Global Manufacturing Corporation Secures Enterprise Access with CyberArk Privileged Access Management

A multinational manufacturing and packaging corporation engaged CONVX to provide security architecture, business analysis, and project management for their enterprise CyberArk privileged access management (PAM) deployment. The Fortune 500 company required expert guidance to plan and execute a comprehensive PAM rollout across five critical phases covering their entire enterprise identity landscape.

Enterprise-Scale Privileged Access Risk: The corporation's global operations involved thousands of privileged accounts spanning enterprise administrators, cloud platform accounts, Active Directory administrators, service accounts, and workstation local administrators. Without centralized privileged access management, these accounts represented significant security risk.

Multi-Phase Complexity: The scope of the CyberArk deployment required systematic progression across five distinct account categories, each with unique technical requirements, stakeholder groups, and implementation considerations.

Requirements Definition: Before implementation could begin, the organization needed thorough requirements analysis for each phase, including security architecture design, project planning, and resource estimation.

CONVX provided the strategic planning, security architecture, and project management foundation for the enterprise CyberArk deployment.

Security Architecture and Business Analysis

Five-Phase Requirements Definition: CONVX conducted comprehensive business analysis and requirements definition for each CyberArk deployment phase:

1. Enterprise Account Management - Securing high-privilege administrative accounts 2. Cloud Administrator Accounts - Protecting cloud platform privileged access 3. Active Directory Administration - Managing AD administrator credentials 4. Service Account Management - Securing automated service accounts 5. Workstation Local Admin Management - Controlling endpoint privileged access

Security Architecture Design: For each phase, CONVX designed the CyberArk architecture including vault configurations, policy definitions, credential rotation schedules, and integration requirements with existing identity management systems.

Project Management and Resource Planning

Implementation Roadmap: We developed detailed project plans for each phase with milestones, resource requirements, timelines, and risk assessments enabling the corporation to execute the deployment with confidence.

Stakeholder Coordination: CONVX managed communications and requirements gathering across multiple business units and technology teams, ensuring the CyberArk deployment addressed the needs of all privileged access stakeholders.

Identity and Access Management:

• CyberArk Privileged Access Management platform
• Enterprise account credential management
• Cloud administrator access governance
• Active Directory administration controls
• Service account lifecycle management
• Workstation local admin management
• Identity and Access Management (IAM) integration

Comprehensive PAM Roadmap: Detailed requirements and project plans across five deployment phases provide the corporation with a clear, executable path to enterprise-wide privileged access management.

Risk-Prioritized Approach: Security architecture analysis identified and prioritized the highest-risk privileged access categories, ensuring the most impactful phases are addressed first.

Efficient Implementation Foundation: Thorough upfront planning and requirements definition reduces implementation risk and rework, enabling more efficient execution of the multi-phase CyberArk deployment.

This engagement demonstrates CONVX's capability in enterprise security architecture and privileged access management planning for Fortune 500 organizations. Our ability to analyze complex identity landscapes, design phased CyberArk architectures, and develop executable project plans across multiple security domains reflects the strategic security expertise that large enterprises require to manage privileged access at scale.