Moberg Analytics – Advanced Brain Monitoring & Critical Care Informatic

Severe brain injury, including traumatic brain injury (TBI), stroke, and hypoxic-ischemic injury, remains a critical challenge for both military and civilian healthcare systems. In military operational and prolonged care environments, clinicians must manage complex neurological injuries under time pressure, often with limited resources and fragmented monitoring systems. Current neurocritical care relies on multiple standalone devices such as EEG, intracranial pressure monitors, cerebral oxygenation sensors, hemodynamics, etc., requiring clinicians to manually integrate data streams that are often delayed or siloed. This fragmentation can lead to delayed detection of secondary brain injury, suboptimal treatment decisions, and preventable neurological deterioration. If left unsolved, the consequences include reduced warfighter survivability, prolonged recovery, increased long-term disability, and higher downstream healthcare costs for the Military Health System.

Moberg Analytics Inc. has developed the Moberg Clinical Platform (MCP), a next-generation, software-driven multimodal neuromonitoring system that integrates EEG, intracranial pressure, cerebral oxygenation, hemodynamics, and other physiological signals into a single, intuitive clinical interface. Unlike conventional systems that rely on fragmented hardware and manual interpretation, MCP uses data fusion and advanced analytics to transform complex neurological data into actionable, real-time insights for clinicians. Since receiving support under the MTEC 2021 Military Prototype Advancement Initiative (MPAI) sponsored by the Defense Health Agency (DHA), Moberg has achieved significant milestones, including technical validation of its integrated data platform, continued system refinement for operational environments, and transition toward commercialization. The company has secured more than $8 million in prior federal research funding and recently closed $600,000 in seed financing led by Ben Franklin Technology Partners to support regulatory activities, pilot hospital installations, and early go-to-market efforts.

If successful, Moberg’s platform will fundamentally improve situational awareness in neurocritical care by enabling earlier detection of secondary brain injury, faster intervention, and more precise, individualized treatment strategies. For military medicine, this capability enhances survivability in battlefield and prolonged field care environments, supports improved triage and transport decisions, and strengthens overall medical readiness. In civilian ICUs and trauma centers, it has the potential to reduce complications, shorten ICU stays, and improve long-term neurological outcomes. MTEC and its government sponsor, through the 2021 MPAI award supporting “Data Fusion and AI to Optimize Severe Brain Injury Management in Prolonged Care,” played a critical role in accelerating technology maturation, validating operational relevance, and enabling the transition from federally funded R&D to early commercial deployment. This effort exemplifies MTEC’s mission: advancing dual-use medical technologies that strengthen both defense health capabilities and civilian critical care infrastructure.