Semi-autonomous Procedural Support
Semi‑autonomous Procedural Support combines robotic manipulators, AI-driven clinical decision support, computer vision, haptics, and sensor fusion to enable accurate, time‑sensitive procedures — airway management, hemorrhage control, chest decompression, and vascular access — when specialist operators are limited or delayed.
Technical Challenges
Limited specialist availability during combat and prolonged-field-care (PFC) scenarios; delayed evacuation increases procedural demand on non-specialists.
Environmental constraints: limited power, degraded communications, extreme temperatures, and contamination impede device performance.
Physiologic complexity of polytrauma and hemorrhagic shock reduces sensor signal fidelity and increases algorithmic uncertainty.
Human–machine interface and trust: clinicians need intuitive, workload‑reducing controls and transparent AI recommendations under stress.
Emerging Opportunities
Portable, ruggedized systems that maintain accuracy for invasive procedures without full surgical teams.
Validated AI models and regulatory pathways for semi-autonomous clinical tasks in austere and battlefield conditions.
Low-latency, resilient teleoperation and autonomy layered for environments with intermittent bandwidth.
Integrated sensor suites (real-time imaging, blood loss estimation, tissue identification) optimized for trauma physiology.
Current and Emerging Technologies in Semi-autonomous Procedural Support
Robotic-assisted manipulators
Compact, teleoperated and semi-autonomous manipulators provide tremor reduction, motion scaling, and stabilization for procedures such as tube placement, wound packing, and targeted hemostasis.
AI decision support & computer vision
Real-time image analysis, anomaly detection, and context-aware clinical guidance reduce cognitive load and flag deviations from expected anatomy or physiology during interventions.
Sensor fusion & haptics
Combined ultrasound, optical, pressure, and biosensor inputs with force‑feedback enable safer needle guidance, chest decompression, and vascular access even with poor visual cues.
Remote teleoperation & degraded-network modes
Layered autonomy supports full teleoperation when connectivity exists, local semi-autonomy when bandwidth is limited, and autonomous safeguards when operators are unavailable.
Autonomous instrument guidance
Algorithms that maintain instrument trajectories, align to target anatomy, and execute routine micro-tasks (e.g., suture placement, filament deployment) with clinician oversight.
Wearable and point-of-care imaging
Miniaturized ultrasound, optical coherence, and portable CT modalities integrated into guidance systems improve target identification and procedure safety in forward environments.
Importance to Military Medicine
Augments combat casualty care
Enables timely, lifesaving procedures (airway, hemorrhage control, thoracostomy) when specialists are not immediately available at the point of injury.
Extends prolonged and distributed care
Supports sustained interventions during delayed evacuation and austere timelines, improving survival and reducing secondary complications.
Increases force readiness and resiliency
Reduces dependence on scarce surgical assets, enabling distributed units to maintain mission capability under mass‑casualty or degraded-support conditions.
Improves austere medicine safety
Sensor-guided interventions reduce procedural complications and standardize care when clinical experience is variable.
Alignment with the MTEC Mission
Directly advances MTEC priorities by accelerating transition of military-relevant biomedical innovations, enabling rapid maturation of semi-autonomous procedural systems for Warfighter benefit.
Supports cross-cutting portfolios (combat casualty care, prolonged and distributed care, regenerative medicine) through integrated device-software validation and field testing.
Enables public–private partnerships to address regulatory, interoperability, and operational requirements essential to DoD adoption.
Promotes dual-use translation, delivering civilian trauma care improvements while meeting military readiness objectives.
Dual-Use (Military + Civilian) Applications
Combat forward surgical units, en route care in MEDEVAC platforms, prolonged field care sites, NATO coalition medical units, and civilian mass-casualty or austere rural hospitals.
Integration with telemedicine, battlefield biosurveillance, and regenerative repair workflows for full-spectrum trauma management.
Explore MTEC Members with Semi-autonomous Procedural Support Capabilities
MTEC members bring multidisciplinary strengths—robotics firms, clinical AI developers, trauma surgeons, regulatory experts, and DoD operational SMEs—enabling rapid prototyping, clinical validation, and field transition.
Members offer access to military clinical sites, simulation networks, and legacy acquisition pathways that de-risk development and speed adoption.
Explore member profiles to find partners experienced in ruggedization, human factors, AI validation, and clinical trials focused on combat and prolonged-field-care use cases.
93 Members with Semi-autonomous Procedural Support capabilities.
SIMETRI is a woman-and-minority owned small business based in Winter Park, Florida, specializing in modeling, simulation, and training technologies. Founded in 2009, the company focuses on delivering innovative products and services that enhance the human experience and improve client outcomes through advanced training and program management analysis.
Carnegie Mellon University is a global research institution based in Pittsburgh, Pennsylvania, recognized for interdisciplinary education, research, and innovation in science, engineering, arts, technology, and social sciences. The university leads advancements in artificial intelligence, robotics, digital health, and performing arts. Located in a technology-driven and culturally rich city, CMU powers real-world impact through research centers, industry engagement, workforce training, and initiatives that shape regional and global communities.
STAT Therapeutics is focused on developing a drug- device combination for easy, rapid administration of intramuscular, life-saving medications by users in any setting, aiming to improve access and usability for acute emergency treatments such as pain, anaphylaxis, and seizures.
Deloitte is a leading global provider of audit, consulting, tax, and advisory services. The company is committed to improving public outcomes through a focus on people and developing relevant, timely, and sustainable solutions for clients. Deloitte's mission is to lead with purpose and drive positive change for people and communities, with a strong emphasis on social impact, sustainability, equity, and trust. Deloitte is also dedicated to helping the power, utilities, and renewables industry grow to become more sustainable, safe, and efficient, and is a fierce champion of industrials, inspiring optimism for the future.
