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December 18, 2025
At TVI Resource Development Philippines Inc. (TVIRD), rehabilitating the environment is not just a matter of compliance — it is a long-term commitment deeply rooted in the organization’s respect for nature’s healing processes. Guided by the principles of natural plant succession, the company’s approach to revegetation mirrors the natural growth of forests over time. This dedication is a cornerstone of TVIRD’s operations, ensuring a lasting positive impact on its surrounding environment. This method, while simple and cost-effective, has proven highly effective in restoring wildlife habitats. It begins with planting fast-growing grasses, followed by shrubs and vines, and eventually native tree species that form mature woodlands. TVIRD strengthens this approach by cultivating suitable indigenous plant species in its own nursery — homegrown seedlings that support reforestation efforts and are well-adapted to the local environment. Environmental Manager Jjam Cutillas explained, “At TVIRD, rehabilitation is not just the title of our manual — it’s a long-term promise to nature. We follow nature’s rhythm in healing the land, allowing vegetation to return in the same order it once grew.” As of June this year, 31.88 hectares of disturbed areas have already been successfully rehabilitated in Sitio Balabag, with pioneering grasses and shallow-rooted fruit trees establishing the foundation for future growth and biodiversity. A Massive Undertaking TVIRD’s impact goes well beyond the restoration of mined-out areas. To date, it has established plantations within and beyond its mining areas, totaling 1,136 hectares. This translates to more than 1.2 million trees planted — an impressive effort backed by a remarkable survival rate of 94.10%, thanks to rigorous care and monitoring practices that ensure trees not only survive but thrive. “What makes our work meaningful is knowing that every tree we plant has a purpose, whether it’s to bring back wildlife, stabilize the soil, or one day be part of a larger forest. We take pride in growing most of these from our very own nursery and using native species that truly belong to the land,” Cutillas added. Regenerating Forests the Natural Way TVIRD also champions Assisted Natural Regeneration (ANR) — a sustainable method focused on enhancing existing forest vegetation and allowing nature to lead the way. In collaboration with DENR Region IX, strategic areas within the company’s mining area were identified for this initiative. ANR involves nurturing naturally growing trees, planting indigenous species, and ensuring consistent maintenance and protection. As of June 2025, a total of 456.44 hectares of ANR and enhancement plantations have been established, where earth-balled saplings and wildlings were planted in compliance with Special Tree Cutting and Earth-balling Permit (STCEP) conditions. Of this total, the 152.67-hectare enhancement plantation established from July 2024 to June 2025 saw the planting of 152,670 indigenous and fruit tree species within the MPSA, mostly dipterocarp species. Additionally, 1,667 bamboo trees covering 8.33 hectares were planted during the same period. Environmental Stewardship as a Shared Commitment “Our environmental programs are driven by a shared commitment — one that every employee participates in. From weekly tree-planting activities to major rehabilitation projects, we all play a part in rebuilding what nature has given us. And that’s something we take to heart,” Cutillas concluded. Environmental awareness is deeply instilled in TVIRD Group’s culture. Through its weekly tree-growing program, various departments come together regularly to plant and care for the land. Everyone in TVIRD has a role to play in restoring the balance of nature, with purpose for every week and every season.
December 18, 2025
At TVI Resource Development Philippines Inc. (TVIRD), rehabilitating the environment is not just a matter of compliance — it is a long-term commitment deeply rooted in the organization’s respect for nature’s healing processes. Guided by the principles of natural plant succession, the company’s approach to revegetation mirrors the natural growth of forests over time. This dedication is a cornerstone of TVIRD’s operations, ensuring a lasting positive impact on its surrounding environment. This method, while simple and cost-effective, has proven highly effective in restoring wildlife habitats. It begins with planting fast-growing grasses, followed by shrubs and vines, and eventually native tree species that form mature woodlands. TVIRD strengthens this approach by cultivating suitable indigenous plant species in its own nursery — homegrown seedlings that support reforestation efforts and are well-adapted to the local environment. Environmental Manager Jjam Cutillas explained, “At TVIRD, rehabilitation is not just the title of our manual — it’s a long-term promise to nature. We follow nature’s rhythm in healing the land, allowing vegetation to return in the same order it once grew.” As of June this year, 31.88 hectares of disturbed areas have already been successfully rehabilitated in Sitio Balabag, with pioneering grasses and shallow-rooted fruit trees establishing the foundation for future growth and biodiversity. A Massive Undertaking TVIRD’s impact goes well beyond the restoration of mined-out areas. To date, it has established plantations within and beyond its mining areas, totaling 1,136 hectares. This translates to more than 1.2 million trees planted — an impressive effort backed by a remarkable survival rate of 94.10%, thanks to rigorous care and monitoring practices that ensure trees not only survive but thrive. “What makes our work meaningful is knowing that every tree we plant has a purpose, whether it’s to bring back wildlife, stabilize the soil, or one day be part of a larger forest. We take pride in growing most of these from our very own nursery and using native species that truly belong to the land,” Cutillas added. Regenerating Forests the Natural Way TVIRD also champions Assisted Natural Regeneration (ANR) — a sustainable method focused on enhancing existing forest vegetation and allowing nature to lead the way. In collaboration with DENR Region IX, strategic areas within the company’s mining area were identified for this initiative. ANR involves nurturing naturally growing trees, planting indigenous species, and ensuring consistent maintenance and protection. As of June 2025, a total of 456.44 hectares of ANR and enhancement plantations have been established, where earth-balled saplings and wildlings were planted in compliance with Special Tree Cutting and Earth-balling Permit (STCEP) conditions. Of this total, the 152.67-hectare enhancement plantation established from July 2024 to June 2025 saw the planting of 152,670 indigenous and fruit tree species within the MPSA, mostly dipterocarp species. Additionally, 1,667 bamboo trees covering 8.33 hectares were planted during the same period. Environmental Stewardship as a Shared Commitment “Our environmental programs are driven by a shared commitment — one that every employee participates in. From weekly tree-planting activities to major rehabilitation projects, we all play a part in rebuilding what nature has given us. And that’s something we take to heart,” Cutillas concluded. Environmental awareness is deeply instilled in TVIRD Group’s culture. Through its weekly tree-growing program, various departments come together regularly to plant and care for the land. Everyone in TVIRD has a role to play in restoring the balance of nature, with purpose for every week and every season.
