Kwikset Maven Collection: Modern Style Meets Advanced Security

The increasing prevalence of porch piracy has spurred a resurgence of built-in package delivery solutions for homes, reminiscent of historical milk doors. MB Sentinel, a company specializing in such products, offers the Box Gobbler, an in-wall package receptacle designed to secure deliveries. This innovation directly addresses the modern problem of package theft, which has become a significant concern for online shoppers and homeowners alike. The Box Gobbler is designed to be installed within the wall of a home, typically between standard 16-inch on-center wall studs, facilitating easier retrofitting in existing constructions. The unit features a keypad lock, providing a secure space for delivery personnel to deposit packages. Visual evidence from new construction sites suggests the Box Gobbler can be integrated seamlessly, often alongside the front door, even within 2x6 stud framing. While the primary function is package security, the internal aspect of the Box Gobbler requires consideration. If it opens directly into a garage or another interior space, homeowners might opt to construct an additional enclosure or closet to maintain privacy and aesthetic appeal within their living areas. Beyond the in-wall option, MB Sentinel also provides freestanding package delivery units. These are suitable for properties without garages, or those with gated access, and can be positioned at the end of a driveway or integrated into fencing. Some freestanding models include an additional, smaller door at the top for letter mail, expanding their utility beyond just packages. The design harks back to the functional architecture of milk doors, which provided a discreet and secure point for milk delivery without exposing the contents or requiring direct interaction with residents. Economically, the in-wall Box Gobbler units are priced starting at $1,895, while the freestanding versions range around $4,000. These prices do not include any potential cladding or the cost of pouring a concrete pad for anchoring freestanding units. The investment is justified by the peace of mind offered by secure package delivery, particularly for those who have experienced package theft. The existence of such products highlights a societal shift, where secure, automated delivery points are becoming a necessary component of home infrastructure, reflecting the growing reliance on online commerce. While regrettable that such solutions are needed, their practical value in safeguarding deliveries is clear, evolving from historical domestic convenience to a modern security imperative. #PackageSecurity #HomeDesign #AntiTheft #DeliverySolutions #SmartHome #ArchitecturalIntegration #PorchPiracy #MBsentinel

The contemporary design market places a significant emphasis on customization, with designers and clients increasingly seeking bespoke yet mass-producible options for their projects. Many brands are embracing this trend, and Emtek, a company with a long-standing understanding of customization, is taking mix-and-match possibilities to a new level with its Select Collection. Will Zhang, Emtek's creative director and industrial designer, highlights the Select Collection as a significant advancement in custom door hardware. Emtek's objective is to empower designers with the freedom to infuse their personal touches into every aspect of their projects, aiming to shift perceptions of door hardware into a realm of creative options. The company emphasizes that door hardware can be a cool product with vast creative potential. This creative potential is evident in the Select Collection's offerings, which include four textured handle designs, two stem designs, and seven finishes. Additionally, customers can choose any available rosette finish. The collection's aesthetic draws inspiration from the Bauhaus movement, incorporating elements of German Modernism, Arts & Crafts, and contemporary design trends. A notable feature is the easy-to-turn, 28-degree latch, which reflects the industry's focus on ergonomic design. The combination of these options allows for thousands of unique permutations, enabling designers to find a perfect match for any project. The distinctiveness of the Select Collection extends beyond its aesthetics to its production process. As part of Emtek's established customization program, every product is assembled to order at the company's Southern California facility. This approach means that mix-and-match items do not incur additional assembly time or extra charges. Emtek's dedicated factory employees ensure that bespoke items are ready to ship within three business days, a leading turnaround time in the industry, due to their commitment to hard work and meticulous attention to detail. These attributes led to the Select Collection and Emtek receiving a nomination in the hardware category at the Interior Design Best of Year awards. This recognition underscores the brand's ongoing dedication to fostering creative customization within the design industry. #Emtek #HardwareCustomization #SelectCollection #DoorHardware #InteriorDesign #BespokeDesign #BauhausInfluence #ErgonomicDesign

