Technical Document

WHITE PAPER: Zyrabit Sovereign AI Architecture

High-Efficiency Small Language Models (SLMs) for Regulated Enterprise Infrastructure.

Version: 1.0-Production • January 2026 • Abraham Gómez (CEO)

1. Executive Summary (Abstract)

The enterprise AI landscape is currently paralyzed by a Sovereignty Trilemma: the inability to balance Privacy, Latency, and Cost within public cloud ecosystems. While 78% of regulated LATAM enterprises require local AI deployments to meet compliance (CNBV/GDPR).

Zyrabit-SLM breaks this cycle. This paper details a Local-First architecture using optimized Small Language Models (<14B parameters) that achieve an 81% reduction in OPEX and a 9x improvement in P99 latency by moving inference from the cloud to the user’s controlled infrastructure.

2. The Infrastructure Gap

Public AI APIs pose three critical risks to the LATAM market:

Regulatory Non-Compliance:

Sending PII (Personally Identifiable Information) to US-based servers violates Mexican and regional data residency laws (LFPDPPP).

Economic Instability:

Per-token pricing creates unpredictable costs. A 1:4 input/output ratio at 1B tokens/year creates an unsustainable financial burden.

The Latency Wall:

Public cloud round-trips from Mexico average 2,500ms, which is unacceptable for real-time agentic workflows.

3. The Zyrabit 3-Product Ecosystem

Our strategy is built on three distinct pillars to serve the market from community adoption to high-security enterprise nodes:

  • Zyrabit SLM Protocol (Open Core):

    An MIT-licensed engine designed to run 1B-8B parameter models on consumer-grade hardware. It provides the foundation for local inference without internet dependency.

  • Zyrabit Cortex (Enterprise):

    Our flagship closed-source orchestration layer. Built in Go 1.22+, it provides Zero-Trust data planes, air-gapped support, and automated sanitization of sensitive data (PII).

  • Zyrabit Lab:

    A specialized R&D unit focused on high-impact sectors (Insurance, Forensics) to build domain-specific SLMs optimized for regional languages and regulations.

4. Technical Architecture: The Tiering System

We categorize hardware capabilities to match computational reality:

Tier 1: Edge Sensing (IoT/Embedded)

  • Hardware: Raspberry Pi 5, NPU-enabled sensors, Drones.
  • Use Case: Real-time telemetry, pattern recognition, and structured data extraction (JSON).

Tier 2: Interactive Compute (Workstation/Mobile)

  • Hardware: M-series Macs (M1-M4), RTX-enabled laptops, Enterprise Servers.
  • Use Case: Full NLP, Sovereign RAG (Retrieval-Augmented Generation), and high-speed chat.
  • Performance: ~280ms P99 latency on Qwen 2.5 (7B quantized) compared to 2.5s on Cloud APIs.

5. Implementation & Commercialization

Unlike SaaS competitors, Zyrabit avoids the "Subscription Trap."

Revenue Model:

Annual Enterprise Node Licenses.

Deployment:

On-Premise or Private VPC (Alibaba Cloud, AWS, GCP).

Unit Economics:

Target 15:1 LTV/CAC ratio, with a typical hardware payback period of 3 to 6 months.

6. Leadership & Vision

Abraham Gómez, Founder & CEO: A Software Engineer with 9+ years of experience leading high-performance engineering teams. Formerly a Project Development Manager and Engineering Lead at DEUNA and Vinco, Abraham has a proven track record of optimizing cloud architectures across AWS, GCP, Azure and Oracle. His expertise lies in transforming complex regulatory requirements into scalable Fintech and Edtech products.

Key Data References (The Proof)

$220k
Cloud Cost (1B)
$40k
Zyrabit Cost
100%
On-Premise

About Zyrabit

We are building the standard for 'Local-First AI'. Zyrabit provides a Dockerized infrastructure to run Small Language Models (SLMs) and RAG pipelines entirely on consumer hardware or on-premise servers.

Our mission is to democratize access to AI for developers and SMEs who cannot use public cloud APIs due to data privacy or cost constraints. We apply Distributed Systems patterns (Sidecars, Adapters) to make local AI modular and scalable.