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AI PEB Homes - Philippines (45 Iterations)

PreviousInstallation Request Form - Philippines NextGUYAM

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DECONSTRUCTING SYSTEMS DECENTRALIZING POWER DEMOCRATIZING KNOWLEDGE

WE ARE ALL ABOUT WHO WE ARE HomeQube PTE. LTD. HomeQube, a Singapore based company, leverages a variety of regenerative solutions, such as the New Generation Internet (Web3), New Generation Commerce (powered by AI and Blockchain technology), and New Generation Materials (pre engineered buildings and lightweight materials), to disrupt the traditional housing market and lead the path towards a world free of home scarcity.

WHAT WE DO HomeQube PTE. LTD. provides all inone Generative Solutions via Systems Engineering, utilizing the combined strength of these components generative design, generative engineering, and generative production to address the worldwide housing problem. We begin by defining subsystems with specified functionality, leading to a variety of potential outcomes. This "bottomup" approach uses the fundamental concepts of systems engineering and the power of deep learning to develop several optimized solutions which fulfills specified requirements, such as robustness. LEGACY SYSTEMS BEHAVIORAL SYSTEMS LEGACY STRUCTURAL PARTS FORM ITERATIONS DOMESTIC INTEGRATIONS LEGACY SYSTEMS ENVIRONMENTAL SYSTEMS BEHAVIORAL SYSTEMS HUMAN SYSTEMS AUXILIARY SYSTEMS SANITARY SYSTEMS SYSTEMS ENGINEERING BUILT TO SUIT AI PEB HOME

WHAT SETS US APART FEATURE Speed of Construction ADVANTAGES Faster Build Time Ecofriendly Versatile Durable Affordable Recycled Materials Variety of Design Options Strong and Sturdy Good Value for Money Construction timelines can be reduced by 30%50% compared to traditional builds due topre engineered parts. PEB Structural parts are made of Glass Fiber Reinforced Polymer (GFRP), a highly recyclable material. Find a perfect design in a variety of options to suit your aesthetics. PEB houses are built to meet building codes and engineered to meet specific wind and seismic load requirements. Constructed with a streamlined process, PEB houses are more economical than traditionally built houses.

LEGACY PARTS SPECIFICATIONS AND DESCRIPTION COLUMNPREFERRED VENDOR BEAM400mm x 400mm Bolt Truss COLUMN ADAPTOR400mm x 400mm Triangle Aluminum Bolt Truss BASE PLATE400mm x 400mm Thomas Aluminum Bolt Truss PEDESTAL A300mm x 300mm Spigot Truss PEDESTAL B400mm x 400mm Spigot Truss PEDESTAL C400mm x 600mm Spigot Truss PIZZA FOOTING SETSquare Shape Tube Aluminum Truss CANTILEVER BEAMSquare Shape Aluminum Plate Truss CANTILEVER COLUMNSingle Truss 2Way Corner DIAGONAL BRACEAluminum 3Way Corner DIAGONAL BRACE BRACKET / CONNECTORAluminum 4Way Corner CANTILEVER BEAM MOMENT SUPPORT TOPAluminum 5Way Corner CANTILEVER BEAM MOMENT SUPPORT BOTTOMBox Corners M10x70 BLIND BOLTSpigot Hinge Section M10x70 BLIND BOLTAluminum Truss Universal Block Braces Corner SUBGRADE REBAR BOLTBig Aluminum Truss Hinge HELICAL PILEBig Aluminum Truss Hinge Sleeve Block 16MM WASHERBig Aluminum Truss Braces Corner SHEET METAL BRACKETClamp ANGLE BAR SLOTTED HOLE FOR FIXED WALL 38MMx38MMLamping Firmware TRACK CHANNEL FOR SLIDING WALLSteel Plate Base TUBULAR FLOOR JOISTSteel Base ROOF TRUSSESSteel Top Section COLUMN CORNER CAPSSmall Aluminum Base Small Aluminum Sleeve Block Small Aluminum Top Section Small Aluminum Truss Braces Corner Aluminum Plate Sleeve Block Square Shape Aluminum Plate Truss

LEGACY SYSTEMS Legacy Systems provides Generative Solutions through Systems Engineering, which uses the combined power of these components generative design, generative engineering, and generative production to address the worldwide housing problem. We term them "mass complexity housing systems." It begins by defining subsystems with distinct functionality that can result in a range of outputs. This "bottomup" technique used the fundamental concepts of systems engineering and deep learning to develop several optimized solution iterations that met certain requirements like resilience. BEHAVIORAL SYSTEMS Are design requirements based on culture, precepts, and societal conventions that connect to the local geography of the dwellings in other words, they are behavioral systems. To illustrate, a youthful and lively ambiance would have different design demands than someone who is quiet, restrained, and prefers more peaceful living. A more active activity, with a focus on a bigger volume of regular guests, is a different home than one that seeks to remain quiet throughout the year. Furthermore, our behavioral systems are geographically specific. For example, in the Philippines, we have chosen a set of behaviors that are suited for the country and called them after the islands POWER SYSTEMS Systems use digital controls and operate at low voltages, integrating circuits and devices to process, transport, and store data digitally. They provide automation, data handling, and networking across consumer electronics, industrial applications, telecommunications, and computing devices, ensuring energy efficiency and reliability in a wide range of technological situations. Smart window films are an integral part of modern electrical systems. BEHAVIORAL SYSTEMS Systems that regulate and improve the movement of the human body's required actions, whether it's a step system for the human to traverse across the home, including elevation changes, or an ergonomic grab system for safety in awkward spaces, or to prevent or encourage entry into a space such as a door SANITARY SYSTEMS Sanitary systems are vital infrastructure that manages water flow for sanitation, including both supply and drainage. They ensure that potable water is delivered safely and wastewater is removed efficiently, all while maintaining cleanliness requirements. Important components include plumbing networks for clean water distribution and drainage systems for safe wastewater treatment. AUXILLARY SYSTEMS Specialized support systems are developed to improve efficiency, safety, and functionality in a variety of settings. They complement primary infrastructures by offering critical functions such as supplementary systems that improve product utility. These technologies greatly increase operational dependability and performance across a wide range of applications by augmenting the primary services. SANITARY SYSTEMS Sanitary systems are vital infrastructure that manages water flow for sanitation, including both supply and drainage. They ensure that potable water is delivered safely and wastewater is removed efficiently, all while maintaining cleanliness requirements. Important components include plumbing networks for clean water distribution and drainage systems for safe wastewater treatment. ENVIRONMENTAL SYSTEMS Systems that govern natural elements such as air, sunlight, and rainwater to improve human living circumstances. They incorporate architectural characteristics like roofs and walls to provide weather protection and indoor comfort. These systems also use technology such as ventilation and shading to improve air quality, regulate temperatures, and optimize natural light, so improving health and sustainability. Environmental systems generate productive and supportive ecosystems for human well being by working in harmony with natural processes

02 BEHAVIOR TRIANGULAR. EDGY. HIP. PLAYFUL. YOUNG.

06 CAGBALETE BEHAVIOR LAID BACK. FARM. BALIK PROBINSYA. SIESTAS.

08 BEHAVIOR SPORTY. EXERCISE. MULTI PURPOSE HALLS. MANY ACTIVITIES.