Solution 02
Responsive experiences backed by resilient systems that scale with demand.
An interface is judged on how fast it answers. The system behind it is judged on what it does when traffic spikes or a dependency stalls. Keeping both means being deliberate about what belongs inside a request and what does not.
The interface renders and becomes usable before back-end services are engaged, so a slow dependency degrades one area rather than the page.
Application areas split into services with generated client libraries, making integration a versioned dependency instead of code rewritten per team.
Background and queued processing keep long or bursty work off the user’s request, so a spike in demand queues instead of failing.
OAuth2 and OIDC boundaries with claim-based context carry the user between services, so no service reimplements trust.
Shared telemetry and OpenTelemetry context follow a call across service boundaries, so a failure is read rather than reconstructed.
Architecture and delivery for a high-traffic portal spanning many application areas. The work included a microservice restack, project templates, generated service-interaction libraries, and repeatable AWS delivery.
ECS, Lambda, DynamoDB, SNS and SQS, Secrets Manager, IAM, S3, CloudFront, CloudFormation and SAM, including migrations onto AWS. This is the deepest of the three platforms.
Reusable Terraform delivery patterns, state bootstrap behaviour, and keyless credentials through workload-identity federation.
Identity and integration work plus platform experience including Azure OpenAI. Deliberately narrower than the AWS evidence.
Enterprise enrollment and document platforms integrating many disparate systems, with high-volume document conversion, OCR, and transfer.