What Makes INNERLUXES a Reliable Tech Partner
We help you design, build, and ship secure medical device software and software as a medical device (SaMD) that meets compliance standards and works the way doctors and patients actually need it to.
- of focused software development across 30+ industries, with healthcare being one of our deepest areas.
- Custom-built healthcare software that fits your exact workflows, your patients, and how your facility actually runs.
- A team of 132+ engineers, designers, QA specialists, and consultants ready to plug into your project.
- Strong working knowledge of healthcare standards like HL7, FHIR, ICD-10, CPT, and DICOM.
- Hands-on experience preparing software for FDA clearance, CE marking, HIPAA, and HITECH requirements.
- Proven quality and security practices shaped by 68 delivered projects.
Medical Device Software INNERLUXES Delivers
Wearable
monitoring devices
Implanted
devices (Class III)
CT & imaging
machines
Connected
insulin pumps
Smart pill
bottles & trackers
Types of Medical Device Software We Develop
Across 68 projects, we’ve built every kind of module that goes into a connected medical device — from mobile companion apps to AI-driven analytics and IoMT-based asset tracking.
Mobile companion app
- Quick device data access for doctors on the go.
- Patient-friendly self-care interfaces.
- Alerts and reminders that don’t overwhelm.
- Cross-platform iOS and Android delivery.
- Secure authentication and biometric login.
Advanced AI/ML analytics
- Machine learning-based pattern detection in patient data.
- Early warning sign identification.
- Pre-symptomatic risk scoring.
- Treatment outcome prediction models.
- Clinical decision support insights.
Cloud-connected medical devices
- Centralized device data ingestion.
- Device management and OTA updates.
- Performance monitoring dashboards.
- HIPAA-compliant cloud architecture.
- Scalable analytics on connected fleets.
IoT-based device tracking
- Equipment location across the facility.
- Cleaning and sterilization schedules.
- Predictive maintenance alerts.
- Asset utilization analytics.
- Loss and theft prevention.
Real-time health monitoring
- Live glucose, heart rate, and SpO₂ streams.
- Sleep and activity tracking.
- Threshold-based clinical alerts.
- Continuous vitals dashboards.
- Patient engagement notifications.
Cybersecurity & compliance
- Data encryption at rest and in transit.
- Patient data anonymization.
- Regular penetration testing.
- HIPAA, HITECH, and GDPR alignment.
- Continuous vulnerability monitoring.
EHR & clinical integration
- HL7 v.3 and FHIR connectivity.
- ADT and LIS data sync.
- Device data into patient records.
- ICD-10 and CPT code mapping.
- Single source of truth dashboards.
Premarket documentation
- Design History File (DHF) preparation.
- FDA 510(k) submission package.
- CE marking and MDR/IVDR docs.
- Quality management records.
- Risk management documentation.
Patient-facing tools
- Health data simplified for patients.
- Medication reminders.
- Symptom tracking journals.
- Educational content libraries.
- Telehealth consultation booking.
Smart therapy devices
- Connected insulin pen software.
- Smart inhaler control apps.
- Self-administration tracking.
- Adherence reporting to clinicians.
Hospital environment monitoring
- Room temperature and humidity tracking.
- Equipment status dashboards.
- Air quality and contamination alerts.
- Compliance condition logs.
Our Medical Device Software Development Process
From requirements to post-launch evolution, we cover every step of building compliant, patient-safe medical device software — so you get a production-ready product, not just code.
Needs elicitation & requirements
We sit down with your team to understand what the software needs to do, who it serves, and where the risks live — then shape that into a clear specification and risk plan you can sign off on with confidence.
Software engineering & architecture
We design an architecture that holds up under pressure and makes future changes easy, aligned to recognized medical device standards. New device types or modules can be added later without tearing things apart.
UX design
We map out who will use the software and how, then design screens that feel simple even for people who aren’t tech-savvy. Good design saves training time and reduces clinical mistakes.
Cross-platform development
Cross-platform code that works smoothly across operating systems, with clean integration to your EHR, ADT, or LIS systems through HL7 v.3 or FHIR — delivered Waterfall or Agile, with Scrum ceremonies where they fit.
Quality assurance & testing
We follow OWASP secure development practices and aim for full code coverage — with continuous software validation and verification, code reviews, and a documented quality management approach throughout the build, not just at the end.
Premarket submission support
Development aligned with recognized medical-device quality and software standards, plus full documentation including the Design History File — ready for FDA 510(k), CE marking, MDR, IVDR, and HIPAA audits.
Smart device integration (IoMT)
Stable IoMT communication for remote monitoring without dropped data, plus deep analytics of patient-generated health data so insights are actually useful to clinicians.
Support & maintenance
After launch we monitor performance, handle security, manage routine tasks, and help the software grow as your needs change — backed by structured knowledge transfer so your product stays healthy long after release.
Software evolution
Markets and patient needs change. We continuously add features — from AI for medical diagnosis and AI-based disease treatment personalization to new device modules — keeping your software ahead of the curve.
Cloud integration
Whether you’re moving to AWS, Azure, or GCP, we connect your device data to a HIPAA-compliant cloud with encryption, anonymization, and continuous security testing, backed by mature DevOps pipelines.
Cybersecurity & risk management
Security isn’t patched in at the end. We build it into every layer from day one, guided by our security management approach and an upfront HIPAA risk assessment — protecting your patients and your reputation before problems arise.
Shahid Ali
Healthcare IT Consultant & Business Analyst
at INNERLUXES
“For medical device software, we set up validation pipelines aligned with medical-device software standards — covering unit, integration, system, and security testing. Every release is traceable to requirements and risk controls, with automated regression and HIPAA-aligned data handling protecting patients at every step.
