Developed as part of the broader Vilnius City Plan, the project comprises two low-rise office towers rising eight and nine storeys respectively. The towers are connected by a courtyard atrium at street level and a skybridge at the fifth floor, creating a cohesive architectural ensemble.

Drawing inspiration from the geometries of the district’s civic architecture, the design integrates a series of terraces and landscaped roof gardens. The top floor features a public sports and wellness complex equipped with swimming pools, saunas, steam rooms, and an outdoor sun deck, offering panoramic views of Gediminas Castle and Vilnius’ historic Old Town.

Situated within Vilnius’ humid continental climate, the development incorporates natural hybrid ventilation for much of the year. High-efficiency heat exchange and recovery systems have been implemented to reduce energy consumption, while double-insulated low-E glazing combined with external louvres maximizes natural daylight across office spaces and public areas.

Designed to accommodate both Lithuanian and international companies from the technology, wellness, creative, and service sectors, the building is set to welcome its first tenants shortly, with a grand opening scheduled for Spring this year.

The upcoming edition will feature over 250 exhibitors, 1,000+ brands and more than 6,000 products spread across 13,000+ sqm of gross exhibition space, with over 70 new product launches anticipated. The rebranding to Light + LED Expo reflects the industry’s shift towards a broader convergence of technologies, including architectural lighting, smart systems, LED innovations and connected solutions.

Commenting on the development, Raj Manek, Executive Director & Board Member, Messe Frankfurt Asia Holdings Ltd, said: “Light + LED Expo Mumbai reflects the rapid transformation of the lighting industry from standalone products to integrated, smart and design-led solutions. The platform brings together lighting innovators with architects, designers, and infrastructure stakeholders, enabling meaningful business connections while supporting India’s evolving built environment.”

Lighting today plays a critical role in modern built environments, spanning commercial offices, hospitality and retail spaces to educational institutions, healthcare facilities, and industrial infrastructure. Reflecting this transition, the exhibition attracts a diverse, decision-making audience including architects, interior designers, lighting consultants, builders, contractors, real estate developers, and infrastructure planners who are increasingly integrating advanced lighting solutions into their projects.

A key focus of the exhibition will be the rapid growth of smart and connected lighting technologies. Manufacturers are incorporating sensors, IoT-enabled systems and intelligent controls that allow buildings to optimise energy consumption while enhancing user comfort and operational efficiency. Human-centric lighting, automation and design-driven solutions are also gaining traction across workplaces, hospitality environments, and public infrastructure.

The exhibition is set against the backdrop of strong growth in India’s LED lighting market. Valued at approximately USD 6 billion in 2025, the sector is projected to reach nearly USD 27.8 billion by 2034, driven by urbanisation, infrastructure expansion, government-led energy efficiency initiatives and rising demand for sustainable lighting solutions.

Participating companies include Indian manufacturers such as TINGE, ME Products, Meanwell India, Hans Lights, Kevin Electrochem, JN Lighting, Kamla Lamps, Power Palazzo, Glitteron and Zylos, along with international exhibitors from China, Dubai, Italy, and Korea.

The event will also feature a comprehensive, day-wise knowledge programme addressing current trends and future industry needs. Day one will focus on innovation and inclusivity, featuring the Product Excellence Awards in collaboration with Women in Lighting, alongside a session with the International Association of Lighting Designers on the impact of AI on design and building systems. Day two will centre on sustainable urban development, with the Indian Society of Landscape Architects leading discussions on future-ready nightscapes, complemented by a panel by the Indian National Trust for Art and Cultural Heritage on lighting and cultural preservation. Day three will highlight practical frameworks and emerging technologies, with the Lighting Association of Commercial & Architectural Market India presenting structured best practices through the ‘6 Ps’ and exploring the transition from conventional LEDs to intelligent lighting systems.

Supported by the Luminaires Accessories and Components Manufacturers Association (LACMA), Women In Lighting (WIL) and the Indian National Trust for Art and Cultural Heritage (INTACH), the expo underscores the growing importance of lighting innovation in India’s expanding construction and infrastructure landscape.

By bringing together technology developers, manufacturers and design professionals,

Light + LED Expo Mumbai 2026 positions itself as a key industry platform showcasing the evolution of lighting as a smart, sustainable, and design-driven component of modern architecture and urban development.

