Cloud Readiness Assessment
Evaluate infrastructure, application architecture, dependencies and organizational prerequisites before migration. Identify changes needed to prepare for a move to the cloud.
Focus: migration readiness and prerequisites.
Cloud Assessment
What is a cloud assessment?
A cloud assessment reviews your infrastructure, applications, security, costs and operational readiness to identify risks and prioritize improvements. ape factory turns the findings into recommendations and a practical roadmap agreed with your team.
CLOUD / ASSESSMENT
01 / UNDERSTANDCurrent state
02 / EVALUATEFindings & priorities
03 / PLANActionable roadmap ↗
When to assess
When do you need a cloud assessment?
Use a cloud assessment before migration, modernization or major operational changes to identify dependencies, risks and investment priorities. It also helps diagnose rising costs, maintenance problems and security concerns in an existing environment.
- You need to understand migration readiness and application dependencies.
- Your cloud infrastructure has grown difficult to maintain or scale.
- Security posture or architectural risks need a closer review.
- Cloud spending is increasing without clear visibility into efficiency.
- You need a defensible sequence for modernization investments.
Assessment options
What can a cloud assessment cover?
A cloud assessment can cover readiness, infrastructure, costs, security, or architecture and software design. Choose one area or combine them according to your objectives and agreed scope.
Cloud Infrastructure Assessment
Review existing cloud configuration and infrastructure against your operational and technical requirements. Identify opportunities for improvement.
Focus: infrastructure suitability and configuration.
Cloud Cost Optimization Assessment
Examine available cost and usage information to identify potential waste, efficiency opportunities and areas requiring deeper analysis.
Focus: cost visibility and optimization opportunities.
Cloud Security Assessment
Evaluate agreed aspects of cloud security posture and controls, document observations and recommend improvements.
Focus: security posture and prioritized findings.
Cloud Architecture and Software Review
Examine cloud architecture and relevant application design to identify constraints, improvement opportunities and options for evolution.
Focus: architectural and application suitability.
Evaluation principles
Which assessment frameworks do we use?
We use relevant cloud adoption guidance and Well-Architected principles to structure the review. The choice depends on your provider, objectives and agreed scope; a generic checklist is not the assessment result.
Cloud adoption guidance
Consider readiness, dependencies, governance, organizational responsibilities and the requirements for migration or change.
Well-Architected principles
Use relevant architectural principles to inform questions about security, reliability, operations, performance and cost.
Framework terminology and guidance vary by cloud provider. This page does not claim a formal provider assessment, certification or endorsement.
How we work
How does a cloud assessment work?
We agree the scope, gather evidence, evaluate the environment, prioritize findings and develop a practical plan with your team. Access requirements and deliverables are confirmed before work begins.
- 01
Scope
Agree objectives, assessment type, systems, stakeholders, evidence and boundaries.
- 02
Discover
Collect relevant documentation, configuration and operational information; discuss context with your team.
- 03
Evaluate
Analyze the agreed areas and document observations, constraints and potential risks.
- 04
Prioritize
Compare opportunities using agreed criteria such as impact, effort, dependencies and urgency.
- 05
Plan
Review findings together and outline practical next steps and decision points.
What you receive
What will you receive from the assessment?
Proposed deliverables include current-state findings, risks and opportunities, prioritized recommendations, and a roadmap reviewed with your stakeholders. The exact outputs are confirmed during scoping.
Current-state findings
A documented summary of the assessed environment, observations and relevant constraints.
Risks and opportunities
Clearly described issues and improvement opportunities, with context for decision-making.
Prioritized recommendations
Suggested actions organized by agreed priorities, dependencies and likely effort.
Roadmap and findings workshop
A practical sequence of next steps, reviewed with your stakeholders.
Implementation, remediation, formal audits and ongoing management are not automatically included in an assessment.
Frequently Asked Questions
Cloud Assessment, Explained
We already operate in the cloud. Why would we need an assessment?
Cloud environments evolve over time, often accumulating architectural complexity, technical debt, security gaps, and operational inefficiencies. An independent assessment helps identify where your infrastructure still meets business requirements and where improvements would deliver measurable value. We focus on actionable findings, not recommending change for its own sake.
Which type of cloud assessment is right for us?
It depends on the decisions you need to make. A readiness assessment helps prepare for migration, while an infrastructure or architecture review evaluates existing environments. Security and cost assessments focus on specific risks and optimization opportunities. We help define the appropriate scope and can combine assessment areas when your challenges overlap.
Can you assess hybrid, private cloud, and Kubernetes environments?
Yes. Our expertise extends beyond public cloud platforms. We assess on-premises infrastructure, private cloud, hybrid architectures, and Kubernetes or OpenShift environments. We consider infrastructure, application dependencies, networking, storage, security, and operational processes within the agreed scope. Recommendations are based on your actual requirements rather than a preference for a particular cloud provider.
Do you need access to our production infrastructure?
Not always. The access required depends on the assessment objectives and depth of analysis. Many reviews can begin with architecture documentation, configuration exports, monitoring data, and workshops with your engineers. Where direct access is necessary, we agree on appropriate permissions and security boundaries in advance. Read-only access is preferred wherever practical, and production changes are not part of a standard assessment.
How long does a cloud assessment take, and what will we receive?
The duration depends on the size, complexity, and scope of your environment. We define the expected effort, timeline, and deliverables before starting. Typical outputs include documented findings, identified risks and opportunities, prioritized recommendations, and a practical improvement roadmap. We review the results with your stakeholders so your team can make informed decisions about the next steps.
Are we required to use ape factory for implementation afterward?
No. The assessment is a standalone engagement, and its findings and recommendations belong to you. Your team can implement the proposed improvements independently, work with another provider, or engage ape factory for the engineering work. We can support modernization, security improvements, cost optimization, and platform operations through separate engagements. The assessment provides a foundation for decisions, not an obligation to purchase additional services.
Technology
We work with the technologies modern platforms are built on.
Deep experience across cloud-native infrastructure, platform engineering, storage and open-source systems.
Platform
Kubernetes
Container orchestration for modern application platforms.
Platform
OpenShift
Enterprise Kubernetes platform for application delivery and operations.
Cloud
OpenStack
Open-source infrastructure for private and sovereign cloud platforms.
Storage
Ceph
Distributed software-defined storage for block, file and object workloads.
Storage
Rook
Kubernetes-native orchestration for distributed storage systems.