flow-nexus-neural

Train and deploy neural networks in distributed E2B sandboxes via Flow Nexus MCP tools.

11|Updated Jan 20, 2026
One-click install
npx skills add https://github.com/ishandutta2007/claude-agent-orchestration --skill flow-nexus-neural-ishandutta2007
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: flow-nexus-neural
Source: https://github.com/ishandutta2007/claude-agent-orchestration/tree/main/.claude/skills/flow-nexus-neural
Command: npx skills add https://github.com/ishandutta2007/claude-agent-orchestration --skill flow-nexus-neural-ishandutta2007

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires flow-nexus.

What problem does it solve? Training and deploying neural networks typically requires managing GPU infrastructure, configuring distributed environments, and writing boilerplate code. This Skill lets you train, deploy, and manage neural networks through Flow Nexus MCP tools running in E2B sandboxes, without provisioning your own hardware. ## Core Features & Use Cases - Single-Node Training: Train feedforward, LSTM, GAN, autoencoder, and transformer architectures with configurable layers, optimizers, and training tiers from nano to large. - Distributed Training Clusters: Initialize clusters with mesh, ring, star, or hierarchical topologies, deploy worker and parameter-server nodes, and run federated learning where data stays on local nodes. - Template Marketplace: Browse, deploy, publish, and rate pre-trained model templates for NLP, vision, time series, and anomaly detection tasks. - Use Case: Train an LSTM time-series forecaster on the medium tier, monitor its training status, benchmark inference latency, then publish the model as a reusable marketplace template. ## Quick Start Ask the AI to train a feedforward classifier with two hidden layers on the small tier using the Flow Nexus neural training tool, then run predictions on the resulting model.

Frequently Asked Questions about flow-nexus-neural

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I train a neural network with Flow Nexus?

Call the neural_train MCP tool with a config object specifying the architecture type, layer definitions, and training parameters like epochs, batch size, and learning rate. Choose a training tier from nano to large based on model complexity.

How to set up distributed neural network training across multiple nodes?

Initialize a cluster with neural_cluster_init, deploy worker and parameter-server nodes with neural_node_deploy, connect the topology, then start training with neural_train_distributed. Topologies include mesh, ring, star, and hierarchical.

What neural network architectures does Flow Nexus support?

Flow Nexus supports feedforward, LSTM, GAN, autoencoder, and transformer architectures. Each accepts custom layer configurations such as dense, dropout, embedding, and transformer encoder layers.

Does Flow Nexus support federated learning for private data?

Yes, set the federated flag to true in neural_train_distributed so data stays on local nodes during training. You can also configure aggregation rounds and minimum nodes per round.

Why is my neural network training producing low accuracy?

Low accuracy usually stems from insufficient epochs, poor learning rate, or missing regularization. Try increasing epochs, adjusting the learning rate, adding dropout layers, switching optimizers, or applying data augmentation.

Can I deploy pre-trained models instead of training from scratch?

Yes, browse the template marketplace with neural_list_templates filtered by category and tier, then deploy a template with neural_deploy_template. You can override training parameters through the custom_config option.