Developing a successful SaMD requires regulatory and engineering decisions to stay aligned from day one. Zymr delivers integrated FDA SaMD Consulting and Development Services, combining FDA strategy, IEC 62304-compliant software engineering, verification and validation, quality management, and submission support into one seamless engagement.
Backed by our Medical Device Software Development Services expertise, we help healthcare organizations accelerate FDA readiness while building secure, scalable, and production-ready medical software.
FDA Strategy → Engineering → Submission
IEC 62304-Compliant Development
AI/ML SaMD & PCCP Ready
One Team. No Handoff
Every successful FDA submission begins with the right regulatory strategy.We help organizations determine whether their software qualifies as SaMD, define intended use and indications for use, assess regulatory risk, and identify the most appropriate FDA pathway before development begins.
Selecting the right submission pathway is critical to reducing regulatory delays.We guide organizations through Traditional, Special, and Abbreviated 510(k) submissions, De Novo requests, PMA strategies, predicate analysis, and submission planning to support efficient FDA review.
Early engagement with the FDA can reduce uncertainty throughout the development lifecycle. Supported by our FDA SaMD consulting expertise, we prepare Pre-Submission (Q-Sub) packages, facilitate FDA interactions, develop meeting strategies, and help organizations obtain early regulatory feedback before formal submission.
Regulatory success depends on software engineered for compliance from the outset. Built on our Medical Device Software Development Services expertise, we develop secure cloud, web, mobile, and embedded SaMD applications aligned with IEC 62304, design controls, cybersecurity requirements, and software lifecycle best practices.
AI-powered medical software introduces unique regulatory challenges that extend beyond traditional SaMD development. We help organizations engineer AI/ML-enabled SaMD solutions, develop Predetermined Change Control Plans (PCCPs), implement model monitoring strategies, and prepare documentation aligned with evolving FDA guidance for adaptive AI systems.
FDA compliance continues long after product clearance. We provide software verification and validation, quality management support, cybersecurity documentation, post-market change assessments, and ongoing regulatory maintenance to help organizations keep their SaMD products compliant throughout their lifecycle.
SaMD Classification
We determine whether your software qualifies as Software as a Medical Device (SaMD) and classify it using the IMDRF risk framework, establishing the appropriate regulatory foundation.
Intended Use & Indications for Use
We help define clear intended use statements and indications for use that accurately reflect your product while supporting regulatory acceptance.
FDA Pathway Determination
We evaluate your product to determine the most appropriate FDA pathway, including 510(k), De Novo, PMA, or exemption, based on product risk and market strategy.
Predicate Device & Substantial Equivalence Analysis
We identify suitable predicate devices, assess substantial equivalence, and develop supporting evidence to strengthen regulatory submissions.
Regulatory Roadmap & Timeline
We develop a structured roadmap that aligns regulatory milestones, engineering activities, verification, validation, and submission planning to reduce project risk and accelerate time to market.
510(k) Submission Preparation
We prepare Traditional, Special, and Abbreviated 510(k) submissions, ensuring complete documentation aligned with FDA expectations.
De Novo Submission Support
For innovative products without predicate devices, we develop comprehensive De Novo requests supported by technical evidence and risk analysis.
eSTAR Submission Preparation
We prepare complete eSTAR submissions using the FDA's electronic submission framework to improve submission quality and streamline review.
Submission Documentation
We author and organize software documentation, cybersecurity artifacts, risk management files, verification evidence, and supporting technical documentation required for FDA review.
RTA (Refuse to Accept) Readiness
We evaluate submission packages against FDA acceptance criteria to minimize the risk of receiving Refuse to Accept (RTA) notifications.
Additional Information (AI) Response Support
We help organizations prepare timely, technically accurate responses to FDA Additional Information requests throughout the review process.
Pre-Submission (Q-Sub) Preparation
We prepare comprehensive Q-Sub packages that clearly communicate product intent, regulatory questions, supporting evidence, and development strategy before formal submission.
FDA Meeting Strategy & Support
We develop meeting agendas, presentation materials, discussion points, and technical responses that help organizations maximize the value of FDA interactions.
FDA Communication Management
Our team supports ongoing communication with FDA reviewers throughout the submission lifecycle, ensuring questions and requests are addressed efficiently.
