Communication Fabric

The GSX Communication Fabric is a centralized, event-driven infrastructure that unifies every communication channel into a single, cohesive “super-session.” By utilizing protocol-level integrations and a proprietary telephony stack, it eliminates the fragmented nature of modern communications.

Key components of the GSX Fabric:

• Protocol-Level “Deep” Integrations: Unlike basic integrations that only pass text, the GSX connects directly to a channel’s protocol to unlock native features like Slack’s Block Kit, mobile modals, and interactive buttons.
• Proprietary Voice Stack: Includes a built-in cloud telephony and voice processing steps, allowing you to modernize legacy IVRs or build end-to-end contact centers without relying on third-party telco middlemen.
• Universal Shared Event Model: Every interaction is treated as an event that can trigger, subscribe to, or influence other flows, enabling complex multi-system orchestration across your entire tech stack.
• Persistent Super-Sessions: Maintains a continuous conversational state across time and channels, ensuring that users never have to repeat themselves when switching from a phone call to a follow-up email or text.

Most digital platforms use basic integrations that only allow for simple text exchanges or rely on third-party “voice gateways.” OneReach.ai uses protocol-level integrations that unlock the full, native functionality of each channel.

• Utilize full channel functionality: For example, in Slack, deep integrations mean that you can use threads, modals, buttons, and “Block Kit” components to create a rich, interactive experience rather than a “vanilla” back-and-forth chat.
• High levels of customization: Any interaction in a channel (e.g. liking a message) can trigger a separate event.

The GSX event-based architecture replaces rigid, linear workflows with a dynamic ecosystem where every automation acts as a responsive microservice. By centralizing how events are emitted and consumed, the platform enables sophisticated orchestration.

• Microservices at Scale: Every flow and individual step can independently subscribe to or emit events, allowing for modular and highly scalable automation.
• Intelligent Orchestration: Seamlessly connect disparate systems; for example, a “contract signed” event in your CRM can instantly trigger a Slack onboarding flow for your team and a welcome SMS for the client.
• Complex Temporal Logic: Automate tasks based on intricate schedules or behavioral triggers, such as follow-up actions that only occur after specific user milestones are met.
• Proactive Responsiveness: Transform your internal operations into an “event-aware” environment that identifies and acts on business data changes in real time.

The GSX Shared Library is a massive repository of pre-built, composable “building blocks” that allow teams to create sophisticated AI solutions without starting from scratch.

• 1,200+ Pre-Built AI Agent Skills: Access a vast array of drag-and-drop steps for everything from data manipulation and cognitive services to specialized channel actions.
• AI Agent Templates: Utilize production-ready templates for common use cases like password resets, invoice management, and automated onboarding.
• 90/10 Development Rule: Most enterprises find that 90% of their requirements are already covered by the library, leaving only 10% for custom logic or specific integration tweaks.

AI Agents built on the GSX platform sit atop the Communication Fabric. Since the Communication Fabric is built into the core of the GSX platform, connecting to it requires no extra development. AI agents leverage the fabric’s event-based architecture to orchestrate tasks across different systems and modalities simultaneously.

• Model Context Protocol (MCP): Agents use the MCP standard to securely connect to external tools, CRMs, and databases.
• Stateful Memory: Agents access the fabric’s contextual memory to stay “state-aware,” meaning they remember a user’s history even if the conversation moves from a voice call to a Slack thread.
• Autonomous Orchestration: Rather than just responding to prompts, agents can emit events that trigger other flows, such as an agent detecting a “billing issue” and automatically launching a specialized resolution flow.
• Multi-Agent Collaboration: The fabric allows specialized agents to “swarm” around a task, sharing information and delegating sub-tasks to one another in real time.

Yes. OneReach.ai is built for the most highly regulated industries, including healthcare, finance, and government. The platform treats AI security as a foundational layer of the orchestration process.

• Private Dedicated Environments (PDEs): Organizations can run the GSX in unique, isolated instances within specific geographic regions or directly within their own AWS virtual private clouds.
• Identity-Centric Access: Every request is policy-checked and permission-controlled using enterprise IAM systems (like Okta or OAuth 2.0), ensuring agents only access data they are authorized to see.
• End-to-End Encryption: All data is encrypted both at rest and in transit, and the platform enforces “least access rights” to maintain strict privacy compliance (HIPAA, SOC2, etc.).