Live environmental monitoring

Spectral
Collection of
Live Data

Wireless sensors. Reliable alerts. Zero headaches.

Protect your inventory, equipment, and peace of mind — with hardware you own and an API your tools (and your AI) can actually talk to.

Get Started Ask your sensors anything ↓
Fleet Overview
All gateways online
Chest Freezer
-2°F
✓ in range
Walk-in Cooler
44°F
⚠ above threshold
Server Room
68°F
🔋 88% battery
⚠
Alert — Walk-in Cooler 44.2°F · email + SMS sent 2 min ago · Acknowledge
AI assistant · connected via MCP
Any freezer temperature excursions this week?
None. Min -4.1°F Tue 3:40 AM, max -1.2°F Fri. Always within your -10–10°F thresholds.

Illustrative — your dashboard shows your live fleet.

🔧 Own your hardware — no forced subscriptions 🚨 Email & SMS alerts the moment thresholds break 🤖 AI-native API — MCP + OpenAPI for your agents 📊 Compliance-ready exports — CSV with audit headers

The Problem We Solve

Walk-in cooler fails overnight. Freezer door left open. Server room overheats. By the time you notice, it's too late.

Traditional monitoring systems are expensive, complex, and require IT expertise. Most small businesses just cross their fingers and hope.

The Ysbryd Approach

  • ✓ Set up in minutes — battery-powered wireless sensors, no wiring, no IT required
  • ✓ Alerts that reach you — email, SMS, or both, with acknowledge + history
  • ✓ Own your hardware — no lock-in, no forced subscriptions, your data stays yours
  • ✓ Pay for the cloud, not the gear — monitoring service only while you want it

Built For Where Temperature Matters

One platform, three very different bad days averted.

🍽️

Hospitality

Walk-ins, reach-ins, and freezers watched around the clock. Compliance-mode CSV exports document every reading for health inspections — customer, date range, and audit header included.

🖥️

Commercial

Server rooms, equipment closets, storage areas. Know about heat events before hardware does — and pull history through the API into your own dashboards.

🏠

Residential

Chest freezers full of groceries, garages, greenhouses, pets' rooms. Get a text when the freezer warms up — before the food is a total loss.

AI-Native · Open STANDARDS

Your Sensors, On a
First-Name Basis
With Your AI

Every Ysbryd fleet speaks standard protocols: a documented REST API with an OpenAPI 3.1 spec, and a read-only MCP server so assistants like Claude or Cursor can check your sensors, history, and fleet health on request.

  • ▸ MCP endpoint — add one URL + your API key to any MCP client
  • ▸ OpenAPI 3.1 spec — machine-readable, always current
  • ▸ Read-only by design — agents can look, never touch
Agent docs (llms.txt) ↗ OpenAPI spec ↗
claude_desktop_config.json 
{
  "mcpServers": {
    "ysbryd-cloud": {
      "type": "http",
      "url": "https://cloud.ysbrydsystems.com/mcp",
      "headers": { "X-API-Key": "your-key" }
    }
  }
}

Paste, connect, ask. Your API key lives in your portal under Settings.

How It Works

From box to protected in one afternoon.

1

Deploy Sensors

Place battery-powered wireless sensors where temperature matters. They report through a gateway to the cloud — no wiring, no IT project.

2

Set Thresholds

Per-sensor high/low limits in the portal. Freezers, coolers, server rooms — each with its own envelope and alert recipients.

3

Get Alerts

The moment a reading breaks threshold, email and SMS go out. Acknowledge from the portal; full history stays available forever — or export it.

Stop Crossing Your Fingers

Tell us what you need to protect — we'll spec the sensors, ship them configured, and have you monitored the same week.

Get Started → matt@ysbrydsystems.com

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