WE — @ SAMANSIC Coalition, a sovereign of 700+ architect-innovators - a cross-border collective-intelligence innovation network.
ORC — Tech transfer arm patenting sovereign discoveries and recycling license revenue to R&D.
STEM — Quantitative Reasoning embedded in STEM education.
7 - XYZ: From Ancient Pyramids to Lunar Pyramids: XYZ Double Block as the Universal Construction Element for Humanity's Future
Δ — Ionic Pyramid physical technology functioning as the planet's artificial lungs.
ΩBG AI — Cybernetic planetary-scale immune system for sovereign states — Governance as applied biology where prevention replaces reaction.
FVL — Positioning the SAMANSIC Coalition as a Dual Pillar of Advanced Air Mobility.
+208 — Scientifically grounded framework for extending human BioAge.
RND — Research and Development refers to the innovative activities .
ME — Individual managing the innovation collective intelligence network. The Founder
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Interlocking construction blocks
Patent number: 12709890
Abstract: The present invention is an improvement on a previous version of an interlocking building block system for use in constructing a building wall. The improvements introduced are radii corners and chamfered edges that allow for claddings to be attached to the wall by leaving space for mechanical screws to be secured between two blocks. Furthermore, the radii corners allowed for increased mechanical movement between two interlocking blocks, resulting in greater durability of the blocks. The improvement also include a corner block and an intersecting block which replace the need for using multiple blocks to create intersecting points or corners. Some blocks also contain an additional hollow cavity with channels to allow increased support members to be introduced between blocks, thus increasing the height of the walls that can be built using the block system.
Type: Grant
Filed: October 7, 2025
Date of Patent: August 18, 2026
Assignee: SAMARAEE & DANIEL INNOVATION SPECIALISTS INCORPORATED
Inventors: Daniel Anthony Leonard Boot, Muayad S. Dawood Al-Samaraee
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Interlocking construction blocks
Patent number: 12703973
Abstract: The present invention is an improvement on a previous version of an interlocking building block system for use in constructing a building wall. The improvements introduced are radii corners and chamfered edges that allow for claddings to be attached to the wall by leaving space for mechanical screws to be secured between two blocks. Furthermore, the radii corners allowed for increased mechanical movement between two interlocking blocks, resulting in greater durability of the blocks. The improvement also include a corner block and an intersecting block which replace the need for using multiple blocks to create intersecting points or corners. Some blocks also contain an additional hollow cavity with channels to allow increased support members to be introduced between blocks, thus increasing the height of the walls that can be built using the block system.
Type: Grant
Filed: October 7, 2025
Date of Patent: August 11, 2026
Assignee: SAMARAEE & DANIEL INNOVATION SPECIALISTS INCORPORATED
Inventors: Daniel Anthony Leonard Boot, Muayad S. Dawood Al-Samaraee
Technology Overview
Technology Overview
Fortified Home System — EHMS + OMEGA SHIELD
Prepared by: Muayad S. Dawood Al-Samaraee — SAMANSIC
Date: September 22, 2026
Overview
The Fortified Home System is a layered residential resilience platform built around two core technologies: EHMS, the Hybrid Interlocking Multidirectional Integrated Building System, and OMEGA SHIELD, an integrated physical, electromagnetic, and data-protection framework. The base configuration is a three-level home consisting of a basement, ground floor, and first floor. The total area is 180 square meters, with 60 square meters per floor, and the total height is 10 meters. The design combines structural, seismic, electromagnetic, digital, fire-safety, and optional perimeter-defense technologies into one coordinated system. The system is modular, so a client may deploy the earthquake-resistant EHMS structure alone or add electromagnetic shielding, data and identity protection, fire and escape systems, perimeter defenses, and distant-nuclear-explosion protection in stages.
