Testing Technologies Berlin (Germany)

Business overview

Testing Technologies was founded as a spin-off of the Fraunhofer InstituteFOKUS in 2000 by experts who had worked with distinction in the testing fieldfor many years. The management team of Testing Technologies contributedto various standardization organizations like ITU-T and ETSI and to industrialconsortia like ATM Forum, OMG and TINA-C. Beside a high degree of experience in systematic and automated testing, Testing Technologies develops and markets a huge variety of test developmenttools to specify, implement and run technology-independent test suiteplatforms. All test development tools use and fully support the Testing andTest Control Notation TTCN-3 ? the only international standard test specificationand implementation language standardized by ETSI and ITU-T. TTCN-3guarantees highest flexibility in designing and maintaining test software ona standards level. To date a team of experienced experts are working on developing new productstogether with customer support and training. At the same time with itsfocus on cutting-edge projects, the research division ensures that productsand solutions are rapidly adapted to meet the needs of evolving markets.



Industry Computers and IT
Business Type Manufacturers & Service Provider
Firm Type Proprietorship
Expand Level International

Products & Services

We Provide Manufacturer and services of a high degree of experience in systematic and automated testing, Testing Technologies develops and markets a huge variety of test developmenttools to specify, implement and run technology-independent test suiteplatforms.
Testing Technologies designs and markets advanced test solutions and is a market leader in customer-oriented testing for upcoming standards-based technologies.

Products :-
Developing Complex Test Systems :-
TTworkbench is the graphical test development and execution environment based on TTCN-3, the international standardised testing language, which includes the full range of features needed for test specification, execution and analysis. Apart from text-based TTCN-3 test specification, TTworkbench also offers the option of graphic definition for test cases.
Once tests have been defined in TTCN-3, TTworkbench compiles them in an executable Test Suite. The comprehensive test management and test execution environment feature by TTworkbench allows users to administer, execute and analyse their tests.
Because TTworkbench supports test automation methods, it not only significantly reduces costs but also ensure optimal quality throughout the whole of the test cycle.

TTworkbench CL Editor.
TTworkbench Test Management :-

Applications :-
The TTworkbench product series can be deployed for testing products and services in a wide range of different industry sectors. Candidate systems for testing can be both hardware and software?specific as testing is based on TTCN-3, the generic test language ? the medium in which technologyindependent test solutions are evolved.

Communication :-
Mobile communication (3G, GSM, TETRA, WLAN),
Broadband technologies (B-ISDN, ATM, DSL )
Middleware (CORBA, CCM, EJB, Webservices)
Voice-over IP (SIP, H.248).

Transportation/Automotive :-
MOST, CAN, embedded systems, Powertrain, system controller, security systems, computing systems.

Military and Defense :-
Detection systems, command and control systems, satellite systems, aircraft systems.

TTworkbench products :-
TTworkbench ships in the product formats TTworkbench Basic, TTworkbench Professional and TTworkbench Enterprise. TTworkbench Enterprise will be available mid of summer 2005. All formats contain features for the specification, compilation and execution of test cases.

Benefits :-
Cost Reduction :
Manual, non-repeatable and ad hoc processes will be eliminated through full test automation.
Shortens learning curve due to its integrated architecture.

Quality Optimization :
Test case analyzer reduces errors in test cases
Allows testing in early design stages due to fast test specification and execution
Fast reusability and easy extension of already defined tests

Productivity :
All in one development tool for specification, execution and analysis of test systems
High transparency through textual or/and graphical test definition

Higher Flexibility :
Fast integration of test systems due to existing test adaptors or easy to write test adaptors
Technology independent test system design by using the international standardized generic test language TTCN-3
Fast reusage and import of existing ASN.1, IDL and XML structures.

Textual test specification and compiling, management, execution and analysis of test cases :-

All-in-one-principle ? Test definition and execution

TTworkbench Basic is the test development environment for text-based TTCN-3 specification, compilation, test case execution, and analysis. It consists of three different features.

