NEXI LABS

Three parallel regeneration protocols targeting chronic spinal cord injury through enzyme-mediated scar dissolution, AAV-delivered neurotrophic factor expression, and injectable hydrogel scaffolds. Closed-loop neuromodulation provides real-time feedback to optimize recovery trajectories.

Multi-modal vision restoration covering 12 ophthalmic conditions from retinitis pigmentosa to cortical blindness. Three modalities operate in concert: subretinal photovoltaic arrays, channelrhodopsin-based optogenetic sensitization, and direct cortical visual prostheses for end-stage cases.

AI-accelerated materials discovery screening 50,000+ electrolyte candidates for solid-state lithium batteries targeting 10x energy density over conventional lithium-ion. Synthesis pipeline produces novel ceramic and sulfide electrolytes with computational validation before physical prototyping.

Eight-channel dry-electrode EEG wearable with on-device neural signal decoding running at the edge. Real-time cognitive state classification enables adaptive haptic feedback loops for focus, stress, and fatigue monitoring without cloud dependency.

Multi-site federated diagnostic AI trained across three clinical validation centers. Combines imaging, genomic, and biochemical inputs through multi-modal foundation models for differential diagnosis at the point of care, with no patient data leaving the originating institution.

Processes 10,000+ papers per hour through automated systematic review pipelines. Identifies cross-literature contradictions, synthesizes novel protocol candidates, and generates structured evidence maps with confidence scoring for research teams to accelerate discovery cycles.

Continuous monitoring of three key biomarkers — interstitial glucose, cortisol, and lactate — through painless microneedle array patches. On-device ML inference detects metabolic patterns and alerts without cloud connectivity, enabling true 24/7 physiological awareness.

ATMOS delivers 3.2x improvement over baseline D+14 forecasts using 12+ ensemble models fused through temporal pattern AI. Extends reliable prediction windows to 45+ days for maritime routing, agricultural planning, and institutional risk management.

Founded on a legacy of aerospace engineering spanning two generations, NEXI Aerospace combines advanced propulsion physics, novel aerostructure materials, and AI-optimized avionics into a vertically integrated aeronautics program. Initial focus on world-class component supply to Boeing, Airbus, Embraer, and premium carriers including Emirates — building toward complete next-generation aircraft design.

This research vertical is under active NDA. Funding secured, partner discussions ongoing. Details available under confidentiality agreement to qualified institutional and strategic partners.