Carib Scope

分类： technology

  • Dominica poised to lead Caribbean toward green energy with geothermal power and ammonia-fueled shipping

    Dominica poised to lead Caribbean toward green energy with geothermal power and ammonia-fueled shipping

    The Commonwealth of Dominica is positioning itself as a renewable energy trailblazer in the Caribbean through its innovative geothermal-to-ammonia fuel initiative. Benoit Bardouille, Dominica’s Permanent Representative to the International Maritime Organization, revealed the nation’s groundbreaking progress during an exclusive interview with Dominica News Online.

    The development comes as the world’s first ammonia-powered vessel, the Green Pioneer, made a strategic port call at Cabrits, demonstrating practical applications for Dominica’s soon-to-be-operational geothermal plant in Laudat. Owned by West Australian mining giant Fortescue, the vessel represents a tangible step toward decarbonizing global shipping.

    Bardouille explained the significance of this convergence: “Dominica is poised to become one of the first English-speaking Caribbean islands to produce green energy through geothermal utilization. This vessel exemplifies the practical implementation—it’s the first to utilize dual fuel technology, combining diesel with low-carbon ammonia.”

    The connection between geothermal energy and maritime innovation lies in ammonia production. Once the geothermal plant becomes operational, Dominica will be capable of producing green ammonia—a renewable fuel that aligns with the International Maritime Organization’s 2050 zero-carbon emissions target.

    Beyond environmental benefits, the initiative promises substantial local development. Bardouille highlighted how this infrastructure will enable Dominica to provide both power and ammonia fuel to vessels, creating new economic opportunities while advancing climate resilience.

    This initiative directly supports Prime Minister Roosevelt Skerrit’s vision of establishing Dominica as the world’s first climate-resilient nation. The geothermal-ammonia synergy represents a concrete step toward this goal, demonstrating how natural resources can be harnessed to create environmentally friendly alternatives to traditional fossil fuels.

    Fortescue’s technological advancements further validate this approach. The company has successfully converted two of the Green Pioneer’s four engines to operate on a dual-fuel ammonia-diesel mixture, following two years of proprietary research and development. The first successful fuel transfer using this technology occurred in Singapore in 2024, marking a significant milestone in maritime decarbonization.

  • Reid seeks nearly $188m to drive Barbados’ digital transformation

    Reid seeks nearly $188m to drive Barbados’ digital transformation

    Barbados has launched an ambitious digital transformation agenda with Senator Jonathan Reid, Minister of Industry, Innovation, Science and Technology, announcing a strategic $187 million budgetary allocation during Tuesday’s parliamentary debate. The funding represents a cornerstone of the nation’s Vision 2030 framework, positioning technological advancement as central to economic modernization.

    Addressing the House of Assembly, Minister Reid characterized this period as a ‘decisive moment’ in Barbados’s national development. He emphasized that global economic landscapes are being radically reshaped by rapid technological progress, creating both challenges and unprecedented opportunities for smaller nations. ‘Nations that were once small players are now becoming global leaders in ways they couldn’t previously imagine,’ Reid stated. ‘But you have to choose to become a leader in that space.’

    The ministry’s mandate involves orchestrating a fundamental economic transition from traditional structures toward a digitally-driven development model. This transformation will prioritize digital innovation, enhanced industrial capacity, and the building of resilient economic prosperity. Reid outlined a comprehensive four-year implementation strategy with progressive benchmarks: beginning with the ‘Year of Better’ in 2026–2027, advancing through ‘Good’ and ‘Great’ phases, and ultimately achieving ‘world-class’ digital standards by 2030.

    Central to this vision is the ministry’s own institutional metamorphosis into a ‘digital-first, innovation-driven’ organization capable of guiding national transformation. Reid described the ministry’s role as that of a catalytic agent that will propel Barbados’s ‘leap into the new economy,’ making the nation a competitive player in the global digital landscape through strategic investments and policy leadership.