The exhibition is part of the Light + Building Technology fair portfolio, anchored by the biennial Light + Building event in Frankfurt, Germany. The next edition is scheduled to be held from 5 – 10 March 2028. Messe Frankfurt also organises several trade fairs for the light and building technology sectors across Asia, Argentina, China, the UAE, and the USA.

For more information:Email: viral.parekh@india.messefrankfurttradefairs.com

The design does more than establish a distinct architectural identity. It preserves and enhances the essential spiritual ambience. Interconnecting stairways guide movement across levels, while seamlessly integrated channels of light and ventilation ensure the space remains both functional and contemplative. Traditional perforated jaali elements introduce a timeless Islamic character, softening the starkness of concrete. The main prayer halls, set against engraved concrete backdrops of sacred inscriptions, evoke a quiet sense of reverence.

Altogether, it is a work that invites admiration – where architectural expression and spiritual essence co-exist with clarity and purpose.

Backstory:

It was a privilege to be part of this project—shaping a lighting approach that celebrates the architecture while creating a serene, contemplative backdrop for its true purpose: prayer. We specialize in projects with distinct purpose and sensitivity—spaces rooted in spiritual significance, heritage value, museums, and educational environments, this project gave us an opportunity to deliver – Thanks to the Architect & Client team for trusting us.

Like any project, it came with its challenges. The primary constraint was working with pre-existing electrical points, as the project was already nearing completion. This naturally limited flexibility in achieving the ideal lighting composition. The second was a compressed timeline—critical when it comes to delivering fixtures that truly align with and support the design intent.

We firmly believe that a good concept may define 50% of a project story, but execution accounts for the remaining 50%. It demands precise coordination—bringing together the right manufacturers, suppliers, installation teams, electrical planning, and on-site implementation. When these elements align, they don’t just support the concept—they elevate it. We’re glad to see these critical aspects have come together seamlessly, with the experienced Bright District team executing the project with clarity and efficiency.

From Unseen Heavens Descends the Nur

Lighting Concept: Nūr (Light as Essence)

Nūr / Noor—the source of existence and a central idea in Islamic spiritual philosophy—forms the core of Noori Masjid. The architectural style first expresses this through daylight, where light enters, transforms, and animates the space.

Our lighting intent was to extend this experience beyond sunset. Instead of adding light, we sought to recreate the behaviour of daylight—allowing light to gently permeate the structure. Indirect sources were carefully integrated to “breathe” light into the concrete, making the mass feel lighter while preserving its strength and resonate calm spiritual presence.

The design moves away from conventional, fixture-driven illumination. Rather than introducing glare or competing with the architecture, light is directed away from the user—revealing textures, enhancing depth, and celebrating form. Beams and jaali elements are subtly accentuated to reflect and diffuse light within, while also enriching the exterior expression—limiting the need for elaborate additional façade lighting.

At its core, the concept is simple yet powerful: to let light behave as it naturally does—quiet, directional, and transformative—just like the sun. In Islamic thought, light is not an object—it is presence, guidance, and revelation. The design translates this philosophy into space, where light is allowed to emerge, filter, and transform rather than simply illuminate.

Concept to Execution Process

Every project deliberation begins with a series of abstract sketches that articulate our initial lighting intent across different facets of the design. This stage is crucial—it allows us to intuitively understand the architectural language, study how light can interact with surfaces, volumes, and textures, and envision how multiple layers of light can come together to create a cohesive ambience that supports both function and experience.

These early ideas are then translated into detailed simulations using advanced lighting software. Here, the concept is tested against technical realities—evaluating light levels, distribution, fixture performance, and spatial impact. This phase helps us identify site-specific challenges early on, including fixture positioning, aiming angles, integration constraints, and precise technical specifications required for execution.

What ensures the strength of this process is continuous collaboration. We work closely with the architectural team and clients at every stage, aligning design intent with practical feasibility. This integrated approach enables us to carry the concept forward seamlessly—from abstract vision to on-site realization—without losing its essence.

The outcome is a thoughtfully curated lighting environment that not only enhances the architectural character of the space but also elevates its inherent sense of sacredness. Every layer of illumination works in harmony with the built form—accentuating volumes, revealing textures, and guiding visual focus—while fostering a serene and contemplative ambience. The interplay of light and shadow enriches the spatial experience, creating a setting that resonates with both aesthetic refinement and spiritual depth.

Sivasankar is a lighting consultant at Space Lumens with a Master’s in Architectural Lighting from the University of Wismar, Germany.  He specializes in heritage lighting and holds a Certified European Lighting Expert qualification, backed by 10 years of experience across various lighting design projects.

