Invetech has Full Stack software development capability. Our software development methodology of choice is based on Agile and SCRUM approaches. Project requirements are managed using JAMA, while backlog and issues are managed with JIRA. Our Invetech Modular Platform is designed to enable rapid prototyping and test bedding using production quality software (IEC 62304:2015 Software Safety Class B). Additionally, hardware simulation and emulation supports workflow and application testing without requiring direct hardware access.
Our engineers work collaboratively with your team in an agile, iterative manner. We engage stakeholders throughout the development lifecycle to ensure transparency, clear communication, and continuous alignment with your goals. Our practical expertise in compliance, usability, and risk helps you to realize solutions that meet both regulatory and commercial expectations.
We have developed a library of reusable software modules of production quality to help our clients reduce their cost and time to market. These components also work seamlessly with Invetech's Ensemble Work Station, making this platform easy to leverage in new product developments.
We understand that every project has unique goals, constraints, and technical demands. We work closely with you to design a solution that is aligned to your technical constraints and commercial needs by drawing on the most suitable platforms, frameworks, and languages.
We understand that every project has unique goals, constraints, and technical demands. We work closely with you to design a solution that is aligned to your technical constraints and commercial needs by drawing on the most suitable platforms, frameworks, and languages.
Our engineers work collaboratively with your team in an agile, iterative manner. We engage stakeholders throughout the development lifecycle to ensure transparency, clear communication, and continuous alignment with your goals. Our practical expertise in compliance, usability, and risk helps you to realize solutions that meet both regulatory and commercial expectations.
We have developed a library of reusable software modules of production quality to help our clients reduce their cost and time to market. These components also work seamlessly with Invetech's Ensemble Work Station, making this platform easy to leverage in new product developments.
We understand that every project has unique goals, constraints, and technical demands. We work closely with you to design a solution that is aligned to your technical constraints and commercial needs by drawing on the most suitable platforms, frameworks, and languages.
We understand that every project has unique goals, constraints, and technical demands. We work closely with you to design a solution that is aligned to your technical constraints and commercial needs by drawing on the most suitable platforms, frameworks, and languages.
We have a proven track record in developing sophisticated machine learning applications for image classification. Our expertise spans the entire development lifecycle, delivering comprehensive, tailored solutions.
Model Development
- Image Acquisition and Preparation: Efficiently capturing and preparing images for analysis.
- Image Annotation: Utilizing a cloud-based workflow and the Labelbox annotation tool for precise image labeling.
- ML Model Selection and Training: Leveraging TensorFlow in the cloud to select and train robust machine learning models.
Sustainment
- Edge Deployment: Deploying the TensorFlow inference engine to the edge, with seamless C++ integration and GPU optimization.
- Automatic Image Upload: Facilitating automatic upload of images from the field for continuous model training.
- Software Updates: Implementing software updates that incorporate model improvements for enhanced performance.
We take pride in crafting software solutions that meet the highest standards of quality and compliance. Our expertise lies in medical devices, where precision and reliability are paramount. From concept to deployment, our experience and IEC 62304 compliant software development process brings innovative and solutions to life.
Quality + Regulatory
- Regulatory Compliance: Adhering to regulatory standards, such as those established by the FDA, to ensure safety, effectiveness, and market approval.
- Regulatory Documentation: Creating comprehensive, well-organized documentation packages to support regulatory submissions.
Risk Management
- Data Security and Privacy: Implementing robust measures to protect patient information and comply with HIPAA.
- Hazard Identification: Conducting thorough risk assessments to identify and mitigate potential hazards.
- Testing and Verification: Rigorous processes to verify requirements and ensure software reliability and performance.
We specialize in creating integrated, end-to-end software solutions that span from user-facing applications to low-level device control. With deep technical expertise and a holistic approach, we deliver systems where every component works in harmony, ensuring optimized performance, unparalleled reliability, and an exceptional user experience.
Software Development
- Graphical User Interfaces (GUIs): Designing and building intuitive, user-friendly applications with a focus on delivering responsive and visually engaging interfaces tailored to user needs.
- Application Logic: Implementing complex algorithms and application-level logic, including data processing, database management, user workflows, and communication protocols.
- Cloud Integration: Providing secure cloud connectivity for data upload, remote monitoring, diagnostics, and software updates.
