Search results for "tree"

Ginlix is ​​an AI-powered company specializing in financial investment research. Its flagship product, LangAlpha, is an open-source investment research framework. Employing a Programmatic Tool Call (PTC) architecture, it allows AI agents to process financial data by writing and executing code, with a persistent workspace that enables research to accumulate like a codebase. It supports built-in models and can be deployed privately. It is suitable for individuals and institutions looking to leverage AI for deep, verifiable investment decisions.

2026-07-09

StoryLegend is a free online suite of tools designed for writers and worldbuilders. It includes three core tools: a Family Tree Builder for visualizing character relationships and bloodlines; a Timeline Creator for arranging events, creating world calendars, and avoiding continuity conflicts; and a Writing Studio for outlining, note-taking, codex building, and optional AI-assisted drafting. The family tree and timeline tools require no signup, making it ideal for fiction writers, OC creators, and historians.

2026-07-24

Tree Trimmer Pruner is an AI skill focused on arboriculture and tree pruning. Based on professional horticultural knowledge, it provides decision support, technical guidance, and risk assessment for tree pruning. Whether it's pruning fruit trees in home gardens or maintaining landscape trees in public green spaces, the Tree Trimmer Pruner helps users develop scientific pruning plans, including optimal pruning time, tool selection, cutting angles, and wound treatment. It can also identify common tree diseases and recommend corresponding control measures to ensure healthy tree growth. Suitable for gardening enthusiasts, landscape designers, arborists, and property managers, it helps improve the professionalism and efficiency of tree pruning.

This skill module defines a robot role for sanitation and public hygiene, enabling AI agents and humans to collaborate on cleaning, disinfection, waste management, and hygiene monitoring in public spaces. It includes automated workflows, safety boundaries, and human accountability mechanisms, suitable for urban streets, parks, hospitals, and schools. Key features include real-time environmental monitoring, intelligent path planning, multi-task scheduling, anomaly alerts, and data reporting. Use cases cover daily cleaning, epidemic disinfection, waste collection, and hygiene inspections, improving public health efficiency while reducing labor costs.