I helped a mining manufacturer achieve full certification for an autonomous truck starting from zero safety infrastructure. This case study shows how we embedded into their team to manage a tight budget and close a major deal.
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Leading a Fortune 500 tech firm through a world-first, we achieved IEC 61508 certification for a collaborative AMR. This case study reveals how we integrated into their fast-paced team to build a reusable safety framework.
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An insider’s, engineer-level guide to functional safety certification. Written by our very own Ben Twombly, this eBook explains what standards really require, where projects fail, and how to build safety programs that actually certify.
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A System Hazard Analysis (SHA) identifies and evaluates risks at the system level, ensuring safety is built into design early. This article explores SHA methods, industry applications, and key steps for managing hazards across safety-critical systems.
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Learn how Preliminary Hazard Analysis (PHA) helps rail engineers identify and mitigate risks early in the design process—building safer, more reliable systems before hazards become embedded in operations.
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Fault Tree Analysis (FTA) helps identify system risks and prevent failures. Our latest guide shares 8 clear steps to perform FTA and strengthen safety, reliability, and resilience in complex systems.
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The CSA IEC 61508 Guidebook provides practical guidance on achieving functional safety compliance, offering clear steps, lifecycle insights, and certification strategies for safety-critical systems across industries.
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In safety-critical industries, a single fault can mean the difference between a routine day and a catastrophic incident. Two concepts play a central role in preventing such outcomes: functional safety and reliability.
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Best practices for functional safety documentation to ensure compliance, manage risk, and maintain traceability in industries where safety is critical. Stay audit-ready with structured, effective documentation throughout the system lifecycle.
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Would you trust a self-driving car without safety certification? Or a robot that could fail anytime? Safety isn’t just a feature — it’s the foundation. Ignoring it risks companies, customers, and entire industries. Here’s why.
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Designing robotic systems for IEC 61508 certification? Start with a solid ISO 12100 risk assessment. This article breaks down the process with practical examples for robotics.
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The Internet of Things (IoT) is transforming how we live and work by connecting everyday devices to the internet. But as IoT systems become more complex and interconnected, the need for functional safety grows.
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Functional safety ensures electronic systems operate reliably reducing risks in industries like automotive, aerospace, and energy. As complexity grows, adherence to standards like ISO 26262 and IEC 61508 is crucial.
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This guide breaks down the risk assessment process-identifying hazards, estimating risks, and implementing safeguards—to help engineers create safer machines. Organizations can reduce risks, ensure compliance, and build a stronger safety culture this way.
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Functional Safety Assessments ensure systems perform flawlessly, even in the face of faults. This guide dives into the FSA process, providing essential insights and practical strategies for professionals navigating the demands of ISO 26262.
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Ever wondered what caused a major blackout? In the world of complex systems, mitigating risks is crucial. Fault Tree Analysis (FTA) is a powerful deductive failure analysis method used to determine the causes of undesired events within complex systems.
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In industries like automotive, aerospace, manufacturing, and energy, failure is not an option. Functional safety is the backbone of modern technology, ensuring that systems fail safely when something goes wrong. Rigorous, strategic testing is the key. .
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Ever wondered what keeps your favorite robot from turning into a clumsy, malfunctioning mess? The secret lies in a powerful tool called Failure Mode and Effects Analysis (FMEA).
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Ensuring the safety of machines, vehicles, and devices is crucial. One of the key approaches to achieving this is through Functional Safety (FuSa). You may ask, who should apply FuSa techniques? What is FuSa? Why is this important? Let’s explore.
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Functional Safety (FuSa) is embedded in the everyday products and systems we rely on for our safety. From the kitchen to the car, FuSa principles shape the technologies that keep us safe, often in ways we don’t even notice.
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Imagine you're driving a new car, and the brakes fail. Scary, right? In today's engineering world, maintaining system safety and reliability is crucial. The V-Model design process and FuSa principles play a crucial role in achieving these goals.
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Ever wondered how a single hiccup can bring down an entire system? Welcome to the world of Common Cause Failures (CCFs), where one tiny glitch can wreak havoc on redundant designs. Let's dive into this intriguing topic.
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Ever felt like a detective on a mission to uncover hidden clues? That's what verification and validation in functional safety can feel like—an exciting journey to ensure everything is just right!
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What if one overlooked hazard could jeopardize your entire system? In high-stakes industries, the smallest oversight can lead to catastrophic failures. That’s why conducting a Hazard Analysis and Risk Assessment (HARA) is a necessity.
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Functional Safety Audits (FSA) are your key to maintaining standards compliance. This article will guide you through the FSA process, providing valuable insights for safety managers and professionals in the robotics industry.
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Ever tried to juggle flaming torches? That's what managing functional safety can feel like—challenging but totally doable with the right approach!
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