Control + Task Management
- Control Logic: Developing precise and efficient control systems that seamlessly interact with hardware devices, ensuring reliable and accurate operation.
- Embedded Real-Time Control: Building high-performance, real-time control systems designed for deterministic performance, critical safety functions, and efficient resource management.
- Scheduling: Designing and implementing robust scheduling software for task management, workflow coordination, and real-time operations to ensure precise timing and resource optimization.
We deliver reliable and secure connectivity between instruments and external software systems, enabling seamless communication, protected data exchange, and enhanced remote capabilities.
Cloud Integration:
- IoT Platform Integration: Establishing robust communication between devices and the cloud.
- Data Upload & Storage: Uploading device logs, telemetry, and raw data (e.g., images) to cloud infrastructure for storage, analysis, and reporting.
- Remote Monitoring & Diagnostics:Enabling real-time monitoring of device status and comprehensive diagnostics to facilitate proactive maintenance and troubleshooting.
- Remote Software Updates & Configuration Management: Providing mechanisms for securely deploying software updates and managing device configurations remotely.
Laboratory Information Management Systems (LIMS) Integration:
- Laboratory Analytical Workflow (LAW) Profile Implementation: Ensuring compliance with industry standards by implementing the LAW profile built on the underlying HL7 standard.
- Bi-directional Data Exchange: Facilitating seamless retrieval of test orders from LIS and transmission of test results back to LIS, ensuring accurate and efficient data exchange.
Cybersecurity is a fundamental part of the Software Development Life Cycle (SDLC). By embedding security considerations from the very start, we deliver robust, resilient, and compliant software systems through a comprehensive approach to cybersecurity.
Planning and Security Requirements
- Secure Development Process: Establishing a structured processes, policies, and tools.
- Gather Security Requirements: Early identification of security requirements.
- Security Training: Ongoing training to ensure adherence
Design, Architecture, + Testing
- Threat Modeling: Analyzing architecture to identify and mitigate potential threats.
- Software Analysis: Reviewing source code and 3rd party Software Composition Analysis (SCA) for vulnerabilities.
- Software Bill of Materials (SBOM): Publishing SBOMs in SPDX or CycloneDX format for enhanced transparency and vulnerability tracking.
- Static + Dynamic Application Security Testing (SAST + DAST): Utilizing automated tools to detect security flaws in source code before execution; Conducting runtime testing to identify vulnerabilities during application execution.
- Penetration Testing: Conducting simulated attacks to validate security controls.
Deployment + Monitoring
- Signing: Applying code signing practices to verify authenticity and integrity of software packages before deployment.
- OS Hardening: Implementing security configurations and controls to minimize the attack surface and enhance system protection.
- Vulnerability Monitoring & Patching: Continuously monitoring and addressing vulnerabilities.
Software systems should operate efficiently and reliably, particularly in regulated environments where compliance is critical. Whether due to challenges or constraints during development or discovered only once deployed for use, issues with software may cause concern. With the expertise to enhance existing software or pivot direction in ongoing projects, we can facilitate adjustments and improvements that maximize efficiency and reliability of software solutions.
Troubleshooting
- Issue Resolution: Diagnosing and resolving critical defects or persistent issues to restore proper functionality.
- Software Remediation: Addressing software deficiencies, such as those deferred to accelerate product launches, to meet higher standards of quality and compliance.
Improvements
- Software Review: Thoroughly assessing architecture, design, and implementation to identify areas for improvement, refactoring, or stabilization.
- Feature Enhancements: Extending software capabilities with new features to prolong its lifecycle and keep it relevant.
- Security Enhancements: Identifying and addressing vulnerabilities to protect sensitive data.
- Performance Optimization: Ensuring software operates reliably and efficiently within demanding healthcare environments.
- Legacy System Modernization: Bringing outdated systems up to date to ensure compliance and compatibility with modern technologies.
Our approach is designed to adapt to the dynamic requirements of each project, leveraging our expertise and flexibility across a broad range of technologies. By utilizing industry-standard tools and practices, we ensure seamless, efficient, and reliable delivery, always prioritizing solutions that align with the evolving needs of our clients.
