Battery-free negative pressure wound therapy powered by a solid-state chemical pump that delivers days of continuous suction for closed surgical incisions. The single-use system works without batteries, motors, or external power. It is designed to reduce complications while keeping patients mobile.

Next-generation respiratory therapy devices spanning strength trainers, airway-clearance systems, and digital inhalers. The portfolio supports home and pharmacy-based care, extending treatment beyond the clinic. Connected design helps patients and providers track adherence and outcomes.

First-in-class topical therapies for dermatologic diseases such as atopic dermatitis, built on a multi-target platform. The approach addresses both the bacterial and immune drivers of inflammation at once, without steroids or antibiotics. It aims to help patients underserved by current treatments.

A reusable, no-touch intermittent catheter paired with a portable washer-disinfector for neurogenic bladder patients. The closed system reduces catheter-associated urinary tract infections while cutting costs and plastic waste. It gives patients a safer, more sustainable option for daily self-catheterization.

An absorbable sling device for stress urinary incontinence that offers a safer alternative to permanent surgical mesh. The implant supports tissue during healing and then resorbs, avoiding complications linked to non-degradable mesh. It targets a large women's-health market seeking lower-risk options.

A no-code analytics platform that centralizes event registration, engagement, and sales data in one place. By unifying fragmented sources, it helps organizers optimize audience targeting and grow revenue. The platform is built for events and associations that lack dedicated data-science teams.

Microbiome diagnostics and targeted probiotics that analyze both bacterial and fungal populations in the gut. By accounting for fungi as well as bacteria, Biohm pioneers a more complete approach to gut health. Its at-home testing and supplements translate microbiome science into consumer products.

A national provider directory and FHIR-based interoperability platform that unifies fragmented provider data. It enables secure communication and care coordination between organizations that otherwise cannot connect. The platform helps reduce delays and errors in referrals and care transitions.

Intraoperative nerve care solutions spanning nerve cutting, assessment, and protection technologies. The tools give surgeons real-time information to help preserve and restore nerve function during procedures. The portfolio supports better functional outcomes across surgical specialties.

IsoPSA is an FDA-approved, blood-based test that detects high-grade prostate cancer through structural changes in PSA. By distinguishing aggressive from indolent disease, it helps reduce unnecessary biopsies. The structure-based platform is being extended to additional cancers.

A digital-shelf analytics platform that automates monitoring of product content across retail channels and marketplaces. It flags inaccurate, missing, or non-compliant listings so brands can fix issues before they cost sales. The result is more consistent, optimized product pages at scale.

An FDA-cleared handheld device that uses elastic-scattering spectroscopy to assess skin lesions in seconds. It gives primary-care clinicians objective, point-of-care guidance on whether to refer or biopsy. The tool aims to catch melanoma and other skin cancers earlier, outside specialist settings.

An FDA-cleared eye-tracking device that uses visual-attention biomarkers to aid autism diagnosis in young children. It delivers objective, same-day results, helping shorten long waits for specialist evaluation. Earlier diagnosis supports timelier intervention during critical developmental windows.

An all-in-one airway management device that combines multiple airway technologies into a single unit. It is designed to maintain uninterrupted ventilation during emergency and perioperative care. By consolidating tools, it streamlines workflow and reduces risk at critical moments.

An FDA-cleared intelligent feeding-tube platform with sensor-embedded tubes for the ICU. It provides real-time placement guidance and continuous monitoring to confirm positioning and optimize enteral nutrition. The data-driven approach aims to reduce complications for critically ill patients.

Minimally invasive transcatheter solutions for repairing functional mitral and tricuspid valve regurgitation in heart-failure patients. The approach avoids open surgery, offering a lower-risk option for high-risk patients. It targets a large and growing structural-heart market.

A robotic vascular-access platform enabling AI-guided, robotic-assisted peripheral IV catheterization. It targets the hundreds of millions of IVs placed each year, many requiring multiple painful attempts. Automation aims to raise first-stick success while freeing up clinical staff.

