Salesforce, Inc.

Salesforce Com, Inc.

Prithvi Krishnan Padmanabhan

Sri Naga Deepthi Velisetti

Brent Fosdick

Philip Norman Calvin

Puneet Dhaliwal

Sriram Gopalan

Niv Garber

D Dustin Breese

Kara Carreri

Rahul Mehta

Darpan Dhamija

Raghav Abboy

Yongbo Zuo

Abraham Reyes

Jyoti Raj

Venkata Sarath Maddali

Marc Benioff

Hal Scott Hildebrand

Bertha Ching Wai Lam

Gary Brandeleer

Avanthika Ramesh

Adam Caplan

Lik Mui

Andrew Conn

Natasha Sushil Gupta

Jason Lantz

Maxwell Comparetto

Andrew Emil Conn

Amanda Grady

Aditya Nikhil Desai

Chinmay Gore

Dan Xu

Angus Dunn

An application server may receive, from a client and at an interface for accessing a large language model, a prompt for a response from the large language model. The application server may receive, via a model interface, a streaming output of the large language model, where the streaming output includes a first portion of the response and a threshold number of tokens. The application server may then provide the first portion of the response to a scoring model that determines a first incremental score indicating a first probability that the first portion of the response includes content from one or more content categories. The application server may transmit, to the client and based on the first probability, the first portion of the response, an indication of the first incremental score, or both.

Generative responses with trust for large language models

Smart flow contracts using distributed ledger technologies in a cloud based computing environment are described herein. For example, a system may include a processor and a memory therein executing within a host organization and having therein: means for operating a blockchain interface to a blockchain on behalf of tenants of the host organization. The tenants may be participating nodes with the blockchain. A login request may be received from a user device. The user device may be authenticated with the host organization. Input from the user device indicating a plurality of smart contract blocks may be received. The smart contract blocks may be translated into a native programming language to form a smart contract to execute via the blockchain. The smart contract may be transacted onto the blockchain.

Systems, methods, and apparatuses for implementing smart flow contracts using distributed ledger technologies in a cloud based computing environment

A designated smart contract representation may be determined based on configuration information provided by a first database system account. The designated smart contract representation may include a binary executable representation of a smart contract template. Access to the designated smart contract representation may be provided via an application exchange in an database system. The database system may provide computing services to a plurality of entities via the internet. The plurality of entities may include a first entity associated with the first database system account and a second entity associated with a second database system account. The application exchange may provide access to a plurality of smart contract representations including the designated smart contract representation. A selection of the designated smart contract representation may be received in association with the second database system account. The binary executable representation may be deployed to a blockchain.

Public trust ledger smart contract representation and exchange in a database system

A first instruction to deploy to a blockchain a smart contract that includes a minting function may be transmitted from a database system. The minting function may include an authorization portion that permits token minting only when a request is received from a requestor associated with a role for which token minting is authorized. A second instruction to record on the blockchain an association between a public key for an intermediary wallet, a unique identifier for the smart contract, and an intermediary minting role may also be transmitted from the database system. A transaction in which a designated token was minted to a designated wallet based on a request received in association with the intermediary wallet may be identified at the database system. The transaction may be authorized based on an application of the public key to information included in the request.

Intermediary roles in public trust ledger actions via a database system

A request to perform an action related to a smart contract recorded on a public trust ledger external to the database system may be received via a communication interface at a database system. The request may authenticate a designated database system account. A determination may be made as to whether the designated database system account is authorized to perform the action by accessing definition information for a public trust ledger synthetic party identifying a plurality of database system accounts authorized to perform one or more actions related to the smart contract. The database system may communicate with a token exchange to perform the action by executing the smart contract when it is determined that the designated database system account is authorized to perform the action.

Database system public trust ledger multi-owner token architecture

A request to identify a data value may be received via a network at a designated one of a plurality of identity nodes. A query that includes the data value may be transmitted to an identity service associated with the designated identity node. A response message from the identity service may include one or more designated network identifiers corresponding with the data value. The designated identity node may communicate with the plurality of identity nodes to identify a plurality of network identifiers corresponding with the data value. A trust ledger may be updated to include a correspondence between a selected one of the network identifiers and the data value.