PLP was part of an international consortium – including GPA, Perillo S.R.L., Oblyk Studio, Architetto Valentini, and Enser – that won the public competition to design Nexus Terrae. Envisioned as a manifesto for sustainable architecture, the project reflects Italy’s environmental ambitions through innovation, transparency, and adaptability. Designed as an energy-positive and circular building, the new MASE headquarters aims to function both as a high-performance workplace and a civic landmark, setting a new benchmark for future government institutions.

Carefully integrated into the orthogonal layout and monumental scale of the EUR district, the design organises around 30,000 m² of workspace and public functions within two timber-framed volumes constructed in cross-laminated larch (X-LAM).

The ground floor is fully accessible to the public and draws the surrounding landscape into the building, allowing greenery to extend deep into the interior. This creates a biophilic environment for visitors and everyday users, while spaces for exhibitions, discussion, and collaboration unfold within this verdant setting, transforming the entrance sequence into an experience shaped by nature, light, and civic engagement.

At the core of the building, a vertical atrium rises through multiple levels, filled with daylight and vegetation. Suspended within this space are a series of floating volumes that form terraces & focused work areas, offering moments for reflection while maintaining visual connectivity throughout the building.

Above, a panoramic rooftop terrace shaded by a timber canopy integrates high-efficiency photovoltaic panels, providing both a social amenity and renewable energy generation. Combined with a range of passive environmental strategies, these features enable the building to generate more energy annually than it consumes.

The façade presents a refined composition of glass and travertine, expressing a dialogue between tradition and innovation. During the day it conveys solidity and permanence, while at night it transforms into a softly illuminated presence along Viale America, projecting a sense of openness and civic identity.

Nexus Terrae represents the latest addition to PLP’s ongoing contribution to Italy’s urban transformation, following three major projects in Milan including Corso Como Place, the Parco Romana masterplan, and the recently approved design for Building Zero within the Lampugnano redevelopment plan. It also continues PLP’s commitment to sustainability at an institutional scale, building on projects such as the National Meteorological Center in South Korea, which will become the Korean government’s first net-zero building and a symbol of its environmental commitment.

The Evolution of Lighting

For more than a century, conventional lighting technologies such as incandescent and halogen lamps dominated residential, commercial, and industrial spaces. While these sources provided adequate illumination, they were notoriously inefficient. A large portion of the energy consumed by incandescent lamps is converted into heat rather than visible light, making them environmentally and economically costly.

The introduction of Compact Fluorescent Lamps (CFLs) offered a partial solution by reducing energy consumption and extending lamp life. However, CFLs had limitations including mercury content, slow start times, and
inconsistent color rendering. These challenges paved the way for the widespread adoption of light-emitting diode (LED) technology, which has now become the cornerstone of modern lighting design.

LED lighting represents one of the most significant breakthroughs in lighting technology. Unlike traditional light sources that rely on heated filaments or gas discharge, LEDs generate light through electroluminescence in semiconductor materials. This fundamental difference results in dramatically improved energy efficiency, longer operational life, and greater design flexibility.

Understanding LED Technology

LEDs convert electrical energy directly into light with minimal energy loss. As a result, they can achieve energy savings of up to 80–90 percent compared to traditional incandescent lighting. In practical terms, this means lower electricity consumption, reduced operational costs, and a smaller carbon footprint.

Another major advantage of LED technology is its longevity. While a typical incandescent bulb may last approximately 1,000 hours, high-quality LED luminaires can operate for 50,000 hours or more. From a consultant’s perspective, this longevity translates into reduced maintenance requirements, particularly in large facilities such as offices, shopping malls, hospitals, and industrial buildings where replacing lamps frequently can be costly and disruptive.

LEDs also offer exceptional versatility. They can be engineered to produce a wide range of color temperatures, from warm tones that replicate traditional incandescent lighting to cool daylight tones suitable for task-oriented environments. In addition, LEDs support advanced dimming capabilities and integration with smart control systems, enabling dynamic lighting solutions tailored to specific user needs.

The Concept of Green Lighting

Green lighting extends beyond the use of efficient light sources. It represents a holistic approach to lighting design that prioritizes environmental sustainability, energy conservation, and occupant well-being. As lighting consultants, our role is to balance technical performance with ecological responsibility.

