Full visibility of each component at each stage of repair.
Connect all areas involved with suppliers and carriers on a single platform and transform your repairables management. Join the future of repair.
More than 300 suppliers already use Aisoncore
Our platform integrates a wide network of certified suppliers, endorsed by their experience working with large mining companies. This ensures quality and compliance in each repair.
Find out what you can do with Aisoncore
Repair history
Keep a complete and detailed record of all interventions performed on each part.
Customized reports
Generate reports tailored to your needs to make quick and informed decisions.
Components Catalog
Access to the information of each component in an easy organized and always available way.
Traceability of all stages
Visualize repair progress from purchase order to final delivery and anticipate any bottlenecks or delays.
Centralized documents
Purchase orders, work orders, guides, technical reports, quotations and more, always at your team's fingertips.
More than a technological solution, we are a team that accompanies you to obtain maximum value.
Customer Success Representative
Promotes efficient use of the platform, helping to shorten repair cycles. Identifies and pushes suppliers and areas that generate bottlenecks, with weekly meetings to ensure constant progress.
Product Owner
It listens to your needs and transforms them into product improvements. Our roadmap is continuously evolving, guided by conversations and learnings with our customers.
Technical Support
Always attentive to solve any inconvenience. We prioritize each ticket according to its level of urgency, ensuring a fast and effective response.
Common Repair Management
Repair Management at Aisoncore
Less silos, more collaboration between areas
6 Trends That Will Redefine Supply Chain and Maintenance in 2026
Fun fact: our article on trends for 2025 was the most-read post in the history of our blog. Apparently, no one likes to navigate blindly (and we all love a good spoiler about what's to come). So, by popular demand, we're doubling down.
If you work in mining, you know that 2026 isn't just another year of "doing the same thing, but a little faster." The industry is definitely moving from a period of stabilization to an era of intelligent execution.
We analyze the most dense reports in the industry (those from McKinsey, Deloitte, and EY that you can't be bothered to read on a Friday) and filter out the noise to leave you with only the signal.
Here are the real trends that will set the tone in Supply Chain and Asset Management. No unnecessary technicalities.
From the High Andes, Lundin Mining adds Aisoncore in Caserones
At more than 4,000 meters above sea level, where decisions weigh as much as trucks, and the margin for error shrinks along with oxygen, Caserones has decided to bet on the future. Lundin Mining has made official the launching of Aisoncore at its acquired site in 2023. The platform, which has been operating successfully at Candelaria for almost two years, thus makes a leap in scale, complexity and confidence.
But this story does not start on the mountain. It starts with a relationship built by hand, repair after repair.
Mining Supply Chain and Maintenance Outlook 2025: Interview with Patricio Valencia of Lunding Mining
One of the industries that has undergone the most transformations in recent years is mining. These changes, both strategic (mergers, discoveries, explorations) and internal (processes and technological innovation), have given rise to "mining 4.0", where all areas are connected and have a significant impact.
At Aisoncore, we have observed that Maintenance and Supply Chain have become key players in this transformation, either with strategies that drive operational efficiency and promote the circular economy. To discuss this and to know what will mark this 2025 we wanted to talk to one of our clients, Patricio Valencia who is Assistant Manager of Purchasing and Materials Engineering at Lunding Mining Chile.
Is the PO Delivery Date a good estimator of when a repairable will return?
In the mining industry, it is common for suppliers to provide estimated delivery dates when generating the purchase order (PO) that later turn out to be unrealistic. Often, the committed date in ERP systems (e.g. SAP) does not reflect the actual start of work, but only a theoretical commitment from the supplier. The result: promised dates remain "in the past" long before actual delivery occurs, leaving purchase orders with expired deadlines in the system.
Promoting transparency in mining supply chains and maintenance with technology.
Within the mining industry, which today plays a fundamental role in the global economy, maintenance is a critical function that ensures operational continuity and equipment efficiency. Supply chain transparency, an increasingly important concept in various industries, is also gaining relevance in this area, especially with regard to the sourcing of spare parts and the selection of maintenance service providers.
The adoption of transparent practices, greatly facilitated by technological advances, is becoming a key factor in building stakeholder trust, ensuring ethical practices, and fostering sustainable development within the mining industry. But what is it all about, and how do we see it reflected in practice? Read on to learn more.
10 topics that will set the tone for the mining supply chain in 2025
The mining industry is constantly evolving, driven by the need for greater efficiency, sustainability, and responsibility. "Mining 4.0" has arrived, transforming operations and supply chain management through technological innovation and interconnectedness.
This article focuses on the top 10 supply chain trends for 2025, as identified by ASCM and our experience. It examines how these trends are impacting and will be adopted by the mining industry to drive efficiency, sustainability, and growth. We'll also explore how these trends are being applied to optimize operations and gain a competitive advantage.
The role of technology in the evolution of the mining repair process
By Bastian Andres Varas Michea
The adoption of technologies in the mining sector has evolved and taken on different perspectives in recent years. Today, it is a topic that aims not only to improve operational efficiency but also to address environmental and social concerns, making mining more responsible and sustainable.
In this article, we'll discuss how technology can play a crucial role in adapting and improving the repair process in the mining sector, covering its various aspects and implementing it.
The story behind Aisoncore V2.0: Innovation and collaboration in component traceability
At Aisoncore , our journey began with a bold vision: to change the game in traceability of repairable components in mining . And while the goal was clear, the path to it was often fraught with challenges and surprises we could never have anticipated. That's why, in this brief note, I wanted to share some of the paths we've traveled to reach this new launch.
Transforming traceability of repairables into an efficient and intuitive digital product
This year, as part of our commitment to optimizing component repair processes, we set out to improve the usability of our solution, Aisoncore. And after hard work involving our entire team and greatly enriched by valuable feedback from our customers, version 2.0 was born.
What did we discover on this path of digitalization, efficiency, and usability? In this article, we share the main changes we implemented and the improvements we've achieved, which we will officially present at our next launch event .
Cost Avoidance in Mining: Traceability of Repairables for Efficiency and Savings.
The mining industry is, by nature, capital-intensive, where the costs associated with maintaining critical equipment and components can represent a significant proportion of operating expenses. However, as technologies advance, mining companies are discovering new ways to optimize their budgets and reduce unforeseen costs. One area that has shown great potential is the traceability of repairable components .
