address verify

The use of validating addresses in Realtime Connect web applications is critical to the proper management of a large volume of interactive data. For example, there are many Realtime Connections that contains tens of thousands of public IPs, each of which has an individual listing in the public Internet database. When a user requests information from a Realtime Connect site, the service returns a request for information on the IP address of the caller. When the returned information contains more than one address, it becomes necessary to determine which of the returned results actually match an actual IP address. This means manually verifying all of the returned results and subsequently, discarding or returning potentially invalid or out-of-date data.

Address Validation Software

Using software to validate addresses is an excellent automation technique for managing this volume of data. There are a number of advantages associated with the use of this software: it is faster than performing manual address validation, it is easier to use and understand, and the results are more accurate. This is because Realtime Connect web applications do not need to query each server to obtain the IP address; rather, each server returns data that is already populated into the system database. This simplification allows the administrator to more effectively perform data-management tasks and in turn, reduce the amount of time spent managing invalid or out-of-date data.

There are many factors involved when performing a web application call. For example, a call could come from an IP address, which is either publicly listed or not. If the caller does not have an IP address and it is dynamically derived from a URL, then the caller’s address data must first be validated and then submitted to the Web server. This process is typically referred to as “real-time” validating and “web-based” address validation.

Validate Addresses Using Web Applications

In order to validate an address using a web application, a client device sends an IP address or an HTTP request for an address. The response will contain a list of all matching IP addresses and the corresponding names. The server will then verify the validity of the information contained in the returned data by contacting the relevant servers to confirm that the requested information is correct. In cases where multiple servers return different IP addresses, then the client device is required to data received from each server separately. Once the server confirms the validity of the requested data, it returns the data to the client device.

Some common methods used for address validation include checking for negative zero in the IP address, using domain name checker tools and through DNS server verification. In the case of negative zero, the machine generating the IP address sends back a “Dummy Response” code. This code implies that the address is not actually a part of any server and the client should not act on the information it contains. Another type of address validation is the use of domain name checker tools. These tools look up the numeric part of a domain name to verify if it is a name that is commonly in use or not. They also check if the domain name is available on the Internet.

When an IP address is received, the data is stored in a buffer on the client-side. The length of the buffer will depend on the size of the received data. Once the data is verified, the address is stored in the system directory. This means that a user can check the current data on an existing client by accessing the directory by using a command-line parameter or a URL.

There are some advanced users who may wish to access the address data of a domain even when it is not authoritative. Advanced users can also configure and use their own logic for validating, storing and retrieving address data. Users can and their own rules. Validating rules can be based on MAC addresses, domain names or even IP addresses. To validate addresses while it is in the cache, a client device first looks at the time at which it was saved, followed by a check of its validity with the current date.


To validate data while in the cache, a client connects to a domain, makes a query of its address data and then tries to obtain the response. When it finds that the response is not present, it looks up the time at which the data was saved, followed by a check of its validity with the current date. If the response is present and its data is newer than the established time, the address is considered valid. If the response is older than the established time, the query failed.