  • Alpha Academy’s robotics team shines at FTC Jamaica National Robotics Championship

    Alpha Academy’s robotics team shines at FTC Jamaica National Robotics Championship

    KINGSTON, Jamaica — Demonstrating remarkable initiative and technical prowess, the Convent of Mercy Academy ‘Alpha’ robotics team achieved a stunning performance at the prestigious First Tech Challenge (FTC) Jamaica National Robotics Championship. Operating without a dedicated coach, the team distinguished itself through exceptional innovation, collaborative spirit, and STEM leadership on a national platform.

    Entering the competition as underdogs, Team Alpha forged a strategic alliance with the American International School in Kingston. This partnership proved highly effective, allowing them to outperform several favored teams. Their impressive run was ultimately halted only in the championship finals by the combined force of Meadowbrook High and Wolmer’s Boys High School.

    Team captain Julianne Campbell expressed astonishment at their success. “It was a surprise even to us,” Campbell revealed. “At the season’s outset, we were novices in robotics. We faced numerous challenges and established three modest goals: to rank in the top ten, then the top five, and finally, to win any award. Despite persistent technical issues on competition day, our scores consistently improved round after round, propelling us unexpectedly into the semi-finals and alliance selections.”

    The absence of a coach necessitated a unique and self-reliant preparation strategy. Campbell elaborated on their methodology: “Without a coach, we begin each season by setting clear objectives. We meticulously track our progress against these goals in the subsequent weeks. When encountering complex problems, we proactively seek mentorship from other institutions. This season, we received invaluable guidance from Team Circle of Wolmer’s Boys and technical assistance from Dunoon Tech.”

    Principal Kali McMorris highlighted the achievement as a natural extension of the school’s educational philosophy. “Ours is a STEAM-focused institution [Science, Technology, Engineering, Arts, and Mathematics],” McMorris stated. “Our robust IT department has consistently cultivated students skilled in coding and design. We are committed to empowering our students to pioneer the ethical development of technological tools that will benefit our nation.”

    Now, the nine-member squad—comprising seven engineers and two programmers—is setting its sights on future accolades. Campbell outlined her ambitious vision: “My goal for the club extends beyond training the next generation of robotics enthusiasts. I want the team to consistently reach the championship stage after successfully navigating the regional qualifiers in Jamaica. Furthermore, we aim to compete for prestigious awards like the Inspire Award.”

    The Inspire Award recognizes teams that demonstrate holistic excellence, not only in robot design and construction but also in community outreach and gracious professionalism by sharing knowledge with peers.

    This promising team receives steadfast support from the Alpha Alumnae Florida Chapter. The chapter will host its ‘Beyond the Stars’ fundraiser on Saturday, March 14, to bolster STEM initiatives and other academic and extracurricular programs at the school.

    Kerry-Ann Brown, president of the alumnae chapter, framed the team’s accomplishment in a broader context. “This achievement by the robotics team is more than a trophy,” Brown said. “It is a powerful reminder of what is possible when young women are equipped with opportunity, resources, and unwavering support.”

  • Important Notice

    Important Notice

    A groundbreaking artificial intelligence platform dubbed ‘Webmaster’ is transforming how digital content is managed and optimized across online ecosystems. This sophisticated AI system, which emerged into public view on March 13th, represents a significant leap forward in automated website administration and content strategy implementation.

    The innovative technology leverages advanced machine learning algorithms to autonomously handle complex digital infrastructure tasks that traditionally required human expertise. Through its intelligent framework, Webmaster continuously analyzes user engagement patterns, search engine optimization metrics, and content performance indicators to dynamically enhance digital presence across platforms.

    Industry experts indicate this development addresses the growing complexity of maintaining competitive online visibility in an increasingly saturated digital landscape. The platform’s capability to process vast datasets in real-time allows for unprecedented responsiveness to market trends and user behavior shifts.

    Early implementation cases demonstrate remarkable efficiency improvements, with beta testers reporting reduced operational costs and enhanced content reach. The technology particularly excels at identifying emerging topics and optimizing content distribution strategies across multiple digital channels simultaneously.

