ASPICE & V-Cycle

The software development team is dedicated to developing projects for the automotive industry, in accordance with AUTOSAR, ASPICE, and ISO26262.  Focal point is concentrated on the development and testing process of application software (ASW) and basic software (BSW) for hybrid electric (HEV), battery electric (BEV), and fuel cell vehicles (FCV). The team consists of experts in the areas required to fulfill the V-Cycle process declared in the industry standard ASPICE reference model. In summary, we deliver turn-key software solutions for automotive OEMs. 




AUTOSAR is a software architecture development process that is used for automotive ECUs to standardize safety requirements for three-layered software architecture: application, runtime environment (RTE), and basic software (BSW). AUTOSAR increases the quality, reliability, scalability, and maintainability of the system, software, and communication services on the vehicle in the development process between partners.


Functional Safety

Functional safety has been standardized as ISO-26262 for safety and functional parts in the integration, verification, and validation process of the embedded automotive software development. This standardization is used to achieve safety goals and safety requirements of the product to prevent system malfunction from predictable errors, problems, and hazards by risk analysis. The software components and units are classified into 5 main levels of risk Quality Managed (QM) and Automotive Safety Integrity Level (ASIL A to D).

V-Model system and software development lifecycle methodology. Project management process from design, implementation to integration and test phase.

Software Validation & Verification

The software validation and verification activities have a critical and inevitable role in the automotive software development life cycle in terms of cost and quality aspects for OEMs. NISO offers complete software V&V processes for all automotive applications.

autonomous car driving on road and sensing systems, driverless car, self-driving vehicle

Advanced Driver-Assistance System - ADAS

ADAS is designed to remove the human error component when operating vehicles of many types. ADAS plays an important role in avoiding possible accidents, minimizing driver errors, and as a pre-warning in situations that require sudden reflexes while driving. ADAS use advanced technologies to assist the driver during driving, and thereby improve drivers’ control of the vehicle