December 19, 2025
Walk past any construction site in the Philippines and you’ll likely see a familiar sight — piles of plywood stacked near a freshly poured foundation, warped and water-stained from repeated use. For decades, plywood has been the go-to material for local formwork, even as builders quietly acknowledge its flaws: it’s heavy, wasteful and short-lived, especially in the country’s hot, humid climate. That may soon change. A new system called PECAFORM, developed by Malaysia-based PLYTEC Group and brought to the country by FASI Forms Inc., is offering Filipino contractors an alternative — a soil-supported, reusable formwork system that reduces waste and speeds up construction. “The idea appealed to us because it directly addresses the recurring pain points of builders here,” said Frederick Erum, founder and CEO of FASI Forms Inc. “It’s simple, efficient, and it works with the way projects are managed locally.” Rethinking the Everyday Foundation The concept behind PECAFORM is straightforward: let the soil do the work. Traditional formwork relies on timber or steel supports, adding cost, time and labor to every pour. PECAFORM replaces those with a lightweight polymer sheet that holds the concrete in place using compacted soil for support. Once the soil is backfilled, the form becomes stable enough for pouring. Because the panels don’t absorb water, they produce a smooth finish and last far longer than plywood. “We’ve all seen how much material gets discarded after just a few uses,” Erum said. “If you can get the same or better result with something that doesn’t rot or warp, it’s worth adopting.” Each panel weighs about 2.64 kilograms per square meter, light enough for one person to carry and install without machinery. The lighter handling helps reduce labor hours and improve on-site safety. Designed for the Philippines The country’s humid climate and frequent rainfall have long been a challenge for construction. Timber formwork tends to absorb moisture, deform and fail after short use cycles — driving up rework costs. PECAFORM was designed for exactly these conditions. Made from water-resistant engineered material, it can be reused multiple times and withstand the elements without degrading. On-site, it also reduces waste and clutter. “It doesn’t take long for people to get used to it,” Erum said. “After a short orientation, crews start working faster because there’s less preparation and cleanup involved.” The system has been successfully used in Malaysia and Singapore, where similar weather conditions test the durability of formwork. At Aspen Vision City in Malaysia, contractors reported completing formwork cycles up to 70 percent faster and cutting costs by as much as 40 percent compared to plywood systems. Faster Builds, Cleaner Sites In an industry where time directly affects profitability, shorter construction cycles can have a significant impact. PECAFORM helps reduce setup and removal time since the forms are left in place permanently, eliminating dismantling and disposal. “You can see the efficiency on-site,” Erum said. “Workers spend more time doing structural work instead of setting up and tearing down temporary forms.” The result is a more organized work environment and a safer workflow, especially in repetitive casting jobs such as footings and retaining walls. Sustainability That Makes Business Sense Erum said the system’s appeal goes beyond convenience. Its long life cycle and recyclable composition align with the growing demand for sustainable construction practices. “Contractors today are under more pressure to consider sustainability,” he said. “If a material helps reduce waste and lasts longer, it makes both environmental and financial sense.” Each panel is 100 percent recyclable and microplastic-free, meeting Green Building Index (GBI) and VOC-safe standards. The elimination of timber backing reduces the need for lumber and minimizes landfill waste — increasingly important metrics for developers and project financiers. “Sustainability shouldn’t come at the expense of practicality,” Erum added. “The key is to find solutions that make everyday work more efficient while lessening impact on the environment.” Made for Real-World Worksites PECAFORM is most effective for retaining walls, pile caps, edge forms and ground beams — repetitive concrete structures that often slow down project timelines. The system’s consistent dimensions and finish quality also minimize rework. In large-scale projects, the cumulative time savings can be substantial. “Small efficiencies become significant when you apply them across kilometers of formwork,” Erum said. “That’s where systems like this make sense — in the details.” Bringing Global Technology Home Erum, a member of the Filipino Inventors Society, has long been known for his contributions to improving construction methods. Over the years, he has registered four patents, including designs for a concrete shuttering system, table formwork and support system, and reusable plastic panel innovations. “We’ve always tried to look for better ways to build,” he said. “Not necessarily more expensive or complicated — just more efficient.” Through its partnership with PLYTEC, FASI Forms Inc. brings proven formwork technologies to the Philippine market, adapting them for local contractors through training and technical support (fasiformsystem.com/about-us; plytec.com.my). “Our goal is to make modern systems accessible,” Erum said. “Technology should work for the people using it, not the other way around.” Laying the Groundwork for the Future As infrastructure investment continues under the government’s Build Better More program, Erum sees an opportunity for the local industry to adopt better construction systems. “We’ve relied on the same materials for decades,” he said. “But conditions and expectations have changed. If we want to stay competitive, we need to do faster construction operations.” He believes the shift toward smarter systems like PECAFORM will not happen overnight, but sees it as inevitable. “Change in construction is always gradual,” Erum said. “But once people experience the advantages firsthand — the speed, the cleanliness, the savings — it becomes hard to go back.” For him, innovation is not about replacing tradition but refining it. “At the end of the day, the goal is simple,” he said. “Build better, build responsibly, and keep building faster with each project.”
December 18, 2025
As the Philippines moves toward smarter and more sustainable transport systems, one company is positioning itself at the heart of that transformation: Geotab, a global leader in connected transportation solutions. With the launch of Geotab Ace in Southeast Asia, the company introduces an AI-powered digital assistant that brings fleet management to a new level of intelligence and simplicity. By enabling users to access insights through natural language, Geotab Ace transforms complex telematics data into clear, actionable information for fleet operators, utilities, and government agencies. Founded in 2000, Geotab is a trusted provider of telematics and data-driven fleet management solutions, with more than 4 million connected vehicles worldwide. Its open platform and marketplace offer a broad range of applications that help organizations improve efficiency, safety, and sustainability. The company continues to pioneer innovations in AI and analytics to support smarter mobility ecosystems globally. To learn more about the company’s regional strategy and its vision for the Philippine market, Philippine Resources Journal (PRJ) sat down with Ezanne Soh, Senior Regional Manager, APAC at Geotab, who shared insights on expansion plans, customer empowerment, and the evolving role of AI in fleet management. Geotab Ace Launch and Regional Expansion PRJ: Following the Southeast Asia launch of Geotab Ace, how does Geotab plan to expand its presence and customer base in the Philippines? Ezanne Soh: The Philippines is a key market for Geotab’s regional growth. With Geotab Ace now available on the MyGeotab platform, we’re scaling through close collaboration with local partners that already support transport, logistics, and utilities fleets. Our goal is to make fleet intelligence available to every operator — from national agencies maintaining road assets to private logistics providers in various Philippine cities. By bringing intuitive AI into existing telematics systems, we help operators accelerate their digital transformation without adding complexity. Local Market Opportunities PRJ: What factors make the Philippines a strategic market for Geotab, and how does the company plan to address the specific challenges faced by local fleet operators? Ezanne Soh: Fleet operators here face some of the toughest operating conditions in the region — dense urban congestion, high