    This advancement comes at a pivotal moment when organizations worldwide struggle to maintain effective digital footprints amid rapidly evolving algorithmic changes and user expectations. The Webmaster platform’s emergence signals a new era in digital management where artificial intelligence assumes central roles in strategic content decision-making processes.

    As digital ecosystems grow increasingly complex, such AI-driven solutions are expected to become essential tools for businesses, publishers, and content creators seeking to maintain relevance and engagement in competitive online environments.

  • Leisure : Did you know ? #5

    Leisure : Did you know ? #5

    Beneath the surface of global energy transportation operates a sophisticated maintenance technology critical to environmental safety: pipeline inspection gauges, commonly known as ‘pigs.’ These specialized devices serve as the circulatory system’s cleansing and diagnostic agents for oil pipelines that span continents.

    Operating within pressurized pipelines, these robotic devices are propelled by the natural flow of petroleum products. They perform dual critical functions: mechanical cleaning scrapers remove paraffin and sediment accumulations from pipeline walls, while advanced ‘smart pigs’ equipped with electronic sensor arrays conduct non-destructive testing of pipeline integrity.

    The technological sophistication of these inspection tools represents a breakthrough in preventive maintenance. Ultrasonic sensors and magnetic flux leakage technologies enable continuous monitoring of metal thickness and detection of microscopic cracks and corrosion points—all without interrupting the constant flow of energy products through the pipeline network.

    This maintenance methodology provides crucial environmental protection by identifying potential failure points long before they develop into catastrophic leaks. The technology exemplifies how unobserved industrial innovation maintains the safety and reliability of energy infrastructure across thousands of kilometers of pipeline networks worldwide.

    The information originates from educational materials developed by HaitiLibre’s quiz platform, which offers multilingual educational games across multiple difficulty levels without registration requirements. The platform continues to expand its knowledge base with new content monthly, covering diverse topics about Haiti and global subjects.

  • SpaceX donates $1m to UB to build nationally owned satellite and expand STEM research

    SpaceX donates $1m to UB to build nationally owned satellite and expand STEM research

    The University of The Bahamas has announced a transformative $1 million philanthropic contribution from SpaceX to fund the development of the nation’s first domestically engineered satellite. This strategic partnership represents a significant advancement in Bahamian technological capabilities and environmental research infrastructure.

    The substantial funding will enable the university to establish state-of-the-art laboratories and specialized workshops where students and faculty will collaboratively design and construct a sovereign satellite system. This pioneering technology will primarily focus on monitoring The Bahamas’ extensive coastline and vulnerable marine ecosystems, generating critical data to address pressing environmental challenges including coastal erosion, climate vulnerability, and marine resource management.

    Crucially, the agreement ensures that The Bahamas maintains complete ownership of all data, technology, and intellectual property derived from the project. This provision guarantees that Bahamian policymakers will have direct access to valuable intelligence for informed decision-making regarding national development and environmental protection strategies.

    University President Dr. Robert Blaine III emphasized the project’s broader educational mission: “Our laboratories are evolving into innovation incubators and centers of excellence. This initiative provides our students with practical STEM experience and technical skills essential for thriving in global technology sectors while building national capacity in emerging industries.”

    The satellite program aligns with the university’s expanding Small Island Sustainability academic curriculum, which emphasizes applied research solutions for environmental monitoring of marine and terrestrial resources unique to island nations.

    SpaceX Vice President of Launch Kiko Dontchev highlighted the transformative potential of university-level opportunities, noting: “My own career began with satellite construction in an academic setting. This partnership honors that educational foundation and particularly celebrates my Bahamian classmate Aisha Bowe, demonstrating how university experiences can shape extraordinary careers in science and engineering.”

    Gadville McDonald, Vice Chair of UB’s Board of Trustees, characterized the donation as a strategic investment in STEM education that “prepares young Bahamians to reimagine environmental problem-solving through technological innovation while developing leadership capabilities in a rapidly evolving global economy.”

