Rajant Corporation and Epiroc Mexico have announced a strategic partnership aimed at delivering more reliable, deployment-ready mining connectivity solutions for mining customers throughout Mexico. The collaboration also opens opportunities to extend support to Epiroc’s broader global mining portfolio.
By combining Rajant’s Kinetic Mesh networking technology with Epiroc Mexico’s deep mining expertise, established customer relationships, and digital capabilities, the two companies intend to help mine operators build operations that are more connected, resilient, and productive — both today and as the industry moves increasingly toward automation.
The Challenge Driving the Partnership
Mining operations across Mexico, particularly large open-pit sites, contend with continuously shifting environments. Equipment, vehicles, and production zones move constantly throughout an operation, making it difficult to sustain reliable wireless communications across these dynamic sites. Yet that reliability is now considered essential — it directly influences productivity, worker safety, equipment uptime, and the ability to run automation initiatives effectively.
Conventional wireless infrastructure has historically struggled in these environments. Fixed systems can be difficult to deploy, relocate, or expand as mine layouts evolve. The partnership between Rajant and Epiroc Mexico addresses this challenge head-on.
How Rajant’s Kinetic Mesh Networking Changes the Picture
At the heart of the collaboration is Rajant’s self-healing Kinetic Mesh networking architecture. Unlike traditional fixed wireless systems, Kinetic Mesh networking continuously adapts as equipment and vehicles move throughout a mine. The network reroutes communications in real time, maintaining consistent connectivity without depending on static infrastructure that may become impractical as operations shift and grow.
This flexibility is especially significant for the Mexican mining sector, where large-scale open-pit operations demand a wireless mining network capable of keeping pace with the physical realities on the ground. Kinetic Mesh networking has been purpose-built for exactly these kinds of demanding, mobile industrial environments.
What the Partnership Delivers
Together, Rajant and Epiroc Mexico will work with mining organizations to strengthen operational visibility, support mobile equipment fleets, and reduce connectivity-related downtime. Importantly, the partnership is also designed to lay the communications foundation necessary for increasingly automated and autonomous mining operations.
The combined offering pairs Epiroc Mexico’s proximity to customers and knowledge of mining workflows with a wireless mining network infrastructure that can scale and adapt as operational requirements change.
Sagar Chandra, Executive Vice President of Global Sales at Rajant Corporation, spoke to the significance of the collaboration: “Reliable communications have become a foundational requirement for modern mining operations. Our partnership with Epiroc combines Rajant’s resilient communications platform with one of the world’s leading mining technology providers. Together, we’re helping customers improve productivity, operational visibility, and readiness for increasingly connected and autonomous operations — beginning in Mexico, with the potential for broader collaboration across Latin America.”
Björn Tisell, General Manager of Epiroc Mexico, framed the announcement in the context of the company’s ongoing commitment to the digital transformation mining sector: “This partnership represents another important step in Epiroc Mexico’s commitment to accelerating the digital transformation of the mining industry. By combining Rajant’s industry-leading wireless networking technology with Epiroc’s mining expertise and customer proximity, we are enabling our customers to build more connected, productive, and sustainable operations. We are excited about the opportunities this collaboration creates, not only in Mexico but also as a model for future growth across the region.”
Digital Transformation Begins With Reliable Connectivity
César Rojas, Business Line Manager for Digital Solutions at Epiroc Mexico, highlighted how the partnership supports a growing set of technology demands on mine sites: “Digital transformation begins with reliable connectivity. Our customers are increasingly adopting automation, machine data, fleet management, and advanced digital solutions that require continuous, resilient communications throughout the mine. Rajant’s technology provides the flexibility and reliability needed to support these initiatives, allowing mining companies to maximize operational efficiency while preparing for the mine of the future.”
The point is well-founded. As mining connectivity solutions evolve beyond basic data transfer into the backbone for fleet management platforms, machine data analytics, remote equipment control, and ultimately autonomous mining operations, the underlying wireless infrastructure must be robust enough to support all of it simultaneously and without interruption.
A Starting Point With Broader Regional Ambitions
While the partnership is anchored in Mexico, both companies have acknowledged that it is designed with a broader Latin American scope in mind. The collaboration is positioned not just as a market-specific agreement but potentially as a model for future regional expansion.
Epiroc Mexico’s Digital Solutions division is focused on technology-agnostic solutions that improve safety, productivity, and sustainability across mining and construction sites from field operations to management-level systems. Paired with Rajant’s Kinetic Mesh networking, the combined offering delivers mining connectivity solutions across the full breadth of a modern mining operation.
Rajant Corporation, headquartered in Malvern, Pennsylvania, is recognized as the pioneer of Kinetic Mesh networking. Its architecture is designed to unify communications systems across complex industrial and defense environments, enabling resilient, self-optimizing networks that function wherever people, machines, and data are in motion.