Executive Summary
BeCloud partnered with a healthcare organization to modernize its document intake and print-triage process
by introducing a secure, cloud-based document workflow platform on Amazon Web Services (AWS).
Lambda
S3
KMS
Cognito
DynamoDB
SQS
Impact
- Reduced dependency on manual print and document-triage workflows
- Enabled secure browser-based access to centralized document queues
- Improved visibility into document ownership, status, categorization, and completion
- Reduced the risk of documents being delayed, misplaced, or handled inconsistently
- Strengthened access control through centralized user authentication and role-based permissions
- Improved operational response through automated monitoring and alerting
- Enabled long-term document activity retention and audit reporting capabilities
- Established a scalable serverless foundation for future healthcare workflow automation
Key Services
- Secure Healthcare Document Workflow
- Serverless Document Processing
- Cloud-Based Print Queue Modernization
- Identity and Access Management
- Role-Based Workforce Access
- Healthcare Data Protection
- Audit Logging and Retention
- Operational Monitoring and Alerting
- Infrastructure as Code
- Managed Cloud Services
Industry
- Healthcare
Key Technologies
- Amazon S3
- AWS Lambda
- Amazon DynamoDB
- Amazon Cognito
- Amazon API Gateway
- Amazon CloudFront
- AWS SQS
- Amazon CloudWatch
- AWS Key Management Service
- Amazon Athena
- Amazon VPC
- AWS CloudTrail
- Terraform
The Challenge: Moving Beyond Manual Print and Document Triage Workflows
Healthcare organizations often receive documents from multiple sources, including fax systems, desktop applications, scanning processes, referral workflows, insurance documentation, medical records, and administrative communications.
The organization needed a more structured and secure way to handle document intake and triage activities. Staff needed better visibility into which documents had arrived, who was reviewing them, what action had been taken, and whether the item had been completed. Manual workflows created several challenges: Documents could require multiple handoffs before reaching the appropriate staff member, There was limited visibility into document status and ownership, Staff could spend unnecessary time sorting, printing, tracking, and following up on documents, Managers had limited insight into queue activity, workload distribution, and unresolved items, Long-term audit and retention requirements added complexity to document management.
The organization also needed a solution that would support healthcare-oriented security expectations. BeCloud was tasked with designing a modern cloud-based document workflow that could improve efficiency, visibility, security, and operational consistency without introducing unnecessary infrastructure complexity.
The organization needed a more structured and secure way to handle document intake and triage activities. Staff needed better visibility into which documents had arrived, who was reviewing them, what action had been taken, and whether the item had been completed. Manual workflows created several challenges: Documents could require multiple handoffs before reaching the appropriate staff member, There was limited visibility into document status and ownership, Staff could spend unnecessary time sorting, printing, tracking, and following up on documents, Managers had limited insight into queue activity, workload distribution, and unresolved items, Long-term audit and retention requirements added complexity to document management.
The organization also needed a solution that would support healthcare-oriented security expectations. BeCloud was tasked with designing a modern cloud-based document workflow that could improve efficiency, visibility, security, and operational consistency without introducing unnecessary infrastructure complexity.
BeCloud designed a secure, serverless document-triage platform hosted on AWS. The platform provides a centralized digital workflow where documents can be securely received from the practice environment, processed through an automated cloud workflow, and made available to authorized staff through a browser-based portal.
Instead of relying on physical print queues or disconnected document-handling processes, staff can access a centralized queue that helps them review, organize, categorize, assign, and complete document-related tasks. The solution uses managed AWS services to support secure cloud storage, event-driven processing, workflow tracking, user authentication, monitoring, audit logging, and long-term retention.
Authorized users sign in through a centralized authentication experience and are granted access based on their assigned role. Staff members can securely view document-related jobs, manage their assigned work, add operational notes, categorize items, and mark work as complete.Managers receive broader visibility into queue activity, staff workload, document status, and operational trends. This improves accountability while helping the organization identify bottlenecks or unresolved work more quickly.
The browser-based application is protected through layered access controls and cloud security services. The environment was designed to support secure remote access while limiting exposure to unauthorized users.The result is a modern document-triage platform that helps healthcare teams manage sensitive operational documents through a more structured, visible, and secure workflow.
Instead of relying on physical print queues or disconnected document-handling processes, staff can access a centralized queue that helps them review, organize, categorize, assign, and complete document-related tasks. The solution uses managed AWS services to support secure cloud storage, event-driven processing, workflow tracking, user authentication, monitoring, audit logging, and long-term retention.
Authorized users sign in through a centralized authentication experience and are granted access based on their assigned role. Staff members can securely view document-related jobs, manage their assigned work, add operational notes, categorize items, and mark work as complete.Managers receive broader visibility into queue activity, staff workload, document status, and operational trends. This improves accountability while helping the organization identify bottlenecks or unresolved work more quickly.
