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Odock Blog: LLM Infrastructure, Security, and Cost Control

Practical articles for teams building AI products with multiple providers, MCP tools, security guardrails, and production governance requirements.

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July 18, 2026
Updated
Featured article
AI Gateway
July 18, 202612 min

From Laptop to Production: Self-Host LLMs with Ollama and vLLM, Then Distribute Them Like a Pro with Odock

You can prototype on Ollama in an afternoon and serve real production traffic on vLLM at 6x the throughput. The part most guides skip is what happens next: turning that self-hosted model into something you can safely hand out to teams, customers, or a pro tier with proper access control and billing.

ollama vs vllmself-hosted llmlocal llm productionvllm production deployment
YK

Youcef Kaddour

Founder at Odock and AI infrastructure engineer

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What you should take away

  • 1

    Ollama and vLLM solve different problems: Ollama is the fastest way to prototype with a local model, vLLM is what production traffic actually needs, with roughly 6x the throughput of Ollama under concurrent load, growing to over 16x on newer GPUs at scale.

  • 2

    A single GPU running vLLM can be materially cheaper than calling a hosted frontier API once you clear a few hundred requests per hour, but only if you also solve access control, multi-tenancy, and billing, which raw vLLM does not provide out of the box.

  • 3

    Odock treats a self-hosted vLLM (or Ollama) deployment as just another provider behind the gateway, which means your self-hosted model gets the same virtual keys, budgets, pricing, and usage records as any hosted provider, and can be distributed to internal teams or paying customers as a governed product.

All articles

Clear, technical writing for AI platform teams

AI Security
July 17, 2026

AI Agents Are Non-Human Identities Now: The 2026 Credential Sprawl Problem

Your AI agents are not features. They are non-human identities, they hold credentials, they act autonomously, and most security teams have no lifecycle for them at all. Here is why NHI sprawl became 2026's quiet agentic AI risk, and what fixing it actually requires.

YK

Youcef Kaddour

12 min
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AI Governance
July 17, 2026

ISO 42001 vs NIST AI RMF vs EU AI Act: One Gateway, Three Frameworks

ISO 42001, NIST AI RMF, and the EU AI Act are not competing standards, they are three different audiences asking overlapping questions. Procurement wants the certificate, US enterprise wants the risk methodology, the EU wants the legal evidence. Here is how to satisfy all three without building three separate programs.

YK

Youcef Kaddour

11 min
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AI Governance
July 17, 2026

Shadow AI in 2026: Why Banning Tools Fails and Governed Enablement Wins

Two-thirds of employees are already pasting real company data into AI tools nobody approved. The instinct is to block. The data says that fails. Here is the governed-enablement pattern that actually closes the gap, and how a gateway makes it real.

YK

Youcef Kaddour

11 min
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AI Governance & Compliance
July 3, 2026

EU AI Act 2026: What the August 2 Deadline Actually Means for AI Teams

August 2, 2026 is the date most AI teams have circled, but the Omnibus package quietly moved several high-risk deadlines. This is a plain-language guide to what is actually enforceable now, what slipped to 2027, and how to turn every AI request into audit-ready evidence.

YK

Youcef Kaddour

11 min
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AI Security
July 3, 2026

The 6 MCP Security Risks Every Enterprise Faces in 2026

The Model Context Protocol made it trivial to give AI agents tools. It also made it trivial to give attackers a way in. These are the six MCP security risks enterprise teams keep hitting in 2026, and the gateway controls that shut each one down.

YK

Youcef Kaddour

11 min
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