SNWN Tech Solution helps enterprises modernize legacy data centers, reduce infrastructure complexity, and accelerate cloud-native transformation. We deliver scalable IT modernization, application containerization, workload migration, and infrastructure automation to improve performance, strengthen security, optimize resource utilization, and build resilient, future-ready digital environments that support evolving business demands.
Active-active multi-datacenter and hybrid cloud resiliency architectures that eliminate single points of failure, ensuring round-the-clock operational continuity for business-critical applications.
Achieved through hyperconverged infrastructure consolidation, rigorous software licensing rightsizing, automated workload scheduling, and multi-tier capacity optimization.
Seamless transition from manual, error-prone provisioning routines to 100% declarative Infrastructure as Code (IaC), GitOps delivery pipelines, and automated policy validation.
Methodical, phased workload cutovers backed by continuous block/file replication, parallel canary testing environments, and automated instant-rollback protocols.
A direct side-by-side comparison of legacy manual operations against SNWN's automated digital transformation approach.
End-of-life servers, escalating co-location expenses, power/cooling inefficiencies, and rigid vendor hardware lock-in.
Hybrid & Cloud Migration: Automated decommissioning, lift-and-optimize workload migration to modern bare metal, public cloud, or enterprise hyperconverged infrastructure (HCI).
Fragile, tightly coupled codebases anchored to legacy OS versions, causing slow feature rollouts and heightened vulnerability risks.
Containerization & Microservices: Decouple monoliths into lightweight Docker containers orchestrated by production-grade Kubernetes (EKS/AKS/GKE/OpenShift).
Punitive per-core hypervisor, database, and OS licensing models draining annual operating budgets.
License Optimization & Refactoring: Strategic refactoring to open-source databases (PostgreSQL/MySQL) and cost-effective open-source virtualization stacks.
Engineers manually configuring environments, creating unstable "snowflake" servers, unpatched security gaps, and operational bottlenecks.
100% Declarative IaC: Automated fleet management utilizing Terraform, Ansible, and OpenTofu embedded with continuous compliance and policy enforcement.
Untested tape/disk backups, manual offsite procedures, and multi-day RTO/RPO metrics exposing the organization to severe risk.
Automated Cloud Disaster Recovery: Continuous block-level replication, multi-region failover orchestration, and automated non-disruptive DR drills.
Execute data-driven 6-R cloud migrations with deep dependency mapping to transition workloads smoothly from legacy datacenters to hybrid clouds.
Decouple monolithic applications into containerized microservices orchestrated on enterprise Kubernetes clusters with automated CI/CD pipelines and horizontal scaling.
Eliminate latency spikes and IOPS bottlenecks using high-throughput NVMe storage tiers, distributed Redis caching, and optimized compute resource allocation.
Migrate costly legacy proprietary databases to cloud-managed Amazon Aurora, Google Cloud SQL, and Azure Database for PostgreSQL without downtime.
Codify cloud environments using modular Terraform, OpenTofu, and Ansible blueprints to provision identical staging and production infrastructure in minutes.
Maintain continuous availability with 24/7 Site Reliability Engineering, full-stack telemetry observability, capacity forecasting, and sub-15-minute incident response SLAs.
Quality Management System
Information Security Management
Azure Solutions Architect
Solutions Architect & CloudOps
RHCE Linux Enterprise
Certified Systems Professional
Certified Administrator
Software Testing & Automation
Quality Management System
Information Security Management
Azure Solutions Architect
Solutions Architect & CloudOps
RHCE Linux Enterprise
Certified Systems Professional
Certified Administrator
Software Testing & Automation
Automated application discovery, dependency topology mapping, resource utilization auditing, and detailed TCO baseline modeling.
Designing cloud-native and hybrid target state blueprints, network isolation topologies, zero-trust security postures, and cost forecasts.
Codifying target environments in Terraform/Ansible, building automated CI/CD deployment pipelines, and staging workload environments.
Executing low-risk cutovers supported by continuous real-time data replication, non-disruptive dry runs, and instant rollback options.
Implementing continuous SRE operational oversight, automated security patching, and monthly FinOps cost-tuning reviews.
Absolutely. Through strategic replatforming and containerization, we wrap existing business logic into Docker containers and deploy them onto managed Kubernetes clusters. This delivers modern cloud benefits such as auto-scaling and self-healing without requiring expensive or risky code rewrites.
We implement continuous Change Data Capture (CDC) replication tools that sync production data to the target database in real time. The destination database stays continuously synchronized until cutover, requiring only a brief connection switch without service interruption.
We perform comprehensive core-density audits and workload rightsizing to lower license requirements, while helping organizations transition workloads to cost-effective alternatives like Nutanix AHV, KVM, OpenStack, or native cloud services.
Connect with a Senior Infrastructure Architect at SNWN Tech Solution today to audit your datacenter footprint, build your cloud transformation roadmap, and significantly reduce operational expenditure.
