Executive Summary
BeCloud partnered with a healthcare clinic specializing in thyroid care to modernize its IT infrastructure by replacing traditional on-premises systems with a secure, cloud-based environment on Amazon Web Services (AWS) that could support centralized identity management, secure patient data storage, remote office connectivity, automated operations, and HIPAA-aligned security controls.
EC2
S3
Lambda
Site to Site VPN
Storage Gateway
EventBridge
Impact
- Centralized identity and access management across clinic operations
- Improved protection of patient and operational data
- Secure connectivity between locations and AWS
- Reduced administrative effort through automation
- Enhanced disaster recovery and backup capabilities
- Improved auditability and compliance readiness
- Automated password management for staff
- Increased operational visibility through monitoring and logging
- Reduced infrastructure maintenance burden
- Cost-optimized cloud environment aligned with business requirements
Key Services
- Healthcare Infrastructure Modernization
- Identity and Access Management
- Secure Remote Connectivity
- HIPAA Compliance Enablement
- Backup and Disaster Recovery
- Infrastructure Automation
- Operational Monitoring and Governance
- Managed Cloud Services
Industry
- Healthcare
Key Technologies
- Amazon EC2
- AWS Site-to-Site VPN
- AWS Lambda
- Amazon API Gateway
- Amazon DynamoDB
- Amazon S3
- AWS Storage Gateway
- AWS Backup
- AWS Secrets Manager
- AWS Key Management Service (KMS)
- Amazon EventBridge
- Terraform
The Challenge: Modernizing Healthcare Infrastructure While Maintaining Compliance
The healthcare clinic relied on traditional infrastructure approaches that required ongoing administration, manual operational processes, and increasing attention to security and compliance requirements. As patient information and operational workloads continued to grow, the organization needed a more secure and scalable platform that could support both current operations and future expansion.
The clinic required centralized management of staff identities and authentication, secure storage for sensitive healthcare information, reliable connectivity between physical office locations and cloud-hosted resources, and a comprehensive backup strategy capable of supporting business continuity requirements. In addition, the organization wanted to reduce dependency on manual IT processes. Password reset requests, infrastructure administration, monitoring, and backup management consumed valuable staff time and introduced opportunities for human error. Leadership sought a solution that could automate routine operational tasks while improving security and compliance visibility.
The organization also needed confidence that critical systems could be recovered quickly in the event of an outage or disaster. Traditional backup approaches often focus only on files and data, but healthcare environments require protection of both application data and core identity services.
BeCloud was engaged to design and implement a secure, cloud-first architecture that balanced compliance, operational efficiency, security, resiliency, and cost control.
The clinic required centralized management of staff identities and authentication, secure storage for sensitive healthcare information, reliable connectivity between physical office locations and cloud-hosted resources, and a comprehensive backup strategy capable of supporting business continuity requirements. In addition, the organization wanted to reduce dependency on manual IT processes. Password reset requests, infrastructure administration, monitoring, and backup management consumed valuable staff time and introduced opportunities for human error. Leadership sought a solution that could automate routine operational tasks while improving security and compliance visibility.
The organization also needed confidence that critical systems could be recovered quickly in the event of an outage or disaster. Traditional backup approaches often focus only on files and data, but healthcare environments require protection of both application data and core identity services.
BeCloud was engaged to design and implement a secure, cloud-first architecture that balanced compliance, operational efficiency, security, resiliency, and cost control.
BeCloud designed and deployed a cloud-hosted healthcare infrastructure built on AWS that centralizes identity services, secures patient information, automates operational processes, and provides a resilient platform for daily clinical operations. At the core of the solution is a centralized directory and authentication platform that manages staff access, security policies, and organizational identity controls. This provides a single source of truth for user authentication while simplifying administration across the environment.
To support secure connectivity, the clinic's physical office is connected to AWS through an encrypted site-to-site connection, allowing staff to securely access cloud-hosted resources without exposing critical systems directly to the public internet. The environment also incorporates a serverless automation layer that handles operational workflows, administrative functions, and integration requirements. By leveraging managed cloud services, the organization benefits from reduced infrastructure management responsibilities while maintaining a highly available operational model.
