When Safety Enforcement Becomes Control: Preventing Unsafe Interventions
Blog Series: The Death of Static Safety This is the fifth part of a six-part guest blog series...
There is a lot of buzz around SDV, AI, and connectivity, but many companies struggle to achieve tangible, measurable results in their bottom-line performance. Teams struggle to navigate complex technical challenges tied to unclear business objectives, making progress impossible to determine.
Operational Assurance is a framework meant to measure and drive:
Improved fleet uptime, reducing unplanned downtime spend
Reductions in safety events, reducing safety liabilities, and insurance expenses
And faster mean-time-to-recovery for escaped failures
The framework incorporates:
Measurable targets for operational assurance
A resilient systems engineering approach backed by functional safety and cybersecurity best practices
A unified embedded-to-cloud approach to pre-mitigate failures before they lead to safety incidents or downtime
Data-driven operations to navigate complex fleet operations, drill into root cause analysis, and drive decisions.
Christian Glass is a Co-founder of LHP Operational Assurance Systems (LHP OAS), where he and his team are working to define the future of operational assurance, forming a closer relationship between predictive analytics and embedded controls to drive higher uptime and reduce safety failures for fleet operations.
In addition to his responsibilities in LHP OAS, Christian is the General Manager at an affiliated company, LHP Engineering Solutions, where he manages Engineering, Program Management, and Sales. He serves transportation OEMs and Tier-1s to deliver high-quality, safety-critical systems.
Before joining LHP, Christian began his career at Cummins Inc.
Blog Series: The Death of Static Safety This is the fifth part of a six-part guest blog series...