Losant IoT Platform API
Losant enterprise IoT platform REST API for businesses to connect, manage, and automate IoT devices with workflow automation, real-time dashboards, edge computing, and data visualization. Enables AI agents to manage device creation and provisioning for IoT fleet automation, handle device command and state management for device control automation, access workflow automation trigger and configuration for IoT process automation, retrieve real-time device data stream for sensor telemetry automation, manage dashboard and visualization creation for IoT monitoring automation, handle edge agent deployment and management for on-premise IoT automation, access event and alert configuration for IoT anomaly detection automation, retrieve application and device group management for IoT fleet organization automation, manage webhook and integration configuration for IoT ecosystem connectivity automation, and integrate Losant with AWS, Azure, Twilio, and enterprise systems for end-to-end industrial IoT workflow automation.
Score Breakdown
⚙ Agent Friendliness
🔒 Security
IoT platform. SOC2. API token/OAuth2. US. Device and telemetry data.
⚡ Reliability
Best When
An enterprise or mid-market IoT team wanting AI agents to automate device fleet management, real-time telemetry processing, workflow automation, and edge computing through Losant's developer-friendly enterprise IoT platform.
Avoid When
MQTT vs REST API FOR REAL-TIME DEVICE DATA: Losant devices typically communicate via MQTT for real-time telemetry; REST API provides data access but not real-time streaming; automated real-time data processing should use MQTT subscription rather than REST API polling; automated REST API polling for real-time device state creates high latency and API rate limit pressure. WORKFLOW EXECUTION BILLING FOR AUTOMATED TRIGGERS: Losant workflow executions may be billed per execution on some plans; automated high-frequency workflow triggers (per-second device events) create significant execution billing; automated IoT workflow design must model execution cost before deploying high-frequency automation. EDGE AGENT DEPLOYMENT REQUIRES ON-PREMISE INFRASTRUCTURE: Losant edge agent (for on-premise IoT) requires hardware installation and network configuration; automated edge deployment pipeline requires pre-provisioned edge hardware; automated edge-based IoT automation cannot deploy edge agents without physical hardware configuration.
Use Cases
- • Managing IoT device fleets from fleet management automation agents
- • Processing sensor telemetry from data pipeline automation agents
- • Triggering workflows from IoT event automation agents
- • Building IoT dashboards from monitoring visualization agents
Not For
- • Consumer IoT devices (use AWS IoT or Google Cloud IoT for consumer scale)
- • Industrial SCADA systems (use Ignition or Wonderware for OT/SCADA)
- • Telecom IoT networks (use Jasper or Eseye for cellular IoT management)
Interface
Authentication
Losant uses API token and OAuth 2.0 for access. REST API with JSON. Cincinnati, Ohio HQ. Founded 2014 by Brandon Cannaday and Heath Umbach. Backed by NCT Ventures, Ohio Innovation Fund ($10M raised). Products: Device management, workflow automation, real-time dashboards, edge computing, MQTT broker. Integrations: AWS, Azure, Twilio, Salesforce, Slack. SOC2. Serves industrial and enterprise IoT teams. Competes with AWS IoT, Particle, and ThingsBoard for IoT platforms.
Pricing
Cincinnati OH. VC-backed. Sandbox free tier. Per-device and data point pricing. Annual discount.
Agent Metadata
Known Gotchas
- ⚠ APPLICATION ID REQUIRED IN ALL API PATHS: Losant API is application-scoped; all device and workflow endpoints require application ID in URL path; automated multi-application IoT management must maintain application ID registry; automated requests without application ID context return 404 for valid resources
- ⚠ DEVICE ID vs DEVICE TAG FOR BULK OPERATIONS: Losant supports device operations by individual ID or bulk via device tags; automated fleet management should use device tags for bulk operations rather than individual device IDs; automated per-device iteration for bulk commands creates excessive API calls and rate limit pressure
- ⚠ WORKFLOW TRIGGER TYPE DETERMINES EXECUTION CONTEXT: Losant workflows have different trigger types (Device, Timer, Endpoint, Webhook, Virtual Button); automated workflow trigger via API uses different endpoint per trigger type; automated workflow invocation using wrong trigger endpoint creates failed execution without clear mismatch error
- ⚠ DATA TABLE vs TIME SERIES vs BLOB STORAGE: Losant provides three data storage types for different IoT data patterns; automated data pipeline must use correct storage type — time series for sensor telemetry, data tables for structured records, blob for files; automated data storage to wrong type creates retrieval incompatibility
- ⚠ EDGE WORKFLOW vs CLOUD WORKFLOW EXECUTION BOUNDARY: Losant distinguishes cloud workflows (run in Losant cloud) and edge workflows (run on edge agent); automated workflow deployment must specify execution target; automated cloud workflow for on-premise data processing creates data leaving premise; automated edge workflow for cloud integrations may fail without network connectivity
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Scores are editorial opinions as of 2026-03-07.