Operational Certainty. Engineered.

It's Not a Data Problem. You Have an Assurance Problem.

Your systems generate data. Your teams review reports. Your dashboards look comprehensive. And yet operational uncertainty remains. Connectivity is inconsistent, readiness is assumed rather than validated, and minor performance degradations go unnoticed until uptime is affected. For OEMs and Tier 1 suppliers operating in commercial trucking, construction, agriculture, OFS, industrial, and government environments, this is not a minor technical issue.  It is enterprise risk. If you cannot confidently answer, in real time, whether your assets are fully connected, operationally ready, and performing as expected, you have partial visibility. And partial visibility is not operational assurance. The cost of assumption compounds. The cost of uncertainty accelerates. Leaders responsible for performance do not need more data. They need certainty.

Assumptions are expensive.  Blind spots are avoidable.

Where Operational Risk Hides:

• Connectivity Failures - Intermittent or incomplete data undermines confidence.

• Unplanned Downtime - Small degradations escalate into major disruptions.

• Readiness Uncertainty - Assets appear available but aren’t operationally validated.

• Financial Exposure - Operational risk lacks measurable accountability.

Meet the OA Sentinel Platform 

The OA Sentinel Platform transforms fragmented data into real-time operational assurance. It continuously validates connectivity, monitors system health, and identifies risk before performance degrades.

OA Sentinel:  Deep Operational Intelligence 

The LHP OA Sentinel platform delivers deterministic runtime enforcement, operational assurance scoring, and tamper-evident evidence chains. It transforms safety from a static milestone into a continuously verifiable discipline.

More than telemetry, OA Sentinel provides deep operational intelligence. It unifies system-wide data, monitors platform and software performance in real time, tracks updates and configuration changes, and automates critical compliance processes. With actionable insights and measurable assurance scoring, organizations can proactively prevent downtime, reduce operational risk, and maintain control across complex, software-driven environments.

From manufacturers and operators to advanced technology providers, OA Sentinel enables the confident deployment of autonomous and intelligent systems with measurable, provable assurance at scale.

OA Sentinel: Modular By Design

OA Sentinel is modular by design, so it can adapt as your systems, risks, and regulatory needs shift. You do not have to buy a monolith or wait for a future release. You start with the capabilities you need and grow into what comes next. The platform already includes modules for real-time monitoring, local safety logic, telemetry sync, remote actuation, and signed audit trails. Future modules like policy enforcement, full traceability, and AI-assisted validation are scaffolded and ready to activate. What starts as operational control becomes long-term assurance, backed by a roadmap that keeps pace with the complexity you're managing. 

About LHP Operational Assurance Systems

LHP Operational Assurance Systems (OAS) was spun out of LHP Engineering Solutions  to address a growing gap in safety-critical, software-defined systems:  certification at launch no longer guarantees safe operation over time. As complex platforms began receiving continuous software updates and evolving functionality, LHP OAS recognized that traditional "certify-once" models could not prevent runtime drift between validated safety intent and real-world behavior. Drawing on decades of leadership in functional safety, cybersecurity, and systems engineering, LHP OAS was formed to focus exclusively on extending certified intent into live environments and developed a platform embodying this concept called  Operational Assurance Sentinel. LHP's Operational Assurance Sentinel platform delivers deterministic runtime enforcement, operational assurance scoring, and tamper-evident evidence chains that transform safety from a static milestone into a continuously verifiable discipline, enabling organizations to deploy advanced autonomous and intelligent systems with measurable, provable confidence.