A security software agent may be blocking postgresql from installing

This download is intended for users who wish to include PostgreSQL as part of another application installer. The installers are tested by EDB on the following platforms. They can generally be expected to run on other comparable versions, for example, desktop releases of Windows:. Anti-virus software sometimes scans traffic for different URLs.

If you are developing with Bitnami stacks on your own machine, exclude localhost traffic from being scanned. Avast is a popular anti-virus software for Windows. The steps below demonstrate to change its configuration for better performance of the Bitnami servers.

Similar configuration changes can be made for other anti-virus systems. Configuration Set the machine hostname for local name resolution Modify the default start page Configure third-party SMTP for outbound emails Configure the hostname using the manager tool Learn about the Bitnami Configuration Tool Configure anti-virus software.

Configure anti-virus software Bitnami stacks install a large number of files, since they include all dependencies and servers required for running the bundled Web application. Trend Micro publishes its hashes on the Deep Security Software page. You must click the plus sign next to the software to see the hash see the figure below. You can also check the digital signatures on the agent and manager software packages. For details, see Check digital signatures on software packages.

Check compatibility: Start the installer. Before it installs anything, it checks your environment to make sure it complies with system requirements. The installer also makes sure that all your deployment components are compatible with the new version of Deep Security Manager.

The readiness check generates a "to do" list of compatibility issues if any for your specific environment. For example, you may need to free disk space, allocate more vRAM, or upgrade old Deep Security Agents to supported versions.

If you're not ready yet, you can cancel the install, and return when ready. The readiness check also customizes this guide for your environment's needs when you click View My Upgrade Guide. Before you install, all tasks under Prepare your environment must be complete. Back up your data: Before you install, make a system restore point or VM snapshot of the server and each protected computer.

Multi-node Deep Security Manager deployments should have a backup for each server node. Also, if upgrading, stop the service and back up your existing Deep Security Manager database. Recommended hardware varies by enabled features, size of your deployment, and future growth.

See sizing guidelines. On the Deep Security Manager server where you are running the installer, the installer's readiness check will verify hardware before it installs. If hardware does not meet minimum system requirements , the installer will either warn you about reduced performance, or block the install. Only the local server's hardware and some other deployment information that is stored in the database is tested.

You must manually verify other servers' hardware, run the readiness check on any other manager nodes, or both. On Linux, reserved system memory is separate from process memory. Therefore, although the installer's estimate might be similar, it will detect less RAM than the computer actually has. To verify the computer's actual total RAM, log in with a superuser account and enter:. After you install Deep Security Before you run the installer, verify that the Deep Security Manager server can use its required network services.

For a list of protocols, associated features, expected source or destination, and required open network port numbers, see Port numbers, URLs, and IP addresses. The system clock of the manager operating system must be synchronized with the clock of the database.

Both computers should use the same NTP service. Once Deep Security Manager is installed, when you deploy new agents, appliances, and relays, the manager automatically applies firewall rules to open their required ports.

For some features, Deep Security must be able to resolve host names into IP addresses. If your DNS server does not already have entries so that the manager can resolve each computer or VM's host name to its IP address, then either use their IP address instead, or perform one of the following actions:. If you are deploying multiple server nodes of Deep Security Manager for a large scale deployment, a load balancer can help distribute connections with Deep Security Agents and Virtual Appliances.

Load balancers with virtual IPs can also provide a single inbound port number such as TCP , instead of the multiple port numbers that Deep Security normally requires.

Connections over WAN are discouraged. Deep Security Manager relies on the database to function. Requirements vary by database type. If you are installing Deep Security for the first time, before you run the installer, create and grant permissions to the database where Deep Security Manager will store its data.

Windows workgroup authentication is no longer supported. If the database is not compatible, you must migrate to a supported database before you can install Deep Security Manager If you are upgrading Deep Security , to continue to store new data until you are ready to install Deep Security Manager Check the System requirements for this version and for the version you are migrating from Deep Security For example, if you were currently using an Oracle 10g database with Deep Security Manager 9.

Deep Security Agents will continue with their current protection policies while the manager is stopped. This setting prevents database connection timeouts that can occur when you upgrade if each database schema migration operation takes a long time to complete. If you are installing Deep Security for the first time, and you want to protect VMs, you may be able to provide some protection without installing a Deep Security Agent, using a Deep Security Appliance instead, or by using both together "combined mode".

See Choose agentless vs. If you are upgrading a multi-node deployment, depending on whether you have a load balancer, you might be able to migrate servers to another OS without downtime. For example, if you already had Deep Security Manager 9. For a list of supported operating systems, see the install documentation for your current version of Deep Security Manager See Deep Security To add the new node, on the Windows server, run the Deep Security Manager 9.

When the installer wizard reaches the Database screen, enter the same database connection settings that you used for your other Deep Security Manager node s. The next page will allow you to specify that you want to add a new manager node. Alternatively, you can perform a silent install to add a new node.

For instructions, see Silent install of Deep Security Manager. If your manager is old and the installer does not support upgrading it, the installer will prevent you from continuing. You must upgrade the manager to a supported version first.

After that, you can install Deep Security Manager For instructions on how to upgrade from an unsupported version to a supported version, see the installation documentation for the unsupported version. If your relays don't meet minimum system requirements , you must upgrade them to be compatible with the new version of the manager before you upgrade the manager itself.

Since it would break part of your deployment, the installer will warn you if you have incompatible versions, although it won't stop you if a specific relay isn't compatible. This allows you to continue if a specific relay isn't being used now, or is offline. For instructions on how to upgrade to a supported version, see those versions' install documentation. After you have upgraded the manager, to use new features, you will upgrade the relays again to Deep Security Relay If you want to use agentless or combined mode protection, follow the steps below to install compatible VMware components before you install the new Deep Security.

If you are upgrading, and your existing appliances are not compatible with the new Deep Security , also follow those steps to install compatible versions. Since it would break part of your deployment, the installer will warn you if you have incompatible versions of virtual appliances, although the installer will not stop installation if a specific appliance is not compatible.

This allows you to proceed if the virtual appliance isn't used, or is offline. VMware dependencies exist. You must select versions that are compatible with each other.

To easily choose compatible versions, see Trend Micro Support's VMware compatibility matrix updated with each release :. If you are upgrading, on Deep Security Manager, go to Computers. Deactivate agentless computers or agents in combined mode. If you don't have legacy vShield Manager or its components such as the filter driver and you have NSX 6. Reconnect NSX Manager. Click Test Connection to verify the connection. On every protected guest VM, to provide file-based protection such as anti-malware, perform a custom install of VMware Tools.

If you are upgrading the appliance, refer to Update your existing virtual appliance. A "VMware Network Fabric" service dependency alert might appear, even if communications succeed. To dismiss the alert, click Failed , then click Resolve. Enable agentless protection of vCloud VMs. Deploy and activate new Deep Security Virtual Appliances.

Install and activate new Deep Security Agents. If NSX has the vShield Endpoint or Standard license, network-based protection features firewall, intrusion prevention, and web reputation are not supported by the new NSX license. To maintain protection and provide those features, configure agents in combined mode. To verify that security features are working again, you can test each feature's configuration:.

If you are upgrading, after you have installed Deep Security Manager In the new Deep Security , its "protection source" settings provide both behaviors:. So if you need behavior like the old coordinated approach, you might want to upgrade directly from Deep Security 9.