt to install/update the rpm Install expect if it is not installed already on your server. ~]# dnf install expect   Scenario-1: Use separate expect script Below is a sample expect script which can use used to perform SSH and execute a command, the password is provided internally in the script: 1 #!/usr/bin/expect 2 3 set USER [lindex $argv 0] 4 set HOST [lindex $argv 1] 5 set PWD [lindex $argv 2] 6 log_file /var/log/ssh_tmp.log 7 8 set timeout 30 9 log_user 1 10 set send_slow {1 .01} 11 12 send_log "Connecting to $HOST using $USER user\n" 13 eval spawn ssh -o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no -o Connecttimeout =30 "$USER\@$HOST" 14 expect { 15 timeout { send_user "timeout while connecting to $HOST\n"; exit } 16 "*No route to host*" { send_user "$HOST not reachable\n"; exit } 17 "*assword: " { send -s $PWD\r } 18 } 19 expect { 20 timeout { send_user "timeout waiting for prompt\n"; exit } 21 "*]#" { send_user "Login successful to $HOST\n" } 22 } 23 send "hostname\r" 24 expect { 25 "*]#" { send "exit\r" } 26 } 27 send_user "Disconnected\n" 28 close Line 3 collects user name as the first input argument Line 4 collects hostname as the second input argument Line 5 collects password as the third input argument Line 6 we have defined the log file to store the output from the script Line 8 defines timeout for the script Line 9 We are printing the output on the console. If you wish to suppress it then use log_user 0 Line 10 we have defined the speed with which the output should be sent. This can be helpful on slow systems to control the input buffer or you may choose to ignore this. Line 12 we use send_user to log a message to STDOUT as well as in the log file. By default send_user does not add new line at the end hence we have added "\n" Line 13 we use spawn to initiate SSH towards our target host. We have intentionally disabled StrictHostChecking to avoid additional prompt on the screen. Line 14 starts the expect process. In this box we have added three possible conditions Line 15 In the first condition we expect a timeout message where in we will just log and print the event and exit Line 16 In the second condition we expect "No route to host" prompt which would mean the target server is not reachable. In such event also we will log and print the message and exit Line 17 In the third condition we expect for the prompt where P can be small or capital so we use "*assword" which will support "Password" and "password". If this prompt is found then we send the password for the user. We use \r which is referred as carriage return which moves the cursor to the beginning of the row after execution Line 19 we start new expect condition Line 20 we again expect for possible timeout wherein we will log and print a message and exit Line 21 we expect for a prompt wherein we will log and print a success message Line 23 we send the hostname command Line 24-26 we send exit command in a new expect block Line 27 We print and log an even for logging out Line 28 we close the expect session   Let us execute the script and verify the output: Advertisement ~]# expect ssh_with_pwd.exp root 192.168.43.154 redhat Snippet from my terminal You can find the same output in /var/log/ssh_tmp.log which we have defined as our log file in the script.   Scenario-2: Use expect inside bash script Now this was a separate expect script but you can choose to integrate it inside a shell script which would look like below. I have moved the input argument inside the bash script instead of expect but that is totally upto you, there is no such restriction what so ever.   Scenario-3: Perform scp with password using expect We can also transfer files to another server without getting a password prompt using expect script. Here is one example which uses a separate expect script to transfer /tmp/src_file to target host: #!