This blog post from Wickes outlines the extensive range of hardware and security products available to enhance home safety and functionality. The company emphasizes its commitment to helping customers secure their homes and add essential finishing touches to various projects. The primary focus of the article is on key categories such as door handles, door hinges, door locks and latches, door knobs, and door bolts, all crucial for both internal and external door applications. Beyond basic door hardware, the article also highlights specialized products like kitchen cabinet handles and knobs, which are integral to kitchen design and utility. For outdoor areas, garden gate hinges are featured, ensuring security and smooth operation for garden access points. To further customize and secure entryways, numerals and other door accessories are presented, allowing homeowners to personalize their property while maintaining clear identification. Hooks, essential for organization and convenience, are also included in the general hardware offerings. Fire safety is given significant attention, with a dedicated section covering fire safety products. This includes crucial items such as fire doors, smoke alarms, fire door hinges, and carbon monoxide detectors, all designed to protect occupants and property from fire-related hazards. These products are vital for meeting safety regulations and providing peace of mind. The broader category of security and alarms encompasses home security alarms, safes, key safes, and security lights, offering comprehensive solutions to deter intruders and safeguard valuables. For improved communication and convenience at home entrances, doorbells and chimes are highlighted, including various options from traditional to modern wireless systems. The article also points out a clearance section for security and hardware items, providing opportunities for customers to purchase quality products at reduced prices. This suggests an ongoing effort by Wickes to provide value and accessibility across its product lines. To further assist customers, the post includes links to two detailed buying guides: a Yale buying guide and a home safety buying guide. The Yale buying guide positions Yale as a specialist in home security and smart home technology, emphasizing peace of mind for homeowners both when they are home and away. The home safety buying guide focuses on protecting against fire and carbon monoxide risks, providing essential information to ensure safety and compliance with relevant legislation. These guides serve as valuable resources, offering expert advice and helping customers make informed decisions about their home security and hardware needs. The overall content aims to be a comprehensive resource for anyone looking to improve the security, functionality, and aesthetic appeal of their home. #HomeSecurity #DoorHardware #FireSafety #SmartHome #HomeImprovement #DIY #SecurityAlarms #BuildingMaterials

UK-based designer Scott Jarvie has introduced his latest product, the 'Safe Cabinet,' which features an exclusive closing mechanism and a fully adjustable shelving system. This design re-imagines traditional safety vaults by drawing inspiration from pop culture to create an object of value for homeowners, offering a fresh perspective on security and storage. Traditional mechanical bank vaults, despite their elegant design and engineering, typically conceal their intricate mechanisms from public view. Jarvie sought to challenge this convention by questioning the typical societal perceptions of value and security. The 'Safe Cabinet' distinguishes itself through the visible and captivating motion of its mechanism, which operates via a central hand wheel. This continuous rotation alternates the system between locked and unlocked positions, producing a mesmerizing visual effect that highlights the engineering rather than hiding it. Jarvie's design philosophy is rooted in a deep respect for context, process, and materials. The 'Safe Cabinet' exemplifies this approach through its choice of light-colored materials, including hand-cut wood joints, stainless steel, and aluminum. These materials are meticulously combined to create a seamless blend of traditional craftsmanship and contemporary design aesthetics. The cabinet is generously proportioned, offering substantial storage capacity, and its height-adjustable shelves provide considerable flexibility for organizing various items. Designed for Delupo, a luxury furniture company based in the UK, the 'Safe Cabinet' was showcased at the V&A museum during the London Design Festival 2016 as part of the 'Northern Lights' exhibition. This piece allows individuals to securely store their most treasured possessions within a 'vault' that is both functional and a work of art. The height of each shelf can be easily adjusted by repositioning hand-turned wenge knobs, further enhancing its adaptability. The article provides visual insights into the cabinet's operation, showing both its closed and open positions, and offers a glimpse into its thoughtfully designed interior. The 'Safe Cabinet' represents a unique blend of security, aesthetic appeal, and practicality, challenging the conventional notions of storage solutions by making the act of securing possessions an engaging and visually appealing experience. It underscores Jarvie's commitment to creating designs that are not only functional but also evoke a sense of wonder and appreciation for mechanical artistry, ultimately transforming an everyday utility into a distinctive piece of home furniture. #ScottJarvie #SafeCabinet #FurnitureDesign #HomeSecurity #LondonDesignFestival #LuxuryFurniture #IndustrialDesign #Cabinetry #InteriorDesign

