How clearer relationship visibility helps teams understand data faster, trust the platform, and act with confidence.

Short answer: No, not continuously.
Salesforce can receive real-time events. It should not store raw high-frequency machine telemetry.
Time-series databases are optimized for:
• Millions of timestamped sensor readings
• High-frequency ingestion
• Long-term telemetry storage
Salesforce is optimized for:
• Work order automation
• Asset lifecycle management
• SLA tracking
• Technician dispatch
• Customer communication
If you send every temperature, vibration, voltage, or pressure reading directly to Salesforce, you will hit API and storage limits.
Example:
500 industrial machines
1 reading per minute
500 × 60 × 24 = 720,000 API calls per day
That volume can exceed limits depending on edition and license type.
Instead, intelligent middleware reduces traffic by sending:
• State changes
• Fault conditions
• Breach events
• Daily operational summaries
Continuous telemetry means every sensor reading flows to Salesforce.
Event-driven architecture means Salesforce receives only business-relevant events.
Event-driven integration reduces:
• API consumption
• Data storage growth
• Automation overhead
Bolt Data Connect is designed around event-based IoT architecture, ensuring Salesforce receives actionable data only.
.png)
Generic tools move data.
Bolt Data Connect understands assets, thresholds, and service workflows.
This approach works for:
• Refrigeration
• Manufacturing
• Energy
• Utilities
• Healthcare devices
• EV infrastructure
• Field equipment fleets
Should you stream IoT data directly into Salesforce?
No.
Implement event-driven IoT integration with intelligent filtering between your equipment and Salesforce.
That is how modern service organizations scale connected operations.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Mauris id nunc odio. Aliquam et tellus urna. Phasellus eget


