分类： technology

As the global artificial intelligence boom reshapes economies and societies across every continent, the Caribbean is stepping into the creator space rather than remaining just a passive consumer of foreign-developed tech. The region’s latest home-grown innovation, Maestro AI, is currently wrapping up its final testing phase, with ambitious long-term goals that include regional expansion, a public listing on the Jamaica Stock Exchange, and driving broad socio-economic transformation across the Caribbean.

Maestro AI is developed by Maestro AI Labs, a startup founded just three months ago by veteran Jamaican tech entrepreneur Adrian Dunkley alongside his brother Nicholas Dunkley. Framed as a unique hybrid venture that balances commercial innovation with public impact, the project marks a historic step forward in building a locally rooted AI ecosystem built by Jamaicans, for Jamaicans.

Unlike many large AI projects that require $5 million to $15 million in upfront investment to build a large language model from scratch, Maestro AI leverages a more cost-efficient, context-focused development strategy. The team adapted pre-existing open AI frameworks, then stripped away unnecessary components and retrained the model using locally sourced Jamaican data vetted for ethical use. This approach allowed the small team to compress what typically takes a full year of development into just three months.

Importantly, the platform’s core knowledge base was not built using scraped or proprietary third-party data, a key differentiator that aligns with the team’s commitment to ethical AI development. Currently, the founders are actively seeking collaborative partnerships with local content creators and academic and public institutions to responsibly expand the platform’s knowledge base over time. For any user queries that fall outside the scope of its trained knowledge, Maestro AI is designed to respond with full transparency, explicitly stating when it lacks sufficient information to answer, rather than generating unsubstantiated responses.

Adrian Dunkley, the startup’s chief founder, emphasized that while the project is currently prioritizes social good over short-term profit, it already boasts robust general capabilities ranging from academic essay writing to research support and complex problem solving. Though its reasoning capacity is currently on par with earlier versions of global large language models like ChatGPT, the Maestro AI team has no plans to compete with global tech giants on raw computational power. Instead, their focus is on building practical, context-specific tools that address the unique needs of Caribbean communities.

Key functionalities currently in development include tools to help ordinary citizens interpret complex local legislation and forecast its impact on daily life, early disease detection support for the regional healthcare sector, and improved hurricane forecasting and disaster preparedness planning tools. The platform also offers customized decision-support resources for individual users and small business owners. This mission builds on Dunkley’s previous venture, StarApple Analytics, which delivered enterprise-focused AI solutions to regional clients. Maestro AI expands that scope to prioritize societal transformation and even life-saving outcomes.

“Our goal is to be able to predict extreme weather events like hurricanes weeks in advance, giving communities time to prepare and plan,” Dunkley explained in an interview. “Ultimately, we want to give governments and individuals across the Caribbean a personal ‘crystal ball’ for their daily lives and long-term planning.” He added that through better access to contextually relevant information, improved planning capacity, and equitable access to resources, the team envisions Maestro AI helping Caribbean people add an average of 10 years to their life expectancy over time.

Though rooted in Jamaican context, Maestro AI was built as a modular system that can be easily adapted for other Caribbean nations. As the platform matures, localized versions tailored to the specific laws, cultural norms, and economic priorities of countries including Trinidad and Tobago, Guyana, and other regional markets will be rolled out across the Caribbean.

The startup has already secured high-profile international backing to advance its development: leading American tech giant Nvidia has joined the project as a partner, providing critical technical training, access to core infrastructure including high-performance GPUs and servers, and support for marketing and capital-raising efforts. The founding team is also currently in active discussions with other global tech leaders including Google and Amazon to explore additional collaboration and support opportunities.

Despite this international partnership support, Maestro AI remains driven primarily by Jamaican ingenuity. The core development team consists of just three full-time human developers, supported by a network of AI tools, local volunteers, and young Jamaican tech talent – a small, agile group that has delivered extraordinary progress in an accelerated timeline.

Amid this rapid development, the founding team has placed non-negotiable priority on AI safety and ethical governance. The platform is undergoing extensive rigorous testing to eliminate harmful algorithmic biases and unintended dangerous behaviors. A dedicated red team is currently carrying out active stress testing to probe for security vulnerabilities and test whether the system can be manipulated to generate harmful or unethical output. “If it’s not safe, we won’t release it,” Dunkley confirmed, noting that the team is fully prepared to rebuild the platform from the ground up if critical safety issues are identified.

As Maestro AI moves closer to public release, early discussions with regional investors are already underway, and long-term plans for an initial public offering (IPO) on the Jamaica Stock Exchange are already in development. The IPO is scheduled to take place after the initial public rollout, and will raise capital to scale operations, expand into new regional markets, and continue refining the platform’s technology. The ultimate goal, the founders say, is to build a home-grown Caribbean tech unicorn that puts regional priorities first.

