Providing cutting-edge solutions in automotive systems for enhanced performance, safety, and innovation.
Functional Safety and Cybersecurity Analyses &
Risk Assessments
We provide expertise to facilitate analyses & assessments tailored to your specific product areas
Functional Safety Analyses (DFMEA, FMEDA, FTA, DFA) to qualify your product designs and architectures against applicable standards.
Risk Assessments (HARA, FHA) to provide evidence of the robustness of architectures against potential hazards.
Cybersecurity Assessments (TARA, VARA)
Functional Safety and Cybersecurity Training
Functional Safety and Cybersecurity services to enable your organization to achieve Functional Safety compliance, as required
Process Development: Get guidance on how various organizational processes need to be tailored under Functional Safety and Cybersecurity standards
Safety and Cybersecurity Artifacts: Invite us to partner with you for the development of Functional Safety and Cybersecurity artifacts such as Safety plans, Interface agreements, etc
Product Development: A scalable relationship, to allow partnership on either only certain product areas or multiple product ranges, including design and architecture
Functional Safety and Cybersecurity Development
Training models available:
1-day workshop, underlining basic principles and fundamentals of Functional Safety and Cybersecurity
Target audience: Technical managers and engineers getting started with product design to ensure Functional Safety and Cybersecurity.
For curriculum/ outline, use the contact form
3-day workshop, providing an in-depth view of the requirements and tasks needed to achieve the required levels of functional safety and Cybersecurity
Target audience: Functional Safety and Cybersecurity Managers, Functional Safety and Cybersecurity Architects, Design Engineers, Architects, Verification & Validation team members
For curriculum/ outline, use the contact form
Functional Safety and Cybersecurity Partnership
Expertise in Functional Safety Analyses
Explore various kinds of Functional Safety analyses supported for your compliance needs with our expert team
Design-Failure Mode Effects Analysis (DFMEA)
An inductive safety-analysis to identify, evaluate, and mitigate potential failures, improving product reliability, quality, and safety.
Standards supported: AIAG-VDA, ISO 26262
Fault Tree Analysis (FTA)
A deductive strategy to estimate probability of safety goal violation given the component failure rates
Standards supported: SAE-ARP4761, MIL-HDBK-338, IEC 61025, ISO 26262
A method to identify and mitigate cascading failures and common cause failures that occur due to dependencies between components or systems
Standards supported: ISO 26262
Dependent Failure Analysis (DFA)
A method to identify and mitigate cascading failures and common cause failures that occur due to dependencies between components or systems
Standards supported: ISO 26262
Failure Mode Effects & Diagnostics Analysis (FMEDA)
Expertise in Functional Safety Analyses
Explore various kinds of Functional Safety analyses supported for your compliance needs with our expert team
Design-Failure Mode Effects Analysis (DFMEA)
An inductive safety-analysis to identify, evaluate, and mitigate potential failures, improving product reliability, quality, and safety.
Standards supported: AIAG-VDA, ISO 26262
Fault Tree Analysis (FTA)
A deductive strategy to estimate probability of safety goal violation given the component failure rates
Standards supported: SAE-ARP4761, MIL-HDBK-338, IEC 61025, ISO 26262
A method to identify and mitigate cascading failures and common cause failures that occur due to dependencies between components or systems
Standards supported: ISO 26262
Dependent Failure Analysis (DFA)
A method to identify and mitigate cascading failures and common cause failures that occur due to dependencies between components or systems
Standards supported: ISO 26262
Failure Mode Effects & Diagnostics Analysis (FMEDA)
Products we support
We are available to partner with you on a variety of product areas, to ensure compliance with Functional Safety standards
Semiconductor manufacturers
Safety critical Aerial Robotics
Automotive OEMs
Automotive Suppliers
Space Payloads
Medical Equipments
Collaborations and Workshops
Tata Motors’ training on Functional Safety (FuSa) and Software-Defined Vehicles (SDVs) equips engineers with the skills to develop next-generation, software-centric vehicles. The program focuses on ISO 26262 standards, safety lifecycle management, and cutting-edge SDV architectures. Through hands-on learning and expert-led sessions, participants gain deep insights into safety-critical systems, embedded software, and OTA-enabled vehicle platforms. This training reinforces Tata Motors’ commitment to innovation, safety, and building future-ready mobility solutions.
Decibel Labs
We are excited to announce a strategic collaboration between Decibels Lab Pvt Ltd and Praakrit Energy & Technologies to offer specialized courses in Functional Safety (ISO 26262) and Cyber Security!
As the world transitions toward smarter and safer electric vehicles, ensuring functional safety and securing critical automotive systems is more important than ever. Our joint training programs are designed to equip professionals with the knowledge and skills needed to navigate these essential areas.
Webinars :
For more information on Automotive Systems, please reach out using the form below!
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