Photography Exhibition by Neelesh Kale Scheduled from April 28 to May 3

PUNE: Art enthusiasts will have a unique opportunity to view photographs that shed light on various facets of the Kailasa Temple—a UNESCO World Heritage Site and a globally renowned marvel of architecture—as well as the Jain and Buddhist caves located at Ellora (Chhatrapati Sambhajinagar). This occasion marks the hosting of a photography exhibition featuring panoramic images captured by the Lalit Kala Akademi Award winner Neelesh Kale. Titled ‘Ellorama,’ this exhibition is scheduled to take place from Tuesday, April 28, to  Sunday, May 3, at the Raja Ravi Varma Art Gallery on Ghole Road. Connoisseurs will be able to experience this exhibition daily between 11:00 AM and 7:00 PM. Please note that this exhibition is free and open to all.

The inauguration of the ‘Ellorama’ photography exhibition will be held on Tuesday, April 28, at 5:00 PM, at the hands of Dr. G.B. Deglurkar, a world-renowned iconologist and a leading expert on the Kailasa Temple, Prof. Medha Kulkarni, Member of Parliament, and Jayant B. Joshi, renowned artist. During the event, Dr. G.B. Deglurkar will interact with the audience. Additionally, as part of the exhibition’s accompanying programs, Indologist Dr. Rahul Deshpande will engage with the audience on Thursday, April 30, at 5:00 PM, delivering a talk titled ‘Exploring Ellora.’ Please note that both of these events are open and free on a ‘first-come, first-served’ basis.

Providing further details regarding the photography exhibition, Neelesh Kale stated, “The Kailash Temple, carved by the Rashtrakutas, dates back to the period between 756 AD and 773 AD. These 34 caves are carved within an area spanning approximately two kilometers. Among them, Cave No. 16—the Kailasa Temple—is renowned globally as the largest monolithic temple (a temple carved from a single rock) in existence. The ‘Ellorama’ exhibition features photographs that shed light on the Ellora Caves—and specifically the Kailasa Temple—from a multitude of perspectives. This exhibition comprises a curated selection of photographs chosen from a vast collection captured using the techniques of ‘photogrammetry’. Furthermore, another highlight of this exhibition will be the inclusion of a precise 3D (three-dimensional) model created from these photographs using this advanced technology.”

Kale also expressed with confidence that, with the aid of 3D Vista and Cloud Compare technologies, visitors to the exhibition would gain comprehensive information—including where to begin their exploration of the caves, exactly what to observe at each stage, the specific features and unique attributes of the structures they view, and their precise dimensions (length, width, and height). Moreover, attendees will be treated to a ‘guided journey’—or a ‘virtual tour’—of this UNESCO World Heritage site during the event.

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Over the course of five episodes, the series received substantial poll responses, offering valuable insights into the aspirations and concerns of the design community. Safety measures emerged as the top priority for enhancing urban livability, followed by pedestrian-friendly streets and efficient public transport as key enablers. The most urgent need identified for cities was parks and green spaces, far surpassing other options like bike lanes and community centers—highlighting a strong public demand for ecological balance in urban planning.

Sustainability is a recurring theme throughout the series. Most participants (51%) stated that the design approach has the greatest impact on sustainability, surpassing the impact of materials or energy efficiency. Furthermore, 86% expressed a strong desire for more sessions focused on sustainable and innovative design practices. Looking ahead, 60% of respondents identified sustainable design as the single most important factor shaping the future of architecture, ranking it above smart technology and community-centered planning. When asked about priorities for the cities of tomorrow, 41% favored the creation of green and open spaces, followed closely by the need for climate-friendly infrastructure—underscoring a collective call for urban environments that balance growth with resilience and well-being.

Speaking on the success of the series, Shyam Motwani, Business Head – Locks & Architectural Solutions, Godrej Enterprises Group, said, “Through VC Live, we aim to connect global thought leaders with India’s design and architecture community, sparking conversations that inspire real change. The overwhelming feedback from our community shows a clear and urgent call for design that protects our planet, nurtures human connections, and boldly reimagines how our cities can work for everyone. The strong participation and engagement we’ve seen not only validate the relevance of this dialogue but also reinforce our responsibility to champion these ideas.”

