Jun 8
SIL Safety Explained: How Safety Integrity Levels Reduce Risk in High-Hazard Industries Industrial facilities operating in sectors such as
seen from Slovenia
seen from Fiji
seen from Russia
seen from Türkiye
seen from United States
seen from Malaysia
seen from United States
seen from Brazil
seen from Slovenia
seen from Indonesia
seen from United States
seen from Germany
seen from Germany
seen from United States
seen from Slovenia
seen from Malaysia
seen from Malaysia
seen from Australia
seen from Yemen
seen from United States
SIL Safety Explained: How Safety Integrity Levels Reduce Risk in High-Hazard Industries Industrial facilities operating in sectors such as
Why Functional Safety & SIL Certification Matter for Indian Manufacturing
As Indian manufacturing continues to modernize, functional safety and Safety Integrity Level (SIL) certification are becoming essential for improving workplace safety, reducing operational risks, and meeting global compliance standards. Safety instrumented systems help detect hazardous conditions and move equipment to a safe state before accidents occur. By adopting SIL-certified safety systems, manufacturers can strengthen process reliability, reduce downtime, and improve confidence in critical operations. With increasing automation, connected factories, and AI-driven technologies, functional safety is no longer just a regulatory requirement—it is a key part of building safer, smarter, and globally competitive manufacturing facilities.
Understanding Functional Safety Certification in Indian Manufacturing: A Practical Guide for Plant Managers
Modern manufacturing industries are placing greater focus on safety, compliance, and reliable automation systems as industrial processes become more advanced and connected. Functional safety standards are helping businesses reduce operational risks, improve machine reliability, and maintain safer industrial environments across automated production facilities. These safety practices are becoming increasingly important for companies adopting smart manufacturing and Industry 4.0 technologies. Recent developments in functional safety certification are helping manufacturers strengthen industrial safety and automation reliability.
GAC’s Quark Electric Drive Achieves the World’s First http://dlvr.it/TQHytd
functional safety standard iso 26262
Omnex Systems’ Functional Safety Software simplifies compliance with IATF 16949, SOTIF standards, and FMEDA to support robust safety lifecyc
The functional safety standard ISO 26262 is a critical framework for managing safety related risks in automotive electrical and electronic systems. It provides structured guidance to identify hazards, assess risks, and implement safety measures throughout the entire vehicle lifecycle, from concept and development to production and operation. ISO 26262 helps organizations reduce the likelihood of systematic and random failures that could lead to unsafe situations.As vehicles become more software driven, especially with electric and autonomous technologies, compliance with ISO 26262 is no longer optional. The standard introduces key concepts such as Hazard and Risk Analysis, Automotive Safety Integrity Levels, safety goals, and verification activities to ensure that safety requirements are consistently met. Effective implementation requires strong traceability between requirements, design elements, safety analyses, and validation results.Omnexsystems supports organizations in applying the functional safety standard ISO 26262 through integrated software solutions that connect safety processes, documentation, and compliance activities in one centralized platform. By enabling structured workflows, real time traceability, and audit ready reporting, Omnexsystems helps engineering and quality teams manage complexity, improve collaboration, and demonstrate compliance with confidence. This approach allows automotive organizations to accelerate development while maintaining the highest levels of functional safety and regulatory alignment.
EVAV software platform
Omnex Systems powers EV-AV product development with EVAV software platform for autonomous electric vehicles and electric and autonomous vehi
Omnexsystem’s EVAV Software Platform is an advanced, integrated solution designed to accelerate the development and validation of electric and autonomous vehicles. The platform unifies key automotive processes—Functional Safety (ISO 26262), ASPICE process maturity, Cybersecurity (ISO 21434), and SOTIF (ISO 21448)—within a single, connected ecosystem. This enables automotive manufacturers and suppliers to ensure compliance, maintain traceability, and enhance collaboration across engineering, quality, and safety teams.With powerful tools for system engineering, DFMEA/PFMEA management, APQP/PPAP documentation, and change management, Omnexsystem’s EVAV platform streamlines product realization from concept to launch. It supports cloud and on-premise deployment, offering scalability for global teams and complex supply chains. The platform’s real-time dashboards and analytics provide complete visibility into safety, quality, and performance metrics, helping organizations make data-driven decisions.By integrating all vehicle lifecycle processes into one platform, Omnexsystem’s EVAV Software Platform ensures faster innovation, reduced rework, and improved product reliability empowering automotive leaders to deliver safer, smarter, and compliant electric and autonomous vehicles.
Engineering the Invisible: How FMEA Powers Automotive Safety
Every car on the road hides an invisible safety net and it’s called FMEA (Failure Mode and Effects Analysis).
From sensors and circuits to code and manufacturing, FMEA helps engineers predict what could go wrong before it ever does. It’s the process behind functional safety: the reason modern vehicles can detect, react, and recover safely under all conditions.
Born in the 1940s military programs and refined through aerospace and automotive innovation, FMEA has evolved into an AI-assisted, model-based method that:
Identifies weak spots in design or software
Predicts how failures spread
Keeps safety documentation in sync with real design changes
Today’s vehicles rely on this proactive thinking, turning FMEA from a checklist into an intelligent, living safety system.
Safety isn’t an afterthought. It’s engineered in one FMEA at a time.
Infineon’s new motor control SoC family, including TLE994x and TLE995x series, provides solutions for BDC and BLDC motor applications.
Infineon Technologies unveils the new MOTIX 32-bit motor control SoC family, featuring the TLE994x and TLE995x series, designed for compact, cost-efficient solutions in automotive brushed (BDC) and brushless (BLDC) motor applications. These SoCs address a wide range of functions, from battery cooling in electric vehicles to comfort features such as seat adjustment, meeting the growing demand for reliable, integrated motor control in safety-critical automotive systems.