Abstract: Proposing a versatile apparatus that can be adapted to carry out most fluid handling operations practiced in industrial chemistry. It comprises a capsule in which a piston is moving from side to side while rotating; the piston having a set of holes to control fluid passage through a proper dynamics for opening and closing these holes. Used for in pipe pumping, pipe-reactors and pipe-separators, serving as a “Lego-like” building block to represent a large variety of full-fledged chemical processes.

Abstract: Establishing an AI empowered global loan matching of borrowers and lenders, by creating a loanchain of “atomic loans”. Large long duration loans are constructed from a succession of small, short duration loans, thereby mitigating lender's risk, and pulling into the loan dynamics hundreds of billions of dollars that currently earn no interest to their owners.

Abstract: This invention extends the private money specified in the continued applications to build an upgraded lottery where the outcome determinator is a mix between randomness and human reasoning; set up in a way that makes this upgraded lottery playable by all, without discrimination against the less learned and less knowledgeable. With its global outreach, and global digital money, this invented lottery is prospectively far reaching.

Abstract: Using composite cipher technology building a single ciphertext C that will decrypt to the true (hot) plaintext Ph using key Kh, and to plaintext Pj?Ph using key Kj?Kh, thereby a single file C will carry any number of distinct plausible messages where an attacker cannot sort them out, but the intended reader who knows which key is Kh will decrypt the ciphertext C to Ph. Encryption and Decryption happens in a stand-alone, not Internet connected box—the Innocence Box.

Abstract: A system and a method to build a recovery capability for a compromised network based on user controlled ad-hoc randomness combined with simplicity; immunized against stealth cryptanalysis which overshadows the prevailing security solutions. Using a randomized polar lattice geometry as a secret arrangement for the key bits, to approach one-time-pad security through built-in equivocation.

Abstract: A system and a method to build a recovery capability for a compromised network based on user controlled ad-hoc randomness combined with simplicity; immunized against stealth cryptanalysis which overshadows the prevailing security solutions. Using a randomized polar lattice geometry as a secret arrangement for the key bits, to approach one-time-pad security through built-in equivocation.

Abstract: A stack of rotating discs drilled with randomized holes allow a light fluid L to rise into a chamber filled with heavier fluid H, as a randomized stream of bubbles. The two fluids are mutually non-soluble, and of different electric conductivity, hence the randomized stream of bubbles generates a randomized curve of electrical resistance within the chamber, over time; this output resistance curve is shared by all parties that have a duplicate of the contraption and apply the same activation settings. The physical complexity of the contraptions keeps the randomness secure against all parties not in possession of the contraption. Unlike Entanglement and BB84 solutions, this invention generates shared randomness without communicating the same between the parties.

Abstract: Using the BitMint LeVeL digital money technology to mint self-referential money (“cherries”) to be offered to bidders for sale against US$ or other flat currency. Cherries is the only currency accepted for bidding on a presented slate of merchandise. Winning bidders walk away with the won merchandise, the sellers of the merchandise divide between them the proceeds used by the bidders to buy cherries. The cherries vanish when the game is over. This BitMint*Auction invention is a trading platform rich with incentives to do business.

Abstract: A system and a method to build a recovery capability for a compromised network based on user controlled ad-hoc randomness combined with simplicity; immunized against stealth cryptanalysis which overshadows the prevailing security solutions.

Abstract: A stack of rotating discs drilled with randomized holes allow a light fluid L to rise into a chamber filled with heavier fluid H, as a randomized stream of bubbles. The two fluids are mutually non-soluble, and of different electric conductivity, hence the randomized stream of bubbles generates a randomized curve of electrical resistance within the chamber, over time; this output resistance curve is shared by all parties that have a duplicate of the contraption and apply the same activation settings. The physical complexity of the contraptions keeps the randomness secure against all parties not in possession of the contraption. Unlike Entanglement and BB84 solutions, this invention generates shared randomness without communicating the same between the parties.

Abstract: A continuous chemical process is modified to allow parts thereto to be processed one quantum of matter at a time. This offers precision and efficiency beyond what is possible with the continuous mode. This Quantum Fluid Operation (QFO) is applied to basic unit operations: mixing, reacting, separating.

Abstract: This invention describes a new financial language which cures a deficiency sustained by money when it became computer handled: money lost its identity and became a number, as compared with banknotes and physical coins which had a material identity. The new language writes digital coin such that they have value and identity fused together. This new language allows for restoration of the old notion of the cash register. This invention describes a digital cash register offering operational advantages as to clarity, security and accountability.

Abstract: Replica is an encryption algorithm where security is based on lavish use of randomness rather than on mathematical complexity and the cipher is decoy-tolerant, namely it can readily distinguish between bona fide ciphertext bits and randomized meaningless bits. This attribute allows its users to project as much security as they care by mixing the message bits with more and more decoy bits. It also allows its user to conceal their pattern of communication in a fixed rate of message bit flow.

Abstract: Using the BitMint LeVeL digital money technology to mint self-referential money (“cherries”) to be offered to bidders for sale against US$ or other flat currency. Cherries is the only currency accepted for bidding on a presented slate of merchandise. Winning bidders walk away with the won merchandise, the sellers of the merchandise divide between them the proceeds used by the bidders to buy cherries. The cherries vanish when the game is over. This BitMint*Auction invention is a trading platform rich with incentives to do business.

Abstract: Replica is an encryption algorithm where security is based on lavish use of randomness rather than on mathematical complexity and the cipher is decoy-tolerant, namely it can readily distinguish between bona fide ciphertext bits and randomized meaningless bits. This attribute allows its users to project as much security as they care by mixing the message bits with more and more decoy bits. It also allows its user to conceal their pattern of communication in a fixed rate of message bit flow.

Abstract: Manufacturing a counterfeit resistant document as a randomized assembly of material constituents with a large variety of electrical conductivity attributes, thereby achieving a unique set of physically measured properties of the document, so that a document verifier will be convinced of the authenticity of the document by comparing the results of real time measurements with measurements pre-recorded in a public ledger.

Abstract: Developing a cyber security protocol to enable two members of a community to conduct a conversation without revealing neither their identity, nor the fact that a conversation took place. Secret randomized matching is used to allow people to claim certain personal attributes like age, place of residence, having a license, but without exposing their individual identity.

Abstract: A variety of applications exploiting the Shapeless language where the geometry of letters is immaterial; their size and proximity deliver their message. These applications span rescue effort, industrial practice, painting, food preparation, authentication of documents, etc. Shapeless language is computer readable and very robust.

Abstract: Developing a cyber security protocol to enable two members of a community to conduct a conversation without revealing neither their identity, nor the fact that a conversation took place. Secret randomized matching is used to allow people to claim certain personal attributes like age, place of residence, having a license, but without exposing their individual identity.

Abstract: A random flux of rising bubbles generates a fluctuating electrical current that is processed into a high-quality bit stream. Any stream of fully or mildly randomized bits is measured for its degree of randomness, and that randomness is amplified or attenuated as the case may be. Impact on ciphers and cyber security tools that rely on randomness.