Kirti Jain Residence designed by Ar. M. Venu Gopal, recently won the Smart Space Award 2024. Its cutting-edge automation systems offer a new level of sophistication and ease to homeowners. 

Nestled in the picturesque city of Udaipur, Rajasthan, the Kirti Jain Residence is spread over an area of 11,021 square feet, with a built area of 6,523 square feet. Designed by the esteemed architect and interior designer M. Venu Gopal, this residence showcases a sophisticated fusion of innovative design and cutting-edge technology.

Awarded the prestigious Smart Space Award 2024, this project is a testament to its excellence in integrating advanced automation systems. These smart technologies enhance the comfort and convenience of homeowners by allowing for seamless control over various aspects of their living environment. 

Space Planning and Design Innovation

The creative aspect of this project is the multi-level design, where different levels highlight the various areas of the residence. The ceiling height in the living room is kept at 15 feet, while the rest of the space is kept at 11 feet. As a result, the drawing room area in elevation features 15 feet high glass, giving the project its distinctive identity. The kitchen and dining areas are raised to separate the living and dining areas and provide the home owners with the required privacy.

This residence stands out for its innovative multi-level design, which enhances the living experience by differentiating spaces through varied ceiling heights. The living room features a striking 15-foot high ceiling, allowing for expansive glass panels that contribute to the residence’s unique identity. In contrast, other areas maintain a more standard 11-foot ceiling height. This design strategy not only creates visual interest but also contributes to a more open and airier feel in the drawing room.

The kitchen and dining areas are elevated, creating a distinct separation between these spaces and the living area. This layout is designed to enhance privacy and create a more intimate environment for dining and cooking.

Integration of Smart Technology 

This project emphasizes the harmonious integration of technology and nature to achieve an efficient and comfortable living environment. Key technological elements and automation practices have been incorporated to minimize environmental impact while enhancing user convenience. 

Smart Lighting and Automation allows for precise control over illumination, optimizing energy use and convenience. For instance, the Honeywell Nucleus Smart Switch enables users to adjust lighting, set schedules, and fine-tune brightness with ease. This smart switch, installed across all switchboards, promotes energy efficiency and offers unparalleled convenience.

Another highlight of this project is the use of advanced security measures, where they have opted for Godrej Advantis Rimtronic Digital Door Lock, this digital lock provides heightened security and convenience through fingerprint recognition, ensuring both safety and easy access.

Hikvision WiFi 1080p Turbo HD 2MP Security Cameras can pan-tilt and offer broad coverage and efficient surveillance at a lower cost, enhancing overall security.

The PIR Motion Sensor Lights (Model SN-PR 05B) automatically illuminate areas when movement is detected, improving visibility and deterring potential intruders.

The Hikvision Wireless Intrusion Alarm utilizes PIR sensors, this alarm system provides reliable monitoring by detecting changes in infrared radiation caused by motion, alerting users to potential security breaches. 

Godrej Video Door Phones/Video Intercom is a standalone intercom system that allows residents to manage calls at the building entrance, facilitating both communication and security.

Ensuring Data Security and Privacy 

To safeguard data within home security systems, several best practices are implemented like Regular Updates through firmware and software updates are crucial for protecting against vulnerabilities. The strong encryption protocols protect data from unauthorized access. The devices are placed on a separate network or VLAN to isolate them from other home network devices, preventing unauthorized access.  Smart devices and home systems are interconnected through robust networking solutions, allowing for centralized control via smartphones or other devices.

The Home Theatre entertainment, includes Audio and Video systems, that is easily managed through integrated control modules. A dedicated home theatre, measuring 17’6” x 14’6”, has been meticulously designed on the first floor to offer an immersive viewing and listening experience. Key features includes a 4K Ultra HD Display, Preamplifier that manages audio and video source selection, ensuring optimal performance. The seating arrangement includes low-height recliners and a 6-inch high deck for comfortable and user-friendly viewing.

User interfaces have been designed to enhance ease of use.  The Hikvision Soundcube Speaker S1: Installed in the office room, supports Bluetooth and Wi-Fi connectivity for seamless music streaming from various devices. The Autozon Curtain Motor used in the living room and bedrooms, allows for remote control of curtains through a smartphone or voice commands, adding convenience and enhancing privacy.

Smart Lighting and Controls

Smart lighting solutions are used to improve energy efficiency and convenience. The PIR Motion Sensor Lights (Model SN-PR 05B) installed on the exteriors, activate automatically when motion is detected, offering both security and energy savings. The Honeywell Nucleus Smart Switch: Located throughout the home, these switches allow for flexible lighting control, including adjusting brightness and setting automated schedules. 

