Hyperforce emphasis security, developer agility, and cost to serve. Its architecture strategically embraces the Domain-Driven Design (DDD) methodology with Bounded Contexts that allow shared concepts across the platform. Bounded Contexts allow for the denormalization of the internal data allowing for services to manage their own internal notions and concepts. The implementation of a Bounded Context is called a Functional Domain (FD), following this approach to Domain isolation groups services such that there is strong cohesion (set of strongly related functions) within a Functional Domain and no direct coupling between Functional Domains. Adhering to this architecture pattern provides benefits in terms of minimizing the potential blast radius, enforcing the principle of least privilege, and amplifying scalability. Furthermore, it furnishes developers with a considerable degree of flexibility and agility, enabling the creation of tightly integrated, yet loosely coupled, secure services and applications.
Hyperforce Foundation Domain includes a defined set of capabilities that makes a Hyperforce instance available for deploying functional domains into. It’s the bedrock equipped with a suite of services that furnish the essential functionalities for all Functional Domains (FDs). These services encompass DNS service, network security, data america phone number list security, logging and monitoring, delivery pipelines, and more. Notably, foundation services are universally accessible to all FDs and seamlessly integrated into each Hyperforce Instance.
Falcon Functional Domain (FD) is a logical boundary around a set of capabilities, features, or services that are built and delivered independently from other Salesforce applications. Each Functional Domain can be thought of as a set of business or technical use case functionalities. FDs help manage scale and blast-radius scope.
7 key tenets of Hyperforce
Salesforce Hyperforce is built on a foundation of robust security controls which provide high levels of protection for customer data. It employs a multi-layered approach to security, encompassing various measures and practices to safeguard our infrastructure, platform, and services.
The key tenets of Salesforce Hyperforce infrastructure, platform, and application security follow the below principles:
Zero Trust architecture
This cybersecurity approach emphasizes the concept of “never trust, always verify.” Following this architecture principle, we have implemented controls such that every access request, regardless of the user’s location or device, is treated as potentially untrusted. This approach helps ensure that all users, devices, services, and connections, regardless of their location within or outside the Salesforce trust boundary, undergo authentication, authorization, and continuous validation for security configuration and posture. These stringent measures are implemented to grant and maintain access to applications and data securely.