At a Glance
Overview
Onyx partnered with Valere to transform its AI chatbot into an enterprise-grade licensing platform and build a HIPAA-compliant healthcare workflow system. The dual engagement delivered 50% AI accuracy improvement, 40% faster feature implementation, 80-90% reduction in administrative tasks, and zero PHI breaches, enabling Onyx to target enterprise customers exceeding $100M in revenue.
The Challenge
Onyx faced dual challenges: a Zapier-based AI chatbot lacking enterprise polish and scalability, and the need for a comprehensive healthcare platform supporting Health Plan Administrators, MSO Admins, and clinical staff. Manual processes created delays and compliance risks. Both platforms required enterprise-grade security and compliance without enterprise-level DevOps resources.
Solution Implemented
Valere migrated the licensing platform from Zapier to AWS with custom backend development, UX/UI redesign, and AI fine-tuning. For healthcare, the team built a multi-environment AWS architecture with private subnet isolation, auto-scaling, encrypted communications, and HIPAA-aligned security. Both platforms delivered enterprise-grade infrastructure within aggressive timelines at a fraction of traditional costs.
About the Company
Onyx delivers SaaS solutions across commercial licensing advisory and healthcare workflow management. The licensing platform provides AI-powered guidance for enterprise clients navigating complex licensing agreements. The healthcare platform enhances managed care delivery for at-risk populations through unified workflows that eliminate data fragmentation and automate critical administrative tasks.
The Partnership View
Onyx selected Valere based on three distinguishing factors: deep AWS infrastructure expertise across multiple industries, clear communication about realistic timelines without overpromising, and practical explanation of compliance requirements for both healthcare and enterprise SaaS platforms.
Valere s expertise proved invaluable across both engagements. The team had solutions based on previous healthcare implementations and enterprise SaaS deployments. They didn t just build what was requested, they educated Onyx on HIPAA requirements, AWS best practices, AI model optimization, and architectural decisions that would impact the platforms long-term.
Project Details & Timeline
Healthcare Platform
The healthcare platform project launched in February 2025 with a structured engagement model focused on delivering a minimum viable product within 3 months. The initial phase ran from February through May 2025, with the platform designed to support production deployment immediately upon completion. The engagement established ongoing partnership for platform enhancements and feature additions.
Technology Stack
- Frontend: React.js with modern state management
- Backend: Node.js/Express.js with Python 3.13 for AI services
- Database: RDS PostgreSQL for relational data
- AWS Services: VPC, Elastic Beanstalk, EC2, Application Load Balancer, CloudFront CDN, S3, EFS, CloudWatch, Route 53
- Security: Private subnet isolation, encrypted vendor communications, AWS Secrets Manager
- AI/ML: EFS for model storage, custom Python services for clinical data extraction
The Problem
Healthcare Platform Challenges:
- Manual account creation consumed hours daily
- Email notifications achieved only 70-80% delivery rates
- Disconnected data required manual metric compilation
- Unclear HIPAA compliance created customer acquisition barriers
Licensing Platform Constraints:
- Zapier infrastructure limited scalability and advanced features
- UI lacked enterprise-grade polish for Fortune 500 markets
- AI accuracy insufficient for complex enterprise licensing queries
- Ongoing subscription costs eroded margins
The Solution
Healthcare Workflow Platform
- Centralized user management with hierarchical RBAC, reducing account creation time by 80-90%
- Event-driven notifications delivering 99% reliability with intelligent filtering
- Role-specific dashboards loading in <3 seconds with real-time insights
- HIPAA-compliant encrypted messaging with zero PHI breaches
- AI-powered clinical insights with 92% data extraction accuracy
Licensing Platform Transformation
- Complete migration from Zapier to scalable AWS infrastructure
- Custom backend enabling advanced enterprise feature implementation
- Enterprise-grade UX/UI redesign meeting Fortune 500 standards
- AI model training improving response accuracy by 50%
- Eliminated Zapier subscription costs while enabling advanced workflows
AWS Infrastructure Architecture
- Multi-environment strategy: Production, UAT, Staging, Development with Elastic Beanstalk orchestration
- Custom VPC with public/private subnets, ePHI isolated with zero internet exposure
- Auto-scaling EC2 instances (t2.micro to t3a.xlarge) with 6 Application Load Balancers
- RDS PostgreSQL with automated backups, EFS for AI model storage
- 15 S3 buckets, 8 CloudFront distributions, Route 53 DNS management
- Security Groups with least-privilege access, AWS Secrets Manager for credentials
- CloudWatch monitoring with automated alarms and 30-90 day log retention
- CI/CD pipelines with security checks and manual approval gates
Valere s Process & Methodology
Discovery Phase
The team documented HIPAA compliance requirements, clinical workflows, and data flows for the healthcare platform. For the licensing platform, they analyzed existing Zapier workflows, AI model performance, and enterprise customer requirements. Stakeholder interviews with Health Plan Administrators, MSO staff, clinical teams, and licensing platform users identified pain points and priorities across both engagements.
