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SKYTEK Solutions

Azure Security & Best Practice Assessment

A structured review of your Azure IaaS environment designed to identify risk, validate architectural alignment, uncover security gaps, and provide a formal, prioritized path toward full remediation.

Assessment Approach
Security + Best Practice
Environment Focus
Azure IaaS
Primary Outcome
Roadmap + Formal SOW
Delivery Style
Executive + Technical

What This Assessment Is Designed To Solve

Unknown security gaps across virtual machines, networks, storage, and access paths
Inconsistent Azure configuration caused by rapid growth or legacy deployment methods
Weak governance, poor RBAC hygiene, or excessive administrative access
Limited visibility into backup, monitoring, resiliency, and recovery readiness
Cloud spend inefficiencies and architecture drift over time
Need for a formal remediation SOW backed by an expert-led assessment

Detailed Assessment Scope

SKYTEK performs a comprehensive, consultant-led review of Azure IaaS environments to evaluate both technical health and control maturity. The goal is not just to identify issues, but to produce actionable recommendations and a practical remediation plan.

🛡

Security Posture & Hardening

Review Microsoft Defender for Cloud recommendations, secure score, policy enforcement, baseline hardening, workload protection, logging, threat detection, vulnerability exposure, and security control maturity across the Azure IaaS estate.

🔑

Identity, Access & Privileged Control

Evaluate Entra ID integration, RBAC, PIM readiness, MFA coverage, Conditional Access alignment, service principals, legacy authentication exposure, administrative role sprawl, break-glass accounts, and privileged access hygiene.

🌐

Network Architecture & Segmentation

Assess virtual networks, peering, routing, NSGs, Azure Firewall, VPN/ExpressRoute design, public exposure, subnet segmentation, management plane access, jump host strategy, and east-west traffic controls.

🖥

Compute, OS & Workload Review

Inspect VM sizing, operating system lifecycle, patching approach, endpoint protection, backup agents, anti-malware, extension health, workload resiliency, and server placement against security and performance best practices.

🗄

Backup, Recovery & Business Continuity

Validate Recovery Services Vault design, backup coverage, retention, immutability considerations, restore testing maturity, disaster recovery strategy, replication dependencies, and documented recovery objectives.

💲

Cost Optimization & Operational Efficiency

Review resource sprawl, idle assets, rightsizing opportunities, reserved instance alignment, storage optimization, unmanaged growth, tagging discipline, lifecycle governance, and opportunities to reduce recurring cloud spend.

Methodology & Engagement Flow

Every assessment follows a structured delivery model that gives your leadership team clear visibility while giving your technical teams the detail needed to move from findings to execution.

Phase 1 – Discovery & Access Validation

  • Confirm scope, subscriptions, management groups, regions, and business priorities
  • Collect access required for assessment activities and read-only review
  • Document current architecture, dependencies, and known pain points
  • Identify key stakeholders for security, infrastructure, and application ownership

Phase 2 – Technical Assessment

  • Review Azure landing zone maturity, governance structure, and policy framework
  • Assess identity controls, RBAC assignments, admin paths, and privileged access exposure
  • Review network security, ingress/egress controls, segmentation, and remote connectivity
  • Evaluate VMs, storage, backup, monitoring, logging, and security tooling configuration
  • Analyze resilience, operational readiness, and cost optimization opportunities

Phase 3 – Findings & Best Practice Alignment

  • Categorize findings by critical, high, medium, and low priority
  • Map observations to Microsoft-recommended best practices and cloud security controls
  • Identify quick wins, strategic improvements, and areas requiring architectural redesign
  • Prepare business-friendly explanation of risk, impact, and recommended corrective action

Phase 4 – Roadmap & Formal Remediation SOW

  • Build a phased remediation plan with clear sequencing and workstreams
  • Define implementation assumptions, out-of-scope items, and client dependencies
  • Prepare formal SOW for hardening, remediation, optimization, and documentation
  • Review recommendations in a stakeholder presentation and answer technical questions
📋

Deliverables

  • Executive summary for leadership with business risk context
  • Detailed Azure findings register with severity and remediation guidance
  • Security and best practice gap analysis across Azure IaaS services
  • Target-state recommendations aligned to Microsoft cloud standards
  • Prioritized remediation roadmap with phased execution model
  • Formal Statement of Work for full remediation and optimization
  • Optional budgetary estimate for remediation implementation

Common Risks Found During Azure Reviews

Over-permissioned administrative roles and weak RBAC governance.