A green lighting strategy typically includes several key principles:

• Energy Efficiency: Minimizing energy consumption through high-performance lighting technologies such as LEDs.
• Smart Controls: Using sensors, timers, and automation systems to ensure that lighting operates only when necessary.
• Daylight Integration: Maximizing the use of natural daylight to reduce reliance on artificial lighting.
• Sustainable Materials: Selecting fixtures and components that are recyclable, durable, and manufactured with minimal environmental impact.
• Human-Centric Lighting: Designing lighting environments that support human health, comfort, and productivity.

Together, these elements form a comprehensive framework that allows lighting designers and consultants to create environmentally responsible lighting systems.

Energy Efficiency and Environmental Impact

Energy consumption in buildings accounts for a significant portion of global greenhouse gas emissions, and lighting alone can represent up to 20 percent of a building’s total electricity usage. Transitioning to LED lighting can dramatically reduce this figure.

For example, when a commercial building replaces conventional fluorescent fixtures with LED luminaires, energy savings of 40–60 percent are commonly achieved. When combined with intelligent lighting controls, these savings can increase even further.

From a sustainability standpoint, reduced energy consumption directly translates into lower carbon emissions. In countries where electricity generation relies heavily on fossil fuels, this reduction plays a critical role in mitigating climate change. Even in regions with renewable energy infrastructure, energy efficiency remains essential for minimizing environmental impact.

LED lighting also reduces waste. Because LEDs last significantly longer than traditional lamps, fewer replacements are required, which in turn reduces the volume of discarded lighting products entering landfills.

Smart Lighting and Digital Integration

The convergence of LED technology with digital control systems has opened new possibilities for sustainable lighting design. Modern lighting systems can now communicate with building management platforms, occupancy sensors, and daylight sensors to create highly responsive environments.

In office buildings, for instance, occupancy sensors ensure that lights turn off automatically when spaces are unoccupied. Daylight sensors adjust artificial lighting levels based on available natural light, maintaining consistent illumination while minimizing energy consumption.

Smart lighting systems can also be programmed to follow circadian rhythms, adjusting color temperature and brightness throughout the day to support human biological cycles. This approach, often referred to as human-centric lighting, has been shown to improve mood, productivity, and overall well-being.

For lighting consultants, integrating these technologies requires careful planning. Factors such as sensor placement, control protocols, user interface design, and system interoperability must all be considered to ensure that smart lighting systems perform effectively.

Lighting in Sustainable Architecture

Lighting design is increasingly recognized as a key component of sustainable architecture. Green building certifications such as LEED (Leadership in Energy and Environmental Design) and WELL Building Standard place significant emphasis on energy-efficient lighting and occupant comfort.

In many projects, lighting consultants collaborate closely with architects, engineers, and interior designers to develop integrated solutions that align with sustainability goals. This collaborative process often begins during the early stages of building design.

One of the most effective strategies is daylight harvesting, which involves designing building layouts that maximize natural light penetration. Large windows, skylights, light shelves, and reflective surfaces can significantly reduce the need for artificial lighting during daytime hours.

However, daylight must be carefully balanced with artificial lighting to prevent glare and ensure visual comfort. Advanced lighting simulations and modeling tools allow consultants to evaluate different design options and optimize lighting performance before construction begins.

Retrofitting Existing Buildings

While new construction offers opportunities for integrated green lighting design, the majority of buildings in use today were built before LED technology became widely available. Retrofitting existing buildings therefore represents one of the most impactful strategies for improving energy efficiency.

LED retrofits can range from simple lamp replacements to comprehensive lighting system upgrades. In some cases, replacing fluorescent tubes with LED equivalents may be sufficient. In others, upgrading to entirely new luminaires and control systems may yield greater long-term benefits.

From a consultant’s perspective, retrofit projects require careful assessment of existing infrastructure, including electrical systems, fixture compatibility, and lighting layout. The goal is to maximize energy savings while maintaining or improving lighting quality.

Many governments and utility companies also offer incentives and rebates for energy-efficient lighting upgrades, making retrofits financially attractive for building owners.

Challenges and Considerations

Despite the numerous advantages of LED and green lighting, several challenges remain. One common issue is the misconception that all LED products are of equal quality. In reality, LED performance varies widely depending on factors such as chip quality, thermal management, and driver design.

Poorly designed LED fixtures may suffer from flicker, color inconsistency, or premature failure. For this reason, lighting consultants play a critical role in evaluating products and specifying high-quality luminaires that meet industry standards.