Kevin Jones, a former NFL running back, has transitioned from a successful career in professional football to a prominent role in industrial design. After retiring from the NFL in 2009, Jones pursued a bachelor's degree in industrial design and an MBA at Virginia Tech, subsequently founding his own design firm, Joba Studio, in 2015. His journey into design was unexpected, stemming from a desire to finish his degree and a newfound interest in the creative aspects of product development, which he discovered through his interactions with sports brands like Reebok, Under Armor, and Red Bull during his athletic career. Initially exploring fashion, he was guided towards industrial design, finding a deep connection with its diverse applications, from prosthetic legs to architectural models. During his time at Virginia Tech, Jones undertook an internship with USM, a Swiss furniture manufacturer known for its modular Haller shelving system. This experience provided him with a comprehensive understanding of USM's manufacturing processes, design philosophy, and the iconic Haller system's components, including tubes, ball joints, and panels. The internship exposed him to the company's ethos of maintaining an engineering-focused team while collaborating with external designers to foster innovation. This period was pivotal, culminating in Jones using the USM system as the subject for his senior thesis project. Years later, Jones, through Joba Studio, collaborated with USM and French designer Marc Venot to introduce a significant update to the Haller shelving system, unveiled at Salone del Mobile in Milan. This new iteration, called the Soft Panel system, aims to enhance the system's modularity, human connection, and adaptability for home environments. The core innovation lies in the introduction of felted, two-tone, reversible panels that attach magnetically to the existing Haller framework. This magnetic attachment eliminates the need for specialized tools, allowing users to easily customize, rearrange, and refresh their shelving units by simply flipping or sliding the panels. Jones emphasized that the update was driven by a desire to make the Haller system more user-friendly and less intimidating to modify post-purchase. The design philosophy behind the Soft Panel system centered on making the beloved utilitarian shelving feel "more connected, more human, and more modular." Addressing feedback that the original metal system could appear "cold" or overly industrial, the felted panels introduce a softer aesthetic, making the furniture more suitable for residential settings while still integrating seamlessly with existing metal components. The timing of this release coincided with USM’s 60th anniversary, marking a strategic move to offer new product variations that USM's extensive network of partners had been seeking. The collaboration embodies a "Connected By Our Dreams" theme, signifying a realization of design aspirations for Jones, USM, and its customers, ensuring the Haller system continues to evolve while honoring its foundational principles of modularity and timeless design. #KevinJones #JobaStudio #USMHaller #ModularShelving #IndustrialDesign #FurnitureDesign #ProductInnovation #SaloneDelMobile #DesignCollaboration

Apache Maven is presented as the most popular build tool within the Java ecosystem, recognized for its robust dependency management capabilities and user-friendly simplicity. This combination makes it accessible to developers across all skill levels. The installation process for Apache Maven on a Windows operating system is straightforward, involving a few key steps. First, users need to download the Apache Maven zip file, which contains all necessary components for the tool. Following the download, the zip file must be extracted to a chosen directory on the user's system, such as a designated tools folder or program files location. A crucial step in the installation is configuring the system's environment variables. Specifically, the `\bin` directory of the extracted Maven installation needs to be added to the operating system's `PATH` variable. This allows the command line or terminal to recognize and execute Maven commands from any directory. The article also mentions two optional environment variables, `MAVEN_HOME` and `M2_HOME`. Historically, applications would search for these variables to locate the Maven installation directory. However, this practice has become less common, making their configuration largely optional in modern setups. If these variables are configured, they should point to the root installation directory of Maven, not directly to the `\bin` subdirectory. After completing these steps, the installation must be validated to ensure Maven is correctly set up. This validation is performed by opening a new terminal window and executing the `mvn --version` command. A successful installation will result in the command returning detailed information about the installed Maven instance, including its version number, and also display information about the Java Development Kit (JDK) being used. This confirmation indicates that Maven is properly integrated into the system and ready for use in development projects. The author, Cameron McKenzie, is identified as a Java EE software engineer with two decades of experience, specializing in Agile development, DevOps, Spring, and container-based technologies such as Docker, Swarm, and Kubernetes. This background suggests a practical and expert perspective on software development tools and practices. The article is categorized under 'Development tools for continuous software delivery,' highlighting its relevance to modern software development workflows that emphasize automation and efficiency. #ApacheMaven #WindowsInstallation #JavaEcosystem #BuildTools #DependencyManagement #EnvironmentVariables #SoftwareDevelopment #DevOps #CameronMcKenzie