Architecture Design
A multi-tier VPC architecture was designed with security-first principles for the healthcare platform. Technology stack and database schema were selected to support hierarchical organizations and role-based permissions. For the licensing platform, the team designed AWS infrastructure to replace Zapier while enhancing scalability and feature capabilities.
Infrastructure Provisioning
VPC networking was established across availability zones with public and private subnets. Elastic Beanstalk environments were configured for Production, UAT, and Staging, with standalone EC2 for Development. RDS PostgreSQL was deployed with automated backup configuration. CloudFront distributions and Route 53 DNS were configured for both platforms. The team carefully orchestrated resource provisioning to optimize costs while maintaining performance.
Security Hardening
Security groups were configured with least-privilege access controls. All data in transit was encrypted using TLS/SSL. AWS Secrets Manager was implemented for credential management, eliminating hardcoded secrets. Session management with token expiration was configured. The team ensured ePHI workloads remained in private subnets with zero internet exposure, meeting HIPAA technical safeguard requirements.
Application Deployment
CI/CD pipelines were built with manual approval gates for production deployments. Backend services were deployed to Elastic Beanstalk across environments. CloudFront was configured for frontend delivery with custom domain routing. AI services were deployed to dedicated EC2 instances with EFS model storage. Third-party APIs were integrated via encrypted channels. The licensing platform was migrated from Zapier to the new AWS infrastructure with zero downtime.
The Results
Valere delivered transformational platforms that exceeded expectations across efficiency, cost, compliance, and speed to market. What typically takes 12 18 months and significant infrastructure investment was delivered in parallel on aggressive timelines, at a fraction of traditional costs, with production-ready quality from day one and zero security breaches. In healthcare, manual and fragmented workflows were replaced with an automated, centralized system, cutting hours of daily administrative work to minutes, achieving 99% notification reliability, delivering real-time clinical insights in under three seconds, and maintaining zero PHI breaches since launch. In parallel, the licensing platform unlocked enterprise growth by increasing AI accuracy by 50% to meet Fortune 500 standards, improving feature delivery efficiency by 40%, boosting user satisfaction by 30% through a UX/UI redesign, eliminating ongoing Zapier costs, and positioning the platform to pursue enterprise customers with $100M+ revenue potential.
Key Outcomes
Healthcare Platform Results
- 80-90% reduction in manual account creation time
- 99% notification delivery success rate
- <3 second dashboard load times
- 92% accuracy in AI clinical data extraction
- Zero PHI breaches since launch
- 99.99% uptime through multi-AZ deployment
- 10x scalability without architectural changes
Licensing Platform Results
- 50% improvement in AI response accuracy
- 40% increase in feature implementation efficiency
- 30% increase in user satisfaction scores
- Enabled targeting of $100M+ enterprise customers
- Eliminated ongoing Zapier subscription costs
Financial Impact
- ~$638/month infrastructure costs (70-80% lower than traditional enterprise hosting)
- Avoided $200K 300K annual DevOps hiring costs
- 3-month delivery vs. typical 12-18 month timelines
- 10x growth capacity without major infrastructure investments
Business Impact Metrics
The platform initiatives significantly advanced Onyx s business and operational capacity. An 80 90% reduction in administrative workload and a 50% improvement in AI accuracy allow the team to support larger enterprise customers across healthcare and licensing without adding headcount. Delivery timelines were shortened by more than a year, enabling faster revenue, removing technical debt, and unlocking capabilities that were previously unattainable. A zero-breach security record and enterprise-grade UX/UI strengthened trust, streamlined audits, and accelerated sales with large organizations. Both platforms now scale 10× without architectural changes, supporting sustained revenue growth as Onyx expands into enterprise markets.
Conclusion
Valere s partnership with Onyx demonstrates the transformative power of expert cloud infrastructure implementation across multiple verticals. By delivering both a HIPAA-compliant healthcare workflow platform and an enterprise-grade AI licensing advisory solution, Valere enabled Onyx to compete effectively in demanding markets while maintaining lean operational teams. The combination of AWS best practices, security-first architecture, comprehensive monitoring, and domain-specific AI enhancements positioned Onyx for sustainable growth. Zero security breaches, 99% system reliability, dramatic efficiency improvements, and enterprise customer acquisition validate the architectural decisions and implementation quality. Most importantly, both platforms provide the scalable foundation Onyx needs to grow revenue 10x without proportional increases in engineering costs, the ultimate measure of platform success for growth-stage companies.