fuel prices, and ageing vehicles. Geotab Ace helps turn these pain points into opportunities for improvement. For instance, a manager can instantly see which trucks lose the most hours to traffic or which delivery routes waste the most fuel. By transforming raw telematics data into clear, conversational insights, Ace enables faster decisions that improve uptime, safety, and cost control. Customer Adoption and Use Cases PRJ: How do you envision fleet operators in the Philippines using Geotab Ace to improve operations in areas such as fuel management, driver behavior, and safety monitoring? Ezanne Soh: Geotab Ace acts as a digital assistant for fleet managers. Users can simply ask, “Which vehicles used the most fuel this week?” or “Were there any driver safety alerts yesterday?” and get an instant, data-backed answer. This helps managers identify inefficiencies, improve driving habits, and make faster operational decisions without needing to build reports manually. Beyond simplifying data, Geotab Ace also applies predictive safety and maintenance analytics to enhance fleet performance. It can identify risky driving behavior before incidents occur and analyse vehicle health data to anticipate service needs, reducing downtime and improving reliability. By integrating trip data, zone activity, and exception events, Ace provides a holistic view of fleet health and performance, enabling operators to take proactive action on both driver safety and vehicle upkeep. PRJ: Are there any early adopters, pilot programs, or success stories from Philippine fleets that you can share? Ezanne Soh: We’re currently working with regional partners and local fleets exploring how Geotab Ace can be integrated into their operations, particularly in logistics, utilities, and infrastructure management. Globally, Geotab customers are already seeing measurable impact. We’ve seen reductions in idle time, improved safety compliance, and faster, data-driven decisions using Geotab Ace. A great example is our recent case study with Métrica Móvil in Mexico — one of Geotab’s long-standing partners, which integrated Geotab Ace directly into its IRIS Fleet™ management platform. The integration was completed rapidly, providing fleet managers with instant, conversational access to insights in both English and Spanish. It showcased how Geotab Ace can be seamlessly embedded into existing systems to deliver real-time, actionable intelligence. These results demonstrate the scalability of Geotab Ace and reinforce what’s possible as we bring the same technology and expertise to Southeast Asia and the Philippines. AI, Data, and Localization PRJ: Given the country’s traffic patterns and logistics infrastructure, how is Geotab Ace designed to interpret and simplify complex fleet data for Philippine users? Ezanne Soh: Local fleets face diverse and unpredictable conditions — from heavy stop-and-go traffic in Metro Manila to long provincial routes. Geotab Ace interprets this complexity in context. For example, it can distinguish between idling caused by traffic and idling due to driver behavior, giving managers a more accurate understanding of what’s really happening on the road. Unlike traditional dashboards, Geotab Ace delivers personalized insights based on each fleet’s unique configuration — from vehicle mix to operational zones — and even remembers previous interactions to provide more relevant answers over time. PRJ: How does Geotab ensure compliance with the Philippines’ Data Privacy Act and maintain customer trust when handling sensitive telematics data? Ezanne Soh: At Geotab, we understand that our customers’ data is essential to their business operations, which is why protecting it is one of our highest priorities. We embed privacy into every stage of product design and development through our Privacy by Design framework, ensuring responsible innovation and strong data governance from the ground up. Our approach to data protection is guided by clear principles. We collect only what’s necessary (data minimization), apply rigorous security and access controls, and adhere to data residency requirements by storing and processing information in the appropriate geographical regions. Whenever possible, we also de-identify or anonymize data to further safeguard personal and confidential information. In practice, this means Geotab complies fully with international standards such as GDPR. We maintain a comprehensive data governance framework, supported by dedicated legal, privacy, and compliance teams, as well as an Enterprise Data & AI Risk Committee that reviews all major AI-related initiatives. Every new innovation, including Geotab Ace, goes through rigorous security testing, ethics assessments, and Privacy Impact Assessments (PIAs). Our goal is simple: to ensure that customers can trust us with their data. By making privacy and security integral to every part of our business, we deliver technology that is not only powerful but also responsible and transparent. Sustainability and Electric Mobility PRJ: With the Philippines gradually moving toward electric vehicle adoption and sustainability, how can Geotab Ace support local operators in transitioning to greener fleet operations? Ezanne Soh: The shift to electric vehicles is picking up across Southeast Asia, and the Philippines is part of that movement. Many fleets are starting small by electrifying specific routes or vehicle types, and data is essential to making those decisions confidently. Geotab supports this process through our EV Suitability Assessment (EVSA), which uses real-world telematics data from the world’s largest dataset on EV performance. It helps operators identify which vehicles are best suited for electrification based on factors such as route length, charging availability, weather conditions, and cost efficiency. Geotab Ace complements this by making sustainability insights easy to access through natural language. A fleet manager can ask, “How much could I reduce emissions if I replaced half my fleet with EVs?” or “Which vehicles are using the most fuel this month?” and get an instant, data-backed answer. By combining EV analytics with conversational AI, Ace helps operators track emissions, understand range performance, and plan their transition to cleaner transport within the same platform they already use to manage daily operations. Our goal is to make sustainability practical, helping fleets meet their environmental targets while improving efficiency and reducing costs. Collaboration and Ecosystem Building PRJ: Is Geotab exploring potential partnerships with local technology providers, government agencies, or logistics associations to strengthen its presence in the Philippines? Ezanne Soh: Collaboration is a core part of how we operate at Geotab. We’re always looking for opportunities to work with local partners — from technology providers and industry associations to government agencies — to advance shared goals around safety, sustainability, and digital transformation. As we expand in the Philippines, we’re exploring ways to strengthen this ecosystem and ensure our solutions complement national efforts to modernize transport and logistics. We believe collaboration will play a vital role in helping fleets of all sizes adopt new technologies responsibly and effectively. User Empowerment and Capability Building PRJ: Beyond data insights, how does Geotab plan to help Philippine fleet managers and drivers build digital literacy and maximize the use of AI-driven tools like Ace? Ezanne Soh: We’re investing in on-the-ground enablement such as training sessions, webinars, and partner workshops designed to help users build confidence with AI. Fleet managers quickly see how much time Ace saves by automating daily reporting or compliance checks. That experience builds trust in data and shifts decision-making from reactive to proactive. Future Outlook PRJ: Looking ahead, what are Geotab’s long-term goals for the Philippine market, and how do you see AI shaping the future of the country’s fleet and transport industry over the next five years? Ezanne Soh: Our long-term goal is to help make every Philippine fleet data-driven, safer, and more sustainable. Within the next five years, we expect AI to be embedded in every stage of fleet management — from predictive safety alerts to automated maintenance scheduling and sustainability reporting. By partnering with local stakeholders, Geotab aims to be the trusted data partner supporting this evolution of the nation’s transport ecosystem. Through Geotab Ace, the company is redefining how fleets in the Philippines harness the power of AI and telematics to drive efficiency, safety, and sustainability. By combining innovation with local collaboration, Geotab is helping pave the way for a more intelligent and connected transport future.