The integrated systems are designed to be scalable and adaptable, accommodating future technological advancements and evolving homeowner needs. This holistic approach not only delivers a sophisticated and secure living environment but also ensures that the residence remains adaptable to future innovations and user requirements.

Project Details

• Location: Udaipur, Rajasthan
• Project Area: 11, 021 sqft
• Built Area: 6,523 sqft
• Architect/Interior designer: Ar. M.Venu Gopal
• Systems Integrator: Hikvision and Godrej
• Lighting: PIR Motion Sensor 6a Sn-Pr 05b
• Lighting Control: Honeywell Nucleus Smart Switch
• Security Cameras: Hikvision Security Camera Wifi 1080p Turbo Hd 2mp
• Digital Locks: Godrej Advantis Rimtronic Digital Door
• Projectors: Sony 4k for justifying the 4k content of OTT, Sony PS, and 4k media player.
• Amplifiers: Analog Amplifier Hikvision 60w
• Speakers: Hikvision Soundcube Speaker S1
• Biometrics: Godrej Advantis Rimtronic Digital Door
• Hardware used: Relays, Dimmers, Fan Control Modules, Curtain Control Modules and IR Emitters
• Networking Devices used: The network of Cat6 provides up to 1300 MBPS and with wave 2 to give the necessary speed and bandwidth and to be future-ready for upgrades by ISPs.

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Qualcomm Technologies, Inc., a global leader in wireless technology innovation, announced the launch of the Qualcomm Networking Pro A7 Elite, a groundbreaking wireless networking platform set to transform how people will experience their networks with edge AI integration. Leveraging an AI co-processor with 40 TOPS of NPU processing power, the platform delivers elevated Wi-Fi 7 connectivity and networking performance while also equipping connected devices with powerful and centralized generative AI processing capabilities.

This transformative integration of computing power into the network unlocks opportunities for operators and enterprises to deploy innovative applications and services in areas such as security and surveillance, energy management and automation, personalized virtual assistants, aging in place and health monitoring among others. Edge AI can enhance privacy by processing sensitive information on the gateway while enabling personalization through contextualized understanding of the environment and immediacy through near real-time responses. This approach unlocks the power of advanced AI for more devices, even legacy ones, enabling a more reliable and harmonized user experience across connected devices. 

“With the Networking Pro A7 Elite, we proudly launch the AI networking era, a continuation of our long focus on the most valuable applications and use cases for our customers and their users,” said Ganesh Swaminathan, Vice President and General Manager, Wireless Infrastructure and Networking, Qualcomm Technologies, Inc. “The Networking Pro A7 Elite integrates key elements – from broadband to antenna – including 10G Fiber, 5G, Ethernet, RF-Front End modules, and filters into one integrated platform. This class of gateways and routers brings transformative AI processing capabilities to not only manage the modern demands of the most dynamic Wi-Fi 7 networks, but also give rise to a new generation of generative AI-powered services that can be more seamless, responsive, personalized, and privacy-rich.”

The platform, designed with developers and ecosystem partners in mind, accelerates market entry and fosters AI-enhanced application development through access to the Qualcomm AI Hub where developers can create new applications and experiences, highlighting Qualcomm Technologies’ dedication to tech innovation and excellence.

This new era of AI networking for Wi-Fi routers, mesh systems, broadband gateways, and access points, fueled by the Qualcomm Networking Pro A7 Elite, is already garnering global industry support.

“Wi-Fi access points are the gateways to the internet and are at the heart of connected experiences within the home,” said Phil Solis, Research Director at IDC. “It is exciting to see Wi-Fi gateways, like the Qualcomm Networking Pro A7 Elite platform, evolving into AI edge platforms. This transformation bridges the gap between cloud AI and on-device AI, paving the way for a new stage of innovation in smart home devices, their user interfaces, integration, and applications. This evolution also opens up new business models for service providers, marking a significant milestone in the advancement of home networking technology.”

 For More Information: https://www.qualcomm.com

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The Ekinex® FF OMNIA series introduces the innovative OMNIA Universal Pushbutton, available in two configurations: Dry contact (EK-ED2-NC) and Open Drain (EK-ED2-NB). Designed for versatile control of lighting, motorized drives, and more, these low-voltage pushbuttons operate within a 5-24 Vdc range, ensuring compatibility with various control systems. Each device features 8 outputs and 8 inputs for driving integrated LEDs, with adjustable current settings via dip-switch, and includes physical buttons and white LEDs for intuitive user interaction.

