What We Do Today

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Pampa Technologies is a robotics systems integration company rooted in mobile robot automation for the automotive industry. Our core expertise lies in the design, deployment, and coordination of mobile robotic systems such as AGVs and AMRs—technologies that rely on wireless communication, real-time decision-making, and integration across disconnected systems.

Unlike traditional fixed robot integrators (e.g., Fanuc, KUKA), we focus on mobile, dynamic systems that require intelligent orchestration. To support this, we’ve developed a suite of proprietary digital tools and cloud-based platforms—such as traffic controllers and fleet coordination software—that allow mobile robots to operate collaboratively and safely across complex factory environments.

Beyond mobile robots, and thanks to our strong in-house software engineering team and trusted customer relationships, we also design and deliver custom digital tools (software). These projects—often cloud-based solutions—are not always directly tied to mobile robots, but they strengthen our software architecture expertise, build recurring client trust, and contribute to our profitability as we grow.

This combination of hardware integration, cloud software development, and deep industry alignment allows us to support our current customers while building the capabilities needed for the next evolution in robotics.

 As the industry begins adopting humanoid robots—such as Tesla Optimus—for production tasks, we see a natural progression from mobile robot integration to human-robot system integration.

Like AGVs and AMRs, humanoid robots are wirelessly connected, physically mobile, and dependent on real-time coordination with their environment. Our goal is to become a leading partner in enabling their deployment by building the digital infrastructure, software tools, and workflow logic that allow humanoids to:

• Detect and validate sensor inputs (e.g., pokayoke)
• Communicate directly with existing machinery (e.g., robotic welding cells)
• Trigger operations digitally without human-equivalent physical gestures
• Operate safely and efficiently alongside both humans and automation

As factories evolve toward intelligent, collaborative automation, Pampa Technologies is positioned to lead the next generation of system integration—where software, mobility, and human-robot interaction converge in real-world production environments. 

 One of the clearest opportunities for human-robot system integration is in robotic welding cells, where a human operator currently performs repetitive tasks such as:

• Picking up parts, brackets, or fasteners from a rack
• Placing them into the robot fixture with proper orientation
• Validating alignment (often via pokayoke sensors)
• Pressing a start button to initiate welding
• Adding new components mid-cycle, or removing completed parts

These tasks are highly repetitive, localized, and routine—ideal for replacement by a humanoid robot.

A humanoid can perform these duties without requiring human-equivalent actions like pressing buttons. Instead, it can be integrated digitally with the welding cell controller to read sensor states, confirm fixture readiness, and trigger the welding sequence through a communication protocol.

This integration reduces reliance on manual interfaces, allows for a more compact and efficient cell layout (by eliminating human safety zones and light curtains), and offers a powerful early-stage implementation of humanoids in real-world production.

This example illustrates Pampa’s strategic value—not just in deploying the hardware, but in designing the communication logic, safety interaction, and software orchestration needed to make these systems truly operational within the factory floor.