TTCN-3 Core Language Editor (CL-Editor Feature) :-
For user-friendly text-based test definitions :
Full support for TTCN-3 ETSI standard
Standard text editor functionality e.G. Open/save, copy/paste, find/replace
Syntax highlighting, TTCN-3 menu
Validation of test specification
Error reporting with source navigation
Text annotation in rulers (online parsing)
Text formatting and file association
Preference page (configuration management)
Outline page showing specification structure
TTCN-3 console
CL-Editor

TTCN-3 Compiler (TTthree Feature):-
To compile TTCN-3 modules into test executables
Compilation from CL Editor
Full support for TTCN-3 ETSI standard, with dynamic configuration, message-based and procedure-based communication, modularization with importing, and test control
Platform-independent compilation and execution using Java
Flexible adaptation to test devices via the standardized TTCN-3 Runtime Interface (TRI)
Easy integration of external codecs via the standardized TTCN-3 Control Interfaces (TCI)
Error reporting with source navigation
Preference page (configuration management)
TTCN-3 console
TTCN-3 Compiler
Test management, execution and analysis (TTman Feature):-
To manage, execute and analyze TTCN-3 compiled test suites
Definition, execution and saving of test campaigns
Loading and saving of all test results (test case verdicts, logs)
Different levels of logging
Filtering of logging events
Online and offline logging
Test data view with analysis support for validity
Loading and saving of module and test case parameters, editing via message building
System
Selection of test adapter
Statistics view
Generation of test reports
Scripting for batch mode tests
TTman

Benefits :-
Easy and fast test definition in textual format
All-in-one development concept reducing time and costs for the whole test development cycle
Full supported test automation eliminates manual, high cost testing
Technology independent test system design in TTCN-3
Fast reusability and easy execution of predefined tests.

Textual and graphical specification and compiling (ASN.1 and IDL support) plus distributed execution :

All-in-one-features and distributed testing:
TTworkbench Enterprise is the test development environment for both text-based and graphic TTCN-3 specification, compilation, test case execution and analysis. TTworkbench Enterprise allows to execute test suites distributed. It consists of four different features.

TTCN-3 Core Language Editor (CL-Editor Feature):
For user-friendly text-based test definitions
Full support for TTCN-3 ETSI standard
Standard text editor functionality e.G. Open/save, copy/paste, find/replace
Syntax highlighting, TTCN-3 menu
Validation of test specification
Error reporting with source navigation
Text annotation in rulers (online parsing)
Text formatting and file association
Preference page (configuration management)
Outline page showing specification structure
TTCN-3 console
CL-Editor
Graphical TTCN-3 Editor (GFT Editor Feature):
For user-friendly graphical test specification and documentation
Graphical design and visualization of test cases as GFT sequence diagrams
Native TTCN-3 data import for type and template definitions, messages, and data handling
Outline page showing specification structure
Several editor frames can be opened to enable simultaneous work
On-line generation of TTCN-3 core for individual parts of the graphical definitions
Automatic generation of GFT (graphics) out of TTCN-3 Core Language
Flexible export of graphics into GIF (documentation)
ToDo Panel with automatically generated information on how to complete a project
XML as storage format enabling change of tools and further enhancement
Graphical TTCN-3 Editor :
TTCN-3 Compiler (TTthree Feature):
To compile TTCN-3 modules into test executables
Compilation from CL Editor
Full support for TTCN-3 ETSI standard, with dynamic configuration, message-based and
Procedure-based communication, modula rization with importing, and test control
Platform-independent compilation and execution using Java
Flexible adaptation to test devices via the standardized TTCN-3 Runtime Interface (TRI)
Easy integration of external codecs via the standardized TTCN-3 Control Interfaces (TCI)
Error reporting with source navigation
Preference page (configuration management)
TTCN-3 console
TTCN-3 Compiler

Test management, execution and analysis (TTman Feature):
To manage, execute and analyze TTCN-3 compiled test suites
Definition, execution and saving of test campaigns
Loading and saving of all test results (test case verdicts, logs)
Different levels of logging
Filtering of logging events
Online and offline logging
Test data view with analysis support for validity
Loading and saving of module and test case parameters, editing via message building
System
Selection of test adapter
Statistics view
Generation of test reports
Scripting for batch mode tests
Graphical logging by means of sequence diagrams (GFT like)
Test report generation in HTML
Debug mode for test execution
Command-line user interface for test execution management
Logging filter improvements and new Log file format