The VC Live series, hosted under the GVCC banner, serves as a dynamic platform for stimulating conversations on topics ranging from sustainable urban planning to future-ready architecture. It brings together global participants, professionals, students, and design enthusiasts, fostering a rich exchange of ideas and perspectives. GVCC continues to offer exclusive benefits to its members, including access to design insights, trend reports, rewards, and recognition through initiatives like the GeeVees Awards.

With a legacy of excellence and a future-focused approach, Locks & Architectural Solutions continues to redefine how India secures and designs its spaces, championing innovation, collaboration, and sustainability at every step.

The post Godrej Value Co-Creators Club Series: Unveiling Sustainable Design as a Key Trend in Urban Architecture appeared first on NRI News.

In today’s hyper-connected world, sleep has become a currency that we readily trade for productivity, late-night binge-watching, doomscrolling, and the barrage of digital noise that never seems to quit. But this constant exchange is bankrupting our health. However, sleep is not an expendable commodity; rather, it is a foundational element of health and well-being.

Sleep isn’t just about getting the hours in. It is a complex biological process essential to physical restoration, cognitive function, and emotional regulation. A typical sleep cycle lasts for approximately 90 minutes and consists of four stages: three non-REM stages and one REM (Rapid Eye Movement) stage.

The Anatomy of Real Rest

Stage 1 marks the transition from wakefulness to sleep, characterized by light, easily disturbed rest. Stage 2 is a deeper phase of light sleep where body temperature drops, and the heart rate slows. Stage 3, or slow-wave sleep, is the most restorative stage of sleep that is critical for physical repair, immune function, and growth hormone release. REM sleep, the fourth stage of the sleep cycle, supports memory consolidation, learning, and emotional processing. It typically comprises 20 to 25 % of total sleep time and lengthens with each cycle throughout the night.

Sleep disruption can significantly impair the body’s ability to recover and function. Obstructive Sleep Apnea (OSA), a condition involving repeated airway blockage during sleep, is a primary disruptor. Individuals with OSA often experience disturbed sleep and insufficient oxygen supply, increasing their risk for heart diseases, hypertension, stroke, and heart failure.

What Happens When You Sleep Well?

A well-rested night’s sleep helps to start the day feeling refreshed and energized. In addition to that, it balances hormones, enhances cognitive performance, supports emotional resilience, and boosts physical recovery. The ideal time to fall asleep is between 10 and 11 PM. Maintaining a regular schedule, even on weekends, helps regulate the body’s circadian rhythm in sync.

Who are the Enemies of Rest?

Nowadays, there are multiple challenges to achieving good sleep. Exposure to blue light from mobile phones, tablets, laptops, and computers tells your brain that it’s still daytime, pushing melatonin, the hormone responsible for sleep initiation, to release further into the night.

In addition, adding caffeine into the system late in the day further delays sleep and diminishes its depth. Stress is another obstacle to sleep, since stress and anxiety can activate the body’s fight-or-flight response, making it difficult to relax into sleep.

Sleep Hygiene: Basic Necessities for Good Sleep Health

Although sleep gadgets and trends portray a positive outlook, sticking to the fundamentals of good sleep hygiene can do the trick. Start with keeping your sleep environment cool, dark, and quiet. Strictly minimize the blue light exposure before bedtime, and refrain from exercising intensely right before sleeping. Limit caffeine intake after mid-afternoon, maintain a consistent sleep-wake schedule, and avoid long naps that may interfere with nighttime sleep.

Sleep Trends: What Helps and What Hurts

The popularity of sleep optimization has led to a surge of multiple different fads – some helpful, others potentially harmful. Mouth taping, for instance, aims to encourage forced nasal breathing by taping the mouth shut during sleep. However, there is no scientific backing for this, and it may pose risks, especially for people with OSA who rely on mouth breathing.