This article highlights Henrybuilt's approach to home systems, particularly focusing on their customizable products designed to enhance the functionality and aesthetics of various rooms, especially the kitchen. Scott Hudson, the founder and creative director at Henrybuilt, aimed to integrate luxury and performance in home design, addressing the complex demands placed on spaces like kitchens. He recognized the need for products that are not only high-performing and functional but also organized, comfortable, and beautifully designed. Henrybuilt's philosophy centers on creating adaptable systems that cater to individual tastes while ensuring long-term durability and performance, differentiating their offerings from traditional custom millwork. The company's product line includes the Opencase Wall System, Horizontal and Vertical Bar Blocks, the Functional Partition Wall, and Interior Components, all designed with versatility in mind. The Opencase Wall System offers reconfigurable panels for various rooms such as kitchens, mudrooms, entryways, and studies, providing customizable organization. The Functional Partition Wall serves as an elegant spatial divider in the kitchen, offering both privacy and transparency, and features a sculptural side and a utilitarian 'working side' that can be attached to an island or be free-standing. The Horizontal Bar Block is designed to be integrated into islands or peninsulas, functioning as a specialized toolbox for cooking and serving, and is capable of holding accessories and providing electrical access. The Vertical Bar Block maximizes functionality in corners and small spaces, offering effortless reconfigurability and open storage for easy access. Hudson emphasizes that while custom millwork might offer a personal touch, it often lacks insight into long-term performance. Henrybuilt prioritizes both aesthetic appeal and sustained functionality, ensuring their products not only look good but also perform well over time. Each project is assigned a dedicated designer to ensure the client's system reflects their taste and integrates seamlessly with the home's architecture. The article stresses the unique ability of Henrybuilt's systems to deliver both elegance and utility simultaneously, citing how individual components are reconfigurable yet form a cohesive family of products. Ultimately, Henrybuilt's goal is to enable homeowners to live in spaces that truly reflect their lifestyle, combining form and function to create a lasting positive experience. The brand's focus on striking this balance results in highly specialized products that are also considered works of art, offering a solution that is both visually appealing and enduringly practical. #HomeDesign #KitchenDesign #CustomizableSystems #LuxuryHome #ModularFurniture #InteriorDesign #StorageSolutions #FunctionalDesign

Vault House is a contemporary farmhouse designed by MS Design Studio in Kotna, Gujarat, India. Completed in 2024, this 6,000 sq ft residence is situated on a 3-acre site and aims to integrate nature, vernacular architecture, and minimalist design principles. The project emphasizes a blend of earthy materials with modern spatial planning, seeking to create a living environment that is both timeless and deeply connected to its surroundings. The design reflects an approach that values contextual sensitivity and a harmonious relationship with the natural landscape. The farmhouse's design incorporates architectural elements that respond to the local climate and traditional building practices, while simultaneously employing a minimalist aesthetic. This dual focus ensures that the structure is not only visually appealing but also functional and sustainable within its geographical context. The use of specific materials and construction techniques is chosen to complement the natural environment of Kotna, Gujarat, and to provide a comfortable and serene retreat for its occupants. The deliberate selection of materials contributes to the earthy and natural feel of the residence, which aligns with its farmhouse typology. MS Design Studio's vision for Vault House includes a focus on creating a tranquil space that allows residents to connect with nature. This is achieved through careful consideration of views, natural light, and the integration of outdoor spaces with the interior. The expansive 3-acre site provides ample opportunity for landscape design that further enhances the sense of retreat and privacy. The architectural layout facilitates an open and fluid living experience, blurring the lines between indoor and outdoor environments. The emphasis on minimalist design ensures that the focus remains on the quality of space and the surrounding landscape, rather than on excessive ornamentation. Key features of Vault House likely include open-plan living areas, strategically placed windows and openings to maximize natural ventilation and daylight, and a material palette that is both durable and aesthetically pleasing. The design integrates passive cooling and heating strategies, typical of vernacular architecture, to reduce energy consumption and enhance comfort. The fusion of traditional architectural wisdom with contemporary design solutions is a hallmark of this project, ensuring it meets modern living standards while respecting its cultural and environmental setting. The aim is to deliver a comfortable and