Real SecurityReal SecurityInterSwyft Technical information'sInterSwyft Technical information's

TechnologyTechnology

Encryption Encryption

What encryption is used by InterSwyft?

 

The technology uses TripleDES encryption used also in bank payment terminals

 

Password with unlimited size

The possibility of implementation of another algorithm, such as e.g. AES

IntegrityIntegrity

How is assured integrity of transmitted information?

 

Using the SHA HASH algorithm

 

Change of transmitted information is immediately detected and evaluated as an attack

 

The possibility of integration of another HASH algorithms

Digital signatureDigital signature

Digital signature for sender authentication

It is an inherent part of security for payment transactions

Message transmissionMessage transmission

The possibility to transmit up to 1800 characters via a single SMS message

 

Faster system response as a result of larger data transfer

 

Cost savings for the transmission of information

 

InterSwyft technology is compatible with existing GSM hardware and software without necessity to do modifications

StreamingStreaming

The possibility of data streaming via SMS messages

 

Possibility to use up to 16 SMS messages as one big SMS message (1800 x 16 characters)

 

Support for duplex streaming

 

Automatic detection of incomplete or damaged data streams

How it works

How it worksHow it works

InterSwyft technology of SMS messages modifies before sending to the transmitter:

and after receipt from the transmitter:

Original SMSInterSwyftSMS processing

of SMS

Sending through the

GSM network

Receipt through the

GSM network

InterSwyftSMS processing

of SMS

Original SMS message

How it works How it works

Implementation of SMS message processing with InterSwyft technology is possible in two ways:

I. SMS messages are processed remotely by calling the services via secured HTTP protocol or secured Microsoft WCF access. This method is used on the server side processing incoming messages

 

II. By direct integration of technology to devices: SMS messages are processed directly at device - payment terminal, industrial equipment, GSM transmitter, telephone, GSM gateway, etc.

Integration in form of the service Integration in form of the service

The encrypting and decoding of SMS messages is available on the server side connected to the customer’s network as a network service. Oracle database can be replaced by any database or data source

Direct integration Direct integration

Direct integration of the technology into existing and new services or products is possible using the DLL or LIB files

 

Supported programming languages: C, C++, C # including ASP.NET, Perl, PHP, Visual Basic and other supported by call of DLL libraries

Supported platforms: Windows, Windows Mobile, Linux, Mobile Linux, MacOS, Symbian and other propietary 32-bit operating systems of mobile devices