Submission Strategy Feedback
We evaluate FDA feedback and refine regulatory and engineering strategies to reduce submission risk and improve review outcomes.
Regulatory Negotiation Support
We help organizations navigate technical discussions, clarify regulatory expectations, and respond effectively when submission strategies require adjustment.
IEC 62304-Compliant Software Development
Built on our Medical Device Software Development Services expertise, we engineer secure medical software aligned with IEC 62304 software lifecycle requirements from planning through release.
Software Architecture & Technical Documentation
We design scalable software architectures while producing the documentation required to support regulatory review and long-term product maintenance.
Design Controls
We implement software development processes aligned with 21 CFR 820.30 to maintain traceability across requirements, design, implementation, testing, and validation.
Design History File (DHF)
We generate and maintain Design History File documentation that demonstrates compliance throughout the software development lifecycle.
Cloud, Mobile & Web SaMD Engineering
We build cloud-native, web-based, desktop, and mobile medical software platforms that meet both clinical requirements and FDA expectations.
Software Integration & Connected Device Engineering
We engineer software that integrates securely with connected medical devices, healthcare platforms, and enterprise systems while maintaining regulatory compliance.
AI/ML Algorithm Development for SaMD
Built on our AI/ML Services expertise, we develop AI and machine learning algorithms for diagnostic support, clinical decision-making, medical imaging, remote patient monitoring, and other regulated healthcare applications.
Predetermined Change Control Plan (PCCP) Engineering
We design Predetermined Change Control Plans (PCCPs) that define how AI models can evolve after clearance while remaining within FDA-approved regulatory boundaries.
Algorithm Change Protocol Documentation
We prepare structured documentation that defines planned model updates, validation procedures, testing criteria, and governance processes to support future AI enhancements.
Model Monitoring & Drift Management
Built on our MLOps Engineering Services expertise, we implement continuous model monitoring, performance tracking, drift detection, and lifecycle management to help maintain AI accuracy after deployment.
AI/ML SaMD Documentation
We develop the technical documentation required to support AI-enabled SaMD submissions, including software architecture, algorithm descriptions, validation evidence, cybersecurity documentation, and FDA AI guidance deliverables.
Explainability & Clinical Validation
We implement explainable AI techniques and clinical validation frameworks that improve transparency, support clinician trust, and strengthen regulatory submissions for AI-powered medical software.
ISO 13485 QMS Alignment
We align software development activities with ISO 13485 quality management requirements and evolving FDA Quality Management System Regulation (QMSR) expectations.
ISO 14971 Risk Management
We establish risk management processes that identify hazards, evaluate risks, implement mitigation strategies, and maintain traceability throughout the software lifecycle.
IEC 62366 Usability Engineering
We incorporate usability engineering practices that evaluate user interactions, reduce use-related risks, and improve the safety and effectiveness of medical software.
Software Verification & Validation
Built on our Healthcare Software Testing Services expertise, we perform comprehensive verification and validation activities, including functional, integration, performance, security, and regulatory testing to demonstrate software quality and compliance.
21 CFR Part 11 Compliance
We implement electronic records and electronic signature controls that support secure, traceable, and compliant software workflows in accordance with 21 CFR Part 11.
Cybersecurity Premarket Documentation
We prepare cybersecurity documentation aligned with current FDA guidance, including threat modeling, security architecture, SBOM generation, vulnerability management, and Section 524B cybersecurity requirements.
A 4,500-bed community health network needed an AI-powered clinical decision support platform capable of continuously analyzing patient data and detecting early signs of sepsis while supporting a scalable, regulated clinical environment. Zymr engineered an AI-driven clinical intelligence platform that detected sepsis up to 19 hours earlier and contributed to a 29% reduction in sepsis-related mortality, demonstrating the engineering rigor required for regulated clinical software.
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A large healthcare network required an enterprise IoMT platform capable of securely integrating connected medical devices, continuously monitoring patient data, and supporting proactive clinical intervention across more than 4,500 beds.Zymr developed an enterprise-grade IoMT platform that combined AI-powered analytics, connected medical devices, and secure healthcare software engineering to improve patient monitoring and clinical outcomes.
