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Use cases

From DevSecOps to enterprise AI adoption, with measurable outcomes.

Industrializing DevSecOps (first use case)

DevSecOpsSecurityGovernance
The Problem

Security comes too late: checklists, exceptions, and end-of-cycle rework.

The Solution

Argy's first use case: secure-by-default workflows codified in modules, with policies, gates, and runbooks.

Outcomes

Less rework, Explicit decisions, Measurable maturity

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Governing enterprise AI

AIGovernanceSecurity
The Problem

POCs multiply, API keys sprawl, and costs and risks are hard to control.

The Solution

A single LLM Gateway with quotas, audit, filters, and tenant-aware RAG to keep usage under control.

Outcomes

Controlled AI adoption, Full traceability, Vendor independence

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Building assistants and AI agents

AIAutomationGovernance
The Problem

Each team experiments with agents without a shared framework or data boundaries.

The Solution

Governed agents connected to RAG, orchestrated by reusable modules and policies.

Outcomes

Faster production rollout, Reusable workflows, Preserved confidentiality

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Launching an IDP for a scale-up

ScaleSelf-serviceStandardization
The Problem

A small platform team, high demand, and pressure to deliver without breaking production.

The Solution

Argy provides a self-service experience with ready-to-configure 'golden path' modules.

Outcomes

Time-to-value in weeks, 60% fewer Ops tickets, Adopted standards

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Standardizing multi-team delivery

StandardizationGovernance
The Problem

Every team does it 'their way': pipelines, conventions, gates, environments... hard to govern.

The Solution

Versioned and configurable patterns, applied per environment and per product.

Outcomes

More predictable releases, Reduced drift, Faster onboarding

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Reducing Ops/SecOps tickets

OperationsSelf-serviceGovernance
The Problem

Ops teams become a bottleneck: access, environments, runbooks, recurring changes.

The Solution

Controlled self-service via modules + policies: standardized, automated, traceable requests.

Outcomes

Fewer manual requests, Better quality of service, Traceability

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Accelerating environment provisioning

ProvisioningStandardizationSelf-service
The Problem

Creating an environment takes days, and the result is never identical.

The Solution

IaC baselines + environment models (DEV/UAT/PRD) with parameters and guardrails.

Outcomes

Provisioning in hours, Reproducibility, Integrated controls

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Steering execution (SLOs, observability, FinOps)

OperationsObservabilityFinOps
The Problem

Lack of steering loops: reliability, costs, incidents. Rituals are not standardized.

The Solution

Runbooks and SRE/FinOps baselines in the catalog, with indicators and ownership.

Outcomes

Better reliability, Controlled costs, Continuous improvement

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Regulated banking & fintech

FinanceSecurityGovernance
The Problem

Strict audit requirements, manual validations, and a high compliance burden.

The Solution

Embedded policies, traceable approvals, and centralized execution evidence per tenant.

Outcomes

Continuous compliance, Fewer manual checks, End-to-end traceability

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Healthcare & sensitive data

HealthcareSecurityGovernance
The Problem

Strong GDPR constraints, segmented access, and protected internal data.

The Solution

Multi-tenant isolation, ACL-based RAG, and secure-by-default workflows.

Outcomes

Protected data, Controlled access, Governed AI usage

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Industrial & multi-site IoT

ManufacturingOperationsStandardization
The Problem

Heterogeneous sites, multiple environments, and complex governance.

The Solution

Standardized golden paths + on-site agents to execute locally.

Outcomes

Multi-site standardization, Consistent deployments, Automated run ops

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European SaaS

GDPR compliant & hosted in EU

No Lock-in

Built on open standards

API-First

Everything is automatable

Ready to turn AI into an enterprise operating system?

Share your context (toolchain, constraints, org). We’ll propose a pragmatic rollout that makes AI governed, scalable, and sovereign.