Tools
- Languages and Frameworks: Utilizing a diverse set of languages and frameworks to build robust software solutions, including C# / WPF, Flutter, JavaScript, React, C++, C, Python and Lua.
- Operating Systems: Expertise spanning desktop, mobile, embedded, and real-time environments, ensuring compatibility, performance, and reliability across diverse platforms including Windows, Linux, Android, iOS, QNX, FreeRTOS, and SafeRTOS.
- Microcontrollers: Extensive experience with popular microcontroller families such as STM32 and ARM Cortex, enabling efficient development of low-level device control and real-time processing.
- Cloud: Integrating with cloud platforms such as Azure, AWS and Google Cloud for scalable, reliable, and secure solutions.
Practices
- Interoperability: Implementing REST API, Web API, gRPC, GraphQL, WCF, SignalR, and custom protocols for efficient, reliable, and secure data exchange.
- Continuous Integration and Deployment (CI/CD): Utilizing industry-standard CI/CD tools and practices (e.g., TeamCity, Jenkins, BitBucket, GitHub, Artifactory) to ensure automated, efficient, and reliable software delivery.
We have a proven track record in developing sophisticated machine learning applications for image classification. Our expertise spans the entire development lifecycle, delivering comprehensive, tailored solutions.
Model Development
- Image Acquisition and Preparation: Efficiently capturing and preparing images for analysis.
- Image Annotation: Utilizing a cloud-based workflow and the Labelbox annotation tool for precise image labeling.
- ML Model Selection and Training: Leveraging TensorFlow in the cloud to select and train robust machine learning models.
Sustainment
- Edge Deployment: Deploying the TensorFlow inference engine to the edge, with seamless C++ integration and GPU optimization.
- Automatic Image Upload: Facilitating automatic upload of images from the field for continuous model training.
- Software Updates: Implementing software updates that incorporate model improvements for enhanced performance.
We take pride in crafting software solutions that meet the highest standards of quality and compliance. Our expertise lies in medical devices, where precision and reliability are paramount. From concept to deployment, our experience and IEC 62304 compliant software development process brings innovative and solutions to life.
Quality + Regulatory
- Regulatory Compliance: Adhering to regulatory standards, such as those established by the FDA, to ensure safety, effectiveness, and market approval.
- Regulatory Documentation: Creating comprehensive, well-organized documentation packages to support regulatory submissions.
Risk Management
- Data Security and Privacy: Implementing robust measures to protect patient information and comply with HIPAA.
- Hazard Identification: Conducting thorough risk assessments to identify and mitigate potential hazards.
- Testing and Verification: Rigorous processes to verify requirements and ensure software reliability and performance.
We specialize in creating integrated, end-to-end software solutions that span from user-facing applications to low-level device control. With deep technical expertise and a holistic approach, we deliver systems where every component works in harmony, ensuring optimized performance, unparalleled reliability, and an exceptional user experience.
Software Development
- Graphical User Interfaces (GUIs): Designing and building intuitive, user-friendly applications with a focus on delivering responsive and visually engaging interfaces tailored to user needs.
- Application Logic: Implementing complex algorithms and application-level logic, including data processing, database management, user workflows, and communication protocols.
- Cloud Integration: Providing secure cloud connectivity for data upload, remote monitoring, diagnostics, and software updates.
Control + Task Management
- Control Logic: Developing precise and efficient control systems that seamlessly interact with hardware devices, ensuring reliable and accurate operation.
- Embedded Real-Time Control: Building high-performance, real-time control systems designed for deterministic performance, critical safety functions, and efficient resource management.
- Scheduling: Designing and implementing robust scheduling software for task management, workflow coordination, and real-time operations to ensure precise timing and resource optimization.
We deliver reliable and secure connectivity between instruments and external software systems, enabling seamless communication, protected data exchange, and enhanced remote capabilities.
Cloud Integration:
- IoT Platform Integration: Establishing robust communication between devices and the cloud.
- Data Upload & Storage: Uploading device logs, telemetry, and raw data (e.g., images) to cloud infrastructure for storage, analysis, and reporting.
- Remote Monitoring & Diagnostics:Enabling real-time monitoring of device status and comprehensive diagnostics to facilitate proactive maintenance and troubleshooting.
- Remote Software Updates & Configuration Management: Providing mechanisms for securely deploying software updates and managing device configurations remotely.