/usr/bin/expect set USER [lindex $argv 0] set HOST [lindex $argv 1] set PWD [lindex $argv 2] log_file /var/log/ssh_tmp.log set timeout 30 log_user 1 set send_slow {1 .01} send_log "Connecting to $HOST using $USER user\n" eval spawn scp -o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no -o ConnectTimeout=30 /tmp/src_file "$USER\@$HOST:/tmp/" expect { timeout { send_user "timeout while connecting to $HOST\n"; exit } "*No route to host*" { send_user "$HOST not reachable\n"; exit } "*assword: " { send -s $PWD\r } } interact Here since we only intend to copy the files and hence there is a single expect block and in the end we use interact to return to our terminal  Method 2: Use sshpass to provide password with SSH Method 2: Use sshpass to provide password with SSH sshpass is a utility designed for running ssh using the mode referred to as "keyboard-interactive" password authentication, but in non-interactive mode. This rpm is provided as part of EPEL repository and does not requires a key for performing SSH. Make sure EPEL repository is installed on your server: ~]# rpm -q epel-release epel-release-8-8.el8.noarch If it is not installed, then you can install the same using: Advertisement ~]# dnf -y install epel-release You can search for this package in the repository ~]# dnf search sshpass Last metadata expiration check: 0:00:27 ago on Thu 17 Sep 2020 01:25:51 PM IST. ===================================== Name Exactly Matched: sshpass ===================================== sshpass.x86_64 : Non-interactive SSH authentication utility   Let's quickly install this rpm for the demonstration: ~]# dnf install sshpass -y   Scenario-1: Provide clear text password with sshpass In this example we provide a plain text password to sshpass which is highly insecure because any user with access to your server and history can see the password. Syntax: sshpass -p <PASSWORD> ssh USER@HOST [COMMANDS]   If we wish to check the hostname of remote server, then the command would be: ~]# sshpass -p redhat ssh [email protected] hostname rhel-8.example.com   Scenario-2: Perform scp using sshpass You can also transfer files without getting a password prompt by combining scp with sshpass.  In this example we copy a file /tmp/src_file to our remote server with scp and sshpass ~]# sshpass -p 'redhat' scp /tmp/src_file [email protected]:/tmp/ Here 'redhat' is my password.   Scenario-3: Use file descriptor with sshpass This is the most recommended method to use sshpass wherein we provide the password as a file descriptor instead of plain text. This part of code snippet is taken from # Create a pipe PIPE=$(mktemp -u) mkfifo -m 600 $PIPE # Attach it to file descriptior 3 exec 3<>$PIPE # Delete the directory entry rm $PIPE # Write your password in the pipe echo 'my_secret_password' >&3 # Connect with sshpass -d sshpass -d3 ssh user@host # Close the pipe when done exec 3>&- You can put this in a script and use it to securely login to a server without getting a password prompt.   There are many other methods to use sshpass such as use a text file which contains the password, define a variable SSHPASS and use it instead of plain text password. You can get all these information from the .  Method 3: Using Private Public passphrase instead of password Method 3: Using Private Public passphrase instead of password This is definitely the most recommended method to use ssh if you want to automate the SSH process. I have already written a well detailed article on . There are but we will for now concentrate on public key based authentication for this tutorial. HINT: Since I have already explained about , I will be very brief here with the commands.   Scenario-1: Create a password less passphrase to perform SSH In this example we create a password less key pair so that the SSH won't prompt for any password. Use to generate a key pair with -P "" to provide an empty password ~]# ssh-keygen -t rsa -P "" Generating public/private rsa key pair. Enter file in which to save the key (/root/.ssh/id_rsa): Your identification has been saved in /root/.ssh/id_rsa. Your public key has been saved in /root/.ssh/id_rsa.pub. The key fingerprint is: SHA256:m9TcEC+9H53ObDbnC/Tp5OnNd9ztwv+x3LskMMf1wZI [email protected] The key's randomart image is: +---[RSA 3072]----+ | . | | + o | | o oE + | | o +..o.+| | S ooo+..o| | . o =.=..| | o +.#+| | &o#| | .