HOW WE PILOT
We validate with real data, ensuring your next step.
We designed the pilot with you, under real-world conditions.
with the equipment available at Onlab.
01
Initial diagnosis
We identify the problem or opportunity you want to explore with advanced technology. We map the operational context and determine if Onlab is the right place to pilot it.
02
Technical site visit
We visit your operation to understand the actual conditions where the pilot would be run. This defines the technical parameters and equipment required.
03
Pilot design
We co-designed the pilot: measurable objectives, methodology, equipment, success metrics, and timeline. Everything was documented before implementation.
04
Execution
We run the pilot at Onlab's facilities or at your location, as appropriate. You'll have access to the 5.5G network, robots, sensors, and Onlab's technical support throughout the entire process.
05
Data analysis
We processed the data captured during the pilot and translated it into actionable conclusions. The result is evidence for decision-making.
06
Transfer and scaling
If the pilot program works, we'll guide you through scaling the solution to your actual operation. If it doesn't work, we'll know before investing at full scale. Either way, you win.
DEFENSE
5G Tactical Bubble
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PILOT IN PROGRESS
In remote areas, security and defense efforts face a blind spot: public communications infrastructure is limited, unreliable, or simply nonexistent. Without a secure, private connection on the ground, coordinating teams and sustaining operations becomes risky.
A tactical bubble: a towable vehicle with its own antennas and communications core that establishes a private, autonomous, and transportable 5G network. Different types of equipment operate simultaneously on this network: ground robotics—a quadruped robot, the Warhog vehicle, and the LIMO rover—and a drone for aerial reconnaissance; cameras with video analytics and a thermal camera for monitoring; push-to-talk and push-to-video communications; and wearables that report to a central dashboard. All integrated and functioning over a single secure connection.
The deployment enables a secure and independent 5G network on site, keeping all integrated equipment connected and operational throughout the operation.
ARAUCO · PILOTAJE
New Village Train Monitoring
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PILOTO EN CURSO
Controlling the entry and exit of trains at the Nueva Aldea plant is key to dispatch traceability: each railcar must be identified and its load quantified. Doing so accurately and in real time is difficult without dedicated instrumentation on the track.
A monitoring structure is installed over the track that records trains as they enter and leave the plant. The system detects the license plates of the railcars, cross-references them with the dispatch guide, and obtains the cargo volume of each one. The captured data feeds into the plant's digital twin, of which this pilot project is a part.
The deployment enables the automatic registration of each wagon - license plate and cargo volume - associated with its dispatch guide, providing real-time data to the digital twin of Nueva Aldea.
C3D · PILOTAGE
UGV with Integrated 5G
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PILOT IN PROGRESS
Unmanned ground vehicles (UGVs) typically rely on external connectivity added to the equipment, which limits their autonomy and performance in the field. Furthermore, boosting domestic manufacturing requires strengthening products developed in Chile instead of importing complete solutions.
In a collaborative design effort with C3D, the company started with their existing UGV (Unmanned Ground Vehicle) to adapt its structure and integrate native 5G connectivity. Instead of adding the connection as an accessory, 5G is incorporated into the vehicle's design itself, strengthening a domestically manufactured product.
The pilot program is moving towards a Chilean UGV with native factory-installed 5G, offering better connectivity in the field and a higher degree of integration than a model with an external connection.