Installation is straightforward, utilizing pre-assembled flat cables or a backplane with an adapter. The wiring options allow for connections to I/O modules with digital inputs, series pulse relays for non-electronic lamps, or direct integration with the Crestron C2N-UNI8IO interface. The pushbutton operates effectively within a temperature range of -5°C to +45°C, with storage and transport temperatures of -25°C to +55°C and -25°C to +70°C, respectively. It is designed with durable plastic housing, is flush-mounted for a sleek aesthetic, and fits seamlessly with the Ekinex® FF series. The device has a protection rating of IP20, weighs 65 g (including the mounting bracket), and measures 82 x 79 x 19 mm (with adapter).

Included in the delivery are the pushbutton device, a square metal bracket, and both plastic and fixing screws (M2.9×25 mm and M2.9×38 mm). To enhance functionality, optional accessories are available for separate purchase, including the EK-ACC-SCM universal interface, EK-ACC-CAA pre-wired connector, EK-ACC-CAC connector for Crestron compatibility, as well as square or rectangular rockers and frames in Form or Flank versions.

For More Information: https://www.ekinex.in

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Atul Date, Chief of Planning and Architecture at Rustomjee Group, offers a comprehensive perspective on the integration of advanced technologies in real estate development. Under his leadership, Rustomjee Group has seamlessly incorporated building automation, home automation, and smart lighting into their projects. Date’s insights reveal a growing trend towards technology-driven homes, highlighting how these innovations not only enhance operational efficiency and living experiences but also significantly influence market dynamics and property values.

How would you describe the current level of adoption of Building Automation, Home Automation, and Smart Lighting technologies in your projects?
We’ve rolled out building automation, home automation and smart lighting across our projects. These are now standard features that improve operational efficiency and living experience. Smart lighting, automated HVAC and security features are most prevalent.

Have you observed an increased demand or preference among homebuyers for properties equipped with these technologies? If so, how has it influenced market dynamics?
Yes there’s been a significant demand for properties with these features. Homebuyers are valuing the convenience, efficiency and security that automation brings. This has driven the market towards tech-savvy homes which has been positively impacting property values and sales.

Can you share examples of your projects where you have used the above-mentioned technology? Can you share the brand and smart solution used?
In Rustomjee Elements Juhu we have implemented NCC telecom smart lighting, and Toshiba CRC solutions with advanced HVAC systems for Common Areas.  In Rustomjee La Fontaine, we have used US based Lutron Home Automation including Lighting Control, Shade Control & AC control. 

Have you noticed any positive impact on operational costs and long-term sustainability goals through the implementation of the Building Automation System?
BAS has brought down operational costs drastically. Energy consumption is down by Approximately 30% and maintenance costs have reduced due to predictive maintenance. These systems also help us in our long-term sustainability goals by reducing waste and optimizing resources.

What training or support do you provide homeowners to help them understand and use these smart technologies effectively?
We provide full training sessions and user manuals for homeowners to understand and use these smart technologies effectively. Our support includes in-person training, video tutorials and a dedicated helpline for smooth adoption and usage.

Have you collaborated with technology partners or vendors to implement these solutions? If so, can you share details about these partnerships?
We work with several technology partners including Philips for smart lighting, Honeywell for building automation and Godrej for digital locks. These partnerships ensure we get the latest and best technology in our projects.

Have you seen any impact on property values due to the integration of smart technologies?
Smart technology has increased property values. Homes with automation systems and smart solutions have higher market value as they are more appealing and functional to modern homebuyers.

Can you discuss any case studies or success stories where the implementation of these technologies significantly improved the quality of life for occupants or the efficiency of building operations?
One example is our Rustomjee Elements & Rustomjee La Fontaine projects where smart home technology has improved the life of residents. Automated systems for lighting, security and climate control have not only made life more comfortable but also reduced energy consumption and operational costs.

Are there any specific standards or certifications you aim to achieve when incorporating these technologies into your projects?
We aim to get certifications like LEED and IGBC Green Homes for our projects which includes incorporation of sustainable and smart technologies. These certifications ensure our projects meet high environmental and technological standards. Rustomjee Crown at Prabhadevi, Mumbai has been awarded the prestigious IGBC (Indian Green Building Council) certification for its commitment to sustainability and green building.

How do you balance the cost of implementing these technologies with the benefits they provide to homeowners?
We balance the cost of these technologies with the benefits they provide. We focus on areas that have the highest impact on efficiency and comfort and ensure that the investment in smart technologies gives value to the home owners without increasing the overall project cost.

Can you share any insights on how the adoption of these technologies has evolved over the past few years in your projects?
The integration of smart technologies in our ventures has changed considerably over the years. Initially focusing on the high-end market, these technologies are becoming common place within all our housing projects. This evolution is influenced by both technological improvements and more evident customer knowledge as well as desire for smart residences.

