Mastering Associative Remote Viewing Tasking January 2027

This lecture will be available on demand from IRVA after it is presented live, so don’t worry if you can’t make the date!

Improve your Asociative Remote Viewing accuracy! Setting up your tasking well, choosing good photo targets and pairing them well is key to ARV success. Better setup improves accuracy by lightening the load on viewers and analysts alike. This one-off lecture is a deep dive into selecting and tasking ARV targets, choosing photos and creating great target pairs. You’ll learn simple improvements you can make to every step of setting up your ARV targets.

Lecture Content #

• Choosing Targets
  • Time and Timing
  • Binary Sports
  • Optimising Risk/Return
  • Parlays & Odds
  • Financial Instruments
  • Keeping it Simple
• Tasking Design
• Seven Rules for Target Photosite Selection
  • Selection for Analysis
  • Selection for Remote Viewing
  • Selection for The Subconscious Mind
• Creating Balanced Pairs

Unlock greater accuracy in Associative Remote Viewing by mastering the foundations that most practitioners overlook. Strong results begin long before the session starts—with clear tasking, carefully chosen photo targets, and well-balanced pairs. When these elements are set up correctly, the burden on both viewers and analysts drops, giving the process a cleaner signal and a better chance of success.

This focused lecture takes you through the practical details of every stage. You will learn how to choose targets that suit the method, including timing considerations, binary sports markets, ways to optimise risk and return, the role of parlays and odds, and the use of financial instruments—while keeping the overall design simple and workable. The session also covers effective tasking design so the question itself supports clear feedback.

At the heart of the material are seven rules for selecting target photosites. These guidelines address what works best for later analysis, what helps the remote viewer produce usable data, and what aligns with the way the subconscious mind responds. You will also see how to form balanced pairs that avoid hidden biases and keep both options equally viable.

Rather than adding complexity, the lecture shows simple, repeatable improvements you can apply to every ARV setup. The result is a more reliable process that lightens the load on everyone involved and raises the odds of accurate outcomes.