Yet another trend is sleep tracking via smartwatches and fitness devices. While this could provide detailed insights on sleeping patterns, it can contribute to sleep-related anxiety when users become fixated on data. This, in turn, can lead to poorer sleep quality.

Real Evidence-Based Help for Real Problems

For those diagnosed with sleep disorders, evidence-based treatment should take priority over trending solutions. Continuous Positive Airway Pressure (CPAP) therapy remains the most effective treatment for OSA management. In addition, Yoga and meditation, and targeted throat exercises can further improve sleep quality.

Prioritize Sleep as a Non-Negotiable Necessity

Sleep is not a resource to be rationed or negotiated away. It is a biological necessity that supports every aspect of health, from brain function to emotional balance. So, stop treating sleep as an expendable commodity. Prioritize it and recognize it for what it truly is – an essential investment in your long-term well-being.

The post Beyond Shut-Eye: Understanding the Architecture of Sleep appeared first on NRI News.

ORLANDO, FL: Qlik^®, a global leader in data integration, data quality, analytics, and artificial intelligence, today announced the launch of Qlik Open Lakehouse, a fully managed Apache Iceberg solution built into Qlik Talend Cloud. Designed for enterprises under pressure to scale faster and spend less, Qlik Open Lakehouse delivers real-time ingestion, automated optimization, and multi-engine interoperability — without vendor lock-in or operational overhead.

This marks a major step forward in the evolution of modern data architectures. As organizations accelerate AI adoption, the cost and rigidity of traditional data warehouses have become unsustainable. Qlik Open Lakehouse offers a new path: a fully managed lakehouse architecture powered by Apache Iceberg that delivers 2.5x–5x faster query performance and up to 50% lower infrastructure costs, while maintaining full compatibility with the most widely used analytics and machine learning engines.

“Performance and cost should no longer be a tradeoff in modern data architectures,” said Mike Capone, CEO of Qlik. “With Qlik Open Lakehouse, enterprises gain real-time scale, full control over their data, and the freedom to choose the tools that work best for them. We built this to meet the demands of AI and analytics at enterprise scale — without compromise.”

Qlik Open Lakehouse is built from the ground up to meet the scale, flexibility, and performance demands of modern enterprises, without the tradeoffs. It combines real-time ingestion, intelligent optimization, and true ecosystem interoperability in a single, fully managed platform.

• Real-time ingestion at enterprise scale: Ingest millions of records per second from hundreds of sources — including cloud apps, SaaS, SAP, and mainframes — directly into Iceberg tables with low latency and high throughput.
• Intelligent Iceberg optimization, fully automated: Qlik’s always-on adaptive Iceberg optimizer handles compaction, clustering, and pruning automatically, delivering up to 5x faster queries and 50% lower storage costs — no tuning required.
• Open by design, interoperable by default: Access data in Iceberg tables using a variety of Iceberg-compatible engines, including Snowflake, Amazon Athena, Apache Spark, Trino, and SageMaker — without re-platforming or reprocessing.
• Your compute, your cloud, your rules: Runs natively in your AWS VPC with Bring Your Own Compute (BYOC), giving you full control over performance, security, and cost.
• One platform, end to end: From ingestion and transformation to governance, data quality, and FinOps visibility, Qlik provides a unified lakehouse experience — no patchwork, no handoffs.

“Enterprises are increasingly adopting lakehouse architectures to unify data across on-premises and cloud environments,” said Matt Aslett, Director of Research, Analytics and Data at ISG Software Research. “Qlik Open Lakehouse, which leverages open standards such as Apache Iceberg, is well-positioned to meet the growing demand for real-time data access and multi-engine interoperability, enabling enterprises to harness the full potential of their data for AI and analytics initiatives.”

