Assessments

AI Infrastructure Operations Readiness – Embedding (Agentic) AI Securely and Scalably in IT Infrastructure Operations

Our AI Infrastructure Operations Readiness Assessment provides a solid foundation for decision-making regarding the deployment of Agentic AI within your IT infrastructure organization. Together, we analyze operational processes, data, knowledge, interfaces, automation, roles, and existing controls. Based on this analysis, we develop a target vision that includes a target operating model, a technology-neutral reference architecture, a control framework, and a pilot blueprint.

Contact Person

Christian Kabelin

Principal

Satisfied customers from SMEs and large corporations

Here's what the AI Infrastructure Operations Readiness Assessment boils down to

Top Consultant Award
Your highlights at a glance:

Scope and Services of the AI Infrastructure Operations Readiness Assessment

Module 01

Current Status & Readiness Assessment

Result: A documented current state analysis, a readiness assessment, a list of gaps and recommended actions, and a prioritized long list of use cases.

  • Analysis of relevant operational performance metrics, processes, roles, and responsibilities
  • Incorporation of data and knowledge sources, tools, and existing automations
  • Review of Existing Interfaces and Control Mechanisms
  • Assessment of Organizational, Technical, and Operational Readiness
  • Identification of gaps, dependencies, and prioritized areas for action
  • Creation of a long list of potential AI and Agentic AI use cases

Module 02

Target Operating Model & Governance

Result: Target Operating Model, role model, RACI, and governance and escalation model for a manageable Agentic AI operation.

  • Shaping the future collaboration between business units, IT operations, security, architecture, sourcing partners, and AI capabilities
  • Definition of Roles, Responsibilities, and Decision-Making Authority
  • Development of a RACI Model and an Escalation Process
  • Clarification of Approvals, Exceptions, and Human Responsibility
  • Review of Appropriate Sourcing and Operating Models

Module 03

Reference Architecture & Control Framework

Result: A technology-neutral reference architecture, capability model, levels of autonomy, and control framework for safe, observable, and controllable operation.

  • Development of a Technology-Neutral Target Architecture
  • Definition of Logical Components for Identity, Knowledge, Tool Use, and Policy
  • Design of Authorization, Observability, Verification, and Auditability
  • Consideration of Rollback, Reversibility, and Resilience
  • Definition of Security and Compliance Requirements
  • Establishing Appropriate Levels of Autonomy for Different Activities

Module 04

Pilot Blueprint for an End-to-End Breakthrough

Result: A fully detailed pilot blueprint, including a project charter, end-to-end process design, a test and evaluation catalog, a set of KPIs, and an implementation plan.

  • Selection and evaluation of a suitable operational process as a pilot candidate
  • Definition of the initial situation, data, roles, interfaces, and risks
  • Specification of the End-to-End Process Design
  • Defining tests, KPIs, exit gates, and the implementation path
  • Description of Verification, Approvals, and Checkpoints
  • Preparing for Subsequent Technology and Implementation Decisions

Module 05

Scaling, Skills, Sourcing, and Business Case

Deliverables: Reusable Pattern Catalog , Skills and Organizational Plan, Scaling Roadmap, Business Case, Risk Register, and Executive Decision Pack.

  • Translating the results into reusable patterns and standards
  • Developing a Roadmap for Skills, Organization, and Sourcing
  • Evaluation of Benefit Hypotheses, Risks, and Scaling Assumptions
  • An Analysis of Organizational Development and Required Skills
  • Development of a business case for further implementation
  • Consolidation of Risks, Countermeasures, and Decision-Making Needs

Are you looking for something else? An overview of all workshops.

Who is the AI Infrastructure Operations Readiness Assessment intended for?

The assessment is designed for companies and organizations that want to thoroughly prepare for, securely implement, and scalably deploy Agentic AI in IT infrastructure operations.

