Remote access/application publishing software

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Unified remote pc Made Easy TSplus is a rapid, simple and affordable solution for Remote pc access software. This command splits your database application into two Access files: one for logic a front-end and one for data a back-end.

For example, a database called MySolution. You put the back-end database in a shared location, such as a network folder. You distribute the front-end file, one copy for each user, to their computers. You can even distribute different front-end files to different users. For more information, see Split an Access database. Another way to separate data management and application logic is by using a database server program such as Microsoft SQL Server for data management, and Access for application logic.

Data integrity and security If you combine data and logic in one file, the data is exposed to the same risks as the application logic. An Access application that uses separate logic and data files can help protect data integrity and security by leveraging NTFS security features on network folders. Access users must have read, write, create, and delete permissions to the folder where the front-end file is located. However, you can assign different permissions to the front-end file itself.

Your application may require further security options, such as the ability to control which users have access to particular data. In this case, you could use SQL Server or SharePoint to store and manage your application data, and use Access to provide the application logic. Scalability An Access file can have a maximum size of 2 gigabytes GB. Although 2GB is a substantial amount of text data, it may be insufficient for some applications, particularly applications that store attachments in database records.

If you separate the data and the logic, your application can accommodate more data. If you expect that users will store a large volume of data, you might consider using more than one Access data file.

You should also review the Access program specifications for other scalability information. To learn more about Access specifications, see the article Access specifications. Network capacity If multiple users will need to use the application at the same time over a network, data corruption is more likely to occur if the data and logic are combined in one file.

Moreover, if you combine the data and the logic in one Access file, you cannot optimize the network traffic that Access generates. If multiple users will simultaneously use your application over a network, you should separate the data and the logic, either by using two or more Access files, or by using a database server product for data and Access for application logic.

Choosing the correct Access database solution for your network environment is a critical step to making it successful. Use the following guidelines to help you make the best choice for your needs. If you only have a few users to share your Access database with, you can use a single database that each person opens and uses on a home network. For more information, see File sharing over a network in Windows A LAN is an internal network that usually has excellent performance, but is limited to a small geographical area, such as a single room, building, or group of buildings.

There are many possible configurations for a WAN, which covers an extensive geographical area. You may have multiple offices across a city connected to a public network, a leased line, or even satellites. Warning Avoid using an Access split database in a WAN because performance can be slow and databases may become corrupt.

RDS has several advantages:. No installation of Access or an Access database is required as users run the Remote Desktop RD client which is available on many devices. Data transfer is minimized between the client and the server because RD is a thin client that efficiently streams just the user interface. RemoteApp can run just a single program such as a turnkey application for vendors or frontline workers.

For more information, see Welcome to Remote Desktop Services. If all of your users will have Access installed on their computers, they can open and use the application as they would any Access database file. If some or all of your users will not have Access installed on their computers, you can also deploy the Access Runtime software to those users when you deploy your application. For more information, see Understand and download the Access Runtime.

To lock down your solution, control navigation and startup, and set other important options, do the following:. Decide how users navigate the user interface: use a default form, create a switchboard, use a navigation form, or use hyperlinks and command buttons.

Set the default form that appears when you open an Access database. Create a navigation form. Customize the Navigation Pane. Show or hide object tabs. Featured Access Templates. Create and use a switchboard. Create a custom ribbon in Access. Create custom menus and shortcut menus by using macros. Use the custom toolbars and startup settings from earlier versions of Access. Add an Office background. Change the Office Theme.

Add a custom title or icon to a database. Bypass startup options when you open a database. Create a macro that runs when you open a database. Command-line switches for Microsoft Office products. Set startup properties and options in code. View or change the properties for an Office file. Change the Windows regional settings to modify the appearance of some data types.

There may be additional options you want to control for your application solution. Strive to get the best performance out of your solution. Compact and repair the database. For more information, see Compact and repair a database. Backup the database so you have an original and safe copy of the original database. For more information, see Protect your data with backup and restore processes. Use the Database Documenter to print the design characteristics of database objects.

