The Anatomy of Automation

Discover how Oprel bridges the gap between advanced language models and your native desktop interface, turning natural language into precise cursor movements.

Phase 1

The Command Center

Triggered instantly via Ctrl+Shift+P on Windows and ⌘+Shift+P on macOS, the Command Center acts as the central brain. You describe your goal in plain English, and Oprel translates your intent into a structured execution plan.

Context Aware

Oprel understands what app you currently have open and tailors its initial actions based on your active screen context.

Instant Initiation

No coding required. Just ask Oprel to "Extract all invoices from email and upload to Stripe" and watch it build its plan.

Command Center Interface
Phase 2

The Blueprint

The VLA never starts cold. The moment you submit a task, a dedicated Plan Window opens where you and Oprel collaborate on exactly how the job should be done — before a single click is fired.

AI-Generated Options

Based on your task, Oprel instantly generates multiple approach options you can choose from — or ignore them entirely and write the plan out yourself, step by step.

You Own the Plan

Pick from suggested options, mix and match, or draft your own instructions. The plan is yours to shape — Oprel follows your lead, not the other way around.

Review & Accept

Once finalized, you see a clear summary of every planned action. Hit accept and the VLA begins — or say no, make changes, and refine until it's exactly right.

Phase 3

Vision & The Ghost Hand

Once commanded, Oprel utilizes the Oprel-Core Flash Vision Engine to literally "see" your screen. It identifies buttons, text fields, and layouts, then physically moves your cursor to interact.

Visual Node Mapping

Oprel continuously analyzes the UI, adapting on the fly if a button moves or a page takes longer to load.

Human-Like Input

It simulates genuine keystrokes and mouse movements, complete with an Electric Purple aura indicating active control. Press Ctrl+Shift+X at any moment to instantly halt all activity.

Phase 4

The Privacy Sieve

Security is built into the rendering loop. Before any visual data is sent to the AI engine for reasoning, the Privacy Sieve intercepts the frame and physically redacts sensitive information.

Solid Black Redaction

Passwords, API keys, and sensitive PII are covered with solid black boxes locally, ensuring they never leave your machine.

Ephemeral Processing

Screen data is held strictly in RAM for the duration of the task and is instantly purged upon completion.

Phase 5

Accounting & Reruns

Every action is meticulously logged. You are only billed for the exact seconds Oprel spends actively driving your system, managed via the Labor Accounting protocol.

Task History

Review previous executions, check the exact duration down to the second, and monitor your monthly labor balance.

One-Click Rerun

Loved how Oprel handled a workflow? Save it and run it again instantly from your dashboard without typing the prompt.

Task History Interface

The Architecture of Autonomy

Built to handle complex environments without breaking.

Dynamic Escalation

Oprel uses Oprel-Core Flash for rapid standard tasks, automatically escalating to Oprel-Core Thinking for deeper reasoning when it encounters complex layouts or unexpected errors.

Self-Healing Logic

If a popup appears or an app loads slowly, Oprel doesn't crash. It visually assesses the new state, dismisses interruptions, and resumes the workflow.

Hardware Locked

For enterprise users, Oprel IDs are mathematically tied to hardware fingerprints. Unauthorized device transfers instantly trigger the Global Kill-Switch.

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