TTman:
Test management, distributed execution and analysis (TTmex Feature)
To manage, execute distributed and analyze TTCN-3 compiled test suites
Definition, execution and saving of test campaigns
Loading and saving of all test results (test case verdicts, logs)
Different levels of logging
Filtering of logging events
Online and offline logging
Test data view with analysis support for validity
Loading, editing and saving of module and test case parameters
Selection of test adapter
Statistics view
Generation of test reports
Scripting for batch mode tests
Automatic distribution of test components
Specification of distribution algorithms
Integration of heterogeneous test equipment
Test setups as test enabled networks
Powerful load scenarios

TTtwo2three :-
The TTCN-2 to TTCN-3 translator for the seamless migration of TTCN-2 to TTCN-3 technology in order to keep previous investments into TTCN-2 test suites and to enable the power of TTCN-3, which is a modern, powerful and standardized test technology.

TTtwo2three, the TTCN-2 to TTCN-3 translators features :
Unified handling of defaults and test steps
Support of concurrent and non-concurrent test suites
Full ASN.1 support
Highly customizable, automated translation into TTCN-3
Close relation of generated TTCN-3 to TTCN-2 source
Prefixed and postfixed identifiers for increased readability
Modularization into type, component and test behavior modules
For easy reuse of generated TTCN-3
Detailed translation information and statistics

TTCN-2 Source, Translation, Translated TTCN-3.
Standards :-
ISO/IEC 9464-3 (1996): Information technology ? Open systems interconnection ? Conformance testing methodology and framework - Part 3: The Tree and Tabular combined Notation (TTCN)
ETSI TR 100 666 V1.0.0: Information technology ? Open Systems Interconnection Conformance testing methodology and framework ? Part 3: The Tree and Tabular Combined Notation (TTCN) (Edition 2++), May 1999
ITU-T Recommendation X.680 (1997): Information technology ? Abstract Syntax Notation One (ASN.1)
ETSI ES 201 873-1 V2.2.1 TTCN-3 Core Language, February 2003
ETSI ES 201 873-4 V2.2.1 TTCN-3 Operational Semantics, February 2003
ETSI TR 101 874 V1.1.1 TTCN-2 to TTCN-3 Mapping, December 2000

Requirements :-
Hardware: Intel Pentium or Sun/HP Workstation
OS: Windows 98/NT4.0/2000/XP, Linux or Solaris/HP-UX
Software: Java Runtime Environment 1.3 or higher

Call a Testing Technologies representative today!:-
We will be happy to answer your questions about how TTtwo2three can meet your particular business needs. Please contact our office by phone +49 30 726 19 19 0 or send an email to sales@testingtech.De.

Solutions :-
Features of TTsuite-SIP :-

Full-featured tests for :
User Agent behaving as a client or server
Proxy ? outbound and simple proxy
Redirect server
Registrar
Tests for valid, invalid and inopportune SIP protocol behavior and syntax variations
In SIP messages
Exhaustive set of context parameters for flexible adaptation of SIP tests to the SIP implementation under test
Fully automated test execution
Platform-independent test execution, executable tests can be ported onto various test devices and test platforms
Test tracing on different levels of detail
Summary of test results
Test definition and documentation in the standardized test notation TTCN-3

Applications :-
Softswitches
Gateways
Application servers
Conference bridges
Interactive Voice Response Systems (IVR)
SIP-Enabled FW/NAT
SIP multimedia servers
2.5G/3G cellular devices
IP phones
Connected PDAs
Video terminals
Soft phones
Voice enabled Web and e-commerce solutions
Typical application of SIP protocol

Benefits :-
Standards-based testing according to SIP specifications
Fast and simple test execution and analysis
Repeatability of tests and full support of test automation
Platform independence and rapid integration in existing test environments
Flexibility through further development in a worldwide standardized testing notation

Standards :-
RFC 3261, SIP: Session Initiation Protocol, Rosenberg, J., Schulzrinne, H., Camarillo,
G., Johnston, A., Peterson, J., Sparks, R., Handley, M. And E. Schooler, June 2002
RFC 2327, SDP: Session Description Protocol, Handley, M. And V. Jacobson, April 1998
RFC 3262 by IETF (on request)
RFC 3263 by IETF (on request)
RFC 3264 by IETF (on request)
RFC 3265 by IETF (on request)
ETSI ES 201 873-1 V2.2.1 (2003-02): The Testing and Test Control Notation version
3, Part 1: TTCN-3 Core Language
TS 102 027-2 V0.0.7 (DTS-TIPHON-06021-2), Telecommunications and Internet Protocol Harmonization Over Networks (TIPHON) Technology Compliance Specifications,
Draft IETF SIP RFC3261, Part 2: Abstract Test Suite (ATS) specification, June 2003