    The university anticipates that SpaceX’s landmark contribution will catalyze additional partnerships and investment in Bahamian STEM education and research capabilities as the institution expands its scientific infrastructure and innovation ecosystem.

  • In food production, turning challenges into opportunities

    In food production, turning challenges into opportunities

    Despite facing significant economic constraints, Cuba is demonstrating remarkable innovation in renewable energy adoption, particularly in photovoltaic solar technology. The Caribbean nation is leveraging solar power to transform its industrial operations, achieving substantial energy savings while reducing environmental impact.

    In Villa Clara province, the local dairy industry has emerged as a pioneering example of this sustainable transition. The Villa Clara Dairy Company has implemented a comprehensive solar energy system featuring 400 photovoltaic panels installed across its facility rooftops. This strategic investment has yielded impressive results: the company eliminated its previous daily consumption of 2,200 liters of diesel for milk collection operations, reducing fuel requirements to just 259 liters through optimized transportation logistics.

    The technological transformation extends beyond mere fuel conservation. The Santa Clara dairy plant now conducts all milk pasteurization processes using exclusively solar-generated electricity. This shift produced dramatic environmental benefits in 2025 alone, saving 47 tons of diesel fuel while preventing approximately 131 tons of carbon dioxide emissions from entering the atmosphere.

    Engineer Gilberto León Gonzalez, Transportation and Energy Director at the dairy company, revealed ambitious expansion plans: “We aim to install 1,364 additional panels this year, which would guarantee 10% of the complex’s total energy consumption for various production processes.” The operation further enhances sustainability through using traditional cooking methods (firewood or charcoal) for employee meals and planning to acquire 18 electric tricycles for internal transportation.

    The renewable revolution extends across multiple industries. The “La Purísima” food processing factory, known for its popular mayonnaise and dressings, has installed solar panels to ensure continuous production despite energy challenges. According to Gustavo Benítez Fumero, regional director for the Food and Fishing Industry sector, this represents “the first major investment in the sector’s energy transition,” with additional facilities in Remedios and other locations preparing similar implementations.

    Other significant adopters include the UEB Matadero «Chichi Padrón» slaughterhouse, which is installing 272 solar panels to generate approximately 300 kilowatts for its operations, and the “Agustín Rodríguez Mena” Central Rum Distillery in Santo Domingo, which has operated since 2016 using 2,752 panels that generate surplus energy for the national grid.

    These developments demonstrate how necessity-driven innovation is enabling Cuban industries to overcome external economic pressures while building more sustainable operational models. The widespread adoption of photovoltaic technology across diverse sectors highlights both the viability and economic benefits of renewable energy solutions in challenging circumstances.

  • Jamaican dermatologist accepted into global Founder Institute accelerator

    Jamaican dermatologist accepted into global Founder Institute accelerator

    KINGSTON, Jamaica — Dr. Romario Thomas, a Jamaican dermatologist and health-tech entrepreneur, has achieved a significant milestone with his digital dermatology platform Absolut Skin. The venture has secured a coveted position in the Spring 2026 Caribbean Cohort of the Founder Institute (FI), a globally recognized pre-seed startup accelerator renowned for cultivating high-potential enterprises.

    Founded as the world’s largest accelerator of its kind, the Founder Institute boasts an impressive legacy of launching thousands of successful companies, including major platforms like Udemy. Its rigorous Core program provides selective early-stage founders with intensive training, access to an international network of mentors and venture capitalists, and strategic support for technological refinement and global scaling.

    Dr. Thomas described the acceptance as a transformative opportunity for Absolut Skin. “This ecosystem enables us to strengthen our team, refine our business strategy, optimize product development, and position the company for international expansion,” he stated.

    Absolut Skin is pioneering a comprehensive digital dermatology ecosystem that integrates artificial intelligence-driven skin analysis, tele-dermatology services, dermatologist-developed skincare products, and personalized educational resources within a unified mobile application. The platform addresses critical healthcare accessibility issues, as millions worldwide experience delays in diagnosing and treating skin conditions due to limited access to specialists.

