IKEVAR

Services / Architecture paths

Architecture and engineering services for complex enterprise systems.

We help technology, security, cloud, AI, governance, and enterprise leaders turn ambiguous objectives into explicit architecture decisions, engineering patterns, control models, and implementation-ready direction.

Engagement depth

Not every enterprise problem needs the same level of intervention.

We scale from decision support to architecture definition and implementation-ready engineering based on the problem, system maturity, risk, operating constraints, and delivery context.

Advisory decision support

Clarify priorities, tradeoffs, risk, operating constraints, and investment direction before committing to an architecture path.

Architecture definition

Define target-state patterns, boundaries, control models, design decisions, and cross-functional responsibilities.

Implementation-ready engineering

Translate architecture into ADRs, control specifications, backlog guidance, integration patterns, and delivery artifacts.

Service architecture

Know when to engage us, what architecture decisions we will work through, and what your teams will receive.

AI security architecture

Enterprise AI Security Architecture

Secure-by-default architecture for GenAI, RAG, agentic systems, AI gateways, model access, enterprise data, and runtime controls.

Decision / implementation outcome

A defensible target architecture that engineering, security, governance, and leadership can use to make consistent implementation decisions.

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When to engage

  • AI pilots are moving toward production without a shared security architecture.
  • Agent, tool, model, or retrieval access paths are difficult to govern consistently.
  • Security, platform, and AI teams need one implementable target state.

What you receive

  • Secure AI reference architecture
  • LLM / RAG / agent threat model
  • AI gateway and MCP security patterns
  • Identity and authorization model
  • ADRs and implementation roadmap

Relevant technical depth

Trust boundaries, identity, authorization, data movement, retrieval, tool use, gateways, runtime policy, observability, and evidence.

Cloud governance

Cloud Governance and Platform Security

Governance architecture for identity, policy, secrets, infrastructure, workloads, and shared platform controls across distributed cloud environments.

Decision / implementation outcome

A coherent governance model that reduces architecture ambiguity and gives delivery teams reusable platform guardrails.

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When to engage

  • Cloud growth has created inconsistent identity, policy, or platform-security patterns.
  • AI workloads are introducing new secrets, data, networking, and workload-identity requirements.
  • Platform teams need reusable guardrails instead of one-off security reviews.

What you receive

  • Cloud governance architecture
  • IAM and workload identity model
  • Platform security patterns
  • Secrets and policy design
  • Multi-cloud operating model

Relevant technical depth

AWS, Azure, GCP, Kubernetes, workload identity, policy enforcement, secrets, shared services, and control-plane governance.

Secure adoption

Secure AI Adoption Strategy

A practical path from AI experimentation to governed enterprise adoption with risk-tiered use cases, decision criteria, and implementation sequencing.

Decision / implementation outcome

A prioritized adoption plan that connects business ambition to the architecture, controls, ownership, and sequencing required for production.

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When to engage

  • Leadership wants to scale AI but teams do not share one risk or architecture model.
  • Use cases are accumulating faster than security and governance decisions can keep up.
  • The organization needs a credible pilot-to-production path.

What you receive

  • Secure AI adoption roadmap
  • Use-case risk tiering
  • Pilot-to-production plan
  • Stakeholder decision framework
  • Executive and technical workshop outputs

Relevant technical depth

Use-case prioritization, risk tiering, adoption sequencing, operating model, decision forums, architecture dependencies, and production-readiness criteria.

AI governance

AI Governance and Compliance Readiness

Translate AI risk, privacy, security, and audit expectations into policy-backed control models and evidence-ready operating practices.

Decision / implementation outcome

A governance model that can be discussed with leadership, implemented by technical teams, and supported with traceable evidence.

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When to engage

  • AI policies exist but are not connected to technical enforcement or evidence.
  • GRC and engineering teams are using different language for the same risks.
  • Reviewers need traceability from policy to architecture, controls, and evidence.

What you receive

  • NIST AI RMF alignment model
  • OWASP LLM risk mapping
  • SOC 2 readiness evidence model
  • Policy-to-control traceability
  • AI governance operating model

Relevant technical depth

Governance operating model, control mapping, policy decisions, evidence architecture, review workflows, exceptions, and readiness assessments.

Regulated workflows

Healthcare and Regulated AI Workflow Architecture

Secure, reviewable AI workflows for environments where sensitive data, human oversight, and auditability are design requirements.

Decision / implementation outcome

A workflow architecture that makes review, accountability, sensitive-data handling, and operational control explicit before implementation.

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When to engage

  • AI is entering workflows that handle sensitive or regulated information.
  • Human review, approval, escalation, or evidence requirements are unclear.
  • Business workflow design and technical control design need to be aligned.

What you receive

  • Sensitive-data workflow architecture
  • Human review and approval patterns
  • Regulated workflow control model
  • Evidence and documentation flow
  • Secure integration operating model

Relevant technical depth

Sensitive-data flows, human-in-the-loop controls, approval paths, integration boundaries, evidence capture, exception handling, and operating procedures.

Executive advisory

Executive Advisory and Solution Design

Architecture-led advisory for leaders shaping AI transformation, investment priorities, client programs, and implementation decisions.

Decision / implementation outcome

A clearer decision path with architecture, tradeoffs, sequencing, and implementation expectations made explicit for stakeholders.

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When to engage

  • Leadership needs a technically credible point of view before funding or committing to a path.
  • A complex initiative needs alignment across executives, security, cloud, data, and delivery teams.
  • A solution narrative or roadmap needs enough architecture depth to be actionable.

What you receive

  • Executive architecture workshop
  • Solution narrative and options
  • Delivery roadmap
  • Proposal / SOW shaping support
  • Leadership and technical stakeholder materials

Relevant technical depth

Executive workshops, target-state framing, architecture options, delivery sequencing, investment tradeoffs, proposal shaping, and stakeholder alignment.