intelligent product engineering
carve a new path
Launch top features faster with AI-enabled SDLC and product-led methods
What do you want to achieve?
Infuse AI across products for smarter, more productive experiences
Boost efficiency with automation and intelligent integration
Expand capacity with AI-augmented squads to speed delivery
Intelligent Product Engineering
AI-Augmented Software Development & Modernization
Modernize with confidence. Accelerate with intelligence. We use GenAI copilots, automation, and composable design to modernize systems and build scalable, AI-native products.
AI Asset Engineering: Build custom business, content, and knowledge agents with orchestration and governance
AI-Augmented Development: Copilot-assisted design, coding, and testing
Automated Code Transformation & Optimization: Streamline migration, refactoring, and performance tuning with AI
Legacy Modernization: Refactor or rebuild with AI acceleration
Autonomous Agents: Embed AI across dev, testing, and refactoring for speed
Cloud-Native DevOps Transformation
Deliver faster. Operate smarter. Scale securely. We embed AI into DevOps—boosting pipeline velocity, observability, and resilience across hybrid and cloud-native environments.
AIOps Architecture & Implementation: Design and deploy data pipelines, telemetry, and automation for AI-driven operations
Cloud-Native & MAIS Enablement: Containers, orchestration, and platform engineering
Observability & SRE: AI-based monitoring, anomaly detection, and recovery
Predictive QA Engineering
& Automation
Ship faster. Fail less. Scale smarter. We use AI-powered test generation, self-healing automation, and predictive analytics to improve coverage, cut regression time, and assure resilience in every release.
QA Assessment: Evaluate maturity, tools, and automation readiness
Intelligent Automation: Use AI for test generation and self-healing scripts
Validation: Functional and performance testing for end-to-end reliability
A product engineering story
A little bottle of joy
The Situation
A healthcare technology startup developed an innovative sensor designed to measure feedings in Neonatal Intensive Care Units (NICU). This sensor aimed to revolutionize the way healthcare professionals monitor and manage feeding protocols for premature infants, providing real-time data insights to improve patient care and outcomes. The company turned to Entech to develop a way for the bottle technology to transmit data to the care team.
Business Challenges
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Faced challenges in establishing seamless connectivity between the ITO sensor device and Android devices, hindering the efficient transmission of data
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Struggled to provide healthcare professionals with meaningful visualizations and real-time insights into key feeding markers, limiting their ability to make informed decisions
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Needed to navigate the complex process of preparing a submission to the FDA for product approval, ensuring compliance with regulatory requirements and standards for medical devices
Entech's Solutions
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Developed a robust solution to enable Low Energy Bluetooth connectivity between the ITO sensor device and Android devices, ensuring seamless data transmission and synchronization
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Implemented an AWS Cloud infrastructure to securely stream real-time data from the ITO sensor device, enabling healthcare professionals to access visualizations and analytics of key feeding markers for enhanced analysis and decision-making
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Provided expert guidance and assistance to Innovator RN in preparing their FDA submission, ensuring compliance with regulatory standards and facilitating a smooth approval process for product launch.
Results
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Provided expert guidance and assistance to Innovator RN in preparing their FDA submission, ensuring compliance with regulatory standards and facilitating a smooth approval process for product launch.
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Integration with AWS Cloud allowed healthcare professionals to access real-time visualizations and analytics of key feeding markers, empowering them to make informed decisions and optimize patient care in NICU settings
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Successfully prepared and submitted their FDA application, paving the way for the regulatory approval of their ITO sensor device and subsequent product launch in the healthcare market