    “Dermatology is a visually-oriented field uniquely positioned for digital transformation,” Dr. Thomas explained. “Our mission is to deliver dermatologist-level guidance to users globally while enhancing connections between patients and qualified experts.”

    With this accelerator membership, Absolut Skin enters a new developmental phase, leveraging global expertise to advance its innovative healthcare technology.

  • Suriname verkent samenwerking met VAE-bedrijf voor digitalisering overheid

    Suriname verkent samenwerking met VAE-bedrijf voor digitalisering overheid

    Surinamese President Jennifer Simons has engaged in high-level discussions with a delegation from United Arab Emirates-based technology firm Dalil to explore collaborative opportunities for the nation’s digital modernization initiatives. The meeting, held at the Presidential Cabinet, focused on accelerating the digital transformation of government services and enhancing the country’s digital infrastructure.

    During Friday’s meeting, President Simons outlined her administration’s policy objectives to digitize government operations and improve citizen service efficiency. The head of state emphasized that while this modernization represents a top government priority, the process must be implemented meticulously in accordance with established procedures and protocols.

    The Dalil delegation, representing an Abu Dhabi-based company specializing in secure identification systems and border management solutions, has conducted extensive site visits to multiple ministries and government institutions in recent days. Under the coordination of Suriname’s e-Government unit, a comprehensive assessment has been conducted to map the current state of digitalization across government agencies, according to the Communication Service Suriname.

    Llydion Dalfour, Director of e-Government, highlighted the significant learning opportunities for Suriname from the UAE’s expertise in digital government systems. “This is a highly regarded technical organization within the United Arab Emirates that plays a crucial role in their digital transformation journey and is now sharing their valuable experience with Suriname,” Dalfour stated.

    Ahmed Al Houti, Business Development Director at Dalil, expressed the company’s commitment to establishing a sustainable partnership with Suriname. He emphasized that the collaboration extends beyond technology implementation to strengthening government efficiency and enhancing citizen services. Dalil also identified potential cooperation opportunities in additional sectors, including aviation infrastructure.

    The productive discussions have resulted in the development of an initial action plan. Dalil is expected to submit a formal proposal in the near term based on the comprehensive data collected during their assessment. This proposal will undergo thorough evaluation by Surinamese authorities to determine feasibility and establish subsequent steps for the potential partnership.

  • Dominica gov’t explores maritime fuel solutions with Fortescue’s Green Pioneer

    Dominica gov’t explores maritime fuel solutions with Fortescue’s Green Pioneer

    The Caribbean nation of Dominica is leveraging its volcanic resources to pioneer a new era in sustainable shipping. Central to this initiative is the presence of the ‘Green Pioneer,’ a vessel owned by Australian mining giant Fortescue, which is demonstrating a groundbreaking application of the island’s geothermal energy.

    This demonstration is intrinsically linked to the imminent commissioning of Dominica’s first major geothermal power plant in Laudat, projected for the end of March. The project showcases a tangible pathway from renewable power to practical fuel. The abundant geothermal energy is being used to produce green ammonia, a zero-carbon fuel with significant potential for the global maritime industry.

    Fortescue, which has an ambitious ‘Real Zero’ by 2030 goal to eliminate all its greenhouse gas emissions, is using the Green Pioneer as a working prototype. The company has successfully converted two of the ship’s four engines to operate on a proprietary dual-fuel system that uses a mix of ammonia and diesel. This technological milestone follows two years of intensive research and development, culminating in its first successful fuel transfer in Singapore in 2024.

    The initiative positions Dominica not just as a user of green technology, but as a potential exporter of green ammonia for maritime bunkering. This could create a substantial economic advantage for the country, allowing it to tap into the burgeoning global market for clean fuels. The project underscores a critical evolution in the shipping sector, demonstrating how naturally occurring resources can be harnessed to create viable, environmentally friendly alternatives to traditional fossil fuels and significantly reduce the carbon footprint of one of the world’s most emission-intensive industries.