SANTO DOMINGO, Dominican Republic

TerraLux and the Future Islands Initiative are advancing a collaborative vision for the future of island and coastal development, bringing together sustainability experts, innovators, government stakeholders, and private-sector leaders to explore new approaches to climate resilience, regenerative tourism, wellness-centered communities, and future-oriented infrastructure.

The initiative seeks to foster dialogue and collaboration around integrated development models that combine environmental stewardship, resilient infrastructure, wellness, technology, and sustainable economic growth.

Enzo di Taranto

International sustainability strategist Enzo di Taranto, whose career has included advisory work with governments, international organizations, and United Nations-related initiatives, believes island nations have a unique opportunity to become global innovation hubs.

“Island nations are on the front lines of climate, economic, and infrastructure challenges, but they are also uniquely positioned to become laboratories for resilient and regenerative systems,” said di Taranto. “The future will require integrated solutions that connect sustainability, wellness, energy systems, technology, and community development.”

The Caribbean, particularly the Dominican Republic, has emerged as an important focal point in these conversations due to its tourism leadership, entrepreneurial momentum, and growing interest in sustainable innovation.

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Geodesic Jungle Domes
Immersive dome spaces designed to reconnect you with nature, where light, water, and greenery create a deeply restorative environment

According to di Taranto, the Dominican Republic has the potential to strengthen its position as a showcase for regenerative tourism, resilient infrastructure, renewable energy systems, and future-oriented hospitality models.

TerraLux is contributing to this vision through plans for integrated environments that combine wellness, sustainability, hospitality, regenerative systems, modular construction, and emerging technologies. Central to the concept are future-focused communities and “Healing Homes” designed to support wellbeing, environmental harmony, and long-term resilience.

Curved Modular Cabin
Gentle, flowing architecture that invites calm and comfort, designed to support slow living and everyday ease

“What attracted me to TerraLux was its systems-thinking approach,” said di Taranto. “It is not simply a hospitality or real estate concept. It brings together multiple disciplines into one ecosystem focused on improving quality of life while supporting environmental responsibility.”

The Future Islands Initiative expands upon this philosophy by creating a collaborative platform where governments, developers, sustainability experts, technology partners, and innovators can explore scalable solutions for island and coastal regions worldwide.

Key focus areas include:

Climate resilience and disaster preparedness

Regenerative tourism

Renewable energy systems

Sustainable agriculture

Wellness-oriented development

Future infrastructure and smart communities

Public-private collaboration

Mirror Alpine Cabin
A quiet sanctuary that dissolves into the landscape, offering stillness, reflection, and uninterrupted connection to the natural world

A major component of the initiative involves the creation of demonstration environments where visitors, policymakers, investors, and innovators can experience emerging technologies and regenerative systems firsthand.

Di Taranto believes these real-world environments can accelerate education, collaboration, and adoption by allowing stakeholders to engage directly with future-focused development models rather than simply discussing them conceptually.

“Experience changes perception,” he said. “When people can physically interact with wellness technologies, regenerative systems, and integrated infrastructure, they gain a clearer understanding of how these solutions can be applied within their own communities.”

Modern Glass Micro-Home
A minimalist retreat that prioritizes light, simplicity, and clarity — creating space to reset, recharge, and feel grounded

As climate adaptation, sustainability, and quality-of-life considerations continue gaining importance worldwide, supporters of the initiative believe integrated ecosystems may play an increasingly significant role in shaping future communities.

Looking ahead, TerraLux plans to support collaborative innovation gatherings, executive retreats, wellness experiences, and future-focused events designed to bring together leaders from government, investment, sustainability, technology, and development sectors.

Modern Glass Micro-Home
A minimalist retreat that prioritizes light, simplicity, and clarity — creating space to reset, recharge, and feel grounded

According to di Taranto, international cooperation will remain essential in addressing the interconnected challenges facing communities worldwide.

“Climate resilience, energy transitions, food systems, and future infrastructure require collaboration beyond borders,” he said. “The future belongs to ecosystems that bring together expertise, innovation, resources, and shared vision.”

As interest in regenerative development continues to grow, TerraLux and the Future Islands Initiative aim to contribute practical models that align environmental responsibility, economic opportunity, and human wellbeing.

Mayan Metzler, the visionary CEO behind TERRALUX

About TerraLux

TerraLux is a future-oriented development platform focused on integrating wellness, sustainability, hospitality, regenerative systems, modular infrastructure, technology, and community-centered innovation into next-generation living environments.

For more information on TERRALUX visit their website (LINK)

Email Mayan Metzler: [email protected] Call: (347) 992–0410

To read the full interview with Marco Derhy and Mayan Metzler, visit the source of this article. 

Media Contact

Marco Dehry
CEO, Derhy Enterprises
[email protected]

RENO, Nev

AI-powered reputation management software reaches major milestones as Amazon sellers seek more compliant ways to identify and address review abuse.

TraceFuse, an AI-powered reputation management software for Amazon sellers, today announced that it now supports more than 800 brands and has helped remove over 20,000 reviews identified as potentially violating Amazon’s community guidelines and content policies.

