With support for the full product lifecycle, Cardinal Peak helps clients post-launch with a range of sustaining engineering services for ongoing operations. For connected and IoT products, our engineers provide sustaining services for embedded, electronic and digital product development. Our CloudOps team can manage your IoT infrastructure making sure everything runs smoothly. To keep your customers happy and engaged with your product long-term, we can supply help desk support services.
Embedded Product Sustaining Engineering Services
Embedded product sustaining engineering involves resolving deficiencies throughout the product life cycle. This includes maintaining and improving both the physical design and the embedded software running on it.
It includes activities like:
- Collecting service use issues
- Conducting root cause analysis for in-service problems
- Addressing in-service issues with workarounds or fixes
- Tackling supply chain issues, including:
- Updating designs for part obsolesce
- Modifying designs for bill of materials (BOM) optimization
- Revising designs, in order to:
- Enhance performance
- Increase reliability
- Maintain security and privacy
- Lower costs
We work with customers to stay ahead of their sustaining engineering needs. Our team conducts root cause analysis of issues and identifies workarounds or recommends design changes. Our electronic engineers update PCB designs to address any supply chain issues before they become an issue. Our electronic engineers also work to optimize the BOM and improve reliability. Our sustaining software engineers regularly update the embedded software to address defects, improve feature operation per customer feedback, address new security exploits, and support changes in the underlying OS or other interfacing software.
The net result is uninterrupted manufacturing, happy customers, and a cost-optimized product.
Digital Product Sustaining Engineering Services
Our digital product sustaining engineering services involve maintaining software applications after their initial release. Among other things, this includes fixing defects, refining/enhancing features, and addressing security vulnerabilities. As technology evolves, sustaining engineering ensures that digital products remain compatible with new platforms, browsers, devices, and adapt to changes in the environment (such as OS updates or hardware). Our digital product sustaining engineering services apply to both cloud and mobile applications as well.
Our sustaining engineers analyze service issues reported by users or recognized by automated monitoring software. Issues are addressed through software modification or publishing workarounds. Digital products also require regular updates to address new common vulnerabilities, like security or privacy risks. This ensures that digital products remain secure and protect users’ data. Patches and larger updates are thoroughly tested prior to release using both automated and manual testing. Finally, updates are pushed to the production system to satisfy consumers expectations for regular improvements to existing software in terms of defect fixes, feature refinements, and net-new features.
Cost optimization is an important component of our digital sustaining engineering process as cloud costs can be substantial. Our digital sustaining engineers work on improving performance and optimizing code to lower cloud costs. Along with these code optimizations, we provide updates to address any scalability issues as user demand grows.
The net result is continued secure operations of your product in an ever-changing environment, happy customers, and cost-optimized delivery.
CloudOps Services
CloudOps, short for cloud operations, refers to managing and optimizing the software operations associated with your product. It includes network management, performance monitoring, security, fleet management and other tasks that keep cloud applications and the underlying infrastructure up and running.
Our CloudOps team can manage the entire operation for you from monitoring your IoT fleet, to recognizing network issues, to pushing software updates to targeted devices. In addition to ensuring continued, uninterrupted operations, our CloudOps team is diligent in minimizing operational costs and making sure unneeded resources are eliminated. We use best practices in DevOps for our continuous improvement (CI/CD) process to insure high reliability with a minimum budget. Our proactive approach identifies and addresses issues before they impact users. We automate activities wherever possible to ensure smooth experiences for end-users. Finally, the team continues to work to make sure that operations are secure, and that user data is kept private.
Help Desk Support
Products are more complex than ever, as are the environments they run in. As a result, customers need support. We can provide help desk support for your customers.
In helping troubleshoot your customers’ issues, we review known issues and known fixes or workarounds. New issues are logged into our system for sustaining engineering to evaluate and address as needed. The net impact, happy customers and detailed information that helps power your sustaining engineering efforts and future feature additions or refinements.