Laboratory Information Management Systems (LIMS) Integration:
- Laboratory Analytical Workflow (LAW) Profile Implementation: Ensuring compliance with industry standards by implementing the LAW profile built on the underlying HL7 standard.
- Bi-directional Data Exchange: Facilitating seamless retrieval of test orders from LIS and transmission of test results back to LIS, ensuring accurate and efficient data exchange.
Cybersecurity is a fundamental part of the Software Development Life Cycle (SDLC). By embedding security considerations from the very start, we deliver robust, resilient, and compliant software systems through a comprehensive approach to cybersecurity.
Planning and Security Requirements
- Secure Development Process: Establishing a structured processes, policies, and tools.
- Gather Security Requirements: Early identification of security requirements.
- Security Training: Ongoing training to ensure adherence
Design, Architecture, + Testing
- Threat Modeling: Analyzing architecture to identify and mitigate potential threats.
- Software Analysis: Reviewing source code and 3rd party Software Composition Analysis (SCA) for vulnerabilities.
- Software Bill of Materials (SBOM): Publishing SBOMs in SPDX or CycloneDX format for enhanced transparency and vulnerability tracking.
- Static + Dynamic Application Security Testing (SAST + DAST): Utilizing automated tools to detect security flaws in source code before execution; Conducting runtime testing to identify vulnerabilities during application execution.
- Penetration Testing: Conducting simulated attacks to validate security controls.
Deployment + Monitoring
- Signing: Applying code signing practices to verify authenticity and integrity of software packages before deployment.
- OS Hardening: Implementing security configurations and controls to minimize the attack surface and enhance system protection.
- Vulnerability Monitoring & Patching: Continuously monitoring and addressing vulnerabilities.
Software systems should operate efficiently and reliably, particularly in regulated environments where compliance is critical. Whether due to challenges or constraints during development or discovered only once deployed for use, issues with software may cause concern. With the expertise to enhance existing software or pivot direction in ongoing projects, we can facilitate adjustments and improvements that maximize efficiency and reliability of software solutions.
Troubleshooting
- Issue Resolution: Diagnosing and resolving critical defects or persistent issues to restore proper functionality.
- Software Remediation: Addressing software deficiencies, such as those deferred to accelerate product launches, to meet higher standards of quality and compliance.
Improvements
- Software Review: Thoroughly assessing architecture, design, and implementation to identify areas for improvement, refactoring, or stabilization.
- Feature Enhancements: Extending software capabilities with new features to prolong its lifecycle and keep it relevant.
- Security Enhancements: Identifying and addressing vulnerabilities to protect sensitive data.
- Performance Optimization: Ensuring software operates reliably and efficiently within demanding healthcare environments.
- Legacy System Modernization: Bringing outdated systems up to date to ensure compliance and compatibility with modern technologies.
Our approach is designed to adapt to the dynamic requirements of each project, leveraging our expertise and flexibility across a broad range of technologies. By utilizing industry-standard tools and practices, we ensure seamless, efficient, and reliable delivery, always prioritizing solutions that align with the evolving needs of our clients.
Tools
- Languages and Frameworks: Utilizing a diverse set of languages and frameworks to build robust software solutions, including C# / WPF, Flutter, JavaScript, React, C++, C, Python and Lua.
- Operating Systems: Expertise spanning desktop, mobile, embedded, and real-time environments, ensuring compatibility, performance, and reliability across diverse platforms including Windows, Linux, Android, iOS, QNX, FreeRTOS, and SafeRTOS.
- Microcontrollers: Extensive experience with popular microcontroller families such as STM32 and ARM Cortex, enabling efficient development of low-level device control and real-time processing.
- Cloud: Integrating with cloud platforms such as Azure, AWS and Google Cloud for scalable, reliable, and secure solutions.
Practices
- Interoperability: Implementing REST API, Web API, gRPC, GraphQL, WCF, SignalR, and custom protocols for efficient, reliable, and secure data exchange.
- Continuous Integration and Deployment (CI/CD): Utilizing industry-standard CI/CD tools and practices (e.g., TeamCity, Jenkins, BitBucket, GitHub, Artifactory) to ensure automated, efficient, and reliable software delivery.
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