Another challenge involves balancing energy efficiency with visual comfort. Overly aggressive energy-saving strategies can sometimes result in under-lit spaces or excessive glare. Effective lighting design must therefore prioritize both sustainability and user experience.

There is also a growing need to address the issue of light pollution. Outdoor lighting, particularly in urban environments, can contribute to skyglow and ecological disruption if not properly designed. Shielded fixtures, appropriate light levels, and carefully selected color temperatures can help mitigate these effects.

The Future of Green Lighting

Looking ahead, the future of lighting will likely be defined by further integration between technology, sustainability, and human well-being. Innovations such as Li-Fi (light-based data communication), advanced OLED lighting panels, and adaptive lighting systems are already being explored.

Artificial intelligence and data analytics may also play a role in optimizing lighting performance. Smart systems could analyse occupancy patterns, energy consumption, and environmental conditions to automatically adjust lighting strategies in real time.

Meanwhile, the global push toward net-zero carbon buildings will continue to drive demand for high-efficiency lighting solutions. As energy codes become more stringent, LED lighting and intelligent controls will become standard components of building infrastructure.

Conclusion

From the perspective of a lighting consultant, the transition toward LED and green lighting represents a profound shift in the way we design and experience illuminated environments. It is no longer sufficient for lighting systems to simply provide visibility; they must also support sustainability, energy efficiency, and human well-being.

LED technology has already demonstrated its ability to dramatically reduce energy consumption while offering unparalleled flexibility and performance. When combined with thoughtful design strategies, smart controls, and sustainable materials, it forms the foundation of modern green lighting systems.

As the built environment continues to evolve, lighting professionals have a unique opportunity and responsibility to guide this transformation. By embracing innovative technologies and environmentally responsible practices, we can create lighting solutions that not only illuminate spaces but also contribute to a more sustainable future.

Sandeip Anand (M.A Lighting Design Germany) is the Director at AIMS Lighting Design, Mumbai having professional lighting experience of more than 20 years.

The origins of illuminating the cathedral date back to 1838, when Crown Prince Friedrich Wilhelm IV announced a visit to Cologne. In his honor, the still-incomplete Gothic structure—then nearly six centuries into construction—was illuminated for the first time. The gesture proved impactful; four years later, as king, he laid the foundation stone to resume construction. Although, the cathedral was eventually completed, it was not until 1929, under Mayor Konrad Adenauer, that a permanent lighting system was introduced, transforming its iconic twin towers into a defining feature of Cologne’s nighttime skyline.

The cultural and symbolic importance of this illumination became especially evident in the summer of 2022, when lighting for public buildings—including the cathedral—was turned off due to the energy crisis triggered by Russia-Ukraine War. By that time, however, Licht Kunst Licht had already begun developing a sustainable lighting solution appropriate to the cathedral’s significance. An early indication of this effort came in 2020 with the installation of the Star of Bethlehem atop the crossing tower.

Previously, the cathedral was illuminated primarily by floodlights mounted on surrounding rooftops. The outdated 1000-watt metal halide lamps consumed large amounts of energy and cast a uniform neutral white light over the entire structure. While effective in making the cathedral visible, this approach diminished architectural detail and contributed significantly to light pollution in the surrounding area.

Licht Kunst Licht approaches illumination as an integral element of architecture—a philosophy that posed unique challenges in this project. As Philipp Schmitz, lighting designer and project lead, explains, the lack of detailed architectural documentation required extensive on-site analysis. Digital simulations proved insufficient for such a complex and varied structure, leading the team to conduct years of empirical testing with optics, angles, and positioning to achieve the desired lighting effects.

Working closely with the Dombauhütte and RheinEnergie, the team developed a system of over 700 precisely positioned fixtures. These compact, glare-free luminaires were installed discreetly on or near the historic structure, remaining virtually invisible during daylight hours. Designed to blend seamlessly with the architecture, they avoid drawing attention as standalone objects.

A significant shift in lighting strategy is evident in the placement of fixtures. Whereas previously 80% of the light originated from distant sources, the new system reduces this to just 10%, dramatically improving precision and minimizing light spill. The lighting is fully dimmable, with adjustable color temperatures reaching a warm white of up to 2,700 K—harmonizing with the cathedral’s sandstone and allowing for seasonal and environmental adaptability.

