AI Remote Viewing Target System

A tool for training AI systems in remote viewing capabilities

How to Use with AI Systems

Once you've generated or uploaded a target, follow these steps to test AI remote viewing capabilities:

  1. Copy the target ID by clicking the "Copy Target ID" button
  2. Open a conversation with an AI system (like Claude, GPT, or others)
  3. Use one of these prompt approaches:

    Minimal Prompt (FarSight Institute Style)

    There is a target.

    Target ID Prompt

    There is a remote viewing target with the identifier: [TARGET-ID]. Please describe what you perceive about this target.

    Structured Protocol Prompt

    I am conducting a remote viewing experiment. The target identifier is [TARGET-ID]. Please follow this protocol: 1. First, provide initial impressions (shapes, colors, sensations) 2. Then describe any structures or elements you perceive 3. Finally, offer any conceptual or analytical impressions Do not try to name or identify the target specifically - focus on describing perceptions only.
  4. Record the AI's response for later analysis
  5. Reveal the target by clicking the "Reveal Target" button to evaluate accuracy

Guided Training

Learning Path

Follow structured training sequences with progressive difficulty to develop remote viewing skills methodically.

Training Paths

Select a training path based on your experience level and goals.

Beginner

Start your remote viewing journey with fundamental exercises and simple targets.

  • Simple geometric shapes
  • Basic structures
  • High-contrast targets
6 sessions â€ĸ Est. 2 weeks

Intermediate

Expand your perception abilities with more complex and varied targets.

  • Composite objects
  • Natural formations
  • Multiple elements
8 sessions â€ĸ Est. 3 weeks

Advanced

Master complex remote viewing challenges with abstract and multifaceted targets.

  • Abstract concepts
  • Complex scenes
  • Temporal elements
10 sessions â€ĸ Est. 4 weeks

Target Generation

Generate a random target that will be hidden from you but accessible to AI systems.

No target selected

Target Viewer

Hidden

Session Log

AI Responses
1 = Not accurate, 5 = Very accurate

Previous Sessions

Date Target ID AI System Rating Actions
No sessions recorded yet.

Collaborative Training

Multi-Trainer

Your Trainer Profile

This unique ID identifies your training sessions

Merged Training Data

1
Trainers
0
Sessions
0.0
Avg. Rating

Note: Merged data allows you to compare different trainers' results with the same AI systems and targets.

Future Perception Testing

Precognition

Test AI's ability to perceive targets that don't exist yet until after the AI's description is submitted.

ℹī¸

How Future Perception Works: The target is generated after the AI has provided its description, eliminating the possibility that the AI is perceiving an existing target.

Select Protocol

Choose a protocol that defines how the future target will be generated.

Random Generation

Standard

System will randomly generate a target after you've collected the AI's response.

  • Target generated by cryptographic random number generator
  • No human involvement in selection
  • Completely deterministic once triggered

Time-Based Selection

Advanced

Target selection will be based on future data like time, date, or environmental sensors.

  • Uses timestamp at predetermined future moment
  • Converts timestamp to selection parameters
  • Deterministic but unpredictable before the moment

Human Selection

Double-Blind

A human selector will choose a target after viewing the AI's description.

  • Uses third-party selector unaware of the experiment
  • Selection occurs after AI response is recorded
  • Ensures complete separation of selection from prediction

Performance Analytics

Dashboard

View analytics and visualizations of AI remote viewing performance across your sessions.

0
Total Sessions
0.0
Average Rating
-
Best Category
-
Best AI System

Overall Rating Distribution

Performance by Month

AI System Performance Comparison

AI System Sessions Avg. Rating Best Category Improvement

Performance by Target Category

Category Distribution

Category Sessions Avg. Rating Best AI Success Rate

Performance Trend Over Time

Key Insights

Manage Target Categories

Add, edit, or remove target categories to customize your remote viewing system.

Category List
Add New Category
Loading categories...

Preview:

Image to SVG Converter

Convert images to SVG code that can be used in custom targets. Upload a simple image with clear shapes for best results.

📁

Drag & drop an image here or click to upload

Custom Target Creation

To create a custom target, use an SVG file with the following structure:

<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 400 400">
    <metadata>
        <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#">
            <rdf:Description>
                <target:id>RV-CUSTOM-001</target:id>
                <target:category>Custom Category</target:category>
                <target:timestamp>2025-03-18T12:00:00Z</target:timestamp>
            </rdf:Description>
        </rdf:RDF>
    </metadata>
    
    <!-- Visual representation (will be hidden from human) -->
    <path d="M100,200 L300,200" fill="#FF5733" stroke="#000" stroke-width="2" />
    
    <!-- Optional: Hidden description for AI -->
    <text x="-1000" y="-1000" font-size="0">
        Hidden description for AI systems.
    </text>
</svg>

Download our SVG template to get started:

Support This Project

Donate â–ŧ

This Remote Viewing Target System is a free tool for researchers and enthusiasts. Your donations help cover hosting costs and support ongoing development of new features.

Help Support Future Development

Support Options

Donation Amount

Donate via CashApp

You can send donations directly to my CashApp:

$AeiusCercleSifu
↗ī¸ Open CashApp
Support this project with CashApp donations to help fund ongoing development.