#/| +----[SHA256]-----+ Now copy the public key to the remote node to which you wish to connect via SSH. The best way to copy the public key is with ssh-copy-id so you don't have to worry about permission, path etc ~]# ssh-copy-id -i /root/.ssh/id_rsa.pub [email protected] /usr/bin/ssh-copy-id: INFO: Source of key(s) to be installed: "/root/.ssh/id_rsa.pub" /usr/bin/ssh-copy-id: INFO: attempting to log in with the new key(s), to filter out any that are already installed /usr/bin/ssh-copy-id: INFO: 1 key(s) remain to be installed -- if you are prompted now it is to install the new keys [email protected]'s password: Number of key(s) added: 1 Now try logging into the machine, with: "ssh '[email protected]'" and check to make sure that only the key(s) you wanted were added. So now we can SSH to our target server 192.168.43.10 without any password. ~]# ssh [email protected] hostname rhel-8.example.com If you face any issues, make sure PubkeyAuthentication is set to yes in /etc/ssh/sshd_config of your target node i.e. 192.168.43.10 in this case.   Scenario-2: Automate SSH with passphrase In the previous scenario we had set an empty passphrase for the key pair but what if you have set a passphrase. In that case the script will still prompt for a passphrase. We cannot avoid this scenario but if you have multiple hosts then we do can make sure that you get a passphrase prompt only once and SSH will continue to connect all the hosts. Now this is only possible if all these hosts are configured with the same private public key pair. We generate a passphrase based key pair where our passphrase will be "redhat" [root@server ~]# ssh-keygen -t rsa -P "redhat" Generating public/private rsa key pair. Enter file in which to save the key (/root/.ssh/id_rsa): Your identification has been saved in /root/.ssh/id_rsa. Your public key has been saved in /root/.ssh/id_rsa.pub. The key fingerprint is: SHA256:Z0jNJwJQwGpXHsQGJXuDhBHcVKLUK0m7pPoq/7I3voo [email protected] The key's randomart image is: +---[RSA 3072]----+ | .+OOX* | | .+o+==. o | | ..+o=o.o + . | | B o..o o o | | + + S o | |. . o | |. | |o.. o | |E+=B+o | +----[SHA256]-----+ Next we copy this public key to our remote server's ~/.ssh/authorised_keys file using ssh-copy-id [root@server ~]# ssh-copy-id [email protected] /usr/bin/ssh-copy-id: INFO: Source of key(s) to be installed: "/root/.ssh/id_rsa.pub" /usr/bin/ssh-copy-id: INFO: attempting to log in with the new key(s), to filter out any that are already installed /usr/bin/ssh-copy-id: INFO: 1 key(s) remain to be installed -- if you are prompted now it is to install the new keys [email protected]'s password: Number of key(s) added: 1 Now try logging into the machine, with: "ssh '[email protected]'" and check to make sure that only the key(s) you wanted were added. Now let's verify to login and make sure we get a passphrase prompt [root@server .ssh]# ssh [email protected] Enter passphrase for key '/root/.ssh/id_rsa': Last failed login: Thu Sep 17 13:52:02 IST 2020 from server on ssh:notty Last login: Thu Sep 17 13:38:35 2020 from server [root@rhel-8 ~]# [root@rhel-8 ~]# logout Connection to 192.168.43.10 closed. So our connection is working as expected. Now to automate this via a script we will create a ssh agent and bind it to the private key which we use while connecting to the remote server [root@server ~]# eval `ssh-agent` ssh-add /root/.ssh/id_rsa Agent pid 60251 Enter passphrase for /root/.ssh/id_rsa: Identity added: /root/.ssh/id_rsa ([email protected]) A new ssh agent PID is created 60251. So as long as this PID is running we can now SSH to our remote server without adding any passphrase. You can verify the same: [root@server ~]# ssh [email protected] Last login: Thu Sep 17 15:01:00 2020 from server [root@rhel-8 ~]# logout Connection to 192.168.43.10 closed. Once you are done, you can kill the ssh-agent process [root@server ~]# kill -9 60251   If you wish to in-corporate this into a script, here I have written a shell script which performs multiple checks before using or creating a new ssh agent #!