Localisation Engineering

Software localization engineering is a critical complement to the software localization and software testing cycles. It covers all the steps crucial for successful localization and testing, including software analysis, build engineering and mastering, bugfixing, scripting and overall localization process automation.

In our experience, localization engineering plays a major role in determining the success of software localization or testing projects. It is the smaller part when compared with the larger human efforts often required for localization or testing, but one that has a direct impact on the efficiency of the process, and the quality of the final product.

Insufficient attention to localization engineering may lead to unnecessary or duplicate activities in the process, delays, increased costs, or products with defects that could have been easily avoided.

EUITSols has one of the localization industry’s strongest engineering groups- the team is comprised of permanent staff members and is augmented by a stable group of contractors and partners at peak production times. Our engineers are part of the localization team and are assigned to in-house projects based on skill sets and project requirements. They carry out all non-linguistic tasks – from writing test plans, building, testing, fixing and re-engineering of translated software, to building gold masters for delivery to our clients.

Software Localization Engineering Services

We provide the following software localization engineering services:

Software Analysis

  • Product analysis and localizability assessment reporting
  • List of files to be localized; highlight of files that cannot be localized with standard tools, methods; highlight of non-standard file formats
  • Initial project scope (word count) analysis
  • Localization process estimates

Localization Process Development

  • Detailed localization process design based on Software Analysis and client input
  • Preparation of localization project schedule, localization kit and instructions for translators
  • Creation of parsers, processes for specific file types
  • Development of building/mastering process and pseudo-translation build


  • Creation of localized versions of product using fully- or semi-automatic process
  • Post-processing of translated files before building/mastering
  • Build validation through automated smoke test
  • ISO image archive file creation

Bug Fixing

  • Investigation of all reported bugs from testing stages
  • Repair of all defects introduced during localization process; reporting of any newly-found defects
  • Repair of all truncated, overlapped or misaligned strings; duplicated or non-working hotkeys; mis-translated, un-translated or over-translated strings; etc.
  • Report of any broken functionality, hard-coded strings, etc.

Process Automation

  • Optimization of localization processes through batch processing, automation of engineering tasks
  • Use of programming languages and scripts to optimize processes, primarily Perl, Python, VBA, VBScript, JavaScript, AppleScript and Windows Script Host
  • Automation of process steps such as mastering, smoke testing, downloading, leveraging



With sales in your home market inevitably reaching – sooner or later – their growth limits, marketing your products to international markets is an attractive option. This opens new roads to increasing your revenues, and brings the much-sought economies of scale.

Whether it is a large global company or a smaller fast-growing company, translation of a website, document or even a software has become imperative to continue to yield high returns in terms of revenue.

EUITSols provides its clients with effective translation software solutions based on the best and latest modern technology available on the market today

Our translators are supported by translation memory tools and operation standards for consistency. Word Perfect translators use terminology applications and glossaries which interact with the translation memory and automatically look up terminology during the translation process. We often work with our clients when preparing glossaries and terminology databases – consistently ensuring the highest quality of services.

Our expertise lies in the translation of European and Indic languages – i.e. languages spoken and used in the Indian sub continent. However, for a full and comprehensive list of languages for which you may require translation, please contact us by phone or by email.

Quality Assurance

Our Quality Assurance services aim to verify that the product functions as expected, regardless of whether it has been internationalized or localized, or not. EUITSols carries out its rigorous quality assurance services with a process known as Functional Testing. This testing can be performed on any language version of the product. In early stages of the product globalization lifecycle, functionality testing is usually carried out on the source language version of the product

Functional testing helps to find defects early in the overall product development process. Integration testing can be included, which will assess how well different components of the product function together after they have been tested individually.

The functionality testing service we provide are:

Pairwise Testing

A technique designed to analyze each test case in order to arrive at the optimal number of discrete combinations to cover everything that is needed, while at the same time minimizing the effort and cost of such testing.

Acceptance Testing

This is the formal type testing which considers user needs, requirements and business processes, and is conducted to determine whether a system satisfies the acceptance criteria. It enables the users, customers or other authorized entity to decide whether or not to accept the system. The purpose is to evaluate with authority the system’s adherence to the requirements.

Use Case Testing

It is a technique in which test cases are designed to execute user scenarios. The purpose of this testing technique is to do what a user would do. This testing aims to assess the tested product in a real-world environment from the user perspective. Rather than always working with a detailed set of test cases, users/testers test the product using more broadly defined scenarios.

While ad-hoc testing – one extreme case of user scenario testing – is typically “exploratory” and random, and completed only once (unless a specific defect is found), use case testing is typically a more continuous “start-to-finish” approach. The purpose of this testing is to help uncover functionality issues which might not be immediately obvious to the product developers, or to assess the product’s functionality as perceived by end users/customers.

For some software developers, use case testing is considered a crucial and critical part of their overall testing approach, while others prefer to focus on other types of testing that verify the product’s functionality in real-world scenarios.

Stress Testing

The objective of this type of testing is to evaluate a product or its component and how it behaves at or beyond the limits of its anticipated or specified workloads, or with reduced availability of resources such as access to memory or servers. The purpose is to test how the product behaves under limited resources.

Load Testing

Performed in an emulated real-world environment, the purpose of this testing type is to assess the product’s functionality under certain “pressure” conditions (such as a networked product with 100, 1,000, or 10,000 active users), and to determine how well the product meets desired performance goals.

Regression Testing

Regression testing provides for re-testing a new release (or “drop”) of the product, which contains previously fixed issues and bugs. Regression testing can also be performed between individual language versions to ensure defects from one language are fixed, or even prevented, in other language versions of the product as part of the localization testing cycle.

Compatibility and Interoperability Testing

These testing solutions are designed to verify that products will function as expected on a wide variety of hardware, software, and network configurations. Testing is performed on a specific combination of platforms or operating systems, running on defined set of hardware configurations. Compatibility testing can also be performed to assess the backward compatibility of the current version with previous legacy versions of the product, or its cooperation with other related software products.