Features of TTsuite-H248 :-
Full-featured tests for H.248 Media Gateways and Media Gateway Controllers including
Procedures using Add command
Procedures using Modify command
Procedures using Subtract command
Procedures using Move command
Procedures using AuditValue command
Procedures using Audit Capabilities command
Procedures using Notify command
Procedures using Service Change command
Administration and Maintenance procedures
Transport related procedures SIP implementation under test
Tests for valid and invalid H.248 protocol behavior
Exhaustive set of context parameters for flexible adaptation of the H.248 tests to a H.248 implementation under test
Fully automated test execution
Platform-independent test execution, executable tests can be ported onto various test devices and test platforms
Test tracing on different levels of detail
Summary of test results
Test definition and documentation in the standardized test notation TTCN-3

Applications :-
Residential Gateways ? Access/Trunking Gateways ? Packet Relay ? Softswitches
IP-PBXs ? IP Phones ? Set-Top Boxes ? Media Controllers ? Media Servers
IVR (Interactive Voice Response)
Announcement Servers ? Conference Bridges ? Vmail Servers ? Call Centers

Benefits :-
Standards-based testing according to H.248 specifications
Fast and simple test execution and analysis
Repeatability of tests and full support of test automation
Platform independence and rapid integration in existing test environments
Flexibility through further development in a worldwide standardized testing notation
Test Management, Execution and Analysis for H.248

Standards :-
ITU-T H.248 Gateway control protocol
ETSI DTS/MTS-0096-1 V0.0.1 (2003-10)
ETSI DTS/MTS-0096-2 V0.0.1 (2003-10)
ETSI DTS/MTS-0096-3 V0.0.1 (2003-10)
ETSI ES 201 873-1 V2.2.1 (2003-02): The Testing and Test Control Notation version 3, Part 1: TTCN-3 Core Language.

Features of TTsuite-M3UA :-
Full-featured tests for M3UA peers including :
ASP State Maintenance
ASP Traffic Maintenance
Message Transfer
Routing Key Management
SS7 Signalling Network Management
SCTP Connection Management
Tests for valid, invalid and inopportune M3UA protocol behavior
Exhaustive set of context parameters for a flexible adaptation of the M3UA tests to a
M3UA implementations under tests
Fully automated test execution
Platform-independent test execution, executable tests can be ported onto various test devices and test platform
Test tracing on different levels of detail
Test definition and documentation in the standardized test notation TTCN-3

Applications :-
Media Gateway
Gateway Mobile Switching Center
TRNC
Signalling Gateway
Media Gateway Controller
Application Server
Serving GPRS Support Node (SGSN)

Benefits :-
Standards-based testing according to M3UA specifications
Rapid and simple test execution and analysis
Repeatability of tests and full support of test automation
Platform independence and rapid integration in existing test environments
Flexibility through further development in a worldwide standardized testing notation
Test Management, Execution and Analysis for M3UA

Standards :-
Draft RFC 3332 bis, Signaling System 7 (SS7) Message Transfer Part 3 (MTP3) - User Adaptation Layer (M3UA). September 2004.
RFC 3332, Signaling System 7 (SS7) Message Transfer Part 3 (MTP3) - User Adaptation Layer (M3UA). September 2002.
ETSI TS 102 381 V1.1.1, Methods for Testing and Specifications (MTS); SS7 Message Transfer Part 3 - User Adaptation Layer; (IETF RFC 3332); Test Suite Structure and Test Purposes (TSS&TP). December 2004.
RFC 2960, "Stream Control Transmission Protocol", SCTP: Stream Control Transmission Protocol. October 2000
RFC 3309, "Stream Control Transmission Protocol (SCTP) Checksum Change", update RFC 2960, September 2002
ISO/IEC 9646-1: "Information technology - Open Systems Interconnection - Conformance testing methodology and framework - Part 1: General concepts".
ISO/IEC 9646-2: "Information technology - Open Systems Interconnection - Conformance testing methodology and framework - Part 2: Abstract Test Suite specification".
ES 201 873-1 TTCN-3 Core Language, Version: 2.2.1, October 2002
ETSI Protocol & Testing Competence Centre: www.Etsi.Org/ptcc.