As AI workloads demand faster access to broader, fresher datasets, open formats like Apache Iceberg are becoming the new foundation. Qlik Open Lakehouse responds to this shift by making it effortless to build and manage Iceberg-based architectures, without the need for custom code or pipeline babysitting. It also runs within the customer’s own AWS environment, ensuring data privacy, cost control, and full operational visibility.

“Qlik Open Lakehouse initiative is a significant development we’re keenly watching,” shared David Navarro, Data Domain Architect at Toyota Motor Europe. “Large corporations like ours urgently need interoperability between diverse business units and partners, each managing its own technology stack and data sovereignty. Apache Iceberg is emerging as the key to zero-copy data sharing across vendor-independent lakehouses, and Qlik’s commitment to delivering performance and control in these complex, dynamic landscapes is precisely what the industry requires.”

Qlik Open Lakehouse is available now in private preview and is scheduled to be generally available in July 2025. Private preview is limited — early access is encouraged for teams looking to modernize ahead of GA. To learn more and request early access, connect with us at Qlik Connect, May 14–17 in Orlando.

The post How Qlik’s Open Lakehouse Redefines Data Architecture appeared first on NRI News.

Lightweight, Flat-Floor Design

The Electric Origin philosophy allows INGLO to feature one of the industry’s lightest flat-floor skateboard structures, paired with high-density battery technology. This unique architecture maximizes every inch of cabin space, offering enhanced comfort, improved seating flexibility, and eliminating the central tunnel. Additionally, it delivers superior stability and handling, providing a driving experience that is lighter, more agile, and incredibly spacious. Designed with modularity and scalability, this architecture supports diverse models, from the athletic BE 6e to the elegant XEV 9e, without compromising on quality or performance.

Breakthrough Battery Efficiency and Fast Charging

At the core of INGLO is power and efficiency. With robust battery options of 59 kWh and 79 kWh, INGLO breaks the barrier of range anxiety by offering the best range in its category. INGLO’s advanced LFP battery chemistry and standardized cell-to-pack technology ensure durability, safety, and long-term reliability. Fast-charging capabilities allow charge from 20%-80% in just 20 min (with 175 kW DC Charger), making long trips and city commutes a breeze. INGLO doesn’t just charge quickly; it does so safely and efficiently. The intelligent battery and thermal management system maintains optimal performance over numerous charge cycles, delivering sustained power, extended range, and dependable safety across varying terrains and climates. INGLO’s charging capabilities align with global standards, ensuring compatibility and efficiency across the board.

Enhanced Safety and Stability

Safety remains non-negotiable for Mahindra, and INGLO takes it a step further. By placing the battery at a low center of gravity, INGLO enhances both stability and handling, particularly addressing the high center of gravity common in SUVs. The advanced structural design integrates the battery pack into the underbody, creating a protective cage around the passenger cabin. Ultra-high-strength boron steel and reinforced frontal structures ensure unmatched safety. It’s built to endure, from extreme heat to the toughest crash tests, it’s engineered to keep you confident on every journey.

Unmatched Performance

INGLO’s modular, scalable structure adapts effortlessly to diverse lifestyles, from city driving to rugged adventures. Its reduced underbody weight makes it one of the lightest skateboard platforms in the EV market, enhancing efficiency without compromising performance. A compact three-in-one powertrain, integrating motor, inverter, and transmission, offers remarkable performance, with outputs of 170-210 kW for rear-wheel drives. INGLO delivers a driving experience that is dynamic, powerful, and exhilarating.

Intelligent Vehicle Dynamics

For exceptional handling, INGLO integrates a best-in-class semi-active suspension system, high-power steering, and brake-by-wire technology. Combined, these features create a ride that is both smooth and thrilling. With intelligent drive modes, the SUV adapts seamlessly to changing driving conditions at the touch of a button, making the vehicle and driver work as one. Crafted with an Indian heart and a global outlook, INGLO combines cutting-edge technology and breakthrough innovation for unmatched value. Mahindra invites you to UNLIMIT yourself and experience a new era of electric driving with the upcoming BE 6e and XEV 9e SUVs—where performance and technology come together to redefine every journey.

