The matrix to describe, memorize, analyze, investigate

Improve your remote viewing skills with the OBSIVA application

Remote viewing has aroused curiosity ever since the Stargate project of the 1970s. To succeed in remote viewing, you need to master the art of describing and transcribing perceptions.

This article introduces the OBSIVA application, designed to help practitioners perfect their observation, description and prioritization of information, and enrich their vocabulary. We will discuss the challenges and successes encountered during the development of this innovative application, and offer advice on how to progress in remote viewing.

Importance of describing and transcribing perceptions

Accurate description of perceptions is crucial for remote viewing. Improving these skills requires regular, targeted training.

A. Training in information prioritization

Prioritizing information is fundamental for the remote viewer. To develop this skill, we recommend practicing the description of various subjects of observation, with an emphasis on the organization of information.

B. Challenges of accurate perception communication

It is essential to develop a rich and precise vocabulary to describe perceptions accurately. Description training can include the practice of rapidly transcribing perceptions, an essential skill for remote viewers.

Introducing OBSIVA

OBSIVA is an innovative application designed to help remote viewing practitioners perfect their observation, description and information prioritization skills, and enrich their vocabulary.

A. Objectives and key features

OBSIVA's main functionalities include the creation of matrices with different objectives, the hierarchization of information, the targeting of image zones to be observed and the learning of observation descriptors.

B. Usefulness for remote viewing practitioners

OBSIVA enables remote viewers to work on their observation, description and prioritization of information, making it easier to improve their performance during remote viewing sessions.

OBSIVA and the improvement of remote viewing skills

A. Observing, describing and prioritizing information

OBSIVA offers specific exercises and tools to help remote viewers develop their skills in observing, describing and prioritizing information.

B. Vocabulary development and learning new words

A rich and precise vocabulary is essential to describe perceptions accurately. OBSIVA offers exercises and resources to help users learn and master new words, as well as develop their vocabulary.

OBSIVA development challenges and successes

A. Problems encountered and solutions found

OBSIVA's development presented a number of challenges, including the prioritization of information and the rapid description of briefly perceived subjects.

B. User feedback

Feedback from OBSIVA users is positive. Remote viewing practitioners appreciate the application's effectiveness in improving their skills in observing, describing and prioritizing information, as well as enriching their vocabulary.

Conclusion

The OBSIVA application is a valuable tool for remote viewing practitioners. By focusing on these key aspects of this new service, remote viewers can improve their performance and become more efficient in their practice.

We encourage anyone interested in remote viewing to explore and use OBSIVA to enhance their skills and progress in this exciting field. By combining regular training with the use of the OBSIVA application, remote viewing practitioners can hone their skills and become more accurate and effective observers and transcribers.

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Observation model (available in 2023)

A template is a predefined pattern of observations created by another user that you can immediately use to save time and discover different approaches. Any user can create a template and choose whether or not to share it with the public. You can add a model to your library, modify it and adapt it for new uses. You can also add a model directly to a current study or to a new study.

A template is composed of the following information:

  • The objective of the observational study

  • Possible additional explanations

  • All named analysis objectives (tabs)

  • All first-level descriptors in each analysis (N:0)

  • The category of the model according to the type of observation

  • The pseudo of the creator of the study

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