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Global technology leader ABB and Austrian-based Zumtobel Group, a global leader in professional lighting solutions announce their strategic partnership aimed at advancing Smart Building Solutions and Direct Current (DC) industrial product applications. The collaboration is set to create significant added value for customers in commercial, industrial, and institutional sectors by offering integrated, smart solutions for sustainable buildings.

The collaboration will leverage both companies’ expertise in lighting, building automation, and electrification. It will focus on integrating Zumtobel Group’s advanced lighting management systems with ABB’s comprehensive building automation solutions. The combined expertise is expected to create more efficient, sustainable, and user-friendly smart building environments. The two companies will help to accelerate the adoption of sensor-based lighting solutions that enable businesses to optimize energy efficiency, increase occupant comfort, and maximize the effectiveness of heating, ventilation, and air conditioning (HVAC) control.

Both companies aim to drive innovations based on the latest developments in using DC technology in full-scale industrial applications. The use of DC technology is intended to support a resource-saving society by delivering several benefits for a modern industrial power grid: efficient integration of renewable energy, lower resource consumption, reduced feed-in power, stable grids, and an open system for users. Both companies are active members of the Open Direct Current Alliance (ODCA), a Working Party of ZVEI e.V.

“Our partnership approach enables us to better address innovation, standardization, and sustainability and continue to pioneer new technologies,” said Lucy Han, Executive Vice President for Building and Home Automation Solutions at ABB. “Standardization, through KNX, Matter and Thread, is particularly important in assuring ease of use for customers because, alongside the rapid growth of the sector, we must drive simplicity. Technologies in commercial buildings need to talk to each other and by combining our strengths with partners like the Zumtobel Group, we can offer customers more comprehensive and innovative solutions for smart buildings and industrial applications.”

Key aspects of the partnership include the joint development of integrated smart building solutions, especially around Zumtobel’s LITECOM lighting system and continuous-row TECTON DC luminaire and ABB’s DC protection devices as well as its ABB i-bus® KNX system.

Oliver Vogler, SVP Corporate Strategy and M&A of the Zumtobel Group, underlines, “Collaborating with ABB allows us to expand our building management offering around sensor-based lighting, especially in DALI and KNX applications. Together, we can drive innovation in the rapidly evolving fields of smart buildings and smart energy solutions.”

The companies will also explore additional cooperation opportunities in prefabricated building solutions and emerging technology standards such as the cross-manufacturer connection standard Matter and the network protocol Thread.

For More Information: www.abb.com

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Ajax Systems is happy to announce an exciting update: FireProtect 2 has been certified according to the BSI Kitemark, UK Conformity Assessed (UKCA), and EU Construction Product Regulation (CPR). 

BSI Kitemark is a prestigious quality certification that strengthens Ajax Systems’ reputation for producing reliable, high-performance fire devices. It is recognized internationally, expanding Ajax Systems’ reach across the UK, Europe, the Middle East, Southeast Asia, and more. 

Apart from achieving compliance and making FireProtect 2 a fully certified solution in residential fire alarm systems, the BSI Kitemark certification imposes additional requirements such as bi-annual factory production control inspections, quality control standards, and more. Every time Ajax devices get certifications, it proves the company’s commitment to excellence and dedication to manufacturing world-class products. It is important to be certified by industry-leading certification bodies, and with Ajax Systems’ international list of certifications, the company has gained the trust of fire consultants, authorities, and insurers globally.

For More Information: www.ajax.systems

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The DALI Alliance has announced the first-ever North American DALI Summit, set to take place on October 30, 2024, at the Metropolitan Pavilion in New York City.

The Summit promises a dynamic agenda featuring a range of topics surrounding sustainability, smart buildings, DALI-2 certification, D4i use, and integrating DALI with building management systems.

Attendees will benefit from expert-led presentations, interactive workshops, and panel discussions designed to address the current challenges and opportunities within the lighting industry.

Key Highlights:

Explore the Latest DALI Technologies and Applications: Gain insights into cutting-edge innovations and practical implementations in the field of DALI lighting control.

Network with Leading Figures and Peers: Connect with industry experts and fellow professionals to exchange ideas and build valuable relationships.

Earn Continuing Education Units (CEUs): Participate in selected sessions to earn CEUs and enhance your professional development.

Paul Drosihn, general manager for DALI Alliance, said, “This is the first time we have brought the DALI Summit to North America, and we are excited to connect with our peers and friends in the industry to share knowledge and best practices. We have listened to the feedback from our members and we are committed to open up our knowledge base and share expertise on DALI technology. The summit is a key part of our efforts to expand the educational opportunities available to our members and other stakeholders. We are looking forward to sharing this special event with members of the lighting industry.”