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– Since graduating with my architecture degree from Mumbai’s esteemed Sir J.J. College of Architecture in 1998, my professional journey has been a dynamic tapestry of creativity and growth. Beginning at Ar. Sabu Francis and Associates, I played a pivotal role in pioneering software solutions tailored for architects, marking the early stages of my career with innovation and technological acumen. Transitioning into academia, my tenure at Kamala Raheja Vidyanidhi College of Architecture from 2000 to 2004 provided a platform to not only impart knowledge but also to continuously refine my own skills and nurture my passion for architecture.

In 2018, my trajectory took a collaborative turn as I became involved with Trust Groups by the ASCENT Foundation, a role that has allowed me to forge meaningful partnerships within the architectural community while contributing to its growth and development. Joining the PEATA India committee in 2020 further solidified my commitment to fostering collaboration across disciplines, connecting architects, engineers, and planners to drive impactful projects forward.

My achievements have been recognized on numerous occasions, notably being honored as the Young Architect of the Year at the Era Fame Awards in 2013. This accolade serves as a testament to my contributions to landmark projects such as Raheja Prime, Eastern Winds, Opus Prime, and Opal Square through my firm, APICES Studio Pvt Ltd. Through these endeavors, I have not only left an indelible mark on the architectural landscape but also continually sought to push the boundaries of innovation and excellence within the field.

2. What are some of the new trends you’re observing in the field of architecture?

– In the ever-evolving world of architecture, emerging trends are reshaping the landscape with both innovation and sustainability at the forefront. Wellness architecture has taken center stage, emphasizing elements that prioritize occupants’ health and serenity, thereby fostering environments conducive to well-being. Concurrently, there’s a notable revival in the use of metal buildings, distinguished for their sustainability credentials and aesthetic versatility, offering both durability and design flexibility. Moreover, sustainability and climate-responsive architecture are gaining prominence, advocating for environmentally conscious practices and materials that minimize ecological footprints. Additionally, architects are seamlessly integrating data centers into urban contexts, where functionality and energy efficiency converge seamlessly. These evolving trends underscore architecture’s dynamic nature, adeptly addressing contemporary needs and aspirations while embracing innovation, sustainability and the evolving demands of society.

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3. What excites you the most about the potential of AI-driven design solutions in shaping the architectural field in the years to come?

– I wholeheartedly share the excitement about the transformative potential of AI-driven design solutions in shaping the future of building construction. The rapid duplication of designs facilitated by AI stands poised to profoundly impact productivity and spur innovation within the architectural sphere. By automating menial tasks and freeing architects from repetitive duties, AI empowers them to channel their energy into pioneering design concepts that push the boundaries of creativity. Moreover, AI’s capacity to envision buildings with intricate geometries opens doors to unprecedented architectural achievements. The integration of AI into the architectural field heralds a new era of groundbreaking progress, promising to revolutionize the essence of building design. It’s a thrilling prospect that not only streamlines processes but also unleashes extraordinary levels of creativity, ultimately shaping the built environment in remarkable and inspiring ways.

4. For those aspiring to make a positive impact through architecture, what advice would you give them to navigate the complexities of sustainability and innovation?

– For aspiring architects seeking to make a meaningful impact, navigating the multifaceted dimensions of sustainability and innovation requires a strategic and adaptable approach. Cultivating a growth mindset is paramount, embracing change and continuous improvement to stay abreast of evolving standards and practices. Collaborating effectively with individuals from diverse backgrounds fosters a rich experience and exchange of ideas which lead to sparks creativity, essential for addressing complex challenges. Striking a balance between honing technical proficiency and nurturing empathy for clients is equally vital. By blending these principles, aspiring architects can harness the power of architecture as a catalyst for positive change, leveraging innovative design solutions to forge a more sustainable future. It’s about recognizing the interconnectedness of design, society, and the environment, and channeling passion and creativity towards creating spaces that not only function seamlessly but also enhance the well-being of individuals and communities alike.

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