December 18, 2025
As the Philippines moves toward smarter and more sustainable transport systems, one company is positioning itself at the heart of that transformation: Geotab, a global leader in connected transportation solutions. With the launch of Geotab Ace in Southeast Asia, the company introduces an AI-powered digital assistant that brings fleet management to a new level of intelligence and simplicity. By enabling users to access insights through natural language, Geotab Ace transforms complex telematics data into clear, actionable information for fleet operators, utilities, and government agencies. Founded in 2000, Geotab is a trusted provider of telematics and data-driven fleet management solutions, with more than 4 million connected vehicles worldwide. Its open platform and marketplace offer a broad range of applications that help organizations improve efficiency, safety, and sustainability. The company continues to pioneer innovations in AI and analytics to support smarter mobility ecosystems globally. To learn more about the company’s regional strategy and its vision for the Philippine market, Philippine Resources Journal (PRJ) sat down with Ezanne Soh, Senior Regional Manager, APAC at Geotab, who shared insights on expansion plans, customer empowerment, and the evolving role of AI in fleet management. Geotab Ace Launch and Regional Expansion PRJ: Following the Southeast Asia launch of Geotab Ace, how does Geotab plan to expand its presence and customer base in the Philippines? Ezanne Soh: The Philippines is a key market for Geotab’s regional growth. With Geotab Ace now available on the MyGeotab platform, we’re scaling through close collaboration with local partners that already support transport, logistics, and utilities fleets. Our goal is to make fleet intelligence available to every operator — from national agencies maintaining road assets to private logistics providers in various Philippine cities. By bringing intuitive AI into existing telematics systems, we help operators accelerate their digital transformation without adding complexity. Local Market Opportunities PRJ: What factors make the Philippines a strategic market for Geotab, and how does the company plan to address the specific challenges faced by local fleet operators? Ezanne Soh: Fleet operators here face some of the toughest operating conditions in the region — dense urban congestion, high fuel prices, and ageing vehicles. Geotab Ace helps turn these pain points into opportunities for improvement. For instance, a manager can instantly see which trucks lose the most hours to traffic or which delivery routes waste the most fuel. By transforming raw telematics data into clear, conversational insights, Ace enables faster decisions that improve uptime, safety, and cost control. Customer Adoption and Use Cases PRJ: How do you envision fleet operators in the Philippines using Geotab Ace to improve operations in areas such as fuel management, driver behavior, and safety monitoring? Ezanne Soh: Geotab Ace acts as a digital assistant for fleet managers. Users can simply ask, “Which vehicles used the most fuel this week?” or “Were there any driver safety alerts yesterday?” and get an instant, data-backed answer. This helps managers identify inefficiencies, improve driving habits, and make faster operational decisions without needing to build reports manually. Beyond simplifying data, Geotab Ace also applies predictive safety and maintenance analytics to enhance fleet performance. It can identify risky driving behavior before incidents occur and analyse vehicle health data to anticipate service needs, reducing downtime and improving reliability. By integrating trip data, zone activity, and exception events, Ace provides a holistic view of fleet health and performance, enabling operators to take proactive action on both driver safety and vehicle upkeep. PRJ: Are there any early adopters, pilot programs, or success stories from Philippine fleets that you can share? Ezanne Soh: We’re currently working with regional partners and local fleets exploring how Geotab Ace can be integrated into their operations, particularly in logistics, utilities, and infrastructure management. Globally, Geotab customers are already seeing measurable impact. We’ve seen reductions in idle time, improved safety compliance, and faster, data-driven decisions using Geotab Ace. A great example is our recent case study with Métrica Móvil in Mexico — one of Geotab’s long-standing partners, which integrated Geotab Ace directly into its IRIS Fleet™ management platform. The integration was completed rapidly, providing fleet managers with instant, conversational access to insights in both English and Spanish. It showcased how Geotab Ace can be seamlessly embedded into existing systems to deliver real-time, actionable intelligence. These results demonstrate the scalability of Geotab Ace and reinforce what’s possible as we bring the same technology and expertise to Southeast Asia and the Philippines. AI, Data, and Localization PRJ: Given the country’s traffic patterns and logistics infrastructure, how is Geotab Ace designed to interpret and simplify complex fleet data for Philippine users? Ezanne Soh: Local fleets face diverse and unpredictable conditions — from heavy stop-and-go traffic in Metro Manila to long provincial routes. Geotab Ace interprets this complexity in context. For example, it can distinguish between idling caused by traffic and idling due to driver behavior, giving managers a more accurate understanding of what’s really happening on the road. Unlike traditional dashboards, Geotab Ace delivers personalized insights based on each fleet’s unique configuration — from vehicle mix to operational zones — and even remembers previous interactions to provide more relevant answers over time. PRJ: How does Geotab ensure compliance with the Philippines’ Data Privacy Act and maintain customer trust when handling sensitive telematics data? Ezanne Soh: At Geotab, we understand that our customers’ data is essential to their business operations, which is why protecting it is one of our highest priorities. We embed privacy into every stage of product design and development through our Privacy by Design framework, ensuring responsible innovation and strong data governance from the ground up. Our approach to data protection is guided by clear principles. We collect only what’s necessary (data minimization), apply rigorous security and access controls, and adhere to data residency requirements by storing and processing information in the appropriate geographical regions. Whenever possible, we also de-identify or anonymize data to further safeguard personal and confidential information. In practice, this means Geotab complies fully with international standards such as GDPR. We maintain a comprehensive data governance framework, supported by dedicated legal, privacy, and compliance teams, as well as an Enterprise Data & AI Risk Committee that reviews all major AI-related initiatives. Every new innovation, including Geotab Ace, goes through rigorous security testing, ethics assessments, and Privacy Impact Assessments (PIAs). Our goal is simple: to ensure that customers can trust us with their data. By making privacy and security integral to every part of our business, we deliver technology that is not only powerful but also responsible and transparent. Sustainability and Electric Mobility PRJ: With the Philippines gradually moving toward electric vehicle adoption and sustainability, how can Geotab Ace support local operators in transitioning to greener fleet operations? Ezanne Soh: The shift to electric vehicles is picking up across Southeast Asia, and the Philippines is part of that movement. Many fleets are starting small by electrifying specific routes or vehicle types, and data is essential to making those decisions confidently. Geotab supports this process through our EV Suitability Assessment (EVSA), which uses real-world telematics data from the world’s largest dataset on EV performance. It helps operators identify which vehicles are best suited for electrification based on factors such as route length, charging availability, weather conditions, and cost efficiency. Geotab Ace complements this by making sustainability insights easy to access through natural language. A fleet manager can ask, “How much could I reduce emissions if I replaced half my fleet with EVs?” or “Which vehicles are using the most fuel this month?” and get an instant, data-backed answer. By combining EV analytics with conversational AI, Ace helps operators track emissions, understand range performance, and plan their transition to cleaner transport within the same platform they already use to manage daily operations. Our goal is to make sustainability practical, helping fleets meet their environmental targets while improving efficiency and reducing costs. Collaboration and Ecosystem Building PRJ: Is Geotab exploring potential partnerships with local technology providers, government agencies, or logistics associations to strengthen its presence in the Philippines? Ezanne Soh: Collaboration is a core part of how we operate at Geotab. We’re always looking for opportunities to work with local partners — from technology providers and industry associations to government agencies — to advance shared goals around safety, sustainability, and digital transformation. As we expand in the Philippines, we’re exploring ways to strengthen this ecosystem and ensure our solutions complement national efforts to modernize transport and logistics. We believe collaboration will play a vital role in helping fleets of all sizes adopt new technologies responsibly and effectively. User Empowerment and Capability Building PRJ: Beyond data insights, how does Geotab plan to help Philippine fleet managers and drivers build digital literacy and maximize the use of AI-driven tools like Ace? Ezanne Soh: We’re investing in on-the-ground enablement such as training sessions, webinars, and partner workshops designed to help users build confidence with AI. Fleet managers quickly see how much time Ace saves by automating daily reporting or compliance checks. That experience builds trust in data and shifts decision-making from reactive to proactive. Future Outlook PRJ: Looking ahead, what are Geotab’s long-term goals for the Philippine market, and how do you see AI shaping the future of the country’s fleet and transport industry over the next five years? Ezanne Soh: Our long-term goal is to help make every Philippine fleet data-driven, safer, and more sustainable. Within the next five years, we expect AI to be embedded in every stage of fleet management — from predictive safety alerts to automated maintenance scheduling and sustainability reporting. By partnering with local stakeholders, Geotab aims to be the trusted data partner supporting this evolution of the nation’s transport ecosystem. Through Geotab Ace, the company is redefining how fleets in the Philippines harness the power of AI and telematics to drive efficiency, safety, and sustainability. By combining innovation with local collaboration, Geotab is helping pave the way for a more intelligent and connected transport future.
