AWS IoT Platform Architecture for Yara International
How Apollo's Cloud built a global AWS IoT monitoring platform for Yara International. Event-driven architecture, DynamoDB, Lambda, 60% reliability improvement.
Yara Global IoT Monitoring Platform — AWS Event-Driven Architecture
Context
The Yara Monitoring Platform is a high-scale, global PaaS solution for factory infrastructure monitoring through real-time IoT sensor integration. Leading a team of five engineers, I was responsible for end-to-end architecture spanning backend, frontend, and DevOps.
Built on microservices-based, event-driven architecture using AWS for scheduled asynchronous tasks and complex data reporting for industrial sites worldwide.
Engineering Challenges
Global IoT Data Orchestration
Asynchronous, event-driven design with AWS EventBridge for reliable worldwide sensor data processing.
High-Performance Database Strategy
DynamoDB single-table design for millisecond latency on complex queries with global scalability.
Enterprise-Grade Security
Zero-trust model using AWS KMS, Secrets Manager, and tunneling for industrial telemetry protection.
Zero-Downtime Reliability
60% deployment reliability improvement through TDD/BDD framework and automated CI/CD pipelines.
Architectural Solutions
Custom AWS Architecture
Microservices leveraging AWS Lambda, API Gateway, and serverless compute.
Event-Driven IoT Processing
Asynchronous handling via AWS EventBridge for real-time sensor data.
Enterprise Security
Secrets Manager, KMS encryption, and CloudFormation-managed infrastructure.
Data Strategy
DynamoDB single-table design and MySQL for high-velocity IoT streams.
Measurable Impact
60% Reliability Improvement
Automated containerized environment dramatically improved deployment reliability.
Enhanced Visibility
CloudWatch metrics and automated alarms for real-time health monitoring.
SDLC Optimization
TDD/BDD and GitHub Actions reduced manual workloads significantly.
Strategic Scalability
DynamoDB handles increasing IoT volumes without degradation.
