We help mines, quarries and contractors increase their profitability - one bucket at a time.
We help mines, quarries and contractors increase their profitability - one bucket at a time.
Stop relying on manual inputs to monitor cycles and excavator activities. The operator's job is to operate, not to press buttons.
Monitor inadequate operational conditions for fast response: poor fragmentation, boulders, misaligned trucks, irregular loading pad and others.
Classify and measure fragmentation of every bucket, be it dumped on a truck or not. Use that to optimize downstream and upstream processes.
Problem: Inefficient digging, excessive idling, and poor feed size affect the energy efficiency of the entire operation. Be it diesel or electricity, costs go up.
Why it is hard: The lack of measurable correlation between diggability, blast quality, loading practices, machine effort, and power draw makes it difficult to identify the true source of performance losses.
MineMaestro links digging efficiency, vibrations, swing angles, to fragmentation, bucket by bucket, truck by truck — exposing where efficiency is lost at the pit and how it impacts the plant.
Problem: Cylinders, buckets, tires, crusher and mill liners wear out faster due to hard digging, poor fragmented and oversized material.
Why is it hard: Wear is only visible after failure; upstream causes (hard material, poor blast, rough operation) go unseen.
MineMaestro detects hard digging and oversize material via vision, vibration and motion data, providing early warnings before costly breakdowns at the pit and at the plant.
Problem: Uneven truck dispatch, long waits and inefficient cycles choke mine productivity while poor fragmentation limits plant production.
Why is it hard: Dispatch and OEM telemetry are siloed and highly dependant on operator input and manual entries. Excavator–truck interactions and material context are missing.
MineMaestro tracks the full excavator–truck cycle, identifies waiting and coordination losses, and links throughput to material quality. Without human intervention.
Built to align with regulations like GDPR (General Data Protection Regulation)
Single cabin-mounted enclosure: camera, compute, storage, and power. OTA updates and remote diagnostics for scalability.
Built-in IMU measures vibration (diggability, blast quality), angular orientation and velocity (swing angle, cycle effectiveness), and synchronizes motion with vision data.
Our proprietary AI models run locally for operation monitoring, fragmentation measurements and conditions monitoring.
All data is processed directly on the device, reducing the need to transmit sensitive information to external servers.
Features such as facial blurring ensure that PII is anonymized before being stored or transmitted. Prevents accidental or unauthorized storage of sensitive data.