November 05, 2025
Minerals, Data, and a New Kind of Resource Wealth  By Fernando Penarroyo  The Philippines has long been recognized as one of the world’s most mineral-rich countries. With deposits of nickel, copper, and gold, it plays a vital role in global supply chains, especially at a time when electric cars, batteries, and renewable energy systems are driving demand for these resources.   Even though mining can create jobs, bring in much-needed revenue, and connect the Philippines to international markets, there is still the lingering perception that it can harm the environment and displace communities.  Now, another kind of resource is taking center stage alongside minerals—data. Mining in the twenty-first century is not only about extracting ores from the earth; it is also about gathering information.   While mining companies use drones to map terrain, satellites to track environmental changes, and sensors to monitor everything from air quality to worker safety, they also collect information from host communities and indigenous peoples.   Through surveys on health, demographics, and community sentiment, mining companies are no longer just extracting resources from the ground, they also “extracting” information from people and the environment.  Handled poorly, this new form of extraction can create serious risks for privacy, fairness, and sovereignty. But handled well, it can be turned into an opportunity to strengthen communities, improve governance, and protect national interests.   The Philippines has the chance to set an example by treating both minerals and data as shared resources that must be managed responsibly for the benefit of Filipinos.  Digital Mining: How Data Transforms Operations  Mining today is highly digitized. Advanced technologies have transformed operations, making it possible for companies to work more efficiently and safely. Drones are used to create detailed maps of landscapes, satellites help track changes in forests and water bodies, and sensors provide constant updates on machinery and safety conditions. These tools generate huge amounts of data that can be used to comply with environmental rules, improve productivity, and reduce accidents.   Beyond technology, mining firms also collect information directly from communities. Environmental and social impact assessments often involve surveys about health and livelihoods, while corporate social responsibility programs may gather data on education and living standards. In some cases, companies or their contractors even monitor social media to see how people feel about mining projects.  When collected and shared responsibly, this kind of information can be valuable. It can help companies respond more quickly to community concerns, give government agencies evidence to enforce rules, and provide communities with the data they need to push for better services.   For example, if surveys show an increase in health issues near a mining site, this could become the basis for improved health care in the area. If water quality tests reveal pollution, communities could use this data to demand cleaner practices or compensation. In this way, data has the potential to balance power between corporations, the state, and its citizens.  The Risks of Data Extraction  However, risks arise when data collection is done without fairness or transparency. One of the biggest concerns is that communities may not give informed consent for how their data is used.   Under the Indigenous Peoples’ Rights Act, indigenous groups must give their free, prior, and informed consent (FPIC) before mineral exploration and mining operations begin on their land.   Yet FPIC usually does not extend to data collection. This means a community might allow a project to operate but not realize their personal information and opinions, or household details are being stored and possibly shared with third parties.  Another issue is information imbalance. Often, companies collect data and share it with investors or government agencies but not with the very people from whom the information was generated and most affected by the operations.   A mining company may test river water quality and submit a report to regulators saying conditions are safe, but families who depend on that water for farming or drinking may never see the full results. This creates an unfair situation where those who face the risks have the least access to the knowledge that could help them.  There is also the potential for misuse. In areas where opposition to mining is strong, information about community leaders or activists could be used to monitor them. Even if this is not the intention, the risk remains that data collected for one purpose could later be applied in ways that put individuals at risk.  Data as Resource Wealth  Despite these challenges, data can be seen as an opportunity if it is treated as a resource in its own right. Just as minerals are considered part of national patrimony, there is a strong case for viewing mining-related data as a national asset.   Companies see it as part of their business operations, but governments recognize its value for planning, monitoring, and security, while communities see it as essential for protecting their health and livelihoods. Balancing these interests is key.  This debate mirrors the general struggle over mineral sovereignty. For decades, Filipinos have insisted that the benefits of mining flow to the nation before being repatriated abroad. The same logic can apply to information.   The Philippines supplies large amounts of nickel and copper, which are critical for the global shift to clean energy. Investors often require access to operational data before they commit funds. If the Philippines asserts sovereignty over this information, it can make sure it is shared under terms that benefit the country, not just outside players.  Mining Data, Geopolitics and National Security  The strategic value of mining-related data goes beyond economics. Geological surveys, environmental records, and infrastructure maps have national security implications. If such information is stored abroad or left in foreign hands, the Philippines could lose control over knowledge about its own resources.   This is especially important in a world where powerful nations like the United States and China are competing for control of supply chains for clean energy. In this context, protecting mining data is not only about fairness for host communities but also about protecting sovereignty at the national level.  Handled wisely, mining data can enhance the Philippines’ negotiating position. A country that demonstrates strong data governance signals to investors and partners that it values not only economic efficiency but also sovereignty and rights. This can attract responsible investment, increase trust, and prevent exploitative practices.  Toward Dual Stewardship of Resources and Data  Critics of mining often use the term “extractivism” to describe the large-scale removal of resources that benefits outsiders more than locals. Increasingly, some fear that the same thing is happening with information. Data is being “extracted” from people without giving them anything in return.   Yet the Philippines has an opportunity to change this narrative. Instead of allowing extractivism to dominate, the country can practice shared stewardship. This means treating minerals and data not as things to be taken but as resources to be managed responsibly, with benefits fairly distributed.  Imagine if every community near a mine automatically received the results of environmental and health studies in plain, easy-to-understand language.   Imagine if mining companies used the data they collect not just to meet legal requirements but also to invest in cleaner water, stronger health systems, and better local infrastructure.  Imagine if the government stored mining data locally and used it to guide national plans for disaster preparedness and climate resilience.   This is the vision of stewardship: turning data into a tool for empowerment.  The Role of the Data Privacy Act of 2012  The Data Privacy Act of 2012 (Republic Act No. 10173) provides a foundation for this. The law protects individual personal information in both government and private sectors by regulating the collection, processing, and storage of personal data.   It created the National Privacy Commission to implement regulations, protect data subjects' rights, and ensure the country's data protection measures are in line with international standards.   The law emphasizes transparency, legitimate purpose, and proportionality, meaning that data must be collected openly, only for clear reasons, and in amounts that are necessary. For mining companies, this means employee records, health surveys, and community data must all be handled responsibly.  In practice, enforcement is still uneven. Many communities are not fully aware of their rights under the law, and the National Privacy Commission has limited resources to enforce such rights.   