Visual Builder

At the core of Texor.Cloud is a modular, node-based builder designed for constructing logic-driven agents through a structured no-code interface. Every agent is created as a directed graph of execution blocks, each representing an isolated and reusable function within the system.

This approach provides full visibility and control over how agents ingest inputs, process data, execute conditional logic, and trigger downstream actions. You are not writing prompts. You are constructing execution pipelines.

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Execution as a Flow Graph

Agents are assembled visually using a block-based structure. Each block is an abstracted function with defined input and output behavior. Users connect blocks to form execution paths that determine the behavior of the agent under various conditions.

The visual builder handles linear sequences, branching logic, and parallel execution paths, allowing you to define deterministic or dynamic behavior within a clean interface.

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Block Types

Blocks are standardized and composable, enabling flexible construction of workflows across both simple and complex use cases. Core block types include:

Input blocks for external signals, time-based schedulers, or webhook triggers Logic blocks for conditional routing, filter operations, or AI-based decision nodes Integration blocks for data fetchers, API interactions, and third party services Action blocks for state changes, alerts, contract interactions, or system calls Output blocks for delivering final results, triggering child agents, or external sync

Each block can be configured, extended, or reused across multiple agent instances.

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Logic Transparency and Traceability

Texor.Cloud prioritizes visual transparency in agent logic. All execution flows are visible and auditable. Users can trace input to output behavior across the full lifecycle of the agent, making the system ideal for high trust environments such as finance, operations, or protocol level automation.

No code is required to build advanced execution flows, but full control over branching, transformation, and integration logic is maintained.