The milestones reflect growing demand from e-commerce brands for transparent, policy-compliant tools to protect marketplace credibility. For Amazon sellers, reviews can influence visibility, conversions, and buyer trust.

Founded in 2022 by Shane Barker, TraceFuse uses AI-driven review analysis and human compliance expertise to identify potentially policy-violating reviews, helping Amazon sellers protect their ratings, reputation, and revenue.

“Amazon sellers work hard to earn customer trust, but a small number of policy-violating reviews can still damage visibility, conversion rates, and brand reputation,” said Shane Barker, founder of TraceFuse. “These milestones show that sellers are looking for smarter, more compliant ways to protect their businesses without trying to remove legitimate customer feedback.”

TraceFuse’s latest company milestones include:

• More than 800 brands supported and monitored
• Over 20,000 policy-violating reviews removed
• AI-powered review analysis combined with expert compliance review
• Performance-based pricing tied to successful removals
• Support for Amazon sellers operating across multiple markets
• Highest removal rate in the industry – 25% on all cases filed
• 100% compliant with Amazon Community Guidelines

TraceFuse leverages AI-powered review analysis to identify potential policy violations and submit cases through appropriate Amazon channels.
For more information, visit: https://tracefuse.ai/.

About TraceFuse

TraceFuse is an AI-powered reputation management software that helps Amazon sellers identify and address reviews that may violate Amazon’s Community Guidelines and content policies. Founded in 2022 by Shane Barker and headquartered in Reno, Nevada, TraceFuse supports Amazon sellers with AI-powered review analysis, compliance oversight, and performance-based review removal support.

Media Contact

Shane Barker
[email protected]

Bursa, Turkey

Rust removal and corrosion-control technologies continue to play an important role across industrial maintenance, manufacturing, automotive restoration, and construction sectors as organizations seek to extend the lifespan of metal assets and reduce maintenance-related costs.

Industry experts note that corrosion remains one of the most common factors affecting metal equipment, infrastructure, and construction materials. When left untreated, rust can contribute to equipment deterioration, reduced operational efficiency, and increased replacement expenses.

Rust forms when metal is exposed to moisture and oxygen over time. Although corrosion often begins as a surface condition, prolonged exposure can weaken structural components and affect the reliability of machinery and infrastructure.

According to maintenance professionals, selecting an appropriate rust-removal method depends on several factors, including the type of metal involved, the extent of corrosion, workplace conditions, and post-treatment requirements. These considerations have led organizations to evaluate treatment options such as FX10 Rust removal based on both effectiveness and long-term material preservation.

Surface compatibility remains a primary consideration during rust-removal operations. Different metals, including steel, iron, aluminium, and galvanized materials, may respond differently to treatment methods. As a result, maintenance teams often assess material specifications before selecting a rust-removal approach.

The severity of corrosion is also a key factor. Light surface oxidation may require minimal treatment, while heavily corroded components often need more extensive restoration processes. Maintenance personnel typically evaluate corrosion depth before determining whether mechanical cleaning, chemical treatment, spraying, wiping, or immersion methods are most suitable.

Workplace safety and operational efficiency have become increasingly important considerations. Many organizations are adopting rust-removal solutions that support straightforward application procedures and can be used in a variety of working environments, including industrial facilities, workshops, and construction sites.

Rust-removal technologies generally fall into three categories: mechanical cleaning methods, acid-based treatments, and chemical rust-removal solutions. Mechanical methods such as sanding and wire brushing continue to be used for localized applications but often require significant labour. Acid-based treatments may provide rapid results but generally require additional handling precautions. Chemical solutions are commonly used for their ability to reach difficult-to-access areas and accommodate different application methods.

Within industrial maintenance and automotive restoration, reusable rust-removal systems are increasingly being utilised for treating both small components and larger metal surfaces. In construction applications, corrosion on reinforcing steel remains a particular concern because of its potential impact on the durability of reinforced concrete structures.

Specialised rust-removal formulations designed for reinforcing steel are used in some construction projects to prepare rebar before concrete placement. Construction professionals typically evaluate such treatments based on project requirements, material compatibility, and site conditions.

Industry specialists recommend several best practices when performing rust-removal operations, including removing loose debris before treatment, following manufacturer instructions regarding application and treatment time, and ensuring surfaces are properly cleaned and dried after treatment. In many cases, protective coatings are also applied following rust removal to help minimise future corrosion.

As maintenance requirements continue to evolve across manufacturing, transportation, infrastructure, and construction sectors, NOPAS Rebar rust-removal technologies remain an important component of asset preservation strategies. Industry observers expect continued development of treatment methods and corrosion-control solutions aimed at improving maintenance efficiency and extending the service life of metal assets.

About the Industry

The rust-removal and corrosion-control sector serves a wide range of industries, including manufacturing, construction, infrastructure development, transportation, and industrial maintenance. Ongoing advancements in treatment technologies continue to support efforts to protect metal assets and manage long-term maintenance requirements.

Media Contact

Mesa Kimya
Website: mesakimya.com
Email: [email protected]
Phone: +90 224 443 12 63
Address: NOSAB Minareliçavuş Mah. 104 (290) Street No:10/1, Nilüfer, Bursa, Turkey