Environmental regulators rarely coordinate with privacy regulators, leaving gaps in oversight. But these challenges can be addressed. With stronger cooperation, more training, and better resources, the Data Privacy Act can become a powerful tool for protecting and empowering both people and the nation.  Artificial Intelligence and Data Privacy Issues  Artificial intelligence (AI) is now integral to modern mining operations, optimizing exploration, production, logistics, and sustainability. However, this integration brings complex data-privacy challenges.   AI systems in mining collect vast amounts of information ranging from worker biometrics to operational performance data, which may contain personally identifiable or sensitive industrial details.   These systems often aggregate and analyze data across departments, leading to privacy risks such as surveillance concerns, unintentional re-identification, and exposure through third-party vendors or cross-border data transfers.  The growing use of AI also introduces risks tied to the difficulty of explaining or contesting automated decisions affecting individuals.   As AI systems become more involved in making or supporting decisions, it becomes harder for people and sometimes even for the companies using them to understand how or why those decisions were made. The Data Privacy Act demand stronger governance, emphasizing employee consent, data minimization, and transparency.  Meanwhile, regulatory trends such as data localization are reshaping how global mining firms handle information.   Data localization prohibits or restricts the transfer of certain types of data (especially personal, environmental, or strategic industrial data) to servers or cloud platforms located outside the country. The goal is to protect national sovereignty, privacy, and security by keeping sensitive data under Philippine jurisdiction.  Beyond compliance, these measures have strategic implications. As AI turns data into a valuable asset, privacy management becomes central to maintaining corporate reputation and social license to operate. Breaches or unethical use of data could harm community trust and investor confidence.   Ultimately, while AI enhances efficiency and sustainability, it also demands rigorous, transparent, and ethical data governance to ensure that innovation aligns with human rights and privacy standards.  Policy Pathways: From Protection to Empowerment  Several steps can help move toward this vision. Extending social license and community consent to cover digital data would give communities control over how their information is collected and used. Guaranteeing that communities have access to health and environmental data would ensure transparency.   Requiring that sensitive mining information be stored properly would protect sovereignty. Including data practices in environmental impact assessments would mandate companies to explain not only how they treat land and water but also how they handle digital information.  Strengthening the capacity of regulators and encouraging public-private partnerships could further build systems where digital data is shared responsibly. Each of these pathways transforms digital information from a potential liability into a tool for empowerment and development.  Conclusion  Mining in the Philippines has never been just about minerals. It has always been about who benefits, who bears the costs, and who gets to decide.   In the digital age, this struggle now extends to data. Communities that once fought for land rights must now also claim their informational rights, while the state must balance local needs with global pressures. This is not only a challenge but also an opportunity.   By protecting both natural and digital resources, the Philippines can move beyond extractivism and build a model of stewardship that is inclusive, sustainable, and sovereign.  If mining is left unchecked, it could continue to drain both natural wealth and informational resources without fairly benefiting the country. But if managed wisely, the Philippines can turn mining into a force for justice and sustainability.   Protecting both land and information ensures that communities are empowered, companies are accountable, and the nation secures its place in a competitive world. Mining responsibly and governing data fairly are not separate goals. They are part of the same fight for dignity, sovereignty, and the future of the Filipino people.  Fernando “Ronnie” S. Penarroyo specializes in Energy and Resources Law, Project Finance and Business Development. He is also currently the Chair of the Professional Regulatory Board of Geology, the government agency mandated under law to regulate and develop the geology profession. For any matters or inquiries in relation to the Philippine resources industry and suggested topics for commentaries, contact him at fspenarroyo@penpalaw.com. Atty. Penarroyo’s commentaries are also archived at his professional blogsite www.penarroyo.com 
November 05, 2025
Minerals, Data, and a New Kind of Resource Wealth  By Fernando Penarroyo  The Philippines has long been recognized as one of the world’s most mineral-rich countries. With deposits of nickel, copper, and gold, it plays a vital role in global supply chains, especially at a time when electric cars, batteries, and renewable energy systems are driving demand for these resources.   Even though mining can create jobs, bring in much-needed revenue, and connect the Philippines to international markets, there is still the lingering perception that it can harm the environment and displace communities.  Now, another kind of resource is taking center stage alongside minerals—data. Mining in the twenty-first century is not only about extracting ores from the earth; it is also about gathering information.   While mining companies use drones to map terrain, satellites to track environmental changes, and sensors to monitor everything from air quality to worker safety, they also collect information from host communities and indigenous peoples.   Through surveys on health, demographics, and community sentiment, mining companies are no longer just extracting resources from the ground, they also “extracting” information from people and the environment.  Handled poorly, this new form of extraction can create serious risks for privacy, fairness, and sovereignty. But handled well, it can be turned into an opportunity to strengthen communities, improve governance, and protect national interests.   The Philippines has the chance to set an example by treating both minerals and data as shared resources that must be managed responsibly for the benefit of Filipinos.  Digital Mining: How Data Transforms Operations  Mining today is highly digitized. Advanced technologies have transformed operations, making it possible for companies to work more efficiently and safely. Drones are used to create detailed maps of landscapes, satellites help track changes in forests and water bodies, and sensors provide constant updates on machinery and safety conditions. These tools generate huge amounts of data that can be used to comply with environmental rules, improve productivity, and reduce accidents.   Beyond technology, mining firms also collect information directly from communities. Environmental and social impact assessments often involve surveys about health and livelihoods, while corporate social responsibility programs may gather data on education and living standards. In some cases, companies or their contractors even monitor social media to see how people feel about mining projects.  When collected and shared responsibly, this kind of information can be valuable. It can help companies respond more quickly to community concerns, give government agencies evidence to enforce rules, and provide communities with the data they need to push for better services.   For example, if surveys show an increase in health issues near a mining site, this could become the basis for improved health care in the area. If water quality tests reveal pollution, communities could use this data to demand cleaner practices or compensation. In this way, data has the potential to balance power between corporations, the state, and its citizens.  The Risks of Data Extraction  However, risks arise when data collection is done without fairness or transparency. One of the biggest concerns is that communities may not give informed consent for how their data is used.   Under the Indigenous Peoples’ Rights Act, indigenous groups must give their free, prior, and informed consent (FPIC) before mineral exploration and mining operations begin on their land.   Yet FPIC usually does not extend to data collection. This means a community might allow a project to operate but not realize their personal information and opinions, or household details are being stored and possibly shared with third parties.  Another issue is information imbalance. Often, companies collect data and share it with investors or government agencies but not with the very people from whom the information was generated and most affected by the operations.   