The Spooky2 Database is an invaluable software application designed for use with Rife machines. It contains an expansive range of frequencies useful in healing and detoxification processes.
Spooky2 contains four factory databases (DNA, Base Pairs, Molecular Weight and Your Custom File) that form its main database, making up one of the largest frequency sets available today. Furthermore, it features numerous other useful features.
Frequency Databases
Frequency databases contain a compilation of frequency definitions from one or more online sources, each targeting specific conditions or pathogens.
Spooky2 comes equipped with four factory databases: DNA, Base Pairs, Molecular Weight and the main. In combination, they form one of the world’s largest frequency sets.
At the heart of biofeedback scans is Spooky2, an advanced software program which sends different frequencies through your body and measures how they impact biochemistry. A brief change in electrical patterns indicates a hit on microorganisms; when this occurs, Spooky2 records and analyzes those frequencies to detect even those pathogens which often hide among more benign bacteria that cannot be detected with regular scanners.
Reverse Lookup can assist in finding frequencies for your body by identifying conditions whose frequencies exist in a selected database. Please keep in mind, however, that this program does not diagnose illnesses – this responsibility falls to medical professionals – instead it merely identifies pathogens whose frequencies match certain programs’ frequencies.
RIFE Framework
RIFE is an alternative to popular Java frameworks like Struts that require XML/YAML configuration. It enables developers to declaratively specify what features their app should possess without writing boilerplate code. Furthermore, RIFE also features various automations designed to save time and enhance productivity.
Geert Bevin: RIFE is an opinionated full stack designed to make creating dynamic web apps quickly while maintaining maintainability more straightforward, drawing from Java platform strengths and boasting many exclusive features not available elsewhere such as continuation-based workflow, bidirectional templates and integrated content management.
For instance, RIFE’s routing API makes all links and URLs reusable across contexts, using its URI resolver to write URLs that work for any route in any context–for instance “hello world”. RIFE then automatically generates the correct path for that route regardless of what context your Web app may be operating in.
Metadata merging is another great feature that helps keep POJOs organized. This works by allowing you to declare an identical companion class but with the suffix “Metadata.” When combined, they merge seamlessly into one single class for easy maintenance of applications with increased complexity while maintaining maintainability.
XTRA Programs
The XTRA programs are frequency sets that help the body detoxify and heal itself. Imprinted onto water using quantum entanglement, these programs can be applied directly with the Spooky2 plasma device or other compatible devices like Rife Digital generators.
Spooky2 utilizes cutting-edge components and smart circuit design to monitor the current flow of signals through your body, and detect changes which indicate a “hit.” Designed to detect easily identifiable bacteria first; more serious pathogens use stealth tactics to bypass immune defense systems; therefore multiple tests may need to be run for Spooky2 to identify hidden pathogens.
Each of the 15 sub-databases above contain frequencies designed to address different parts of the body and each can be combined with any number of presets found within the software. Each XTRA program also comes complete with its own description to assist users when choosing frequencies and their effects.
Spooky2‘s main database comprises 15 sub-databases and any custom collections you’ve added to your custom file, and over 42,000 frequencies that are continually being added. If you wish to search all 42,000 frequencies at once, click ‘+’; alternatively select only certain frequencies by checking boxes – this will narrow down the search list while still giving you all available options.
Settings
Spooky2 comes equipped with four factory databases – DNA, Base Pairs, Molecular Weight and Main – as well as any collections you add to a custom file. Each database offers different frequencies for various conditions and situations. Furthermore, several controls assist with generator communication while an Errors pane keeps an eye out for unexpected errors.
Spooky2 provides its own database editor called DBEditor which enables you to easily create, edit or import custom database files; search an internal frequency database; add any of the built-in programs; as well as perform similar operations as Frequency Editor and Program Editor within Spooky2. Additionally, its operations align closely with those supported by Frequency Editor and Program Editor within Spooky2.
Each entry in the Database Editor features a field called Frequencies that displays a form displaying all of the frequencies used by that program. Newcomers do not need to utilize this field, while advanced users may utilize it in order to make manual frequency changes or select them from a list below the form.
The Preset Collections tab houses both factory preset collections as well as special ones. For instance, the Breakthrough Healing & Energisation collection contains new DNA Rife frequencies designed to kill pathogens, normalise organs and systems, remove toxins and heavy metals, eliminate parasites, and more. In addition, Cancer presets exist specifically for use during cancer protocols while Plasma sub-collection presets provide support for Spooky Central Plasma as well as Remote mode.
Presets
Preset Collections are collections of settings for specific kinds of scanning and therapy that are stored within Spooky2 in collection folders. These settings include Heal, Newport Adaptations, Biofeedback, Cancer Morgellons Lyme Detox Environmental Frequency Sweeps.
Spooky Central differs from most “Rife machines” on the market in that it utilizes direct frequency transmission rather than Hoyland’s inefficient carrier and can transmit frequencies up to 3.5MHz. Additionally, it includes PEMF therapy, ultrasonic waves and contact mode for true reversible cell electroporation of pathogens.
The DNA database and presets included with it use basepairs to calculate resonant frequencies for bacteria and pathogens – providing more accurate detection than traditional dowsing and potentially useful even if no disease name is known.
Graphs
Graphs and networks are powerful tools for modeling, analyzing, optimizing and predicting various systems and interactions. From transportation routes and social media connections to biological processes and biological pathways – graphs provide an easy way of organizing data while providing insight into their inner workings.
A graph is a two-dimensional matrix composed of an ordered set of vertices and edges connected by lines. A vertex serves as the unique identifier of each element in the graph while an edge connects two adjacent vertices when there exists some relationship between them. An adjacency matrix – an array that represents connections in graphs – holds information regarding these relationships, making it an effective way of representing graphs with equal rows and columns symmetrically aligned rows and columns.
There are various kinds of graphs, including undirected and directed graphs, multigraphs, and cycles. Undirected graphs can be divided into uni- and bi-directional connections between any two vertices while directed graphs use degrees connected directly with every vertex in their layout; finally a cycle graph provides another form of directed graph.
Graphs and charts are effective visual tools for organizing and interpreting data, but it’s essential to recognize their differences. Charts are tables, diagrams or pictures which organize large amounts of raw data in an easy-to-read and understand format; while graphs use data structures like graph theory to represent this data more efficiently for easier analysis.
