NEXEVENTA - AWS Infrastructure & Well-Architected Implementation

Customer Name : NEXEVENTA

Partner Name : Onedata Software Solutions

OneData Software Solutions strengthened NEXEVENTA’s AWS environment by conducting a comprehensive AWS Well-Architected Framework Review and implementing security, governance, reliability, monitoring, and cost-optimization best practices. The engagement transformed NEXEVENTA’s AWS setup into a secure, compliant, highly available, and operationally mature cloud foundation, ready to support scalable growth and production workloads.

About the Customer

NEXEVENTA is a digital events and entertainment platform available through mobile and web applications. The platform connects event planners, talent providers, and fans in a single ecosystem.

NEXEVENTA enables event planners to create and manage events and hire talent, allows talents to promote their services, manage schedules, and handle payments, and helps fans discover public events and engage with event-related content. As the platform grows, NEXEVENTA requires a secure, reliable, and well-governed AWS environment to support its application and users.

Challenges Before AWS Well-Architected Review

Before the engagement, NEXEVENTA’s AWS environment supported live workloads but

lacked standardized controls and governance required for production-grade operations. Key challenges included:

  • Security Gaps – Limited centralized threat detection, secrets management, and IAM
  • Governance & Compliance Risks – Absence of AWS Config rules and conformance standards to prevent configuration drift.
  • Operational Inefficiencies – Manual system maintenance without centralized patching or inventory visibility.
  • Reliability Concerns – Database and backup mechanisms were not fully aligned with high-availability best practices.
  • Limited Monitoring – No unified dashboards or proactive
  • Cost Visibility & Control – Inadequate cost governance and spend

Objectives

The AWS engagement aimed to:

  • Strengthen NEXEVENTA’s AWS security posture.
  • Establish AWS governance and compliance at
  • Improve operational maturity through automation and
  • Enhance the availability, reliability, and performance of
  • Implement cost-optimization mechanisms
  • Build a scalable and sustainable cloud foundation for future

AWS Architecture Implemented

The AWS environment was enhanced using native AWS services aligned with the AWS Well- Architected Framework:

  • AWS Security Hub & Amazon GuardDuty – Centralized security posture management and threat detection.
  • AWS Config & Conformance Packs – Governance, compliance, and configuration drift
  • IAM, AWS Identity Center (SSO), Secrets Manager, KMS – Secure access control, secrets handling, and encryption.
  • Amazon RDS (Multi-AZ) – Improved database availability and
  • AWS Backup & Snapshot Lifecycle Policies – Automated backup and
  • AWS Systems Manager (SSM) – Patch management, inventory, and
  • Amazon CloudWatch & SNS – Monitoring, dashboards, alerts, and
  • AWS Budgets, Cost Anomaly Detection, CUR – Cost monitoring and
  • VPC Flow Logs – Network visibility and

Implementation Approach

Assessment & Design

  • Conducted an AWS Well-Architected Framework
  • Identified security, reliability, operational, performance, and cost
  • Defined a remediation roadmap aligned with AWS best

Security & Governance

  • Enabled GuardDuty, Security Hub, AWS Config, and Conformance
  • Hardened IAM policies and enforced least-privilege
  • Implemented AWS Secrets Manager and KMS key
  • Standardized tagging and governance

Operational Excellence

  • Enabled AWS Systems Manager for inventory and
  • Automated OS patching
  • Implemented CloudWatch alarms and SNS
  • Built centralized CloudWatch

Reliability & Performance

  • Migrated RDS to a Multi-AZ
  • Implemented AWS Backup for EC2 and
  • Established snapshot lifecycle
  • Enabled performance monitoring

Cost Optimization

  • Implemented AWS Budgets and billing
  • Enabled Cost Anomaly
  • Configured Cost & Usage
  • Enforced cost allocation

Results Achieved

  • Improved Security Posture – Enterprise-grade security with continuous threat
  • Enhanced Reliability – High-availability databases and automated backups reduced downtime risk.
  • Operational Maturity – Automated monitoring, patching, and alerting improved
  • Compliance-Ready Environment – Governance controls enabled audit
  • Cost Governance – Clear visibility and control over AWS
  • Production-Ready AWS Foundation – Scalable, secure, and well-governed

Key Takeaways

The AWS Well-Architected engagement enabled NEXEVENTA to:

  • Align its AWS environment with AWS Well-Architected Framework best
  • Operate a secure, reliable, and governed cloud
  • Reduce operational risk and manual
  • Build a scalable foundation for future platform

NEXEVENTA - AWS Infrastructure & Well-Architected Implementation

Customer Name : NEXEVENTA

Partner Name : OneData

OneData Software Solutions strengthened NEXEVENTA’s AWS environment by conducting a comprehensive AWS Well-Architected Framework Review and implementing security, governance, reliability, monitoring, and cost-optimization best practices. The engagement transformed NEXEVENTA’s AWS setup into a secure, compliant, highly available, and operationally mature cloud foundation, ready to support scalable growth and production workloads.

About the Customer

NEXEVENTA is a digital events and entertainment platform available through mobile and web applications. The platform connects event planners, talent providers, and fans in a single ecosystem.

NEXEVENTA enables event planners to create and manage events and hire talent, allows talents to promote their services, manage schedules, and handle payments, and helps fans discover public events and engage with event-related content. As the platform grows, NEXEVENTA requires a secure, reliable, and well-governed AWS environment to support its application and users.

