Autonomous mobile robot towing laboratory samples through a refinery at dusk, surrounded by industrial processing equipment.
Talks that move

Robotics Transforming Refinery Sampling (From Manual Logistics to Autonomous Laboratory Operations)

Autonomous mobility by design. Operational continuity by nature. Built to move critical laboratory workflows safely, efficiently, and at scale
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Critical operations can't wait for the next available operator
WHY THIS “AUTONOMOUS SAMPLE LOGISTICS” CHALLENGE?
Manual transport can’t scale with demand

Industrial sites rely on thousands of manual sample transport movements daily. Delays and inefficient routes waste resources. Autonomous Mobile Robots offer a safer, predictable model freeing personnel for higher-value work.

Key benefits
Every sample moves with greater predictability
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Move more. Interrupt less

Automate repetitive laboratory sample transport across multiple collection points and operating shifts.

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Let people focus where they create value

Reduce manual transportation tasks so operators can dedicate more time to critical plant activities.

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Built for demanding industrial environments

Navigate outdoor routes, variable weather conditions and dynamic operating environments with autonomous guidance.

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Designed to evolve with operations

Open architectures and programmable workflows allow routes, schedules and future integrations to grow with business needs.

How NTT DATA helps

01
Assess operational readiness

Logistics processes with the greatest operational impact are identified to define the most effective automation strategy.

Laboratory team assessing high-impact logistics processes to define an effective automation strategy for autonomous operations
02
Design autonomous logistics workflows

From digital route mapping to autonomous navigation and automatic trailer coupling, we engineer an end-to-end operational solution

Robotics engineering team designing autonomous logistics workflows with digital route mapping, mobile robots and automated laboratory sample transport
03
Validate Before Deployment

Routes, behaviors and operational scenarios are tested through simulation and digital testing before production

Robotics engineer validating autonomous mobile robot routes, behaviors and operational scenarios through simulation and controlled testing before deployment
04
Integrate with operational ecosystems

Connect autonomous robots with laboratory systems, monitoring platforms and operational dashboards for complete visibility

Operator monitoring autonomous logistics, laboratory systems and refinery operations from an integrated industrial control room.
05
Scale with confidence

Support deployment, operational adoption and continuous optimization as autonomous operations expand across the industrial site

Autonomous laboratory robots scaling sample transport across an industrial facility with centralized fleet monitoring, operational adoption and continuous optimization
Autonomous mobile robot transporting laboratory samples between industrial process operations and the lab through digitally integrated workflows
Proven impact
Autonomous logistics, operational confidence

Supporting a leading energy group in evaluating autonomous lab sample transport through robotics and digital integration

Results that matter
Operational outcomes from autonomous industrial logistics
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Reduce Low-Value Transportation Activities

Up to 72% of collection trips involve only 1 – 4 sample containers, creating strong automation potential.

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Increase Logistics Capacity per Mission

Autonomous towing enables movement of 50 – 65+ kg while maintaining operational flexibility.

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Support Continuous Operations

Autonomous missions can be scheduled across morning, afternoon and night shifts with programmable routes.

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Expand Automation Across the Industrial Site

Open ROS2 architecture enables future integration with monitoring platforms, laboratory systems and additional autonomous workflows.

Start autonomous industrial logistics

Start the conversation that transforms your industrial logistics through autonomous operations.

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