Do you really know how your equipment is being used in your day-to-day operation?
Imagine discovering that a crane operated for hours above its recommended load capacity, that a vehicle was running unnecessarily consuming excessive fuel, or that preventive maintenance could have been scheduled days before a critical breakdown occurred.
Another common and expensive scenario is realizing that contracted equipment is being operated outside the area defined in the contract.
These situations occur much more frequently than you might think. Without real-time data, these turn into high maintenance costs, accelerated asset depreciation and unplanned downtime for companies that depend on yellow machines, road implements, cranes and mobile equipment.
For many years, the management of these assets was based almost exclusively on the practical experience of operators and periodic visual inspections. While in-person verification remains essential, relying on it alone leaves dangerous blind spots. This is exactly where embedded telemetry establishes itself as a fundamental pillar of Industry 4.0.
What is embedded telemetry and how does it work?
Embedded telemetry is an integrated ecosystem of technologies (hardware, sensors, connectivity and software) responsible for collecting, storing, transmitting and presenting operational data from equipment remotely and in real time.
Through sensors connected to the equipment network (such as the CAN bus or dedicated inputs) and intelligent electronic modules, telemetry extracts precise metrics directly from the “health” of the asset, eliminating the need for a technician to be physically present next to the machine.
Main parameters monitored by onboard telemetry:
- Location and virtual fences: Real-time position and operating alerts outside the authorized area.
- Hour meter and operating time: Actual working hours versus time spent idle (engine running with equipment stopped).
- Operating and overload cycles: Monitoring of structural stress and use above factory nominal limits.
- Security and blocking events: Records of lock activation, emergency stops and improper actions.
- Machine diagnosis: Monitoring temperatures, hydraulic pressures, battery voltage and fault codes (DTC).
- Real-time alerts via WhatsApp: Instant notification for managers when critical events or misconduct occur.
All this data is transmitted in encrypted form to the plataforma Tecnnic Connect, where they are processed and transformed into graphics and strategic reports for managers, engineers and maintenance teams.
Tracking vs. Embedded Telemetry: What's the difference?
There is frequent confusion in the market between GPS tracking e embedded telemetry.
Traditional tracking only answers the question: “Where is the equipment?”. It is a basic geographic location tool.
A Tecnnic embedded telemetry, on the other hand, answers much more complex and vital questions for the financial health of the business:
- As Is the machine being operated?
- Who is operating no moment?
- The equipment is working within the safe load capacity?
- Which failures occur most frequently in the fleet?
- When Will the next maintenance be required based on actual wear and tear (not just a calendar estimate)?
The true value of telemetry lies in its ability to convert thousands of electrical signals and sensor readings into clear performance indicators (KPIs) for decision making.
How embedded telemetry transforms operational management
The adoption of intelligent monitoring systems profoundly changes a company's operational maturity. Management stops acting in a purely corrective way (putting out fires after breakdowns) and starts acting in a predictive and preventive.
1. Significant reduction in maintenance costs
By monitoring the real hour meter, work cycles and the first wear alerts, field teams are able to plan preventive stops in a surgical way. This eliminates untimely emergency interventions, which are costly and hinder productivity.
2. Increased operational security
Immediate warnings of overload, tipping, excessive speed or incorrect operation protect the physical integrity of operators and prevent catastrophic damage to industrial and road equipment.
3. Elimination of bottlenecks and gains in productivity
Access to usage history reveals underutilized assets or bottlenecks in logistics processes. With these metrics in hand, the company can size the fleet appropriately, relocating machines to where they are really needed.
4. Strict control and audit of contracts
Managers now have an inviolable history of each asset. This simplifies internal audits, validation of hours contracted with customers and proof of correct use of the machine during the warranty period.
The role of the Tecnnic Telemetry Portal in Industry
Collecting data is not enough; It is necessary to ensure that the information reaches those who make decisions in a simple, organized and actionable way.
O Tecnnic Telemetry Portal was developed specifically to simplify field data engineering. Through an intuitive and responsive web interface, the portal centralizes the management of multiple equipment in a single visual panel.
Strategic resources of the Tecnnic Portal:
- Unified Fleet Vision: Track machines and implements in real time, regardless of geographic location.
- Customizable Performance Reports: Export data on hours worked, estimated consumption and usage patterns.
- Detailed Event History: Chronologically track failures or alerts issued during each shift.
- Omnichannel Alerts: Receive priority notifications on the portal, email or directly on your professional WhatsApp.
This end-to-end visibility shortens the response time of technical teams to anomalies, ensuring that the equipment remains available for as long as possible.
The future of equipment monitoring has begun
With the continuous advancement of Internet of Things (IoT), 5G connectivity and data intelligence algorithms, embedded telemetry is no longer a luxury item or optional differentiator to become a basic requirement for industrial competitiveness.
Companies that drive their operations through data are able to reduce operational costs, increase the useful life of their machines, raise safety standards and offer more reliable services to the market.
More than knowing where your equipment is, telemetry allows you to fully understand how it is used and where the daily opportunities for improvement are.
By Alan Seraphim
Engineering Leader at Tecnnic Eletrônica Industrial
Embedded Telemetry Frequently Asked Questions (FAQ)
What is the difference between on-board telemetry and vehicle tracking?
Vehicle tracking essentially monitors the route and geographic location of the vehicle via GPS. Onboard telemetry goes further: it connects to the machine's electronic systems and sensors to assess the status of the engine, hour meter, overload, pressure, temperature and operator behavior.
Is it possible to receive telemetry alerts on WhatsApp?
Yes. The Tecnnic Connect ecosystem allows you to configure alerts so that critical notifications — such as overload events or severe failures — are sent instantly to the responsible managers' WhatsApp.
Does onboard telemetry help save on maintenance?
For sure. By identifying operational failures and parameter deviations early on, telemetry allows you to schedule preventive and predictive maintenance before a part breaks and causes major damage to the system, reducing machine downtime (downtime).
What types of equipment can receive onboard telemetry?
A tecnologia é versátil e pode ser instalada em guindastes, implementos rodoviários, plataformas elevatórias, tratores, máquinas agrícolas, equipamentos de mineração, geradores e frotas móveis em geral.
Quer transformar a gestão dos seus equipamentos com tecnologia de ponta?
Speak to embedded technology experts at Tecnnic Industrial Electronics and discover how the Portal Tecnnic Connect pode otimizar a sua operação hoje mesmo.
