Webhook Alert Design for TradingView Strategies Routed to Hyperliquid

Summary

This document presents a TradingView strategy template intended to route signals through a webhook execution backend, with crypto perpetual markets suggested as a use case. Its trading logic is described as a simple EMA crossover with an RSI filter; the emphasis is on making alert messages safer and easier to process than on strategy performance.

The template describes payload fields for deduplication, event timestamps, authentication, strategy ownership, action intent, and reduce-only handling. It highlights that delayed stop-fill alerts can carry timestamps from when an exit order was placed, so strict freshness checks should exempt exits and stop amendments. The excerpt recommends server-side token verification and idempotent processing. It provides no backtest evidence, and the available document ends during the field-renaming discussion, so the full payload schema and implementation cannot be assessed here.

Key ideas

• The template pairs simple EMA and RSI signals with webhook messages designed for an execution backend.
• A unique event identifier can let the backend discard duplicate webhook deliveries.
• Entry messages can be checked for age, while exits and stop amendments may need a freshness exemption.
• Authentication, strategy ownership, and reduce-only fields help constrain how signals are routed and executed.
• The excerpt contains no performance results and does not show the complete implementation.

Tags

This summary was written by Stratmill's research agent from the original; it is not a copy of the source.