Sustainable insect-based proteins and oils for animal feed and aquaculture, produced from black soldier fly larvae. The process carries a substantially lower carbon footprint than conventional protein. It offers a scalable, circular alternative to fishmeal and soy.

Precision radiopharmaceuticals for the targeted diagnosis and treatment of cancer. Paired diagnostic and therapeutic isotopes enable tumor-specific therapy with minimal damage to healthy tissue. The theranostic model supports a personalized, see-and-treat approach to oncology care.

An FDA-cleared, portable enteral feeding system that pairs precision feeding with connected, real-time data tracking. The wearable design replaces bulky equipment, improving mobility for tube-fed patients. Continuous data gives caregivers and clinicians better visibility into nutrition.

Absorbable surgical hemostat technology that controls bleeding without pre-mixing or cold storage. Its ready-to-use format simplifies handling across diverse surgical settings. The product addresses a broad clinical need for fast, reliable bleeding control.

Origami-inspired modular surgical instruments for minimally invasive and robotic procedures. The folding designs enable smaller incisions and simplified instrument sets across multiple specialties. The approach can reduce instrument count, cost, and operative complexity.

An adjustable, soft-tipped surgical access device for minimally invasive laparoscopic and robotic surgeries. It improves access, visualization, and patient safety during complex procedures. The atraumatic design helps surgeons work more effectively in confined spaces.

A returns-management platform that automates the end-to-end returns process for e-commerce brands. It analyzes return data to surface trends and reduce avoidable returns while improving the customer experience. The platform turns returns from a cost center into a source of operational insight and customer retention.

A clinical decision-support platform embedded directly in EHR workflows for labor and delivery. It delivers real-time maternal and neonatal risk alerts so care teams can intervene before emergencies escalate. The tool targets preventable harm in one of the highest-risk areas of medicine.

An FDA-cleared esophageal deviation device that helps prevent esophageal injury during radiofrequency cardiac ablation. It gently moves the esophagus out of the ablation path, reducing a serious procedural risk. The device supports safer, more effective treatment of atrial fibrillation.

A prescription delivery platform that connects pharmacies with last-mile delivery networks to bring medications directly to patients. The platform integrates with pharmacy systems to streamline prescription handoff and improve adherence. By extending the pharmacy beyond its physical walls, it helps patients overcome mobility, transportation, and scheduling barriers to filling their scripts.

Non-invasive, ultrasound-based technologies for fragmenting and repositioning kidney stones without surgery. The system can break up stones and move them to speed clearance, often in an office setting. It offers a lower-cost, lower-risk alternative to traditional stone procedures.

A 60-day peripheral nerve stimulation system that treats chronic and acute pain without opioids. The temporary device requires no permanent implant yet can deliver lasting relief after removal. It offers a drug-free option amid the ongoing opioid crisis.

Proprietary laser-based directed-energy systems for counter-drone defense. The technology neutralizes aerial threats rapidly and at low cost per engagement. It is designed to protect critical infrastructure and other high-value assets.

A web-based benefits administration platform for third-party administrators, brokers, and employers. It integrates claims, invoicing, communications, and compliance into a single connected workflow. By automating manual processes, it reduces administrative overhead and errors.

A secure health-data and communication platform focused on connecting patients, providers, and emergency responders. It enables verified, interoperable data exchange across organizations and care settings. The platform aims to make critical information available when and where it is needed.

A needle-free topical anesthetic spray that numbs injection sites within seconds. It reduces pain and anxiety from vaccinations and IV procedures, especially for needle-averse patients. The fast-acting format fits easily into routine clinical workflows.

A novel bladder drug-delivery platform for acute and chronic urinary tract infections. By delivering therapy directly to the bladder, it targets infection at the source while limiting systemic exposure. The platform has potential applications in overactive bladder and bladder cancer.