Early bird registration is now open at a discounted rate of $199 until September 1, after which the fee will increase to $249. To learn more and to register, please visit https://www.dali-alliance.org/

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Many of the commercial buildings in the United States are outdated and inefficient and, according to the U.S. Energy Information Administration (EIA), the majority of them were built before the year 2000. Additionally, organizations are relying on networking technology to transmit ever-greater volumes of data, causing a surge in demand for cloud storage and processing speed. Digitizing building management systems will allow managers to reduce energy consumption through real-time decisions, while it will upgrade a building’s network performance and security to current Internet-protocol networks without extensive costs and remodeling.

To that end, Honeywell and Analog Devices, Inc. announced at CES 2024 that they have entered into a Memorandum of Understanding to explore the digitization of commercial buildings by upgrading to digital connectivity technologies without replacing existing wiring, which will help reduce cost, waste, and downtime. The strategic alliance would bring this new technology to building management systems for the first time.

Honeywell plans to adopt ADI’s single-pair Ethernet (T1L) and software configurable input/output (SWIO) solutions in its building management systems. ADI’s single-pair Ethernet enables long-reach Ethernet connectivity with the possibility of reusing a building’s existing wiring, reducing installation time and cost, and reducing waste. Single-pair Ethernet complements existing Ethernet connectivity in building management systems, bringing enhanced connectivity from the edge to the cloud, helping eliminate data islands and better utilizing assets. 

ADI’s offering would also reduce product complexities by enabling Honeywell to build a single version of the product for different needs, allowing more future-proofed control and automation for when a building is remodeled, or requirements change. This helps increase the speed of product installation, reduces inventory needs, and enables easier and more affordable changes.

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The evolution from conventional structures to smart buildings by integrating Building Automation Systems (BAS); Real Estate Developers are looking for ways to differentiate their projects by incorporating intelligent and sustainable features. Read on to know more…

Copy: India is witnessing a transformative shift from conventional buildings to smart buildings. The rapid integration of Building Automation Systems (BAS) among builders and developers is reshaping the entire industry. Will this fundamental shift change the dynamics of the industry? Will it be heralding a new era of Smart Building? These are the most debated topics in most seminars and conferences related to the Real Estate industry.

Smart Home World has a positive outlook on mass integration of BAS by Builder and Developer across the sector in the coming years. Though Building Automation System (BAS) is a very common concept abroad, even in India we have Buildings, where BAS has been used extensively used in Commercial, Retail, Hospital and Hospitality structures and residential is also gradually adopting it. As there is growing awareness amongst builders and developers about the benefits they provide, developers are embracing these intelligent solutions to meet the growing demand for energy-efficient and technologically sophisticated spaces. 

For those few readers who are not familiar with The Building Automation System (BAS), this is a network designed to connect and automate certain functions inside a building. All of the building control systems, from lighting and HVAC (Heating, Ventilation & Air Conditioning) to fire and security systems—all wired through one set of controls. This system regulates various types of functions such as Heating, Electricity, Air Conditioning, Water and Sewer Management through sensors and controls within a particular project.

This system enhances functional efficiency, sustainability, and overall user experience. From automated lighting and climate control to robust security systems, the functionalities offered by BAS are unlimited. 

Positive Outlook and Growth Drivers

Many experts have a positive outlook and believe that, in the coming years, the synergy between real estate and Building Automation Systems is poised to redefine urban living, creating environments that are not only responsive to occupants’ needs but also contribute to a sustainable and interconnected future. The journey from traditional buildings to smart structures in India is not just a transition; it’s a paradigm shift that promises to shape how we build and inhabit spaces for future generations.

India is experiencing rapid urbanization, with an influx of people into cities. This has led to increased construction and a growing need for efficient and sustainable building solutions, this is one of the reasons for driving the demand for Building Automation Systems (BAS) in India. 

Rising energy costs and a growing emphasis on sustainability have led businesses and building owners to seek energy-efficient solutions. Building Automation Systems (BAS) can optimize energy usage, reduce operational costs, and align with India’s focus on promoting green and sustainable practices.

The Indian government is showing interest in promoting energy efficiency and smart building technologies. Initiatives such as the Smart Cities Mission and various building energy codes encourage the adoption of BAS. Government incentives and policies can significantly impact the growth of the BAS market.

Advances in technology, including improved sensors, communication protocols, and data analytics, make BAS more accessible and attractive. As technology becomes more cost-effective, it becomes feasible for a wider range of buildings in India, including both new constructions and retrofits. 