Selected Medical Device Software Projects by InnerLuxes
Costs of Medical Device Software Development
Every project is different — your cost depends on feature depth, the number and complexity of devices you connect, performance and compliance demands, and whether you need a PoC, MVP, or full product.
Based on what we’ve seen across 68 projects, custom medical device software usually lands somewhere between $80,000 and $320,000+. Below are ballpark starting points to help you plan.
Proof of concept (PoC) for a focused medical device software feature or SaMD module.
MVP development for a SaMD or medical device companion app of moderate complexity.
End-to-end development of a full-featured, FDA/CE-ready medical device software platform.
Benefits of Cooperation with INNERLUXES
From requirements through post-launch evolution, we bring the people, processes, and technology that turn your medical device software idea into a compliant, market-ready product. You can learn how we make good on our mission and check what we do across healthcare IT.
Iterative delivery, no huge upfront cost
We start small, prove value fast, and grow from there — so you don’t need a massive upfront investment to get your medical software off the ground.
On-time, on-budget delivery
Mature DevOps practices and a smart mix of manual and automated testing keep your project on schedule and on budget — without compromising on safety.
Tested-with-real-users UX
We test designs with real clinicians and patients before writing production code — so the software feels easy from day one and reduces clinical errors.
Strong testing & code quality
Rigorous code reviews, risk-based testing, and OWASP secure practices prevent bugs from ever reaching real patients.
Clean, maintainable architecture
Modular architecture and clear API boundaries keep long-term maintenance simple and affordable — your software grows with your product line.
Full regulatory documentation
Complete documentation packages for FDA 510(k), CE marking, MDR, IVDR, and HIPAA audits — reviewed by people who’ve done this many times.
Releases every 2–4 weeks
Agile delivery with mature CI/CD means real, working features ship on a consistent rhythm — you see progress every two to four weeks.
Cross-industry experience
A team that has shipped across 30+ industries brings broader perspective — solving healthcare problems with patterns proven elsewhere.
Audit-ready transparency
You can audit our work at any time. Agreed KPIs, regular reports, and a transparent codebase mean you always know exactly where things stand.
Long-term partnership thinking
Medical software needs care long after launch. We commit to monitoring, security, and evolution — treating your product like it’s our own.
Technologies We Use for Medical Device Software
From device connectivity protocols to HIPAA-compliant cloud, AI, and IoMT analytics — we choose the right technology for your product, not the trendiest one.
Device Connectivity
Wi-Fi
5G
Bluetooth
BLE
NFC
Zigbee
NB-IoT
LoRaWANFront-end programming languages
HTML5
CSS
JavaScript
Angular JS
React JS
MeteorJS
Vue.jsBack-end programming languages
.NET
Java
Python
Node.js
PHP
GolangMobile
iOS
Android
Xamarin
Cordova
PWA
React Native
Flutter
IonicCloud Services
AWS
Azure
GCPReal-time Data Streaming
RabbitMQ
Kafka Streams
Storm
Flink
Spark StreamingDatabases / Data Storages
SQL Server
MySQL
Oracle
PostgreSQL
Cassandra
Hive
HBase
HDFS
Azure Data LakeCloud Databases & Storages
Amazon RDS
Redshift
Amazon S3
Azure SQL
Blob Storage
Cloud SQL
Cloud DatastoreIoT Data Analytics
IoT Analytics
DynamoDB
Stream Analytics
Synapse
Cosmos DBAdvanced Healthcare Technologies
Software That Benefits from Medical Device Integration
Connecting your medical device software to the wider healthcare ecosystem multiplies its value — here are the systems we integrate with most often.
RPM & telehealth apps
- Live patient vitals for care teams
- Instant alerts on abnormal readings
- Telehealth apps for video consultations
- Remote care plan management
- In-hospital and at-home monitoring
- Accurate, live data from wearable biosensors
Chronic disease management apps & EHR
- Glucose, insulin, and heart logging
- Patient-facing self-management
- Advanced EHR integration via HL7/FHIR
- Device data into patient records
- Full clinical picture for doctors
- Single source of truth across systems
Choose Your Service Option
Healthcare IT consulting
You have a medical software idea and need a clear, compliant path forward. Our consultants define your product, map regulatory requirements, and give you a roadmap you can execute.
I’m Interested →Full-cycle development
outsourcing *
Hand your project — or part of it — to a team of 132+ professionals who’ve delivered 68 products across 30+ industries. We build it. You own it. Compliance included.
I’m Interested →Modernization and
support
Your existing medical software needs a refresh, new device support, or reliable day-to-day care. We handle revamps, feature upgrades, and ongoing maintenance so you can focus on care.
I’m Interested →* To reduce time to market, INNERLUXES recommends starting with a Minimum Viable Product. We can deliver your medical software MVP in 3 to 6 months with the core features — then roll out updates every 2–4 weeks based on the plan we agreed on together.
Medical Device Software – Q&A
A medical device is the physical thing, like a glucose monitor or pacemaker. SaMD is software that performs medical functions on its own, without being part of a physical device — like an app that diagnoses skin conditions from a photo.
Yes, in most cases. If the software makes clinical decisions or affects treatment, regulators want to review it. The exact path depends on the risk class — and we help you figure that out early.
Usually no. EHRs are mostly used for storing and managing health records, so they fall outside the SaMD definition. But if a feature inside an EHR starts diagnosing or treating, that part may need to be reviewed.