aesthetically refined farmhouse that functions effectively as a tranquil getaway. The project's 2024 completion date signifies a recent addition to the architectural landscape of Kotna, Gujarat, showcasing current trends in blending modern living with environmental and cultural considerations. The architectural firm, MS Design Studio, is noted for its ability to produce designs that are contextually appropriate yet forward-looking. The collaboration with Tejas Shah Photography for the project's visual documentation highlights the importance of professional architectural photography in conveying the essence and details of the design. This integration of design principles, material choices, and site-specific solutions results in a distinctive and integrated residential project. #VaultHouse #MSDesignStudio #ContemporaryFarmhouse #KotnaGujarat #IndianArchitecture #VernacularArchitecture #MinimalistDesign #ResidentialArchitecture #SustainableDesign

This blog post, authored by Luca Mezzalira, Federica Ciuffo, Laura Hyatt, Vittorio Denti, and Zamira Jaupaj, focuses on the benefits and resources for using containers on Amazon Web Services (AWS) for cloud-native application development and modernization. It highlights that most AWS customers building or modernizing applications choose containers for microservices to accelerate innovation, reduce time to market, and lower total cost of ownership. The post emphasizes that using containers with AWS services provides enhanced portability, scalability, flexibility, load balancing, auto-scaling, and service discovery, simplifying application deployment and management at scale. The article introduces several key resources to help users get started with containers on AWS. The first resource is the Container Build Lens, a whitepaper that is part of the AWS Well-Architected Framework. This document offers general design principles, best practices, and implementation guidance for containers, structured around the Six Pillars of the Well-Architected Framework, to help customers review and improve their cloud architectures and understand the business impact of their design choices. Another significant resource presented is the EKS Workshop, designed to familiarize users with Amazon Elastic Kubernetes Service (Amazon EKS). This workshop provides practical, real-world use cases and is organized into high-level learning modules such as Networking, Security, and DevOps Automation. These modules are further divided into standalone labs focusing on specific features, tools, or use cases. For building environments, the post recommends Amazon EKS Blueprints, a collection of Infrastructure as Code (IaC) modules available in Terraform and CDK, which facilitate configuring and deploying consistent, best-practice Amazon EKS clusters across various accounts and regions. Additionally, the blog post highlights an article titled "Architecting for resiliency on AWS App Runner." This resource demonstrates how to design highly available and resilient applications using AWS App Runner. It explains that App Runner simplifies the complexities of running containerized applications by abstracting away the underlying cloud resources, managing aspects like load balancers, TLS certificates, auto-scaling, logs, and metrics. This allows developers to concentrate on implementing business logic within a scalable and elastic environment. Finally, the article addresses the crucial aspect of security with a video session titled "Securing Kubernetes: How to address Kubernetes attack vectors." This session covers the fundamentals of Kubernetes architecture and common attack vectors. It also details the security controls offered by Amazon EKS and provides strategies to mitigate risks for Kubernetes-based workloads. The authors, all AWS experts, contributed their knowledge in areas ranging from solution architecture and container services to machine learning and enterprise solutions, ensuring a comprehensive overview of container technologies on AWS. #AWS #Containers #Kubernetes #AmazonEKS #AWSWellArchitected #CloudNative #Microservices #DevOps #CloudSecurity

The drive for energy conservation, stemming from the oil embargoes of 1973 and 1979, continues to influence American housing construction. While initial efforts focused on insulation and draft resistance in walls, builders and designers are now concentrating on windows as the next area for significant improvement. Walls in new houses typically have R-values (resistance to heat flow) higher than 12, with some cold states exceeding R-15, which is more than a third higher than early 1970s norms. In stark contrast, a single-glazed window has an R-value of approximately 1, making it a major point of heat and cold transfer. Adding storm windows or switching to insulating glass (two panes with a sealed air space) only modestly increases the R-value to about 2. Triple-layer insulating glass can reach an R-value of 3 but is often impractical due to added weight, bulkiness, and a 1/6th reduction in light and warmth transmission per added layer of glass, alongside higher costs. A current high-tech solution involves windows incorporating more than just glass. These advanced windows offer superior insulation, keeping indoor surfaces near room temperature, which prevents condensation and allows occupants to sit by windows without feeling cold. One innovation, SunGain, developed by 3M Company in 1981, uses thin polyester films suspended between two sheets of glass. Two such films create three separate dead-air pockets, forming