  • CIOs, CTOs, and IT leaders
  • IT Infrastructure Operations Manager
  • CISOs, security, and compliance officers
  • Enterprise and Solution Architects
  • Head of Automation, Data, and AI
  • Sourcing and Service Management Teams
  • Companies with complex operational processes, system landscapes, and support structures

Concrete results—that’s what you’ll get after the assessment

After completing the AI Infrastructure Operations Readiness Assessment, you will have a robust, comprehensive package for the strategic evaluation and secure implementation of (agentic) AI in IT infrastructure operations.

Your Key Takeaways:
  • Executive Decision Pack: Executive Summary with a Target State, Action Options, Decision Requirements, Risks, and Recommendations
  • Documented Current State: Operational Performance, Processes, Roles, Data Sources, Tools, Automations, and Interfaces
  • Readiness Assessment: Maturity Profile, Gap Analysis, Prioritized Actions, and Dependencies
  • Use Case Shortlist: Transparent Evaluation and Prioritization of Potential Pilot Candidates
  • Target Operating Model: Role Model, Responsibilities, RACI, Governance, Approvals, and Escalations
  • Technology-Neutral Reference Architecture: Capability Model and Logical Architecture for Secure and Observable (Agentic) AI Operations
  • Control Framework: Requirements for Identity, Authorization, Policy Enforcement, Evidence, Audit, Monitoring, Verification, and Rollback
  • Pilot Blueprint: Technical Specification for a Future End-to-End Pilot, Including Test, KPI, and Gate Concepts
  • Scaling Roadmap and Business Case: Implementation Sequence, Skills, Organization, Sourcing, Benefit Hypotheses, and Risks
  • Consolidated Risk and Action Register: Documentation of Open Assumptions, Risks, Countermeasures, and Decision Requirements

AI Infrastructure Operations Readiness: Group Size, Location & Format, Cost

The implementation will be tailored to your organization, IT infrastructure, stakeholders, and information needs. The focus is on a structured combination of interviews, workshops, and management reviews.

Your Contacts for the AI Infrastructure Operations Readiness Assessment

Christian Kabelin
Christian Kabelin Kontakt

AI Infrastructure Operations Readiness: About Ventum Consulting

The implementation will be tailored to your organization, IT infrastructure, stakeholders, and information needs. The focus is on a structured combination of interviews, workshops, and management reviews.

01

Over 20 years of leadership experience

Leadership, Digitalization, and Culture: A Joint Perspective.

02

Practical rather than theoretical

Make AI applications a tangible part of day-to-day management.

03

Leadership Focus

People, teams, and collaboration are at the heart of everything we do.

04

Hands-On AI Experience

Real AI tools, prompting, and management use cases included.

05

Integrated Governance & Data Protection

Security and compliance are built right in from the start.

06

Sustainable Change

Your teams learn directly from real-world experience, with a focus on a long-term culture of learning and leadership rather than short-term initiatives. Project.

Our references and projects

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    FAQ – Frequently Asked Questions About the AI Infrastructure Operations Readiness Assessment

    The assessment provides a robust basis for decision-making regarding the deployment of Agentic AI in IT infrastructure operations. It combines an analysis of the current state, a readiness assessment, a target operating model, governance, a reference architecture, pilot design, and scaling planning.

    No. The reference architecture is developed to be technology-neutral. The assessment defines capabilities, interfaces, data requirements, and controls. The specific selection of platforms, models, or vendors can take place in a subsequent step.

    Before implementing far-reaching agent-based decision-making logic, activities should be automatable, testable, observable, and reversible. This allows risks to be mitigated and higher levels of autonomy to be built up in a controlled manner.

    The pilot blueprint describes a suitable end-to-end process in sufficient detail to serve as the basis for a subsequent pilot project. It includes, among other things, the current state, data, roles, risks, test design, KPIs, exit gates, and implementation path.

    The pilot blueprint defines appropriate KPIs, test criteria, and exit gates. Factors that can be considered include, for example, process quality, degree of automation, processing time, verification rate, error rate, security incidents, or reusability.

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