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Zymr engineered a scalable digital health platform for Mozzaz, enabling secure remote patient monitoring, EHR integration, and configurable patient interventions through a cloud-native, API-first architecture. The platform supports connected care while maintaining HIPAA compliance and seamless healthcare interoperability. Its modular architecture enables real-time clinical data exchange, simplifies the integration of connected health devices, and provides a scalable foundation for AI-powered care delivery and future digital health innovations.
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Emerging healthcare companies require a partner that can guide both regulatory strategy and software engineering. We help startups accelerate FDA readiness while building scalable, compliant medical software that supports future product growth.
AI-powered healthcare products introduce new regulatory and engineering challenges. We help organizations develop explainable AI, prepare PCCPs, manage model lifecycles, and engineer software that aligns with evolving FDA guidance.
Diagnostic software must deliver reliable clinical performance while satisfying rigorous regulatory expectations. We engineer secure, high-performance software that supports imaging workflows, AI-assisted diagnostics, and clinical decision support.
Digital therapeutics require software that combines clinical evidence, patient engagement, and regulatory compliance. We build secure digital health applications that support treatment delivery while aligning with medical device software standards.
Medical devices increasingly depend on sophisticated software to deliver intelligent functionality. We engineer embedded, cloud-connected, and companion software that complements medical hardware while supporting regulatory compliance throughout the software lifecycle.
Clinical decision support platforms must deliver trusted recommendations while integrating seamlessly into provider workflows. We build scalable software that combines AI, interoperability, and secure healthcare engineering for modern, evidence-driven CDS applications at scale.
Remote care platforms require secure software capable of managing connected devices, patient data, and AI-driven monitoring. We engineer compliant healthcare applications that enable continuous patient engagement and coordinated care delivery across distributed care environments.
Drug-device combination products increasingly depend on intelligent software for therapy delivery, monitoring, and patient engagement. We help pharmaceutical organizations develop regulated software that supports connected therapies and digital health innovation while ensuring compliance, interoperability, scalability, and clinical reliability.
FDA SaMD Consulting and Development Services combine regulatory consulting with software engineering to help organizations bring Software as a Medical Device (SaMD) products to market. These services typically include product classification, regulatory strategy, FDA submissions, compliant software development, verification and validation, and post-market support.
The appropriate pathway depends on your product's intended use, risk classification, and whether a legally marketed predicate device exists.
510(k): For products substantially equivalent to an existing device.
De Novo: For novel, low-to-moderate risk devices without a predicate.
PMA: For high-risk devices requiring extensive clinical evidence.
Selecting the right pathway early can significantly reduce regulatory delays.
Avoiding an RTA begins with a well-prepared submission. Complete technical documentation, clear intended use statements, appropriate predicate analysis, cybersecurity documentation, software lifecycle evidence, and thorough verification and validation all contribute to a submission that satisfies FDA acceptance criteria.
Regulatory responsibilities continue after clearance. Organizations must manage software updates, cybersecurity, post-market surveillance, complaint handling, quality management, and regulatory assessments for future product changes to maintain ongoing compliance.
Software is generally considered SaMD if it performs a medical function without being part of a physical medical device. Determining whether your software qualifies depends on its intended use, clinical claims, and risk profile. A regulatory assessment helps establish the appropriate classification before development begins.
A predicate device is a legally marketed medical device used to demonstrate substantial equivalence during a 510(k) submission. Identifying an appropriate predicate helps establish the regulatory pathway and defines much of the supporting evidence required by the FDA.
The FDA expects AI-enabled SaMD products to demonstrate safety, effectiveness, transparency, and ongoing lifecycle management. Organizations developing adaptive AI solutions should also prepare Predetermined Change Control Plans (PCCPs), model monitoring strategies, validation evidence, and documentation that supports future algorithm updates.
Pricing depends on the scope of regulatory consulting, submission complexity, software development requirements, AI capabilities, verification and validation activities, and post-market support. Organizations can engage Zymr for regulatory strategy, engineering, submission support, or an end-to-end delivery model through our Global Capability Center (GCC).
Regulatory strategy. IEC 62304-compliant engineering. AI-ready development. One partner from concept to clearance.