Powering Innovation Across Robotics Systems
MedAcuity delivers high performance, safety critical robotics software across industries including medical robotics, industrial automation, logistics, and unmanned systems. With decades of experience building FDA-compliant MedTech software, we bring the technical and regulatory expertise required to guide complex robotic systems from proof-of-concept to commercialization—safely, efficiently, and at scale.
Rooted in MedTech. Built for Robotics.
Our heritage in regulated medical device development (IEC 62304, ISO 13485, ISO 14971, FDA 21 CFR Part 820) gives us a unique advantage: the ability to apply proven, safety-first processes to every robotics domain. As robotics expands into cobots, autonomous platforms, and industrial systems, we are helping companies meet the rising demand for functional safety standards that bridge medical and non-medical applications—including compliance excellence with IEC 61508 (Functional Safety of Electrical/Electronic Systems) and ISO 10218 (Safety for Industrial Robots and Robot Systems).
Systems Engineering at the Core
Our software expertise is built on a foundation of strong systems engineering and the ability to collaborate seamlessly across all engineering disciplines—mechanical, electrical, hardware, and human factors. This integrated approach ensures every component of a robotics system works together cohesively, reducing risk, accelerating development, and delivering solutions that are both safe and scalable.
Human-Centered + Systems-Oriented
We design robotics platforms that balance human-centered design with robust systems-of-systems architecture—ensuring robots operate safely, intuitively, and effectively within complex environments. By prioritizing usability and safety while maintaining technical rigor, we help ensure that robotic systems are not only innovative but also practical and trusted by the humans who rely on them.
AI, ML, and the Future of Robotics
As autonomy advances, software becomes the true enabler. Our solutions are engineered for:
- Real-time performance and safety
- Cybersecurity and risk mitigation
- Scalable architectures ready for AI, ML, and predictive analytics through our partnership with SimAI, we are helping clients unlock the next generation of intelligent robotics—bringing advanced simulation, AI-driven decision-making, and predictive modeling into development pipelines to shorten timelines, reduce risk, and deliver smarter, more capable robotic systems.
Accelerators: Speed with Confidence
To help our clients rapidly advance complex capabilities, MedAcuity has developed accelerators—modular frameworks and reusable components designed to reduce risk, shorten development cycles, and lay the groundwork for compliance-ready systems.
- Teleoperations Accelerator
Enables rapid prototyping and evaluation of remote surgical or robotic capabilities. Designed with scalability and FDA-readiness in mind, it gives clients a head start in building secure, real-time teleoperated systems with integrated video, haptic feedback, and control mechanisms. - Cybersecurity Accelerators
Deliver pre-engineered security frameworks that address the unique challenges of connected robotic systems. These accelerators support:- Secure communications and data integrity
- OTA updates with risk controls
- Compliance with both FDA guidance and emerging global cybersecurity standards
- Additional Accelerators
Our engineering teams are continually developing accelerators for system safety, functional safety, and interoperability—helping clients integrate standards like IEC 61508 and ISO 10218 efficiently while maintaining speed to market.
Expertise Across Robotics Domains
Surgical & Medical Robotics
- Robotic-assisted surgery and teleoperation
- High-reliability software for regulated environments
- Real-time control, haptics, and 4K video integration
- Expertise with Kinova, QNX, RTI Connext, KUKA, Haply, and other COTS platforms
Industrial & Logistics Robotics
- Cobots and factory automation
- Fleet management, sensor integration, and cloud connectivity
- Predictive maintenance and data analytics
Unmanned & Autonomous Systems
- Navigation, obstacle avoidance, and sensor fusion
- Secure telemetry and OTA software updates
- Field-hardened software for mission-critical deployments
Proud member of Society of Robotics Surgery (SRS)
A Proven Development Approach
- Risk Based, Quality First: Software built for safety, security, and performance
- Compliance Excellence: Deep expertise across IEC 62304, ISO 13485, ISO 14971, FDA 21 CFR Part 820, IEC 61508, and ISO 10218
- Cross-Platform Expertise: Embedded, desktop, cloud, and mobile integration
- Lifecycle Support: From proof-of-concept to post-market maintenance
- Systems Thinking: Ensuring every component integrates seamlessly
- Technology Partnership Ecosystem: Trusted collaborations with QNX, RTI Connext, Kinova, KUKA, Haply, SimAI, and other industry leaders, enabling clients to leverage proven platforms, accelerate innovation, and reduce integration risk.
Build Robotics Systems That Lead — and Last
With MedAcuity, you gain a partner who understands both the technical complexity and regulatory rigor required to deliver robotics products that are safe, smart, and scalable.
Let’s Talk Robotics
Whether you’re building a surgical system, a cobot platform, or next-generation autonomous solution, MedAcuity is ready to help accelerate your success.
I strongly recommend MedAcuity for your next complex robotics development initiatives. Their deep experience with many robotics applications and technologies was proven in their ability to ramp and deliver as a top tier partner in the robotics space. Their flexibility and “by any means necessary” mentality helped Symbotic deliver on critical milestones.
Michael Moreira | Director, Software Engineering – Symbotic
Explore More
Get to know our capabilities better. Check out some of our Insights articles and recent projects.
Managing Large Robotics Software Teams
6 Critical Lessons Learned (the hard way)
A Unified Approach to Requirements Definition
Unlocking the Full Potential of Robotics Development
Advanced Surgical Robotic System with Remote Control Capability
Enabling Clinicians to Perform Surgeries Remotely, Transcending Geographical Boundaries