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Platform Architecture

Vista Sora embeds LLMs in an architecture that constrains their weaknesses and leverages their strengths, from preplanning through monitoring.

Under the Hood

Five Layers Working Together

The architecture separates what LLMs do well (reasoning, synthesis, natural language) from what requires precision (math, constraint validation, data retrieval).

Layer
Function
Why It Matters
Data

Ingested, indexed authoritative sources (FLIP, NOTAMs, planning pubs)

Citable answers, not hallucinations

Tools

Deterministic algorithms for fuel, routes, throughput, constraints

Precision where math matters

Agents

LLM reasoning that orchestrates queries across data and tools

Natural language without sacrificing accuracy

Edge

Models deployable on tactical hardware

Works in DDIL, not just CONUS

Learning

Feedback loops capture operator corrections

Institutional knowledge that persists

Edge AI

Beyond Commercial AI API Endpoints

Operational planning can't depend on commercial AI APIs, and sensitive planning data shouldn't transit commercial cloud infrastructure. Vista Sora deploys from enterprise cloud to tactical edge, with the same capabilities at every tier.

Enterprise Cloud

Full capabilities in controlled cloud environments

On-Premise

Deploy within your security boundaries

Tactical Edge

Works in DDIL environments

More Than Just Chat

The Same Framework, Multiple Modalities

The agentic framework that orchestrates planning queries can deploy and coordinate vision-language models for imagery analysis, optimization algorithms for route planning, and specialized tools for constraint validation—all running on infrastructure you control.

Vision-Language Models

Satellite and aerial imagery analysis integrated with planning workflows

Constraint Validation

Specialized tools for regulatory and operational checks

Optimization Algorithms

Route planning with deterministic precision

Data Fusion

Multiple sources synthesized into actionable intelligence

Let's build your first agent together

Bring your hardest constraint problem. We'll show you how to build an agent that solves it.

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