Security and compliance were embedded throughout the design. Encryption, audit logging, monitoring, backup automation, and governance controls were implemented to support healthcare data protection requirements and improve operational visibility.
The entire environment is deployed and maintained using Infrastructure as Code (IaC), allowing changes to be tracked, reviewed, and consistently deployed through standardized processes.
To support secure connectivity, the clinic's physical office is connected to AWS through an encrypted site-to-site connection, allowing staff to securely access cloud-hosted resources without exposing critical systems directly to the public internet. The environment also incorporates a serverless automation layer that handles operational workflows, administrative functions, and integration requirements. By leveraging managed cloud services, the organization benefits from reduced infrastructure management responsibilities while maintaining a highly available operational model.
Security and compliance were embedded throughout the design. Encryption, audit logging, monitoring, backup automation, and governance controls were implemented to support healthcare data protection requirements and improve operational visibility.
The entire environment is deployed and maintained using Infrastructure as Code (IaC), allowing changes to be tracked, reviewed, and consistently deployed through standardized processes.
The Solution: A HIPAA-Compliant Cloud Foundation on AWS
Strengthening Security, Compliance, and Operational Efficiency
The new environment delivers measurable benefits across security, compliance, and day-to-day operations. From a security perspective, the organization now benefits from centralized identity management, encrypted communications, protected storage, and enhanced monitoring capabilities. Administrative credentials and sensitive operational configurations are managed through secure cloud-native services, reducing operational risk while improving governance.
Operational efficiency has also improved significantly. Routine tasks that previously required manual intervention are now automated through cloud-native workflows. Staff can securely manage common account-related activities through self-service processes, reducing support requests and improving productivity. The environment's monitoring and logging capabilities provide greater visibility into system activity, helping administrators identify operational issues more quickly while supporting compliance and audit requirements.
Backup and recovery processes have also been modernized. Critical systems are protected through automated backup workflows designed to support long-term retention and business continuity objectives. The result is a more secure, reliable, and manageable IT environment that allows the clinic to focus on patient care rather than infrastructure maintenance.
Operational efficiency has also improved significantly. Routine tasks that previously required manual intervention are now automated through cloud-native workflows. Staff can securely manage common account-related activities through self-service processes, reducing support requests and improving productivity. The environment's monitoring and logging capabilities provide greater visibility into system activity, helping administrators identify operational issues more quickly while supporting compliance and audit requirements.
Backup and recovery processes have also been modernized. Critical systems are protected through automated backup workflows designed to support long-term retention and business continuity objectives. The result is a more secure, reliable, and manageable IT environment that allows the clinic to focus on patient care rather than infrastructure maintenance.
The cloud-based architecture was intentionally designed to support future expansion. As the organization grows, additional users, locations, applications, and integrations can be incorporated using the same secure operational framework. The architecture provides flexibility for future enhancements, including expanded analytics, additional automation capabilities, enhanced reporting, and deeper integration with healthcare platforms and business systems.
The organization's investment in a modern cloud infrastructure provides a scalable foundation capable of adapting to evolving healthcare technology requirements while maintaining strong security and governance controls.
The organization's investment in a modern cloud infrastructure provides a scalable foundation capable of adapting to evolving healthcare technology requirements while maintaining strong security and governance controls.
A Scalable Foundation
for Future Healthcare Growth
Customer, Partner, and Business Challenge
The AWS customer was an anonymized specialty healthcare clinic focused on thyroid care. The clinic operated as a small healthcare practice with sensitive patient information, staff identity management needs, file storage requirements, and a physical office environment that needed secure connectivity to cloud-hosted resources. The customer needed a modern infrastructure foundation that could support healthcare operations while improving security, resiliency, compliance readiness, and operational efficiency.
The AWS Partner for this engagement was BeCloud LLC. BeCloud was responsible for assessing the customer’s existing infrastructure needs, designing the AWS architecture, implementing the cloud foundation, automating deployment through Infrastructure as Code, and establishing security, backup, monitoring, and operational controls appropriate for a healthcare environment.