For more information, see Document and print your database design. Add a security certificate to the database. For more information, see Show trust by adding a digital signature and Decide whether to trust a database.

If you do this, decide how you want to control the Message Bar in your database. Remote users who need access to internal apps can then access them in a secure manner. The ability to securely access internal apps from outside your network becomes even more critical in the modern workplace. Many organizations believe they are in control and protected when resources exist within the boundaries of their corporate networks.

But in today's digital workplace, that boundary has expanded with managed mobile devices and resources and services in the cloud. You now need to manage the complexity of protecting your users' identities and data stored on their devices and apps. Perhaps you're already using Azure AD to manage users in the cloud who need to access Microsoft and other SaaS applications, as well as web apps hosted on-premises.

If you already have Azure AD, you can leverage it as one control plane to allow seamless and secure access to your on-premises applications. Or, maybe you're still contemplating a move to the cloud. If so, you can begin your journey to the cloud by implementing Application Proxy and taking the first step towards building a strong identity foundation. While not comprehensive, the list below illustrates some of the things you can enable by implementing Application Proxy in a hybrid coexistence scenario:.

Users securely connect to on-premises apps without a VPN or dual-homed servers and firewall rules. This article helps you understand how Application Proxy brings the capabilities and security advantages of the cloud to your on-premises web applications.

It also describes the architecture and topologies that are possible. Previously, your control plane for protecting internal resources from attackers while facilitating access by remote users was all in the DMZ or perimeter network. But the VPN and reverse proxy solutions deployed in the DMZ used by external clients to access corporate resources aren't suited to the cloud world. They typically suffer from the following drawbacks:. In today's cloud-first world, Azure AD is best suited to control who and what gets into your network.

Azure AD Application Proxy integrates with modern authentication and cloud-based technologies, like SaaS applications and identity providers. This integration enables users to access apps from anywhere. Not only is App Proxy more suited for today's digital workplace, it's more secure than VPN and reverse proxy solutions and easier to implement. Remote users can access your on-premises applications the same way they access Microsoft and other SaaS apps integrated with Azure AD.

You don't need to change or update your applications to work with Application Proxy. Furthermore, App Proxy doesn't require you to open inbound connections through your firewall. With App Proxy, you simply set it and forget it. In today's digital workplace, users work anywhere with multiple devices and apps. The only constant is user identity. That's why the first step to a secure network today is to use Azure AD's identity management capabilities as your security control plane.

A model that uses identity as your control plane is typically comprised of the following components:. With Application Proxy, Azure AD keeps track of users who need to access web apps published on-premises and in the cloud. It provides a central management point for those apps. By defining conditions for how users authenticate and gain access, you further ensure that the right people access your applications.

Note: It's important to understand that Azure AD Application Proxy is intended as a VPN or reverse proxy replacement for roaming or remote users who need access to internal resources. It's not intended for internal users on the corporate network. Internal users who unnecessarily use Application Proxy can introduce unexpected and undesirable performance issues. These on-premises web apps can be integrated with Azure AD to support single sign-on. Users can then access on-premises web apps in the same way they access Microsoft and other SaaS apps.

Components of this feature include the Application Proxy service, which runs in the cloud, the Application Proxy connector, which is a lightweight agent that runs on an on-premises server, and Azure AD, which is the identity provider.

All three components work together to provide the user with a single sign-on experience to access on-premises web applications. There are several ways to configure an application for single sign-on, and the method you select depends on the authentication your application uses.

Application Proxy supports the following types of applications:. App Proxy also supports the following authentication protocols with third-party integration or in specific configuration scenarios:. For more information on supported methods, see Choosing a single sign-on method.

The remote access solution offered by Application Proxy and Azure AD support several security benefits customers may take advantage of, including:. Authenticated access. Application Proxy is best suited to publish applications with pre-authentication to ensure that only authenticated connections hit your network. No traffic is allowed to pass through the App Proxy service to your on-premises environment without a valid token for applications published with pre-authentication.

Pre-authentication, by its very nature, blocks a significant number of targeted attacks, as only authenticated identities can access the backend application. Conditional Access.