Publicly exposed services or insufficient network segmentation.

Inconsistent backup coverage and limited recovery validation.

Security recommendations present in Azure but not formally remediated.

Resource sprawl, unmanaged growth, and avoidable recurring cloud spend.

🔒

Identity Hardening

Reduce privilege exposure, strengthen access controls, and align administrative access with least privilege principles.

Governance Alignment

Standardize policy, tagging, subscription governance, monitoring, and baseline controls across the Azure estate.

🔄

Resiliency Improvements

Improve backup, recovery, monitoring, alerting, and continuity planning to support operational stability.

🏢

Executive Readiness

Produce findings and recommendations that leadership can understand, approve, and prioritize for action.

Sample Statement of Work – Full Azure Remediation

The assessment is the foundation. Once findings are finalized, SKYTEK prepares a formal remediation SOW that converts observations into a structured implementation plan.

Project Objective

SKYTEK Solutions will perform full remediation of the Client’s Azure IaaS environment based on the findings produced during the Azure Security & Best Practice Assessment. The objective is to improve security posture, reduce operational risk, align the environment to Microsoft cloud best practices, increase resilience, and establish a cleaner target-state architecture for ongoing support and future growth.

Indicative Remediation Scope

Remediation may include hardening of identity and access controls, RBAC cleanup, MFA and Conditional Access alignment, NSG and firewall rule refinement, public exposure reduction, Azure Policy deployment, Defender for Cloud tuning, VM hardening, patching improvements, backup and disaster recovery corrections, monitoring and alerting enhancements, logging improvements, tagging and governance alignment, and cost optimization actions where approved by the Client.

Remediation Workstreams

Work will be executed in structured phases: critical risk remediation first, high-priority best practice corrections second, architectural optimization third, and final validation/documentation fourth. Change control will be followed for any production-impacting activity. All implementation steps will be coordinated with Client stakeholders and scheduled to minimize business disruption.

Client Responsibilities

Client will provide timely access, stakeholder participation, approvals for production changes, licensing where required, and review of proposed recommendations. Client is responsible for any third-party application dependencies, vendor coordination, and business sign-off where application owners must validate operational impact.

Assumptions & Exclusions

Unless explicitly added, application code remediation, non-Azure systems, end-user workstation work, line-of-business application troubleshooting, penetration testing, and managed SIEM/SOC services are excluded. Pricing and timeline will depend on complexity, number of subscriptions, regions, workloads, and the volume of corrective actions authorized by the Client.

Illustrative Remediation Phases

Phase 1: Critical security corrections and exposure reduction
Phase 2: Identity, access, governance, and policy alignment
Phase 3: Backup, monitoring, resiliency, and operational maturity
Phase 4: Optimization, validation, documentation, and handoff

Frequently Asked Questions

What is included in the Azure assessment?
The assessment includes review of Azure architecture, identity and access controls, security posture, networking, workloads, backup and resiliency, monitoring, and cost efficiency, along with best practice recommendations and a formal remediation roadmap.
Is this only for large enterprises?
No. The engagement can be scaled for small, mid-sized, or enterprise Azure IaaS environments. The depth and pricing are typically based on subscription count, workload complexity, and the number of systems in scope.
Why is a separate assessment needed before the remediation SOW?
A formal assessment ensures the remediation SOW is accurate, risk-based, and aligned to the actual state of the environment. It prevents vague scoping, hidden technical debt, and cost overruns during implementation.
Do you provide the remediation work after the assessment?
Yes. SKYTEK can deliver the full remediation engagement, including phased execution, change coordination, hardening, optimization, documentation, and ongoing support as needed.

Need a formal review of your Azure IaaS environment?

SKYTEK delivers structured Azure assessments that help organizations understand risk, prioritize improvements, and move into a clear remediation program backed by a formal Statement of Work.

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