/bin/bash declare _SSH_AGENT_BINARY=/usr/bin/ssh-agent declare _SSH_AGENT_LIFETIMESEC=3600 declare _SSH_ENV="$HOME/.ssh/environment" declare SYSTEM_AGENT="" function create_env { # Create $HOME/.ssh if not present if [ ! -e `dirname $_SSH_ENV` ] then mkdir -p `dirname $_SSH_ENV` > /dev/null 2>&1 chmod 0700 `dirname $_SSH_ENV` > /dev/null 2>&1 touch $_SSH_ENV > /dev/null 2>&1 fi } function _launch_ssh_agent () { # launch ssh agent and comment the echo statement $_SSH_AGENT_BINARY -t $_SSH_AGENT_LIFETIMESEC | sed 's/^echo/#echo/' > $_SSH_ENV [[ $? -ne 0 ]] && echo "failed to launch ssh-agent" && return 1 chmod 0600 $_SSH_ENV > /dev/null 2>&1 source $_SSH_ENV > /dev/null 2>&1 return 0 } function _use_ssh_agent () { # Check for existing agent (if running) do not launch another agent if [ ! -z "$SSH_AGENT_PID" ]; then ps -p $SSH_AGENT_PID -opid= | grep -q $SSH_AGENT_PID if [[ $? -eq 0 ]];then echo "An ssh agent with $SSH_AGENT_PID PID is already running, not creating a new agent" SYSTEM_AGENT=YES return 0 fi fi # If environment file contains PID then check if the PID is running # accordingly launch new ssh agent # if file is not present and generate new agent PID if [ -f $_SSH_ENV ]; then source $_SSH_ENV > /dev/null 2>&1 ps -p $SSH_AGENT_PID -opid= | grep -q $SSH_AGENT_PID [ $? -ne 0 ] && _launch_ssh_agent else _launch_ssh_agent [ $? -ne 0 ] && return 1 fi return 0 } function _ssh_add { _use_ssh_agent [ $? -ne 0 ] && return 1 ssh-add $1 > /dev/null 2>&1 [[ $? -ne 0 ]] && exit "failed to add $1 to ssh-agent" && return 1 return 0 } # Create the environment (if not present) create_env # Provide the path of the private key _ssh_add /root/.ssh/id_rsa echo "Doing ssh" ssh [email protected] hostname # Kill the ssh agent if [[ $SYSTEM_AGENT == YES ]];then echo "used system generated agent, can't kill this one.." else [[ -f $_SSH_ENV ]] && source $_SSH_ENV [ ! -z ${SSH_AGENT_PID} ] && kill -9 ${SSH_AGENT_PID} 2>/dev/null fi Here, I check for ~/.ssh directory and if not found the same is created using create_env function If you/someone from your Linux server has launched an ssh-agent then the PID would be stored in $SSH_AGENT_PID file so we check if this PID is running or not. If this PID is found in running state then we don't create a new agent and use the existing one If PID from $SSH_AGENT_PID is not in running state then we launch a new agent and add it to ~/.ssh/environment file Next we add the ssh-agent we created earlier or the one which already exists Now you can perform your SSH activity, i.e. you can connect to any number of hosts using the same public key and you won't get multiple password prompt Once the SSH activity is completed we will kill the ssh agent. But if the ssh agent was not created by our script then we leave it as it is.  Method 4: Using PSSH and PSCP Method 4: Using PSSH and PSCP We also have a very handy tool written in python i.e. where you can connect to multiple hosts by just entering the password once on the terminal. You can also setup password less login using private public key pair and then use the public key to connect to remote server without any password.   PSSH is part of EPEL repository which we had already installed in our previous section so we will just install PSSH. ~]# dnf -y install pssh Next we will generate a password less private public key pair ~]# ssh-keygen -t rsa -P "" Generating public/private rsa key pair. Enter file in which to save the key (/root/.ssh/id_rsa): /root/.ssh/id_rsa already exists. Your identification has been saved in /root/.ssh/id_rsa. Your public key has been saved in /root/.ssh/id_rsa.pub. The key fingerprint is: SHA256:EyUcATZszzFr1b6+f5fZc8vAbvRsfpCcbIlsL5oC2Yo [email protected] The key's randomart image is: +---[RSA 3072]----+ | .+o+o.. | | .o.+o. . | | . o.= . | | =. . | | +S . = + | | o .. *.O | | . o o.=o.+| | E . . .+.+B*| | .o.o=+=*| +----[SHA256]-----+ We have to now create an ssh agent and bind it to the private key which PSSH will use: ~]# eval `ssh-agent` ssh-add /root/.ssh/id_rsa Agent pid 67300 Identity added: /root/.ssh/id_rsa ([email protected]) Now we can use PSSH to connect to remote server without worrying about password: ~]# pssh -i -H "192.168.43.10" -l root -x "-o StrictHostKeyChecking=no -o GSSAPIAuthentication=no -o PreferredAuthentications=publickey -o PubkeyAuthentication=yes" hostname [1] 16:34:13 [SUCCESS] 192.168.43.10 rhel-8.example.com Here I have used multiple SSH options to only use PubKeyAuthentication and disable other type of authentication methods.  