A mining company may test river water quality and submit a report to regulators saying conditions are safe, but families who depend on that water for farming or drinking may never see the full results. This creates an unfair situation where those who face the risks have the least access to the knowledge that could help them.  There is also the potential for misuse. In areas where opposition to mining is strong, information about community leaders or activists could be used to monitor them. Even if this is not the intention, the risk remains that data collected for one purpose could later be applied in ways that put individuals at risk.  Data as Resource Wealth  Despite these challenges, data can be seen as an opportunity if it is treated as a resource in its own right. Just as minerals are considered part of national patrimony, there is a strong case for viewing mining-related data as a national asset.   Companies see it as part of their business operations, but governments recognize its value for planning, monitoring, and security, while communities see it as essential for protecting their health and livelihoods. Balancing these interests is key.  This debate mirrors the general struggle over mineral sovereignty. For decades, Filipinos have insisted that the benefits of mining flow to the nation before being repatriated abroad. The same logic can apply to information.   The Philippines supplies large amounts of nickel and copper, which are critical for the global shift to clean energy. Investors often require access to operational data before they commit funds. If the Philippines asserts sovereignty over this information, it can make sure it is shared under terms that benefit the country, not just outside players.  Mining Data, Geopolitics and National Security  The strategic value of mining-related data goes beyond economics. Geological surveys, environmental records, and infrastructure maps have national security implications. If such information is stored abroad or left in foreign hands, the Philippines could lose control over knowledge about its own resources.   This is especially important in a world where powerful nations like the United States and China are competing for control of supply chains for clean energy. In this context, protecting mining data is not only about fairness for host communities but also about protecting sovereignty at the national level.  Handled wisely, mining data can enhance the Philippines’ negotiating position. A country that demonstrates strong data governance signals to investors and partners that it values not only economic efficiency but also sovereignty and rights. This can attract responsible investment, increase trust, and prevent exploitative practices.  Toward Dual Stewardship of Resources and Data  Critics of mining often use the term “extractivism” to describe the large-scale removal of resources that benefits outsiders more than locals. Increasingly, some fear that the same thing is happening with information. Data is being “extracted” from people without giving them anything in return.   Yet the Philippines has an opportunity to change this narrative. Instead of allowing extractivism to dominate, the country can practice shared stewardship. This means treating minerals and data not as things to be taken but as resources to be managed responsibly, with benefits fairly distributed.  Imagine if every community near a mine automatically received the results of environmental and health studies in plain, easy-to-understand language.   Imagine if mining companies used the data they collect not just to meet legal requirements but also to invest in cleaner water, stronger health systems, and better local infrastructure.  Imagine if the government stored mining data locally and used it to guide national plans for disaster preparedness and climate resilience.   This is the vision of stewardship: turning data into a tool for empowerment.  The Role of the Data Privacy Act of 2012  The Data Privacy Act of 2012 (Republic Act No. 10173) provides a foundation for this. The law protects individual personal information in both government and private sectors by regulating the collection, processing, and storage of personal data.   It created the National Privacy Commission to implement regulations, protect data subjects' rights, and ensure the country's data protection measures are in line with international standards.   The law emphasizes transparency, legitimate purpose, and proportionality, meaning that data must be collected openly, only for clear reasons, and in amounts that are necessary. For mining companies, this means employee records, health surveys, and community data must all be handled responsibly.  In practice, enforcement is still uneven. Many communities are not fully aware of their rights under the law, and the National Privacy Commission has limited resources to enforce such rights.   Environmental regulators rarely coordinate with privacy regulators, leaving gaps in oversight. But these challenges can be addressed. With stronger cooperation, more training, and better resources, the Data Privacy Act can become a powerful tool for protecting and empowering both people and the nation.  Artificial Intelligence and Data Privacy Issues  Artificial intelligence (AI) is now integral to modern mining operations, optimizing exploration, production, logistics, and sustainability. However, this integration brings complex data-privacy challenges.   AI systems in mining collect vast amounts of information ranging from worker biometrics to operational performance data, which may contain personally identifiable or sensitive industrial details.   These systems often aggregate and analyze data across departments, leading to privacy risks such as surveillance concerns, unintentional re-identification, and exposure through third-party vendors or cross-border data transfers.  The growing use of AI also introduces risks tied to the difficulty of explaining or contesting automated decisions affecting individuals.   As AI systems become more involved in making or supporting decisions, it becomes harder for people and sometimes even for the companies using them to understand how or why those decisions were made. The Data Privacy Act demand stronger governance, emphasizing employee consent, data minimization, and transparency.  Meanwhile, regulatory trends such as data localization are reshaping how global mining firms handle information.   Data localization prohibits or restricts the transfer of certain types of data (especially personal, environmental, or strategic industrial data) to servers or cloud platforms located outside the country. The goal is to protect national sovereignty, privacy, and security by keeping sensitive data under Philippine jurisdiction.  Beyond compliance, these measures have strategic implications. As AI turns data into a valuable asset, privacy management becomes central to maintaining corporate reputation and social license to operate. Breaches or unethical use of data could harm community trust and investor confidence.   Ultimately, while AI enhances efficiency and sustainability, it also demands rigorous, transparent, and ethical data governance to ensure that innovation aligns with human rights and privacy standards.  Policy Pathways: From Protection to Empowerment  Several steps can help move toward this vision. Extending social license and community consent to cover digital data would give communities control over how their information is collected and used. Guaranteeing that communities have access to health and environmental data would ensure transparency.   Requiring that sensitive mining information be stored properly would protect sovereignty. Including data practices in environmental impact assessments would mandate companies to explain not only how they treat land and water but also how they handle digital information.  Strengthening the capacity of regulators and encouraging public-private partnerships could further build systems where digital data is shared responsibly. Each of these pathways transforms digital information from a potential liability into a tool for empowerment and development.  Conclusion  Mining in the Philippines has never been just about minerals. It has always been about who benefits, who bears the costs, and who gets to decide.   In the digital age, this struggle now extends to data. Communities that once fought for land rights must now also claim their informational rights, while the state must balance local needs with global pressures. This is not only a challenge but also an opportunity.   By protecting both natural and digital resources, the Philippines can move beyond extractivism and build a model of stewardship that is inclusive, sustainable, and sovereign.  If mining is left unchecked, it could continue to drain both natural wealth and informational resources without fairly benefiting the country. But if managed wisely, the Philippines can turn mining into a force for justice and sustainability.   Protecting both land and information ensures that communities are empowered, companies are accountable, and the nation secures its place in a competitive world. Mining responsibly and governing data fairly are not separate goals. They are part of the same fight for dignity, sovereignty, and the future of the Filipino people.  Fernando “Ronnie” S. Penarroyo specializes in Energy and Resources Law, Project Finance and Business Development. He is also currently the Chair of the Professional Regulatory Board of Geology, the government agency mandated under law to regulate and develop the geology profession. For any matters or inquiries in relation to the Philippine resources industry and suggested topics for commentaries, contact him at fspenarroyo@penpalaw.com. Atty. Penarroyo’s commentaries are also archived at his professional blogsite www.penarroyo.com 