Zero-knowledge identity verification in a distributed computing system

A request may be received to access a digital asset uniquely identified by an identifier within an on-demand database system configured to provide computing services to a plurality of entities via the internet. Ownership of the digital asset may be determined based on ownership of a designated smart contract recorded in a public trust ledger. A plurality of related smart contracts recorded in the public trust ledger may be identified. Each of the related smart contracts may be linked with the designated smart contract. Two or more of the smart contracts may each include a respective one or more non-fungible tokens related to the digital asset. A respective state for two or more of a plurality of modifiable values may be determined. Each of the modifiable values may be being stored within a respective one of the plurality of related smart contracts within the public trust ledger.

Database system public trust ledger contract linkage

A method to enable interoperability between blockchain networks. The method including receiving, by a mapper of an interoperability network, a transaction emitted by a first blockchain network, transforming the received transaction to a transaction compatible with a second blockchain network according to a mapping determined for the received transaction, and forwarding the transformed transaction to the second blockchain network to be processed by the second blockchain network.

System and method of providing interoperable distributed and decentralized ledgers using consensus on consensus and delegated consensus

A request to exchange of a first quantity of a first fungible digital token type stored within a smart contract instance recorded in a public trust ledger and owned by a first party within the public trust ledger may be received via a communication interface at a database system. The request may authenticate a first account in the database system. The first account may be linked with the first party within the public trust ledger. The smart contract instance may be executed to determine whether the requested exchange is permissible based on one or more transaction rules included within the smart contract instance. The database system may be updated to reflect a transaction recorded within the public trust ledger when it is determined that the requested exchange is permissible.

Database system public trust ledger token creation and exchange

Exemplary systems, methods, and apparatuses implement efficient storage and validation of data and metadata within a blockchain using Distributed Ledger Technology (DLT) in conjunction with a cloud based computing environment. Such a system, having at least a processor and a memory therein and executing within a host organization, in which such a system includes: means for operating a blockchain interface to a blockchain on behalf of a plurality of tenants of the host organization, in which each one of the plurality of tenants operate as a participating node with access to the blockchain; receiving a transaction for the blockchain requesting the host organization to update a data record persistently stored on the blockchain, the transaction specifying updated values for one or more of a plurality of data elements of the data record; executing a smart contract to validate the updated values specified by the transaction before permitting the transaction to be added to the blockchain to update the data record on the blockchain with the updated values; and writing the updated values for the data record to the blockchain by adding the transaction to a new block on the blockchain pursuant to successful validation of the updated data values by the smart contract.

Systems, methods, and apparatuses for implementing efficient storage and validation of data and metadata within a blockchain using distributed ledger technology (DLT)

Display screen or portion thereof with graphical user interface

A request may be received to transfer from a first entity to a second entity a right related to a digital asset stored in an on-demand database system. The on-demand database system may provide computing services to a plurality of entities via the internet. A token associated with the digital asset may be identified. The token may being included in a smart contract recorded within a distributed trust ledger and may be owned by a first distributed trust ledger account. The smart contract may be executed within the distributed trust ledger to record a transfer of the token from the first distributed trust ledger account to a second distributed trust ledger account. The on-demand database system may be updated to include one or more database entries reflecting the recorded transfer.

Database system public trust ledger architecture

A method and system to manage application package installation in a multi-tenant system is provided. The method includes accessing metadata of an application package for distribution in the multi-tenant system, selecting a component of the application package with a permission guard in the metadata, evaluating permission guard logic to determine wither a target tenant in the multi-tenant system can install the component, and compiling and installing the component in response to the permission guard logic indicating the tenant of the multi-tenant system has met conditions to utilize the component.

System and method using metadata to manage packaged applications components based on tenant licenses

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San Ramon, CA, United States of America

Prithvi Krishnan Padmanabhan