Features of TTsuite-SCTP :-
Full-featured tests for SCTP Endpoints including
Association startup and takedown
Sequenced delivery within streams
User data fragmentation
Acknowledgement and congestion avoidance
Chunk bundling
Packet validation
Path management
Tests for valid, invalid and inopportune SCTP protocol behavior and syntax variations in SCTP messages
Exhaustive set of context parameters for flexible adaptation of SCTP tests to a SCTP implementation under test
Fully automated test execution
Platform-independent test execution, executable tests can be ported onto various test devices and test platforms
Test tracing on different levels of detail
Summary of test results
Test definition and documentation in the standardized test notation TTCN-3

Applications :-
Gateways
IP Phones
2.5G/3G Cellular Devices
Softswitches
Media Servers
Application Servers
Media Controllers

Benefits :-
Standards-based testing according to SCTP specifications
Fast and simple test execution and analysis
Repeatability of tests and full support for test automation
Platform independence and rapid integration in existing test environments
Flexibility through further development in a worldwide standardized testing notation
Test Management, Execution and Analysis for SCTP

Standards :-
RFC 2960, SCTP: Stream Control Transmission Protocol, October 2000
RFC 3309, Stream Control Transmission Protocol (SCTP) Checksum Change, update RFC 2960, September 2002
ETSI ES 201 873-1 V2.2.1 (2003-02): The Testing and Test Control Notation version 3, Part 1: TTCN-3 Core Language.

Features of TTsuite-SUA :-
Full-featured tests for SUA peers including (ASP/SGP/Common)
State and Traffic Maintenance (ASP/SGP)
Signaling Network Management (ASP/SGP)
Management (ASP/SGP)
Connectionless Data Transfer (Common)
Routing Procedures (Common)
Reassembly Procedures (Common)
Connection Oriented Procedures (Common)
SCTP Connection Management
Tests for valid, invalid and inopportune SUA protocol behavior
Exhaustive set of context parameters for flexible adaptation of SUA tests to a SUA implementation under test
Fully automated test execution
Platform-independent test execution, executable tests can be ported onto various test devices and test platforms
Test tracing on different levels of detail
Test definition and documentation in the international standardized test notation TTCN-3

Applications :-
Media Gateway
Signaling Gateway
Media Gateway Controller
Application Server

Benefits :-
Standards-based testing according to SUA specifications
Fast and simple test execution and analysis
Repeatability of tests and full support for test automation
Platform independence and rapid integration in existing test environments
Flexibility through further development in a worldwide standardized testing notation
Test Management, Execution and Analysis for SUA

Standards :-
RFC 3868, Signaling Control Part User Adaptation Layer (SUA). October 2004
RFC 2960, ?Stream Control Transmission Protocol?, SCTP: Stream Control Transmission Protocol. October 2000
RFC 3309, ?Stream Control Transmission Protocol (SCTP) Checksum Change?, update RFC 2960, September 2002
ISO/IEC9646-1: ?Information technology ? Open Systems Interconnection ? Conformance testing methodology and framework ? Part 1: General concepts?
ISO/IEC9646-2: ?Information technology ? Open Systems Interconnection ? Conformance testing methodology and framework - Part 2: Abstract Test Suite specification?
ETSI ES 201 873-1 V2.2.1 (2003-02): The Testing and Test Control Notation version 3, Part 1: TTCN-3 Core Language.

Service :-
The tutorial Theory and Practice of TTCN-3 is offered in three variants :
Quick Course
Introductory Course
Advanced Course
The tutorial can take place either at customers premises or in Berlin, at Testing Technologies'. In the former case the customer will organize training room and equipment like video projector, white board or flip-char, exercise-computer, etc. Ideally for two participants one computer should be available.
In the later case Testing Technologies will organize them.

The service includes :-
Tutorial daily from 9.00 to 17.00 o'clock
Including a 60 min lunch break and 2 coffee breaks each 15 min
Tutorial handouts (copy of slides and additional materials)
At Testing Technologies' premises: refreshments and lunch
If necessary further technical details can be negotiated.

Contact Details

Testing Technologies

Rosenthaler
Str.
Berlin, 10000 () - (Germany)



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