Predictive Maintenance
Manufacturers catch equipment issues before they cause downtime.
IoT & Device Automation
Connect sensors, meters and connected equipment to your business systems to trigger alerts, maintenance tickets and workflows automatically.
Turn sensor data into automatic action
A sensor reading a temperature or a machine reporting a fault code is only useful if something happens next. Krivox connects IoT devices, sensors and connected equipment directly into your business systems, so a threshold breach doesn't just log a data point, it opens a maintenance ticket, alerts the right technician or triggers a workflow, without anyone watching a dashboard.
This closes the loop between the physical and digital sides of your operation like equipment issues, environmental conditions and asset locations feed straight into the same workflows that run the rest of your business.
- Sensor and device data ingestion at scale.
- Real-time alerting on threshold breaches.
- Predictive maintenance triggers from equipment data.
- Integration with CMMS, ERP and ticketing systems.
- Edge and cloud connectivity options.
- Live dashboards for equipment and asset status.
Where it's used
Cold Chain & Environmental Monitoring
Temperature and humidity excursions trigger instant alerts and logs.
Fleet & Asset Tracking
Location and usage data feed automatically into dispatch and maintenance systems.
Smart Facility Management
HVAC, energy and occupancy data drive automatic building adjustments.
How we build it
Got equipment or sensors that aren't talking to your systems yet?
Let's connect them and put that data to work.
FAQs
What is IoT and device automation?
IoT and device automation connect physical devices, sensors, machines and equipment with software systems to collect data and trigger actions automatically. For example, a sensor can detect abnormal machine temperature and automatically send an alert or start a predefined workflow. Businesses use IoT automation for equipment monitoring, asset tracking, predictive maintenance, energy management, smart facilities and other connected operations.
What business processes can be automated using IoT?
IoT can automate processes such as equipment monitoring, asset tracking, temperature control, energy management, inventory visibility and maintenance alerts. Connected sensors collect real-time information and trigger predefined actions based on specific conditions. For example, a machine can automatically generate a maintenance alert when its temperature or vibration exceeds an acceptable level, reducing the need for constant manual monitoring.
Can IoT solutions integrate with existing business software?
Yes. IoT solutions can connect with ERP, CRM, manufacturing, warehouse, maintenance and other business applications. APIs, gateways and integration platforms can transfer device data into existing systems and trigger business workflows. For example, sensor data from equipment can automatically update a maintenance system or create a service request when an issue is detected.
How does IoT automation reduce manual work?
IoT automation reduces manual work by collecting information directly from connected devices instead of relying on employees to monitor equipment or enter data manually. Sensors can automatically capture readings, detect unusual conditions, send alerts and trigger workflows. This helps teams spend less time on repetitive monitoring and data entry while responding faster to operational issues.
How long does it take to implement an IoT automation solution?
The timeline depends on the number of devices, hardware requirements, connectivity, software complexity, integrations, security needs and deployment locations. A small IoT proof of concept may take considerably less time than an enterprise deployment involving thousands of devices and multiple business systems. Most projects benefit from starting with a focused pilot, validating the technology in a real environment and then expanding the solution based on the results.
Can IoT automation be customized for specific industries?
Yes. IoT solutions can be designed around the equipment, workflows, regulations and operational requirements of a specific industry. A manufacturer may use IoT for machine monitoring and predictive maintenance, while a logistics company may focus on asset tracking and shipment conditions. Warehouses can use connected sensors for environmental monitoring and facilities can automate energy and equipment management. The devices, data collection methods, automation rules, dashboards and integrations can all be adapted to the specific use case rather than relying on a single standard IoT setup.