CloudShift Architect Studio v3.3 - Architecture Assessment and Workload Sizing

Assessment Inputs

1. Core Settings

Project Name

Industry Sector

Target User Scale

2. Customer Challenges

3. Workload Profile

Web / Portal Application API / Mobile Backend Enterprise Business Application E-Commerce / Transactional Platform Data & Analytics Platform AI / ML Platform IoT / Event-Driven Platform Media / Streaming Platform

4. Characteristics

Stateless Stateful Microservices Event Driven Real-Time Processing Batch Processing

5. Traffic

Access Pattern

Content / Traffic Pattern

Expected Users (MAU)

Monthly active users represent total users over a month. Peak concurrency estimates users active at the same time and is used for compute sizing.

Peak Concurrency Estimate Optional manual override. Leave blank to estimate automatically.

Est. Data Transfer (GB/Month)

6. Recovery Planning

Recovery Tier

Estimated Production Data Size (GB) Estimated total production data requiring backup, including databases, documents, uploaded files, and application storage. Use the best available estimate if exact figures are not yet available.

Avg Daily Change Rate (%)

Daily Retain (Days)

Weekly (Weeks)

Monthly (Months)

Yearly (Years)

Enterprise Architecture Assessment & Workload Sizing

Configure customer challenges, workload profiles, characteristics, traffic bounds, and recovery tiers. The rules engine will generate a holistic Google Cloud design, a primary compute platform, indicative sizing guidance, and an SLA assessment.

Customer Discovery Summary

Assessment Assumptions

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Indicative Workload Sizing

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Sizing Basis

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Primary Sizing Platform - -

Sizing Guidance

Executive Summary

Business Outcome

Recommended Architecture Pattern

Estimated Scale

Availability Target

Expected Benefits

Architecture Summary

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Proposed GCP Services

RTO Target

-

RPO Target

-

Disaster Recovery Design

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Backup Strategy & Retention

Security & Governance

Cost Optimization Recommendations

Assessment Assumptions

Deployment Considerations

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