Virtual safety engineering is becoming more integrated into vehicle development as auto makers face shorter product cycles, stricter safety requirements and increasing complexity from electrification and advanced driver-assistance systems (ADAS). Against this backdrop, Autoliv’s onboarding of Toyota as the first customer to assess its Human Body Model (HBM) safety suite highlights the growing use of virtual crash testing methods, according to GlobalData. The onboarding implies a convergence of priorities: Autoliv gains validation from a high-volume OEM known for process rigor, while Toyota strengthens its digital development toolchain to bring safety decisions earlier in the design phase.
Madhuchhanda Palit, senior automotive analyst at GlobalData, said, “If the platform scales, Autoliv could improve its positioning versus computer-aided engineering (CAE) and simulation incumbents by tying software-led insights to its restraint-system footprint, while Toyota may gain speed-to-decision advantages in a competitive environment where safety performance and development efficiency increasingly influence brand and regulatory outcomes.”
Autoliv’s strategy appears aligned with the industry shift toward ‘shift-left’ verification – using digital methods earlier to reduce late-stage redesigns and better target physical test programs. For Autoliv, this could deepen integration with OEM engineering workflows beyond components, potentially supporting longer-cycle collaboration and data-driven product optimization.
For Toyota, which has been expanding software-defined development practices and model-based engineering across programs, early evaluation of HBM-based injury mechanisms could support more nuanced occupant-safety trade-offs (such as restraint tuning across different occupant sizes and seating postures) and improve alignment between virtual results and real-world performance targets.
Palit added, “The move sits within a broader competitive push to virtualize safety validation – spanning CAE software providers, digital twin initiatives and OEM in-house simulation expansion – while regulators and consumer test bodies continue to raise the bar on occupant protection and crash-avoidance performance. Autoliv’s plan to make the platform more widely available later this year indicates an ambition to turn a specialized capability into an industry-facing product, potentially influencing how suppliers participate in pre-competitive safety development.”
Toyota’s onboarding follows Autoliv’s July partnerships with XPeng and Great Wall Motor, indicating a strategy of working with OEMs at different stages of development and across different markets. For Toyota, using external human-body modeling tools could provide access to established virtual safety capabilities without requiring the full cost and complexity of developing comparable systems in-house.
“Autoliv’s partnership with Toyota reflects a pragmatic industry direction: virtual crash testing is becoming an operational necessity rather than an experimental add-on,” Palit concluded. “Toyota’s role as the first evaluator may accelerate commercialization and strengthen Autoliv’s narrative as a systems-and-software safety partner. For Toyota, the potential upside is earlier injury-mechanism insight and improved efficiency in balancing digital and physical validation. Over time, wider adoption could raise baseline expectations for virtual safety evidence across the sector, tightening competition around simulation fidelity, workflow usability and correlation to real-world outcomes.”
In related news, BMW puts new 3 Series through final summer driving dynamics testing