Case Studies in Sustaining Engineering
Explore how our multi-disciplinary engineering teams seamlessly integrate with existing operations to secure intellectual property, modernize legacy architectures, and stabilize production pipelines.
Sustaining Engineering for a Legacy IoT Ecosystem
When a vendor transition threatened a mature connected device ecosystem, we stepped in. Discover how our IoT product development team modernized legacy toolchains, secured IP, and restored App Store compliance without a costly redesign.
Modernizing Legacy Software for Scale
Facing limitations from legacy software, a client needed a scalable solution to support rapid growth. Discover how our embedded engineering and cloud teams refactored their architecture and implemented DevOps to future-proof their platform.
Scaling VOD with Infrastructure as Code
Managing a growing streaming platform requires robust automation. Learn how our CloudOps team implemented Infrastructure as Code (IaC) to streamline deployments, minimize downtime, and reliably scale a complex Video on Demand service.
When a vendor transition threatened a mature connected device ecosystem, we stepped in. Discover how our IoT product development team modernized legacy toolchains, secured IP, and restored App Store compliance without a costly redesign.
Facing limitations from legacy software, a client needed a scalable solution to support rapid growth. Discover how our embedded engineering and cloud teams refactored their architecture and implemented DevOps to future-proof their platform.
Managing a growing streaming platform requires robust automation. Learn how our CloudOps team implemented Infrastructure as Code (IaC) to streamline deployments, minimize downtime, and reliably scale a complex Video on Demand service.
Sustaining Engineering Insights
Explore our technical methodologies for optimizing legacy software, implementing scalable DevOps architectures, and executing projects with transparent, milestone-driven processes.
Overcoming DevOps Challenges
Sustaining engineering relies on robust DevOps to modernize code and stabilize operations. Discover the advantages of a scalable DevOps architecture and how our team implements reliable cloud infrastructure to future-proof your product.
Functional UX Audit Framework
Taking over a mature product requires optimizing the interface without breaking core functionality. Learn how our functional UX audit framework helps proactively improve the user experience while mitigating technical and integration risks.
Transparent Project Execution
Managing a mature product line requires strict scope control to prevent feature creep. Discover our milestone-driven development process, continuous QA testing, and JIRA integration that ensures reliable execution without budget surprises.
Sustaining engineering relies on robust DevOps to modernize code and stabilize operations. Discover the advantages of a scalable DevOps architecture and how our team implements reliable cloud infrastructure to future-proof your product.
Taking over a mature product requires optimizing the interface without breaking core functionality. Learn how our functional UX audit framework helps proactively improve the user experience while mitigating technical and integration risks.
Managing a mature product line requires strict scope control to prevent feature creep. Discover our milestone-driven development process, continuous QA testing, and JIRA integration that ensures reliable execution without budget surprises.
Sustaining Engineering FAQs
What is sustaining engineering?
Sustaining engineering involves resolving technical deficiencies and optimizing a product throughout its lifecycle after the initial launch. For hardware and software ecosystems, this includes updating embedded code, addressing component obsolescence, and mitigating security vulnerabilities to ensure continuous manufacturing and reliable ongoing operations.
What do sustaining engineering solutions include for IoT products?
Sustaining engineering solutions for connected devices provide comprehensive IoT device lifecycle management and product lifecycle support. Because technology environments constantly evolve, these services typically include:
- CloudOps: Managing network performance and scaling cloud infrastructure.
- System Reliability Engineering: Monitoring device fleets and deploying over-the-air (OTA) updates.
- Digital Product Support: Patching vulnerabilities and ensuring mobile app compliance.
Why outsource product support engineering?
Outsourcing product support engineering allows internal teams to focus on new revenue-generating product development rather than ongoing maintenance. Leveraging an external partner for product sustenance services and field maintenance services ensures mature product lines receive dedicated, highly skilled support without the overhead of retaining a full-time internal operations team.