AWS Telecom Cloud Migration Services: 5G Core & Edge Solutions
Zintech orchestrates AWS Telecom Cloud Migration, transitioning legacy Physical (PNFs) and Virtual Network Functions (VNFs) to a Cloud-Native (CNFs) architecture. Leveraging 3GPP-compliant 5G Core (5GC) evolution across AWS Outposts, Local Zones, and Wavelength, we deliver carrier-grade User Plane Function (UPF) performance and NEBS-compliant edge infrastructure.
What is AWS Telecom Cloud Migration?
AWS Telecom Cloud Migration is the architectural transition of legacy Physical (PNFs) and Virtual Network Functions (VNFs) to a Cloud-Native (CNF) model on AWS. Zintech orchestrates this 3GPP-compliant 5G Core (5GC) evolution across AWS Outposts, Local Zones, and Wavelength, delivering carrier-grade User Plane Function (UPF) performance and NEBS-compliant edge infrastructure. Leveraging Zintech's proven zero-downtime migration strategy, we help telecom firms modernize legacy infrastructure without service disruption.
Strategic Comparison: Generic Hosting vs. Zintech Telecom Framework
Our 3-Step Telecom Infrastructure Roadmap
We conduct a deep-dive audit of legacy BSS/OSS flows to identify bandwidth and source-access bottlenecks. We map network signaling and technical debt to ensure Data Sovereignty compliance before any data is migrated via secure AWS Direct Connect links.
We build secure AWS Landing Zones utilizing AWS DataSync for 10x faster, automated data movement. Using AWS Wavelength and Local Zones, we enforce <10ms latency and NEBS-compliant scalability for mission-critical 5G workloads.
We implement a Blue-Green Parallel Run ensuring Five Nines (99.999%) availability for critical network functions. This allows for a verified transition to AWS-native infrastructure without interrupting real-time billing or subscriber services.
Step 1: Network Inventory & Sovereignty Audit
Step 2: Carrier-Grade AWS Architecture Build
Step 3:Network Continuity & 5G Cutover
Engineering Governance & Expert Authority
"In the telecom sector, a migration failure is a regulatory failure. We treat every 5G core transition as a mission-critical operation, applying SRE (Site Reliability Engineering) guardrails to ensure that subscriber signaling and real-time billing remain uninterrupted."
— Yash Shende, Lead Cloud Architect
Our framework automates the re-platforming of legacy B/OSS and NFV workloads into AWS Cloud-Native Network Functions (CNFs) through Infrastructure-as-Code (IaC), ensuring carrier-grade reliability, regional data sovereignty, and zero-downtime state integrity for mission-critical 5G Core signaling.
AWS Edge Infrastructure & 5G Core Evolution
We resolve the fundamental constraints of bandwidth, source-access, and latency by shifting from legacy backhaul to a Cloud-Native Edge architecture.
The Edge Orchestration Protocol:
Frequently Asked Questions for 2026
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Our Services
AWS Migration – Zero Downtime: Achieve 99.9% reliability and 30% TCO recovery with SRE-led transitions.
Managed Cloud Ecosystem:
24/7 full-lifecycle governance and security for global enterprise workloads.Cloud Strategy & Consulting: Strategic infrastructure modernization and AI-ready cloud transformation.
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Headquarters: Wardha, India.
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