Sustainability was central to the project’s design. The new system achieves an 80% reduction in energy consumption, operating at just 11,000 watts while
delivering superior visual quality. All installations are non-invasive and reversible, respecting the cathedral’s architectural integrity and its status as a living heritage site. Instead of drilling, custom clamping systems with lead-padded brackets were developed to securely mount the fixtures while protecting the historic fabric.

The lighting system is controlled from two central points—one at ground level and another within the crossing tower—as well as through remote access. This allows for flexible operation, enabling both individual and coordinated lighting scenarios.

Through the use of directional and grazing light, the design enhances the cathedral’s spatial depth and verticality. Architectural elements such as buttresses, pinnacles, and sculptural details are accentuated through a dynamic interplay of light and shadow. Special emphasis has been placed on the cathedral’s 157-meter towers, where a combination of gentle backlighting and vertical grazing light highlights their striking form up to the spires. A notable innovation is the internal illumination of the towers, which shines through the delicate Gothic tracery, reinforcing the cathedral’s presence as a luminous landmark in Cologne’s nighttime skyline.

For the cathedral plaza, all stakeholders collaborated on the development of multifunctional lighting poles. These minimalist stainless-steel structures integrate seamlessly into the urban environment. Equipped with glare-free modules, they provide illumination for orientation near entrances and portals, while additional spotlights subtly highlight selected facade elements. All light sources are carefully shielded to prevent glare and preserve key sightlines.

As Philipp Schmitz reflects, the cathedral is deeply embedded in Cologne’s identity, and the goal was to preserve its presence after nightfall while revealing its architectural richness. The result is a sculptural and dignified nighttime appearance that remains visible even from across the Rhine—leading many to suggest that the cathedral now appears even more striking at night than during the day.

Client: RheinEnergie AG on behalf of the City of Cologne
Construction Management: Kölner Dombauhütte, Metropolitankapitel der Hohen Domkirche zu Köln
Electrical planning: Elektro Baeth GmbH, Cologne
Photos: HGEsch
Text: Uta Winterhager

Relocating from a co-working space into No.1 St Michael’s, the project represents a significant milestone in the company’s growth. The new workplace establishes a permanent home that balances performance with experience. The design is intentionally open, energetic and distinctly non-corporate, supporting collaboration, focused work and long-term flexibility.

Situated within one of Manchester’s most prominent commercial developments, designed by Hodder + Partners and developed by Relentless Developments, the workspace reflects the city’s evolving business landscape and the growing demand for high-quality office environments in central locations.

The 1,837 sq m office fit-out accommodates over 120 workstations alongside a wide range of collaborative, social and focused work areas. These include a central town hall space, meeting rooms, breakout zones and dedicated wellbeing facilities, supporting both individual and team-based working styles.

The design concept draws inspiration from the movement and visualisation of data, referencing Manchester’s legacy of innovation through Alan Turing and early computing. This idea is expressed through a unifying concept known as “The Pulse”, a spatial narrative that reflects how data flows, accelerates and connects.

Across the floorplate, spaces transition fluidly between high-energy collaborative zones and quieter, more focused environments. This creates a natural rhythm that mirrors the flow of information within the organisation, allowing employees to intuitively adapt their working style throughout the day. The layout is deliberately open and highly legible, with minimal visual barriers and clear sightlines across the workspace. This enhances visibility, accessibility and a sense of connection among teams.

At the core of the workplace, a multi-functional social hub anchors the floorplate. This central space serves as a daily meeting point as well as a flexible area for larger gatherings and events, reinforcing interaction and community within the office.

A full-height data screen installation further brings the concept to life by integrating real-time information into the workspace. This feature strengthens the company’s identity as a data-driven organisation while enhancing engagement and visual interest across the interior.

Technology integration is balanced with a human-centric design approach, ensuring that the environment remains intuitive, comfortable and engaging for its users.

The design also reflects both the client’s global outlook and Manchester’s distinct cultural and industrial heritage. Bespoke artwork, environmental graphics and wayfinding elements reference local innovation and pioneers, embedding a strong sense of place within the workspace.

A layered graphic language explores the idea of perception and data visualisation, revealing different meanings at varying scales. This reinforces the relationship between detail, data and the bigger picture, creating a cohesive narrative throughout the interior.

Drawing inspiration from the intricacies of early computing systems such as the Bombe machine, the design language incorporates repetition, rhythm and precision. Feature lighting and bespoke joinery elements reflect movement and connectivity, adding visual depth while supporting the overall concept.

