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Technology Ecosystem

The AI Technology Stack Behind Intelligent Systems

Cortex Texas AI selects and combines AI models, orchestration frameworks, knowledge systems, software technologies, integrations and infrastructure according to the needs of each project — not a fixed stack.

Approach

Technology Chosen for the System, Not the Hype

Cortex Texas AI evaluates every model, framework and platform against the requirements of the system it's going into — not according to what's newest or most talked about. The same evaluation criteria apply regardless of vendor.

  • Accuracy
  • Latency
  • Cost
  • Security
  • Integration Requirements
  • Data Requirements
  • Maintainability
  • Scalability

The Stack

How the Layers Work Together

INTELLIGENCE Foundation Models / AI Models The language, reasoning and multimodal models a system calls.
ORCHESTRATION Agents / Workflow / AI Frameworks The frameworks that coordinate multi-step reasoning and tool use.
KNOWLEDGE RAG / Vector Databases / Search Retrieval infrastructure that grounds AI in an organization's own data.
VOICE & INTERACTION Voice / STT / TTS / Communication Telephony and speech technology for voice-based AI interaction.
APPLICATION ENGINEERING Backend / Frontend / Mobile The software a business system is actually built and shipped in.
DATA Databases / Storage The databases and storage systems an application runs on.
INFRASTRUCTURE & INTEGRATION Cloud / APIs / Webhooks / DevOps The cloud, API and deployment layer connecting everything above to the business.

By Category

Technology Categories

Intelligence

The foundation models and AI platforms Cortex builds and integrates against.

Orchestration

The frameworks that coordinate multi-step reasoning, tool use and agent workflows.

Knowledge

Retrieval, vector search and knowledge infrastructure that ground AI in your own data.

Voice

Telephony, speech-to-text and text-to-speech technology for voice-based AI interaction.

Engineering

The backend, frontend and integration technologies Cortex builds production systems with.

Data

The databases and storage systems AI-enabled business applications are built on.

Process

How Technology Is Selected

Technology selection follows the business system's requirements, not the other way around.

  • 01

    Business Requirement

    What the system actually needs to do.

  • 02

    Architecture Requirements

    Accuracy, latency, cost, security and data constraints for that requirement.

  • 03

    Technology Evaluation

    Candidate models, frameworks and platforms assessed against those constraints.

  • 04

    Prototype / Validation

    A working prototype tests the choice against real data and workflows.

  • 05

    Production Selection

    The validated technology is built into the production system.

Composition

Technology + Business Systems

AI Model Knowledge Business APIs Software Data Automation Complete AI-Enabled Business System

Responsible Engineering

Security & Engineering Principles

  • Least-Privilege Access

    Systems and credentials are scoped to only what a given workflow needs.

  • Data Minimization

    Only the data a task genuinely requires is sent, stored or logged.

  • Observability

    Requests, model calls and automated actions can be logged and traced.

  • Vendor Abstraction Where Appropriate

    Application logic is kept separable from any single model or platform provider.

  • Maintainable Architecture

    Systems are built to be understood, extended and handed off, not just shipped.

  • Secure APIs

    Integrations use authenticated, scoped and auditable connection methods.

  • Controlled Model Access

    Access to model calls and outputs is limited to the systems and roles that need it.

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Need Help Choosing the Right AI Stack?

Talk with our engineering team about which models, frameworks and infrastructure actually fit your system.