The customer’s main challenge was modernizing traditional on-premises infrastructure while maintaining HIPAA-aligned safeguards for protected health information and operational data. The clinic needed centralized identity management, secure patient data storage, encrypted office-to-cloud connectivity, automated password reset workflows, long-term backup retention, and improved monitoring. Without intervention, the customer faced risks including continued manual IT administration, inconsistent backup processes, limited audit visibility, delayed password resets, increased infrastructure maintenance burden, and difficulty scaling to support future growth. The challenge directly aligned with healthcare cloud modernization and security-focused AWS competency objectives because the solution required secure identity services, encrypted networking, protected storage, operational monitoring, backup and disaster recovery, and governance controls for a healthcare workload.
The AWS Partner for this engagement was BeCloud LLC. BeCloud was responsible for assessing the customer’s existing infrastructure needs, designing the AWS architecture, implementing the cloud foundation, automating deployment through Infrastructure as Code, and establishing security, backup, monitoring, and operational controls appropriate for a healthcare environment.
The customer’s main challenge was modernizing traditional on-premises infrastructure while maintaining HIPAA-aligned safeguards for protected health information and operational data. The clinic needed centralized identity management, secure patient data storage, encrypted office-to-cloud connectivity, automated password reset workflows, long-term backup retention, and improved monitoring. Without intervention, the customer faced risks including continued manual IT administration, inconsistent backup processes, limited audit visibility, delayed password resets, increased infrastructure maintenance burden, and difficulty scaling to support future growth. The challenge directly aligned with healthcare cloud modernization and security-focused AWS competency objectives because the solution required secure identity services, encrypted networking, protected storage, operational monitoring, backup and disaster recovery, and governance controls for a healthcare workload.
BeCloud leveraged AWS to build a HIPAA-aligned cloud foundation for the healthcare clinic. At a high level, the solution moved core infrastructure functions from traditional on-premises systems to AWS while maintaining secure connectivity to the physical office. The architecture used Amazon EC2 to host a Windows Server domain controller and file server in a private subnet with no public IP exposure. AWS Site-to-Site VPN connected the clinic’s office firewall to the AWS VPC through encrypted IPsec tunnels. Amazon EBS and AWS Backup were used to protect operating system and data volumes, with encryption managed through AWS Key Management Service.
A serverless password reset workflow was implemented using Amazon S3, Amazon API Gateway, AWS Lambda, Amazon DynamoDB, Amazon SNS, and AWS Secrets Manager. Staff could initiate password reset requests through a web portal, receive SMS reset links, and update Active Directory passwords without manual IT intervention. Amazon EventBridge and Lambda automated scheduled start and stop operations to reduce unnecessary compute cost. CloudWatch, CloudTrail, VPC Flow Logs, S3 access logs, and Wazuh SIEM provided centralized visibility across AWS services, network activity, operating system events, and application logs.
The solution delivered measurable business value. Password reset handling time was reduced from approximately 15–30 minutes per request to under 5 minutes through self-service automation. Backup administration effort was reduced from approximately 2–3 hours per week to less than 15 minutes per week using AWS Backup automation. The architecture was also designed to remain near the customer’s small-clinic budget target of approximately $220 per month through right-sized EC2, serverless services, and scheduled runtime controls.
A serverless password reset workflow was implemented using Amazon S3, Amazon API Gateway, AWS Lambda, Amazon DynamoDB, Amazon SNS, and AWS Secrets Manager. Staff could initiate password reset requests through a web portal, receive SMS reset links, and update Active Directory passwords without manual IT intervention. Amazon EventBridge and Lambda automated scheduled start and stop operations to reduce unnecessary compute cost. CloudWatch, CloudTrail, VPC Flow Logs, S3 access logs, and Wazuh SIEM provided centralized visibility across AWS services, network activity, operating system events, and application logs.
The solution delivered measurable business value. Password reset handling time was reduced from approximately 15–30 minutes per request to under 5 minutes through self-service automation. Backup administration effort was reduced from approximately 2–3 hours per week to less than 15 minutes per week using AWS Backup automation. The architecture was also designed to remain near the customer’s small-clinic budget target of approximately $220 per month through right-sized EC2, serverless services, and scheduled runtime controls.