For Dunkley, the project is about more than just building a successful tech company: it is a deliberate effort to ensure the Caribbean does not remain solely a consumer of foreign-developed AI technology, but takes its place as an active creator in the global AI ecosystem. By embedding local knowledge, culture, and community priorities into the core of the platform’s design, Maestro AI aims to reflect and advance the region’s unique values and shape its own future in an increasingly digital global economy.

KINGSTON, Jamaica — Against a backdrop of growing regional demand for reliable, future-ready digital infrastructure, Jamaica’s top spectrum regulator has doubled down on its pledge to elevate digital resilience across Jamaica and the entire Caribbean basin, stressing that coordinated cross-border action, robust spectrum stewardship, and ongoing technical capacity investments are non-negotiable for long-term progress.

The Spectrum Management Authority (SMA) laid out this strategic vision at the 31st annual Caribbean Network Operators Group (CaribNOG) Forum, which ran from April 14 to 16, 2026, in Kingston. The gathering brought together hundreds of regional and global digital industry stakeholders, policymakers, and technical experts to tackle pressing questions about the future of Caribbean digital infrastructure, aligning all discussions around the official forum theme: “The Resilient Archipelago: Strengthening the Caribbean’s Digital Core”.

During a dedicated session focused on elevating women in the Caribbean tech and network operations space, Dr. Maria Myers-Hamilton, SMA’s Managing Director, centered her remarks on a critical, often overlooked truth: building robust, shock-resistant digital ecosystems requires far more than just laying new fiber or upgrading hardware. It requires intentional cross-stakeholder collaboration, visionary proactive leadership, and consistent, long-term investment in developing skilled workforces and strong institutional frameworks.

“Digital resilience for the Caribbean is never solely a technical challenge,” Dr. Myers-Hamilton explained. “At its heart, it is a test of how we work together as an interconnected region. Our communication networks, our digital systems, and even our shared spectrum environments do not stop at national borders. To strengthen resilience, we must strengthen collaboration first, build up the technical expertise of our teams, and manage our finite spectrum resources in a way that prioritizes long-term sustainability and inclusive economic growth.”

She went on to reinforce that evidence-based, effective spectrum management stands as the foundational pillar of all efforts to boost regional digital resilience, framing the practice as a strategic catalyst that unlocks universal connectivity, advances public safety outcomes, and drives broad-based economic development across Caribbean island nations.

PARIS, France – E-commerce and technology conglomerate Amazon announced Tuesday a definitive acquisition agreement to acquire U.S. telecommunications satellite operator Globalstar, a move designed to supercharge the expansion of Amazon’s planned space-based internet network and mount a direct competitive challenge to Elon Musk’s market-leading Starlink service.

Under the terms of the deal, Amazon will offer Globalstar shareholders $90 per share through a combined cash-and-stock transaction, valuing the satellite firm at approximately $9 billion – a valuation first flagged by a Financial Times report earlier this month that fueled widespread market speculation of the impending acquisition.

Jeff Bezos-founded Amazon has been developing its low-Earth orbit (LEO) satellite internet constellation, branded Project Kuiper, with the core mission of delivering high-speed broadband connectivity to underserved communities and users across every corner of the globe, a goal that has become an increasingly high priority for the tech giant as demand for global connectivity surges.

“There are billions of customers out there living, travelling and operating in places beyond the reach of existing networks, and we started Project Kuiper to help bridge that divide,” stated Panos Panay, Amazon’s Senior Vice President for Devices and Services, in an official press release announcing the deal.

The acquisition has already secured backing from roughly 58% of Globalstar’s existing shareholders, with regulatory and procedural approvals expected to push the closing of the transaction to 2027. A key strategic side agreement tied to the acquisition will see Apple – which currently holds a 20% minority stake in Globalstar – transition its existing satellite-based iPhone and Apple Watch services, including its popular Emergency SOS feature, to Amazon’s Project Kuiper network once the constellation is fully operational.

At present, Project Kuiper has approximately 200 satellites active in low-Earth orbit, a fraction of the size of Starlink’s current deployed network of more than 10,000 satellites that have already cemented the SpaceX-owned service’s dominance in the fast-growing satellite internet market.

The Globalstar acquisition comes at a moment of intense market anticipation around SpaceX, with widespread speculation that Musk is preparing to launch an initial public offering for the aerospace firm that could raise as much as $75 billion. If achieved, the IPO would become the largest public offering in global history, underscoring the massive commercial stakes in the burgeoning satellite internet industry.

In late October 2025, Category 5 Hurricane Melissa made landfall across Jamaica, leaving widespread destruction in its wake. Roofs were torn from buildings, road networks were submerged and blocked by floodwaters, and hundreds of families were forced to flee their homes. For communities across the island, the storm brought unparalleled disruption to daily life — and nowhere was this disruption felt more acutely than in the education sector, particularly in low-income, vulnerable regions where families were already grappling with persistent economic hardship.

