Readiness (Lift-and-Shift)

Readiness (Lift-and-Shift): Audit. Map. Execute.

Know exactly which systems can move now—and which need prep. Datafyze’s Readiness (Lift-and-Shift) service audits your applications and infrastructure, maps dependencies, and crafts a zero-downtime migration plan. The result: you shift workloads confidently, without surprise.

Key Capabilities

Cloud-Native Architecture

Workload Inventory & Audit

Catalog servers, databases, and services; measure compatibility with target cloud platforms.

API Enablement

Feasibility Analysis

Determine which workloads suit lift-and-shift versus those needing refactoring or replatforming.

Low-Risk Transition Paths

Migration Roadmap

Produce a detailed, phased timeline that teams can execute in parallel—minimizing business impact.

Containerization

Dependency Mapping

Visualize inter-service connections and data flows to identify migration order and sidecar requirements.

Code & Database Optimization

Risk Mitigation Plan

Define rollback strategies, test cutover points, and outline fallback procedures for every phase.

Proven Outcomes

1_30% increase in lead-to-opportunity conversion through automated workflows

Identified 95% of mission-critical workloads as lift-and-shift ready.

Reduced analysis phase by 50% through automated tooling and expert review.

1_•-30% reduction in order-to-cash cycle times through automated workflows

Zero production interruptions during cutover in pilot migrations.

FAQs

What is a lift-and-shift migration readiness assessment?
It’s a service that audits your on-premises systems, maps dependencies, and plans a direct move to the cloud with minimal changes—ensuring workloads run seamlessly post-migration.
We use automated discovery tools and stakeholder interviews to chart every service and data flow, creating a dependency graph that guides migration sequencing and tooling requirements.
While no plan is foolproof, our phased cutovers, live data replication, and rollback procedures minimize risk—pilot migrations typically achieve uninterrupted service during cutover.