With digitalization, there is an increasing demand for intelligent and connected infrastructure in India. BAS plays a vital role in creating smart buildings that can adapt to the needs of occupants, optimize resource usage, and enhance overall efficiency.  As India integrates into the global economy, there is a growing awareness of international industry standards and best practices. Businesses are more inclined to adopt technologies like BAS to align with global standards and improve competitiveness.

When it comes to commercial sectors businesses in India recognize the importance of providing a comfortable and productive working environment for their employees. BAS allows for better control over environmental conditions, contributing to improved occupant satisfaction and productivity. Property developers are looking for ways to differentiate their projects through smart and sustainable features.

Functionality and Advantage
A Building Automation System (BAS) serves as a centralized control system for managing various aspects of a building’s infrastructure, playing a crucial role in optimizing energy efficiency, comfort and operational performance. The primary functions of a BAS encompass control over heating, cooling, ventilation, lighting, and other essential building systems. 

BAS functions to limit energy usage as a whole and can result in a slew of environmental benefits that keep building occupants healthier and happier. Some positive outcomes of automation include lower energy usage and tapered waste that lead to cost savings. A building’s stress on the electrical grid also plays a factor, with automation severely reducing that strain.

Facilities management expenses also go down with automated building operations because systems control how things like HVAC and lighting work. Automation also results in a reduction in overall energy use, a positive environmental outcome that can assist in a building earning a green certification. Alternatively, a BAS can mitigate potential problems in real-time, creating a more preventive posture. Building automation solutions can also be tailored to the type and size of facility or facilities, helping a facility manager better oversee larger buildings or multiple buildings.

The brands that provide BAS solutions are Honeywell International, Siemens AG, Johnson Control, Schneider Electric, Carrier, Robert Bosch, Legrand, Hubbel, ABB, Lutron, Creston, Hitachi, Delta Controls, General Electric, Cisco Systems, Rockwell, Control4, Signify Philips, Emerson Electric and Infineon Technology to name a few. 

Sudip Saha, Chief Operating Officer (COO) at Future Market Insights Inc, explaining the advantages of Building Automation to the real estate sector says, “The integration of Building Automation has not only elevated real estate projects but also reshaped the very essence of modern living. Smart homes have become the epitome of convenience and sophistication, with automated features leaving an indelible mark on the quality of life for residents. Beyond the immediate benefits, the financial landscape of real estate projects also experiences a positive surge.” 

He further adds, “Looking ahead, building and home automation integration is not merely a gradual change but a transition that promises to redefine urban living. Artificial Intelligence (AI) and machine learning, two formidable technological forces, will merge to give outstanding results.” 

Speaking about the challenges hampering the adoption, Sudip says, “In the real estate industry, challenges in adopting building and home automation persist like intricate puzzles waiting to be solved. The formidable hurdle of the initial implementation cost looms large, encompassing the acquisition of advanced systems and the essential training of personnel. Convincing stakeholders to make this upfront investment demands a delicate dance of showcasing long-term gains and future-proofing strategies, as the benefits of automation often become more apparent over time. Developers must navigate the intricacies of ensuring that different automation systems seamlessly communicate and collaborate. This demands meticulous planning during the selection phase and ongoing efforts to stay abreast of evolving technologies, ensuring a harmonious and future-ready integration that enhances the overall resident experience. The spectre of data security and privacy concerns casts a long shadow over the integration process. Developers must go beyond superficial assurances and explore the implementation of robust cybersecurity measures and transparent privacy policies. Earning the trust of potential homeowners requires a proactive stance in safeguarding personal information.”

Smart Home World interacts with Select Builders and Developers who share their positive outlook on BAS.

Sanjeev Agarwal, Chief Design Officer, Ashwin Sheth Group says “The integration of Building Automation Systems is a transformative milestone for the entire real estate industry, ushering in a new era of operational excellence. The real-time coordination and responsiveness of smart building systems, empowered by data networks, not only redefine user experience but also set the stage for a future where structures can be operated with unparalleled intelligence and adaptability. From an industry-wide perspective, this innovation is well-aligned with our collective sustainability goals. The ability to harness data for intelligent energy management has emerged as a cornerstone for reducing operational costs across the sector. Automated adjustments to lighting, HVAC systems, and other critical components based on real-time insights, not only optimize energy consumption but also position the industry to meet and exceed stringent environmental regulations. This commitment to sustainable practices paves the way for a future where buildings become more than mere structures, emerging as active contributors to a greener, more eco-conscious world.

