Mote LogicTest

Mote LogicTest

It supports both C and C++ languages and can simultaneously conduct static analysis, unit testing, and integration testing. It accommodates structured coverage testing requirements of varying levels and supports target machine adaptation and testing. Static analysis allows compliance checks with source code based on MISRA. Unit testing employs dynamic symbolic execution technology to auto-generate test cases with up to 100% coverage, meeting statement, branch, MC/DC coverage criteria. Integration testing offers autonomous control over the degree of function integration.

It supports both C and C++ languages and can simultaneously conduct static analysis, unit testing, and integration testing. It accommodates structured coverage testing requirements of varying levels and supports target machine adaptation and testing. Static analysis allows compliance checks with source code based on MISRA. Unit testing employs dynamic symbolic execution technology to auto-generate test cases with up to 100% coverage, meeting statement, branch, MC/DC coverage criteria. Integration testing offers autonomous control over the degree of function integration.

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Our Features

Static Analysis

It enables source code compliance with rule sets like MISRA-C 2004/2012 and MISRA-C++ 2008.

Static Analysis

It enables source code compliance with rule sets like MISRA and CWE.

Unit Testing

It encompasses elements such as parameters, global variables, stub functions, and their arguments.

Unit Testing

It encompasses elements such as parameters, global variables, stubs, and their arguments.

Integration Testing

It supports partial and full integration, allowing stub usage configuration to meet diverse testing needs.

Integration Testing

It supports partial/full integration with configurable stubs for diverse testing needs.

Target Machine

It adapts to actual project environments, with existing support for STM32 and TI C2000 series DSPs.

Target Machine

It adapts to real project environments, supporting STM32 and TI C2000 DSPs.

Value Advantage


High Coverage Unit Testing

During unit testing, there is no need to allocate dedicated testers separately. Developers can perform unit testing with just one click after coding is completed. Support automatic generation of high coverage and low redundancy structural coverage use cases based on code, meeting statement coverage, branch coverage, and MC/DC coverage, typically with coverage rates of over 80% to 90%.

Integrated Testing Platform

Static analysis, unit testing, and integration testing can be completed easily through a single tool, fully automating the entire testing process, which developers and testers can use together.

Simple User Experience

The tool has a simple interface and easy operation, which users can quickly learn with a low learning cost and excellent user experience. The tool uses the B/S architecture, which can be used across platforms, has low requirements for client computer configurations, and is more convenient and flexible to use.

Seamless Integration On Multiple Platforms

The tool supports Windows, Linux, and Kylin systems and can easily integrate with most network-based software development management platforms or DevOps tools. It also supports integration into the task system of Jenkins continuous integration and other third-party software development management platforms.

High Coverage Unit Testing

During unit testing, there is no need to allocate dedicated testers separately. Developers can perform unit testing with just one click after coding is completed. Support automatic generation of high coverage and low redundancy structural coverage use cases based on code, meeting statement coverage, branch coverage, and MC/DC coverage, typically with coverage rates of over 80% to 90%.

Integrated Testing Platform

Static analysis, unit testing, and integration testing can be completed easily through a single tool, fully automating the entire testing process, which developers and testers can use together.

Simple User Experience

The tool has a simple interface and easy operation, which users can quickly learn with a low learning cost and excellent user experience. The tool uses the B/S architecture, which can be used across platforms, has low requirements for client computer configurations, and is more convenient and flexible to use.

Seamless Integration On Multiple Platforms

The tool supports Windows, Linux, and Kylin systems and can easily integrate with most network-based software development management platforms or DevOps tools. It also supports integration into the task system of Jenkins continuous integration and other third-party software development management platforms.

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AI-Driven Industrial Software Testing

AI-Driven Industrial Software Testing

Breakthrough in Large Model-Driven Generation Technology: Based on advanced prompt engineering and a collaborative approach with dynamic symbolic execution, this technology focuses on uncovering differentiated test paths. It is not merely an upgrade of tools, but a paradigm shift in testing engineering, addressing complex scenarios that are difficult to cover with traditional methods.

Breakthrough in Large Model-Driven Generation Technology: Based on advanced prompt engineering and a collaborative approach with dynamic symbolic execution, this technology focuses on uncovering differentiated test paths. It is not merely an upgrade of tools, but a paradigm shift in testing engineering, addressing complex scenarios that are difficult to cover with traditional methods.

Supports Standards

Mote LogicTest has been awarded functional safety certificates and software testing tool capability evaluation certificates by TÜV SÜD. The supported standards are as follows:

ISO 26262

IEC 61508

EN 50128/EN 50716

IEC 62304

DO-178B/C

Commercial Plumbing

Application Scenarios

The tool meets SIL4 safety level requirements, having obtained SRCC certification. Overall efficiency is improved by 10x. The tool can automatically generate test cases with coverage rates ranging from 80% to 95%, allowing users to manually add supplementary cases as needed.

Let‘s Get Started

Apply for a Mote LogicTest Free Version and experience the advanced Features.

Hardware Requirements

Basic: 4 cores + 16GB RAM + 64GB HDD

Recommended: 8 cores + 32GB RAM + 512GB HDD

Supported Systems: CentOS 7 (Recommended), Windows 7 SP1 64-bit or later, Windows Server 2012 or later

Static analysis

It supports compliance checks of source code with rule sets such as MISRAC2004, MISRAC2012, MISRAC++2008,etc.

Unit testing

Integration testing

Target machine

A World Where Safety-Critical Equipment Operates with Absolute Certainty.

Singapore

68 CIRCULAR ROAD
#02-01

SINGAPORE (049422)

© 2026 - MoteScience

A World Where Safety-Critical Equipment Operates with Absolute Certainty.

Singapore

68 CIRCULAR ROAD
#02-01

SINGAPORE (049422)

© 2026 - MoteScience

A World Where Safety-Critical Equipment Operates with Absolute Certainty.

Singapore

68 CIRCULAR ROAD
#02-01

SINGAPORE (049422)

© 2026 - MoteScience