December 18, 2025
The mining and quarrying industry exposes machinery and equipment to some of the most destructive forces, including abrasion, corrosion, wear, impact, and chemical attack. Belzona’s high-performance and innovative solutions are engineered for the repair and protection of assets across multiple industries. These solutions have a proven record of minimizing downtime and reducing maintenance costs. Rapid-Curing Elastomers for Rubber Repair Rubber components, such as those on conveyor belts and off-road tires, are vulnerable to tearing, ripping, and splitting due to abrasive materials in mining operations. While rubber is durable, flexible, and absorbs vibration, sharp materials can still penetrate it, causing tears and splits. Belzona’s cold-cure polyurethane materials provide a reliable solution for in-situ rubber repair without the need for hot work. The rapid cure times of these elastomers make them ideal for emergency repairs. Chemical-Resistant Systems for Rebuilding and Coating Mineral processing involves aggressive chemicals such as flocculants and coagulants, which accelerate corrosion and the deterioration of concrete and steel structures. Belzona’s 4000 Series epoxy repair composites and chemical-resistant coatings protect mining assets against acids and alkalis, even at elevated temperatures. High-Performance Coatings for Pump Efficiency Pumps are subjected to constant wear from slurries and subsoil water in mining operations. Traditional welding can introduce heat stress and galvanic corrosion risks to pump components. Belzona’s cold-curing coating systems provide a safer, faster alternative. Belzona 1341 (Supermetalglide) uses advanced hydrophobic technology to repel process fluids and reduce turbulence, improving pump efficiency by up to 7% on new equipment and up to 20% on refurbished units. Resistance to Severe Abrasion and Wear Mining and quarrying equipment, such as chutes and hoppers, suffer abrasion and wear from excavated materials of varying sizes, resulting in cracks, holes, and wall thickness loss. Belzona’s ceramic-filled composites, combined with Belzona 9811 Alumina tile sheets, create a hard-wearing lining that significantly increases service life. These cold-applied linings require no specialist tools, making them safe and easy to install, even in confined spaces. Composite Materials for Metal Part Restoration Belzona 1000 Series paste-grade materials are designed for rebuilding damaged surfaces on metallic substrates, even in wet or immersed conditions. Belzona coating-grade systems protect assets against corrosive media and environmental attack, extending the operational life of critical equipment. Global Company, Local Service Belzona has a network of over 160 distributors in more than 120 countries, supported by five corporate offices covering all time zones. As the authorised distributor of Belzona in the Philippines, Wise Industrial Systems, Inc. provides industrial maintenance solutions in line with Belzona’s strategy to expand its global presence by offering ‘Product Plus’ services across the region. With the ‘Product Plus’ approach, customers benefit from tailored product specifications, onsite training, ongoing technical support, and aftercare services.
December 04, 2025
Geo Connect Asia Geo Connect Asia 2026, themed “Geospatial driven impacts: underground, land & sea to sky”, focuses on bringing the geospatial and location intelligence industries together for two days of face-to-face discussions and networking on the 31st March & 1st April in Sands Expo & Convention Centre, Singapore.  Supported by the Singapore Land Authority, the event and conference stages enables government agencies, enterprise and non-profit to learn from each other and network with industry professionals and solutions providers from the Asian region and beyond.  Meet in-person and network with some 3,000 industry professionals, all sharing a collective vision of the global geospatial community. The 2026 event will specifically focus on solutions for the ASEAN mining industry, with a series of RoundTables addressing key issues. Visit the event website: https://www.GeoConnectAsia.com    Digital Construction Asia Digital Construction Asia 2026 focuses on accelerating change in the construction industry across the Southeast Asian region with the theme “Delivering intelligent solutions for the built environment”. The event will be held alongside Geo Connect Asia on 31st March & 1st April at Sands Expo & Convention Centre, Singapore. Supported by the Singapore Land Authority, Digital Construction Asia brings together government agencies, the private sector and the many intermediaries responsible for delivering projects on time and with optimal efficiency. The conference programme will include Digital Underground Connect, exploring technologies for managing and monitoring underground assets. Visit the event website: https://www.digitalconstructionasia.com/    Drones & Uncrewed Asia Drones & Uncrewed Asia 2026, co-located with Geo Connect Asia, will take place on 31st March & 1st April at the Sands Expo & Convention Centre, Singapore. With the theme “Delivering autonomous solutions & innovation in Asia’s UAV industry” the event and conference addresses leading industry topics including regulatory challenges, surveillance, cargo delivery, emergency services, maintenance and the management of critical infrastructure.  The accompanying technical talk sessions provides a unique opportunity to explore the latest in drone technology through end-user case studies on AI and robotics, data interoperability, autonomous solutions, Urban Air Mobility (UAM), and regulatory updates. Visit the event website: https://www.geoconnectasia.com/drones-uncrewed-asia
December 04, 2025
Geo Connect Asia Geo Connect Asia 2026, themed “Geospatial driven impacts: underground, land & sea to sky”, focuses on bringing the geospatial and location intelligence industries together for two days of face-to-face discussions and networking on the 31st March & 1st April in Sands Expo & Convention Centre, Singapore.  Supported by the Singapore Land Authority, the event and conference stages enables government agencies, enterprise and non-profit to learn from each other and network with industry professionals and solutions providers from the Asian region and beyond.  Meet in-person and network with some 3,000 industry professionals, all sharing a collective vision of the global geospatial community. The 2026 event will specifically focus on solutions for the ASEAN mining industry, with a series of RoundTables addressing key issues. Visit the event website: https://www.GeoConnectAsia.com    Digital Construction Asia Digital Construction Asia 2026 focuses on accelerating change in the construction industry across the Southeast Asian region with the theme “Delivering intelligent solutions for the built environment”. The event will be held alongside Geo Connect Asia on 31st March & 1st April at Sands Expo & Convention Centre, Singapore. Supported by the Singapore Land Authority, Digital Construction Asia brings together government agencies, the private sector and the many intermediaries responsible for delivering projects on time and with optimal efficiency. The conference programme will include Digital Underground Connect, exploring technologies for managing and monitoring underground assets. Visit the event website: https://www.digitalconstructionasia.com/    Drones & Uncrewed Asia Drones & Uncrewed Asia 2026, co-located with Geo Connect Asia, will take place on 31st March & 1st April at the Sands Expo & Convention Centre, Singapore. With the theme “Delivering autonomous solutions & innovation in Asia’s UAV industry” the event and conference addresses leading industry topics including regulatory challenges, surveillance, cargo delivery, emergency services, maintenance and the management of critical infrastructure.  The accompanying technical talk sessions provides a unique opportunity to explore the latest in drone technology through end-user case studies on AI and robotics, data interoperability, autonomous solutions, Urban Air Mobility (UAM), and regulatory updates. Visit the event website: https://www.geoconnectasia.com/drones-uncrewed-asia

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