Looking ahead, the ongoing evolution of Building Automation Systems, driven by advancements in technology, will likely redefine the benchmarks for operational efficiency and sustainability within the real estate sector. Smart buildings, at the forefront of this evolution, will continue to reshape the industry, offering intelligent, adaptive, and eco-conscious living spaces that align with the evolving needs of both occupants and the environment. In embracing Building Automation Systems, we are not merely witnessing a transformation; we are architecting a new status quo where buildings play a pivotal role in enhancing sustainability, resilience, and quality of life.”

Neeraj K Mishra, Executive Director, Ganga Realty shares his experience on integrating a Building Automation System in his project and how it has impacted the overall performance of their buildings says, “Building Automation System is one of the most desirable features of our uber-luxury project, Nandaka 84, located in Sector 84, Gurugram. It allows single access control and a common interface to manage key operations, such as Heating, Ventilation, and Air Conditioning systems (HVAC), Lighting, Security Systems, and Air purification. The management from a singular interface is helpful in multiple facets such as coherent coordination, sound decision-making, and running energy-efficient and cost-efficacious functions with lower contingencies of human inaccuracy. There is a range of high-quality automation, such as Thermostats, Occupancy Sensors, Humidity Sensors, and Fire and Smoke Detectors performing functions like regulating room temperature, lighting, and stamping out the risks of fire accidents, channelizing lower operational and energy costs. In a nutshell, Building Automation Systems have significantly upscaled our project’s quality based on parameters of time and occupancy.” 

He further adds insights on how the Building Automation System has contributed to the sustainability goal, “Promoting Sustainable Living through our projects and undertaking every possible measure to ensure this is one of the primary goals at Ganga Realty. Using Building Automation Systems is also a profound step taken in the same direction. It feels an immense amount of pride in stating that our endeavors to integrate the building management systems within our project, Nandaka 84, have truly helped us to expand its sustainability footprints. The centralization of utility management through a common interface allows us to effectively reduce operational expenditure and energy profligacy. The authorization of a single-access control for managing multiple functions also lowers human errors and enlarges the scope of green inclusion within a project by emboldening home buyers to invest in them and make well-informed decisions. To cut a long story short, Building Automation Systems has helped tremendously with the sustainability goal of our new project. We have partnered with foreign architects like UHA as our architectural partner. Alongside, we have associations from well-established designer groups, such as Mace (Technical Partners), IGBC (Sustainability Partner), JLL (Knowledge Partners) FDF (Facade Partners), and GSA (Landscape Partners), respectively for Nandaka 84.”  

Saransh Trehan, Managing Director, Trehan Group, Says, “We will be using the Building Automation System in our upcoming luxury project, Trehan 71, which is located on the Southern Peripheral Road in Sector 71, Gurugram. It will allow us to run cost-effective operations while also propagating conservation and judicious use of energy systems with little to no scope of manual follies. Instituting BAS will equip us to prevent unauthorized access, trespassing, and privacy or security violations through Security and Access Controls and will also alert and neutralize fire mishappenings or other risk concerns.”

“Trehan Home Developers is devoted to chalking out, initiating, and undertaking new and refreshing methods to increase the energy-efficiency plank of our new projects as it promotes a noble message of energy conservation and sustainable use of resources, undergirding an era of green real estate projects. BAS has redefined our project by increasing its eco-friendly, energy-saving, and sustainable growth card, aligning with our objectives and vision regarding this project.”

When it comes to untapped opportunities Sudip Saha, Chief Operating Officer (COO) at Future Market Insights Inc. says, “Developers can bring fresh perspectives and cutting-edge solutions by developing partnerships with technology start-ups and established players in the automation industry. By tapping into the collective originality of these collaborators, projects can transcend conventional boundaries, offering residents unparalleled experiences and features that redefine modern living. Developers are also challenged to think beyond the conventional and embrace the uncharted territories of automation. The fusion of creativity, sustainability, and collaboration addresses challenges and propels real estate projects into realms of innovation where the potential is limitless. As the industry transforms, those who dare to pioneer these untapped opportunities will undoubtedly shape the future of real estate development.”

Developers and stakeholders who embrace these technologies will undoubtedly lead the way into a future where Intelligent buildings and smart homes are the new standard in the Real Estate segment.

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In the first of this series of articles on KNX IoT, Bruno Johnson and Wouter van der Beek explain how KNX has fast become the leading wireless IoT solution for commercial building automation.

Digital transformation has been one the main strategy topics on company board meeting agendas for the last few years. The opportunity to develop digital services from cloud-based applications requires Internet protocol (IP) based network connections to edge devices that become the customer interface. Business of all shapes and sizes in commercial building automation have been asking for wireless IoT solutions to make this happen.