A diverse range of flexible work settings has been incorporated to support hybrid working and evolving workplace needs. From collaborative zones to quiet focus areas and informal breakout spaces, employees are given the freedom to choose how and where they work. This approach enhances productivity, wellbeing and inclusivity, demonstrating how thoughtful workplace design can support both organisational performance and employee experience.

Sustainability has been embedded throughout the project, with a focus on long-term performance and responsible material selection. Existing building elements have been retained wherever possible to reduce waste and embodied carbon, while new materials have been selected for durability, recyclability and environmental performance. This ensures that the workplace not only meets current operational requirements but also supports future adaptability and sustainability goals.

The project reflects SpaceInvader’s approach to commercial interior design, combining strategic thinking with a strong concept-led framework to deliver high-performing workplaces. By aligning spatial design with business objectives, the scheme supports collaboration, innovation and long-term growth.

As part of Manchester’s evolving commercial landscape, the project demonstrates how considered workplace design can enhance both organisational performance and employee experience. The result is a future-ready workplace that balances performance with experience, translating complex ideas into a clear, engaging and highly functional environment.

At the centre of the partnership is OptiLamp™ intelligent LED components, a breakthrough development that rethinks where the critical electronics in an LED system live. Much of the circuitry that would normally sit across the LED module has been engineered into a single diode, dramatically simplifying the system.

By reducing the number of external components required, displays become cleaner, lighter and more efficient. Fewer parts mean fewer potential failure points, lower power consumption, and a more streamlined manufacturing process.

The technology also enables true 1/1 scan performance, delivering smoother motion, richer colour depth, and improved on-camera results, particularly important in broadcast, corporate, and immersive environments. With monitoring and calibration data operating at pixel level, brightness and colour consistency can be maintained more precisely over time. This supports longer product lifecycles, improved reliability and more predictable maintenance.

Robert Bint, CEO at LED Studio, said: “This is about simplifying LED display technology at its core. By bringing together what was once spread across the module into a single diode, we reduce complexity while improving performance. It’s a smarter way to build displays – we’re engineering the next generation of display systems.”

This partnership signals a clear step forward in LED display technology, where simplicity and innovation are achieved not in what is added, but in what is stripped away.

Founded in 1946, Tanury’s metal work can be seen on high-end motorcycle and automotive parts, private and commercial aviation, marine hardware, high-end gifts, jewelry, and more. Company operations will remain in Lincoln, Rhode Island, and Lutron will continue to invest in and grow capabilities for all existing Tanury customers.

“The strategic acquisition of Tanury enables Lutron to bring exceptional plating and coating capabilities in-house, building on Tanury’s decades of manufacturing excellence and technical expertise,” said Walter Peake, Executive Vice-President at Lutron. “These enhanced capabilities will drive greater marketplace differentiation and innovation, expand Lutron’s portfolio of premium metal finishes, and support the timely delivery of superior metal-finished products to customers worldwide.”

As two family-owned businesses, Lutron and Tanury share core values that make this acquisition a strong strategic and cultural fit. Tanury’s customer-focused approach, rigorous quality control processes, and long-standing investment in research and development make it a natural addition to the Lutron brand.

“The synergies between our two companies played a significant role in our decision to work with Lutron,” said Thomas A. Tanury, Tanury Chairman and son of Tanury founder Fredrick M. Tanury. “Lutron’s principles-based culture, future expansion plans, and genuine care for employees will allow for continued growth and success.”

Ennostar collaborates with ecosystem partners to showcase optoelectronic solutions for robotics and automation applications to demonstrate its system-level value at Touch Taiwan 2026. Ennostar a vertically integrated optoelectronics semiconductor company, will participate in Touch Taiwan 2026 from April 8–10 under the theme “We Sense. We Connect.” The company will debut a Sensing & Automation Zone, showcasing 1D–3D sensing solutions developed with ecosystem partners and integrating optoelectronics into real-world robotics and automation, to demonstrate its system-level value enhancement strategy.

Simultaneously, Ennostar will highlight its full-spectrum optoelectronic portfolio, covering LEDs, PDs, and advanced lasers (VCSEL and PCSEL) from UVC to eSWIR, underscoring its vertically integrated expertise across light sources, sensing components, and system-level applications.

Ennostar collaborates with partners including ADLINK Technology, LIPS Corporation, iSSA Technology, Tyntek Corporation, and Trendylite Co. to bring optoelectronic sensing into robotics and automation.