At Bhilai Logic Labs, we deliver system, software, and hardware safety solutions for OEM, Tier-1, and semiconductor companies in the automotive domain. While delivering our solutions, we bring on the table an excellent team work adhering to ISO26262 and ASPICE.
Safety is built into our foundations. We specialize in delivering ISO 26262 functional safety compliance for OEM, Tier – 1 and Semicon companies.
Supporting OEMs for key domains like Brakes, Propulsion, Inverter and ADAS. Deliver work products like Item Definition, HARA, FSC, TSC and FTAs. Provides Independent Review ofVehicle Items up to ASIL B and supports OEMs for readiness and closure of Audit and Assessment at Vehicle and ECU levels.
System, HW and SW Safety Development lifecycle up to ASIL D with end-to-end safety analysis like FMEA, FTA, DFA and FMEDA. BLL has Subject Matter experts in Safety Requirements, Architecture, Test Specification and Execution at System, HW and SW level for Power Train, Chassis, Autonomous Driving, Body Control Module and Vehicle Control Units.
Supporting Semiconductor companies for complete Safety development lifecycle as per Part-11, ISO26262. BLL has expertise in various safety analysis like FTA, FMEDA, DFA and DFMEA at SoCs and IPs safety development. BLL has proven experience in Developing MCAL and CDD driver for new SOCs as per AutoSAR standard as per SEooC development lifecycle.
Supporting OEM, Tier-1 and Semiconductor companies for Functional Safety development of system, software and hardware. Functional Safety (ISO 26262) and Quality (ASPICE) are our DNA
Supporting OEM, Tier-1 and Semiconductor companies for safety development lifecycle. Also support for audit and assessments.
RFLP driven approach for system engineering. Expertise in Requirement Engineering and System Architecture.
Expertise in UML and all the work products in entire V model as per ASPICE for Software Engineering. Expertise in AutoSAR and Non AutoSAR development and integration of stacks as per ASPICE Level-2 Compliance.
Expertise in HW Safety development and safety analysis to detect and mitigate systematic and random HW failure effects at system level.
Process driven approach in everything we do, ensuring robust development lifecycle to execute first time right.