The wait is finally over and the opportunity is right here, with the launch of KNX IoT Point API (KNX IoT). This is a new addition to the suite of KNX physical transmission media. The transmission medium is IPv6 (the later Internet protocol standard) thus future-proofing KNX as it can be used on IT equipment and all common IP physical transports.

KNX Association contracted Cascoda, a-UK based IoT semiconductor and communications company, which has spent 12 years building industry-leading knowledge in this area, to develop the KNX IoT Point API open-source software stack, thereby catapulting itself into the leading wireless IoT solution for commercial building automation. The new open-source software stack is based on the robust, tried and tested Thread Mesh LPWAN wireless standard. This has been extended with banking-level security and all that is required to be a perfect product market fit for KNX users.

Furthermore, KNX IoT guarantees interoperability with existing KNX wired or wireless infrastructure because it uses the same functional blocks and the same communication model as other KNX technologies. This is key as it allows KNX tooling, such as the Engineering Tool Software (ETS), to be used for the configuration of KNX installations, regardless of the transport used.

Specification:

The KNX IoT specification in the KNX system specifications group (3_10_5 KNX IoT Point API) describes:

• A new transport layer based on IPv6, e.g. Wi-Fi, Ethernet and Thread-based networks.

• A new communication/message protocol using CoAP and CBOR.

• Using the same functional blocks as the other KNX transport layers.

• Using the same S-mode message semantics as the other KNX transport layers.

• Using the same configuration data to configure which device is talking to which device.

Interoperable

Figure 1 – KNX IoT and KNX Network Interoperability

As demonstrated in the Specification section above, KNX IoT conveys the same semantic data on the transport layer as all other KNX implementations. This is the key feature of KNX IoT that guarantees interoperability between KNX IoT and the other KNX technologies, while allowing the same tools to be used for configuration of KNX installations, regardless of the permutation and combinations of transport used.

Secure

Legislators in both Europe and North America have developed standards for IoT security. For example, the European Commission (EC) has adopted new Articles in the Radio Equipment Directive (RED) which establishes a regulatory framework for placing radio equipment that can:

• Communicate over the Internet, either directly or via any other equipment.

• Process personal data, traffic data or location data.

• Enable users to transfer money, monetary value or virtual currency.

These provisions become mandatory on 1 August 2024, at which point manufacturers of radio connected devices must be compliant. KNX IoT has been designed with this and the U.S. NIST cybersecurity standards in mind.

Open source

Figure 2 – KNX IoT Point API Public Stack on GitLab

KNX IoT is backed by an open source software stack, sponsored by the KNX Association and developed by Cascoda. Over a six-month period, Cascoda developed the open source KNX IoT software stack, whilst making sure that the specification-maintained alignment. Implementations of the stack were successfully demonstrated at Light+Building 2023 show in Frankfurt. 

Thread-compatible

KNX IoT was developed in such a way that it can work with Thread. Thread is a low-power wireless mesh network-layer protocol, based on IPv6. Thread enables direct IP-based device-to-device and device-to-cloud communications. It reliably connects hundreds (or thousands) of products and includes mandatory security features. Thread networks have no single point of failure, can self-heal and reconfigure when a device is added or removed, and are simple to setup and use.

Figure 3 – Cascoda’s Thread-certified wireless modules

Cascoda has ported KNX IoT to its own secure embedded Thread-certified wireless modules, thus ensuring that KNX IoT has been written in such a way that it can be used with small, low-power, embedded devices.

Summary

The advantages of KNX IoT are that the new technology is IP-based and can therefore be used over IT networks. It has been developed with guaranteed interoperability with existing KNX technology, and it uses latest underlying internet-based technologies in its specification, thereby making KNX IoT secure by design.

The specification has been designed with embedded devices in mind, and the open source stack implementing KNX IoT has been shown to be quite small, running with as little as 512kB of storage memory and 96kB of memory. 

Cascoda will shortly be releasing a KNX IoT over Thread development kit, and later a series of reference designs for particular applications. This development kit has been designed for flexibility and allows a huge range of commercially available sensors and actuators to be used, thereby covering thousands of use cases.

(Writer Bruno Johnson and Wouter van der Beek are the CEO and COO respectively of Cascoda Limited. Cascoda is a communications company that manufactures secure IoT semiconductor radios and modules, and leads the development of secure IoT communications standards for smart building and smart city. Its products solve range, reliability, security, power and scalability issues for industrial and commercial IoT through patented innovations and the latest most secure standards, all integrated into inexpensive ultra-low power IoT modules. For more information: https://www.cascoda.com)

(Entelechy is the first buyer in India, for more information www.desiiot.com)

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