When the storm passed, education leaders across the island faced an urgent, human-centered question: how do we locate every displaced student and safely bring them back to structured learning? For two Jamaican primary and infant schools — Barrett Town in St James parish and Bromley in St Mary parish — the answer came from an unexpected source: a brand-new digital tool that had only been rolled out weeks before the hurricane made landfall.

Weeks before Hurricane Melissa struck, both institutions had gone live with the Education Management Information System (EMIS), a digital platform developed through a joint three-year initiative between Jamaica’s Ministry of Education and the United Nations. Titled “Empowering Jamaica’s future: SDG joint programme on digital transformation for education”, the initiative was designed to modernize Jamaica’s entire public education system, with the core goal of improving learning outcomes for more than 450,000 students across the country. Before the storm, the project’s main focus was institutionalizing cross-sector digitalization: upgrading data governance frameworks, digitizing routine administrative tasks, and integrating nutrition program tracking through the new EMIS platform. For school staff, the tool was initially viewed as just a modern administrative upgrade to replace outdated paper record-keeping. No one anticipated how critical it would become just weeks after launch.

When the hurricane hit, most physical paper records were destroyed by floodwater and wind damage, and traditional communication networks were severely disrupted. The digital student data stored on EMIS quickly became the backbone of post-storm recovery efforts. At Barrett Town Primary and Infant School, Principal Anthony Murray described the first days of reopening as a period of intense, community-led coordination rooted in compassion. The entire school community mobilized to deliver critical support to displaced families, providing everything from psychosocial counseling, new uniforms, textbooks and school supplies, to clothing, bedding, and daily hot meals, all designed to ease the burden on storm-impacted families and create a safe, welcoming space for students to return to learning.

But every step of this coordinated response was guided by the data in EMIS. “Through EMIS we tracked attendance in real time and followed up on absences,” Murray explained. “This made it possible to reach families directly.” Daily attendance monitoring through the platform revealed that 90% of Barrett Town’s students had returned to school within the first week of reopening, and the remaining unaccounted-for students were immediately flagged for targeted follow-up by the school guidance department. Administrators quickly learned that many of the missing students had transferred to new schools after displacement, while others needed tailored support to be able to return. The digital system ensured that no child was overlooked amid the chaos of post-storm recovery.

Murray now refers to EMIS as the school’s “early-warning and action system”, which pulls real-time data on student enrolment, attendance patterns, and unmet resource needs, allowing leaders to allocate support before small problems escalate into larger crises. The platform helps administrators quickly identify which students need access to emergency transportation, temporary shelter, or post-storm health follow-up. “That turns a crisis scramble into a coordinated response,” Murray said.

Over at Bromley Primary and Infant School, Principal Calef Williams reported a similar experience, despite unique challenges the school faced during recovery. Bromley adopted EMIS in September 2025, starting with core attendance tracking functionality. When Hurricane Melissa hit, internet connectivity became severely intermittent across the region, but teachers collaborated continuously to keep the platform updated. “During the hurricane and early recovery, it was a bit tedious with intermittent connectivity,” Williams said. “However, we collaborated and used it to ensure we were consistent.” By November 17, just over three weeks after the storm, Bromley had fully resumed normal in-person operations, a milestone Williams credits directly to the stability and structure EMIS provided during the transition.

Across both schools, EMIS proved to be far more than a digital replacement for paper attendance registers. It became a core tool for rebuilding learning communities after a devastating disaster. When communication networks were unreliable and families were scattered across the island in emergency shelters, centralized, accessible digital student records allowed recovery efforts to proceed faster and more equitably than would have been possible with destroyed paper records. Teachers were able to spend far less time reconstructing lost student files and far more time supporting students’ academic and emotional recovery after the storm. Temporary classroom tents donated by UNICEF provided the physical space for learning to resume, while EMIS provided the data backbone to reconnect students with their schools.

The experience of these two schools reflects the broader mission of the SDG Joint Programme on Digital Transformation for Education, which works to integrate data tools like EMIS to strengthen education systems across Jamaica. While the initiative was originally designed to improve long-term planning and data-driven decision making in education, it has unexpectedly demonstrated enormous value in crisis response, enabling schools to act faster and more equitably when large-scale disruption hits.

As Jamaica continues its long-term recovery from Hurricane Melissa, school leaders at both institutions are already looking ahead, planning to fully integrate EMIS into all daily school operations. Moving forward, they plan to use the platform’s data to monitor long-term attendance trends, identify unaddressed learning gaps, and build more robust preparedness plans for future climate shocks. Reflecting on the crisis, Murray noted that the hurricane laid bare how vulnerable coastal communities are to extreme weather events. But it also showed what can be achieved with the right digital tools. “The hurricane showed us how fragile things can be,” he said. “But it also showed us that with the right tools we can recover faster and build back stronger for our children.”