a “quadpane” system with a winter R-value of 3.8, almost double that of standard insulating glass. Another advanced film, Heat Mirror, from Southwall Technologies (1981), includes a metal oxide layer that reflects warmth. It allows sunlight and near-infrared radiation to pass through but bounces back radiant energy generated by a furnace or objects within the house, achieving an R-value of 4.3. Heat Mirror enabled the creation of "low-E" windows, which have low emissivity, meaning they transmit less long-wave radiant energy than ordinary windows. While a drawback is a noticeable reduction in solar warmth entering through south-facing windows in winter, the radiant energy retained within the house often compensates. In hot climates like Miami and Phoenix, blocking solar heat is beneficial. Southwall later introduced Heat Mirror 66 for southern and southwestern markets, which blocks even more solar heat while maintaining ample light. Energy-conscious builders initially adopted film systems like Heat Mirror but have since shifted to low-E coatings applied directly to glass. These coatings can be a single layer or a triple layer (a metal core like silver for reflection, flanked by anti-reflective materials). Although most low-E coatings can impart a faint blue or gray tint, they are easier for window-makers to work with. PPG Industries introduced Sungate 100 in 1983, a sputter-coated glass, which Deck House adopted. Sputter-coated glass, where materials are vacuum-deposited, achieves an R-value of about 3, equivalent to triple glazing, without the added thickness or weight. This coating must face the sealed air space as it can be damaged by touch or moisture. A newer method involves spraying a coating onto hot glass, creating a hard, baked-on surface. "Hard-coat" low-E glass is impervious to moisture and can be exposed to the atmosphere and normal handling, making it convenient for manufacturers. However, only certain hard-coat products, like Glaverbel's Comfort, claim energy efficiency comparable to sputter-coats, though generally less than Heat Mirror or 3M films. Until hard-coat products are upgraded, sputter-coat glass or film systems like Heat Mirror or 3M are generally more effective for homeowners. Hard-coat low-E glass is a good choice for storm windows, as they are not fully sealed. The article suggests hard-coat glass for east, west, and north-facing storm windows in cold, sunny climates but not for south-facing windows due to solar warmth loss. Annual production of low-E glass in the U.S. is projected to reach 125 million square feet by 1988. Further advancements include filling the air space in low-E windows with argon, an invisible inert gas. Argon's large, heavy molecules conduct heat less readily than air. The SNE Corporation claims its argon-filled sputter-coat low-E systems (Crestline and Vetter) can achieve R-values as high as 5. For even better energy performance, insulating shutters and blinds, known as movable insulation, were once considered promising, with R-values up to 15. However, this field has faced mechanical issues, such as shades falling out of tracks or condensation forming. Daily effort from homeowners to deploy and remove them is also a deterrent. Additionally, the lack of marketing and distribution power compared to major glass manufacturers has hindered the adoption of movable insulation. Low-E windows also block most ultraviolet rays, preventing fading of carpets and draperies. When purchasing, customers should inquire about the R-value (or U-value) of the glass and the entire window assembly, as frame conduction and air leakage can negate glass improvements. Manufacturers like Andersen and Pella have improved window designs for better insulation and ease of cleaning. For instance, Marvin and Andersen offer double-hung windows with pivoting sashes for easier cleaning. Rolscreen produces casement windows that pivot into the center for better cleaning and ventilation. Rolscreen also offers Slimshades, thin Venetian blinds with low-E coating installed between glass panes, achieving an R-value of 4.35. Ornamental windows, including round-arched and stained-glass designs, are a prominent trend. Many new stained-glass windows are insulated. The era of the large picture window is evolving, with many now camouflaged by dividers imitating muntins to create the appearance of multiple small panes. These false muntins, often made of snap-in grilles, are criticized for their unconvincing appearance. More effective solutions include wooden grilles placed between glass panes (Rolscreen) or on the room side or exterior (Woodstone). Peachtree introduced a removable solid-pine liner with muntin bars and a part of the surrounding sash that can be lifted off for cleaning. While clever, this is viewed as an ornamental rather than a functional improvement. For truly authentic divided lights with insulating glass, Marvin and other companies offer custom orders, though these are more expensive and the larger muntins needed for insulating glass can affect the aesthetic proportions. Many who value historical styling opt for single-glazed, multi-light windows with storm windows. While hard-coat low-E glass can be ordered for true divided lights, these still fall short of maximum energy conservation. The article concludes that technology and tradition in home design are yet to be fully reconciled. #EnergyConservation #WindowTechnology #HomeImprovement #LowEWindows #BuildingMaterials #SustainableDesign #ArchitecturalTrends #InsulatingGlass #BuildingCodes