Noblis is a nonprofit research and technical organization supporting federal missions in defense, health, environment, and security. Emphasizing applied sciences, engineering, digital transformation, artificial intelligence, cloud, and cybersecurity, Noblis provides objective solutions for government agencies confronting complex operational and scientific challenges.
Revolution Biomanufacturing Inc. (RBIx) is expanding beyond traditional CDMO Process/Analytical Development and Manufacturing services to pioneer distributed molecular manufacturing. A new class of digital biomanufacturing that enables the autonomous design, manufacture, quality verification, and deployment of Nucleic Acid therapeutics and molecular diagnostics at the point of need. By integrating AI-driven sequence optimization, enzymatic nucleic acid synthesis, Nanoparticle design and manufacturing (LNP & EV), closed-loop quality control, and field-deployable manufacturing platforms, RBIx is creating adaptive biological infrastructure capable of responding to emerging diseases, national security threats, and personalized medicine with unprecedented speed and flexibility.
Auspex Medix focuses on developing AI-driven medical technologies aimed at improving patient outcomes and supporting healthcare professionals. Their solutions are designed to be secure, interoperable, and adaptable across various medical specialties, emphasizing evidence-based decision support and human-in-the-loop workflows.
JDSAT is a decision science company that fuses human insight with algorithmic precision to help organizations make faster, better-informed decisions, when the stakes are high, and the margin for error is low. We work across defense, interagency, and health sectors to build decision ecosystems that thrive in uncertainty. Whether you're leading transformation inside government or solving tough problems as a prime, JDSAT is your edge in complexity.
Booz Allen Hamilton is a leading management and technology consulting firm with over 110 years of experience. The company is dedicated to empowering people to change the world through innovative solutions in various sectors including cybersecurity, artificial intelligence, engineering, and defense. Booz Allen partners with government and commercial clients to tackle their most complex challenges, leveraging a culture of innovation and a commitment to excellence. The firm operates with core values of integrity, courage, service, ingenuity, and a commitment to diversity and inclusion.
DLH delivers improved health and national security readiness solutions for federal programs through science research and development, systems engineering and integration, and digital transformation. With over 3,200 employees, DLH is committed to solving complex problems faced by civilian and military customers, leveraging advanced technologies and methodologies to enhance health outcomes and operational readiness.
IntelliDyne, LLC is a consulting firm that enhances business performance and mission outcomes through innovative technology solutions. The company specializes in managing public sector programs to deliver higher operational efficiency and measurable value to clients. IntelliDyne offers expertise in Advanced Analytics, Information Assurance/Cyber Security, Cloud Computing, Application Development and Mobile Computing, and Enterprise Infrastructure Management. With a commitment to veterans and a people-first culture, IntelliDyne has been recognized as a top workplace and a leader in supporting military families.
Nihon Kohden OrangeMed focuses on the design, development, and manufacturing of advanced ventilator systems for neonatal, pediatric, and adult critical care. The company offers solutions for invasive and non-invasive mechanical ventilation, high-flow oxygen therapy, and comprehensive patient monitoring. Their technology emphasizes lung protection, guided recruitment maneuvers, remote operation to protect clinicians, and seamless integration with hospital systems. Operations are conducted in compliance with international regulatory and quality standards.
Inovytec Medical Solutions Ltd. is an Israeli medical device company specializing in advanced solutions for respiratory and cardiac emergencies. Founded in 2011, the company designs and manufactures compact and portable ventilators, non-invasive airway management tools, and integrated critical aid systems to support emergency medical services, hospitals, militaries, and smart cities globally. Emphasizing usability for both professionals and lay responders, Inovytec products are engineered for rapid deployment and reliable performance in diverse and demanding environments.
Thornhill Medical specializes in advanced medical technologies for critical care, anesthesia, respiratory therapy, and vascular diagnostics. Their core offerings address clinical needs in austere, emergency, battlefield, and transport environments, enabling mobile and integrated life support, portable anesthesia, and precise non-invasive control and measurement of blood gases. With significant expertise in both product engineering and translational clinical research, the company supports deployments worldwide, collaborates with military and civilian partners, and contributes to innovation in healthcare delivery and device interoperability.
Makani Science develops wearable techonolgies that will remotely and continuously monitor critical vital signs for ambulatory use, remote battle field and in hospital care. Makani's Remote Respiratory patch is an FDA cleared flexible, lightweight bandaid-size patch that measures respiratory rate and volume non-invasively with unparalleled precision.
SmartTIVA develops anesthesia technologies for automated anesthetic delivery, clinician training, and research. Its work combines EEG and physiologic monitoring, artificial intelligence, pharmacologic models, and simulation. The company reports clinical research and ongoing regulatory engagement.
Circadian Positioning Systems
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Circadian Positioning Systems (CPS) is advancing personalized, circadian-targeted lighting to reduce fatigue-driven errors among sailors serving in 24/7 naval operations. Through MTEC Award No. MTEC-23-05-NMT-003, CPS is moving its technology from research and development into operational validation, assessing a tailored lighting system aboard an Arleigh Burke-class destroyer during an 11-month deployment.
Spectral AI
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Sibel Health
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Sibel Health is advancing its ANNE® wearable monitoring platform to deliver continuous, ICU-grade physiological monitoring in far-forward, austere, and Arctic environments. Supported through MTEC-20-12-COVID19-Diagnostics-046 and MTEC-23-06-USAMRDC Multi-Topic-072, the effort is sponsored by USAMRDC to improve early detection, triage, and casualty care.