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liquidweb.com

https://help.liquidweb.com/s/article/Logging-into-Your-Server-via-Secure-Shell-SSH

Jun 03, 2019 . The command to log in via SSH is ssh. You'll be logging in as the root user, so your username is “root.” To find the right server to connect to, you use your server's IP address to tell your ssh command where to go. To put all those pieces together, type ssh root@youripaddress Make sure to replace "youripaddress" with your server's IP address.

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tecmint.com

https://www.tecmint.com/ssh-passwordless-login-using-ssh-keygen-in-5-easy-steps/

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phoenixnap.com

https://phoenixnap.com/kb/ssh-to-connect-to-remote-server-linux-or-windows

Sep 24, 2018 . Use SSH key pairs for authentication for passwordless SSH login. They are both safer and also allow logging in without the need to use your password (which is faster and more convenient). Disable password-based logins on your server. If your password gets cracked, this will eliminate the possibility of using it to log into your servers.

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howtogeek.com

https://www.howtogeek.com/311287/how-to-connect-to-an-ssh-server-from-windows-macos-or-linux/

Mar 18, 2020 . Windows. RELATED: 5 Cool Things You Can Do With an SSH Server Windows still doesn’t offer a built-in SSH command. Microsoft made some noise about integrating an official SSH client into PowerShell back in 2015, but we haven’t heard much about it since.So the most popular and widely recommended solution for connecting to SSH servers is an open source, … login

login

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sss.gov.ph

http://member.sss.gov.ph/members

For comments, concerns and inquiries contact: International Toll-Free Nos.: SSS Hotline: 1455: Asia: Middle East: Europe: Toll-Free No.: 1-800-10-2255777

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sss.gov.ph

http://www.sss.gov.ph/

For comments, concerns and inquiries contact: International Toll-Free Nos.: SSS Hotline: 1455: Asia: Middle East: Europe: Toll-Free No.: 1-800-10-2255777

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hostinger.com

https://www.hostinger.com/tutorials/ssh-tutorial-how-does-ssh-work

Oct 18, 2021 . The SSH command consists of 3 distinct parts: ssh {user}@ {host} The SSH key command instructs your system that you want to open an encrypted Secure Shell Connection. {user} represents the account you want to access. login

login

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sss.gov.ph

https://www.sss.gov.ph/sss/portlets/siteDesign/homeindex/homeIndex.jsp

uSSSap Tayo Portal May katanungan ba kayo? Gamitin ang uSSSap Tayo Portal!

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vagrantup.com

https://www.vagrantup.com/docs/cli/ssh

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ssspr.com

https://services.ssspr.com/sssportal/login/

Nombre de Usuario Contraseña . Ayuda: ¿Olvidó su contraseña? No esta registrado? Regístrese

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ssspr.com

https://service.ssspr.com/providerweb/Login?ReturnUrl=%2fproviderweb%2fmanage%2feligibility-inquiry.aspx

Use your Triple-S Salud Web Portal account to log in. Log in Form. User name; Password; Remember me? Register if you don't have an account. if you don't have an account.

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techpilipinas.com

https://techpilipinas.com/sss-loan-condonation-online/

Jan 05, 2022 . Applying for SSS loan condonation can be done online using your computer or mobile phone, so you don’t need to visit the SSS branch. All you need is an active My.SSS account.After successful submission and approval of your loan condonation application, you will need to pay your consolidated or restructured loan within its prescribed payment period which …

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