The browser-based application is protected through layered access controls and cloud security services. The environment was designed to support secure remote access while limiting exposure to unauthorized users.The result is a modern document-triage platform that helps healthcare teams manage sensitive operational documents through a more structured, visible, and secure workflow.
The Solution: Secure Cloud-Based Document Triage on AWS
Strengthening
Security,
Workflow Visibility, and Operational Efficiency
The new platform improves how the organization manages document intake and triage activities. Instead of requiring staff to depend on paper-based processes or manual routing, documents can move through a centralized workflow where their progress can be tracked more clearly. Staff can see what work is available, identify assigned items, add notes, update categories, and complete tasks from a secure browser-based portal.
This creates better operational visibility across the document lifecycle. Managers can gain improved awareness of queue volume, incomplete work, workflow patterns, and document-processing activity. This helps reduce uncertainty around document ownership and supports faster follow-up when items require attention.
Security was a key part of the design. The platform uses encryption, centralized authentication, access controls, logging, monitoring, and cloud-based data protection capabilities to support healthcare-oriented security and governance needs. Sensitive documents are stored in protected cloud storage environments, while user access is controlled through centralized identity services. Role-based permissions help ensure users only receive access appropriate to their responsibilities.
The solution also includes monitoring and alerting capabilities to help operational teams identify processing issues, investigate unexpected behavior, and respond more quickly when attention is needed.By combining secure cloud services with automated workflow management, the organization can improve operational consistency while reducing administrative overhead.
This creates better operational visibility across the document lifecycle. Managers can gain improved awareness of queue volume, incomplete work, workflow patterns, and document-processing activity. This helps reduce uncertainty around document ownership and supports faster follow-up when items require attention.
Security was a key part of the design. The platform uses encryption, centralized authentication, access controls, logging, monitoring, and cloud-based data protection capabilities to support healthcare-oriented security and governance needs. Sensitive documents are stored in protected cloud storage environments, while user access is controlled through centralized identity services. Role-based permissions help ensure users only receive access appropriate to their responsibilities.
The solution also includes monitoring and alerting capabilities to help operational teams identify processing issues, investigate unexpected behavior, and respond more quickly when attention is needed.By combining secure cloud services with automated workflow management, the organization can improve operational consistency while reducing administrative overhead.
The platform was intentionally designed to support future expansion. As document volume increases, the serverless architecture can scale without requiring significant changes to the underlying infrastructure. Additional staff members can be onboarded through the same centralized access model, while workflow settings and operational processes can evolve as the organization’s needs change.
The cloud-based design also creates opportunities for future enhancements, including: Expanded workflow reporting and dashboards, Advanced monitoring and alerting capabilities, Additional document categorization automation, Integration with healthcare systems and business applications, Improved analytics around document-processing activity, Enhanced identity and access management controls, Broader automation of administrative workflows
The Terraform-based deployment approach also helps ensure infrastructure changes can be managed consistently and repeatably. This reduces configuration drift and supports more controlled operational change management. By modernizing document intake and triage workflows, the organization now has a scalable technology foundation that can support future healthcare operations while reducing manual effort and improving visibility.
The cloud-based design also creates opportunities for future enhancements, including: Expanded workflow reporting and dashboards, Advanced monitoring and alerting capabilities, Additional document categorization automation, Integration with healthcare systems and business applications, Improved analytics around document-processing activity, Enhanced identity and access management controls, Broader automation of administrative workflows
The Terraform-based deployment approach also helps ensure infrastructure changes can be managed consistently and repeatably. This reduces configuration drift and supports more controlled operational change management. By modernizing document intake and triage workflows, the organization now has a scalable technology foundation that can support future healthcare operations while reducing manual effort and improving visibility.
A Scalable
Foundation for
Future Healthcare Workflow Automation
Ongoing Managed Services & Operational Excellence
Following deployment, BeCloud can continue to provide operational support and guidance to help ensure the environment remains secure, reliable, and aligned with the organization’s evolving business needs. Our managed services engagement can include infrastructure monitoring, security reviews, access administration, Terraform change management, alert tuning, logging oversight, performance optimization, and operational best-practice recommendations.
BeCloud also supports the environment through documented operational processes, including deployment guidance, troubleshooting procedures, incident response practices, maintenance activities, and ongoing platform improvement recommendations. By combining proactive cloud management with continuous optimization, BeCloud helps the organization maximize the value of its cloud investment while maintaining a secure and scalable document workflow platform.
Through this engagement, the organization now benefits from a modern cloud-based document-triage solution designed to improve operational efficiency, strengthen document accountability, and support long-term healthcare workflow growth.
BeCloud also supports the environment through documented operational processes, including deployment guidance, troubleshooting procedures, incident response practices, maintenance activities, and ongoing platform improvement recommendations. By combining proactive cloud management with continuous optimization, BeCloud helps the organization maximize the value of its cloud investment while maintaining a secure and scalable document workflow platform.
Through this engagement, the organization now benefits from a modern cloud-based document-triage solution designed to improve operational efficiency, strengthen document accountability, and support long-term healthcare workflow growth.