Challenges Before AWS Well-Architected Review

Before the engagement, NEXEVENTA’s AWS environment supported live workloads but

lacked standardized controls and governance required for production-grade operations. Key challenges included:

  • Security Gaps – Limited centralized threat detection, secrets management, and IAM
  • Governance & Compliance Risks – Absence of AWS Config rules and conformance standards to prevent configuration drift.
  • Operational Inefficiencies – Manual system maintenance without centralized patching or inventory visibility.
  • Reliability Concerns – Database and backup mechanisms were not fully aligned with high-availability best practices.
  • Limited Monitoring – No unified dashboards or proactive
  • Cost Visibility & Control – Inadequate cost governance and spend

Objectives

The AWS engagement aimed to:

  • Strengthen NEXEVENTA’s AWS security posture.
  • Establish AWS governance and compliance at
  • Improve operational maturity through automation and
  • Enhance the availability, reliability, and performance of
  • Implement cost-optimization mechanisms
  • Build a scalable and sustainable cloud foundation for future

AWS Architecture Implemented

The AWS environment was enhanced using native AWS services aligned with the AWS Well- Architected Framework:

  • AWS Security Hub & Amazon GuardDuty – Centralized security posture management and threat detection.
  • AWS Config & Conformance Packs – Governance, compliance, and configuration drift
  • IAM, AWS Identity Center (SSO), Secrets Manager, KMS – Secure access control, secrets handling, and encryption.
  • Amazon RDS (Multi-AZ) – Improved database availability and
  • AWS Backup & Snapshot Lifecycle Policies – Automated backup and
  • AWS Systems Manager (SSM) – Patch management, inventory, and
  • Amazon CloudWatch & SNS – Monitoring, dashboards, alerts, and
  • AWS Budgets, Cost Anomaly Detection, CUR – Cost monitoring and
  • VPC Flow Logs – Network visibility and

Implementation Approach

Assessment & Design

  • Conducted an AWS Well-Architected Framework
  • Identified security, reliability, operational, performance, and cost
  • Defined a remediation roadmap aligned with AWS best

Security & Governance

  • Enabled GuardDuty, Security Hub, AWS Config, and Conformance
  • Hardened IAM policies and enforced least-privilege
  • Implemented AWS Secrets Manager and KMS key
  • Standardized tagging and governance

Operational Excellence

  • Enabled AWS Systems Manager for inventory and
  • Automated OS patching
  • Implemented CloudWatch alarms and SNS
  • Built centralized CloudWatch

Reliability & Performance

  • Migrated RDS to a Multi-AZ
  • Implemented AWS Backup for EC2 and
  • Established snapshot lifecycle
  • Enabled performance monitoring

Cost Optimization

  • Implemented AWS Budgets and billing
  • Enabled Cost Anomaly
  • Configured Cost & Usage
  • Enforced cost allocation

Results Achieved

  • Improved Security Posture – Enterprise-grade security with continuous threat
  • Enhanced Reliability – High-availability databases and automated backups reduced downtime risk.
  • Operational Maturity – Automated monitoring, patching, and alerting improved
  • Compliance-Ready Environment – Governance controls enabled audit
  • Cost Governance – Clear visibility and control over AWS
  • Production-Ready AWS Foundation – Scalable, secure, and well-governed

Key Takeaways

The AWS Well-Architected engagement enabled NEXEVENTA to:

  • Align its AWS environment with AWS Well-Architected Framework best
  • Operate a secure, reliable, and governed cloud
  • Reduce operational risk and manual
  • Build a scalable foundation for future platform

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🧭 Pre-Migration Support

Pre-migration support ensures the environment, data, and stakeholders are fully prepared for a smooth migration. Key activities include:

1. Discovery & Assessment
  • Inventory of applications, data, workloads, and dependencies
  • Identification of compliance and security requirements
  • Assessment of current infrastructure and readiness
2. Strategy & Planning
  • Defining migration objectives and success criteria
  • Choosing the right migration approach (Rehost, Replatform, Refactor, etc.)
  • Cloud/provider selection (e.g., AWS, Azure, GCP)
  • Building a migration roadmap and detailed plan
3. Architecture Design
  • Designing target architecture (network, compute, storage, security)
  • Right-sizing resources for performance and cost optimization
  • Planning for high availability and disaster recovery
4. Proof of Concept / Pilot
  • Testing migration of a sample workload
  • Validating tools, techniques, and configurations
  • Gathering stakeholder feedback and adjusting plans
5. Tool Selection & Setup
  • Selecting migration tools (e.g., AWS Migration Hub, DMS, CloudEndure)
  • Setting up monitoring and logging tools
  • Preparing scripts, automation, and templates (e.g., Terraform, CloudFormation)
6. Stakeholder Communication
  • Establishing roles, responsibilities, and escalation paths
  • Change management planning
  • Communicating timelines and impact to business units

🚀 Post-Migration Support

Post-migration support focuses on validating the migration, stabilizing the environment, and optimizing operations.

1. Validation & Testing
  • Verifying data integrity, application functionality, and user access
  • Running performance benchmarks and load testing
  • Comparing pre- and post-migration metrics
2. Issue Resolution & Optimization
  • Troubleshooting performance or compatibility issues
  • Tuning infrastructure or application configurations
  • Cost optimization (e.g., rightsizing, spot instance usage)
3. Security & Compliance
  • Reviewing IAM roles, policies, encryption, and audit logging
  • Ensuring compliance requirements are met post-migration
  • Running security scans and vulnerability assessments
4. Documentation & Handover
  • Creating updated documentation for infrastructure, runbooks, and SOPs
  • Knowledge transfer to operations or support teams
  • Final sign-off from stakeholders
5. Monitoring & Managed Support
  • Setting up continuous monitoring (e.g., CloudWatch, Datadog)
  • Alerting and incident response procedures
  • Ongoing managed services and SLAs if applicable