Core Structural Technology — EHMS
EHMS is a dry, interlocking, multidirectional building system protected by U.S. Patent Nos. US 12,703,973 B2 and US 12,709,890 B2. Its structural features include interlocking EHMS blocks with rounded corners of 6 to 12 millimeters and chamfered edges of 3 degrees, unified corner blocks, intersection blocks, and extended end blocks. The system also uses reinforcing steel and post-tensioning cables designed to support three-story loads, along with hollow cavities for reinforcement, electrical, and plumbing services. Foundations, roofs and slabs, finishes, electrical works, and plumbing works are included in the base structural scope. The construction method is dry-interlocking and modular, allowing controlled assembly and later integration of additional protection layers.
Seismic Protection
Seismic resilience is fully integrated into the EHMS structure and does not require a separate add-on fee. The design is based on U.S. Patent No. 12,709,890 and approximately doubles earthquake resistance compared with the original design. It provides ductile behavior and self-recentering after seismic events. The introduction of rounded corners and other engineering improvements addresses failure mechanisms observed in earlier designs. The seismic system has been validated through large-scale shaking table tests conducted at Sismolab, Mariano Gálvez University, Guatemala, in June 2018, using records from the El Salvador earthquake of 2001 and the Kobe earthquake of 1995.
Electromagnetic Protection — OMEGA SHIELD
OMEGA SHIELD converts the home into a high-performance Faraday-cage environment. The vertical cavities in the blocks are filled with a conductive concrete mix known as M2, which contains steel, carbon, and graphite fibers. This fill provides shielding between 20 and 36 decibels and has a compressive strength of 66 megapascals. A corrugated FRCC coating is applied to both exterior faces and can add up to 50 decibels of shielding. Interior natural coatings, Formula 1 and Formula 2, absorb residual waves, while conductive grease in the joints maintains electrical continuity. The combined result is 60 to 80 decibels of shielding, compliant with MIL-STD-188-125, protecting electronic and medical devices from electromagnetic pulses and cyber-related electromagnetic threats.
Data and Identity Protection — Omega Architecture
Omega Architecture protects digital identity, property records, and medical data across physical and distributed storage layers. It includes licensing of SIINA-Ω and EGB-AI software, a secure home storage device, and initial connection to 17 globally distributed storage nodes. It also includes generation of Unique Reality Keys linked to the Earth’s geophysical state through the S-GEEP platform, as well as user training on verification and recovery protocols. This system protects identity, property, and medical records from loss or damage after major events and can rebuild damaged data from clean copies within minutes.
Fire Safety and Escape Systems
The fire-safety layer is designed to provide two independent escape paths and to protect occupants from smoke and entrapment. The internal staircase is converted into a protected core with additional structural reinforcement and fire-resistant doors. A foldable external escape ladder serves all floors. The system also includes smoke detectors, fire extinguishers, emergency lighting, illuminated evacuation signs, and a positive-pressure ventilation system to prevent toxic smoke from entering. Together, these measures reduce the risk of suffocation or being trapped during a fire.
Optional Perimeter Defense Technologies
The optional perimeter defense technologies include a perimeter steel mesh cage and a reinforced concrete perimeter wall. The steel mesh cage surrounds the building on all sides at a distance of two meters from the walls and includes roof coverage. It is designed to detonate rockets, bombs, and unmanned aerial vehicles before they reach the main walls, absorbing the blast wave and shrapnel. Its cost depends on mesh diameter, cage height, foundation type, and installation method. It does not provide absolute protection against heavy shells or large guided missiles and requires periodic maintenance and good grounding. The reinforced concrete perimeter wall is a solid concrete wall 60 centimeters thick and 1 meter high, located two meters from the house structure on all sides. It is built using reinforced concrete blocks or EHMS blocks with a small foundation for stability. It acts as a first physical barrier against small arms, shrapnel, and debris, reduces blast pressure from nearby explosions by forcing the wave around and over the wall, provides limited radiation shielding for the lower part of the house during distant nuclear fallout, and defines the property perimeter while creating a protected courtyard space. It does not protect against heavy artillery, large guided missiles, or direct tank fire, and it requires proper drainage and periodic inspection for cracks or movement.
Optional Distant Nuclear Explosion Protection
This optional layer is intended for survival from a distant nuclear event rather than a direct hit. It includes structural reinforcements to withstand the shock wave, such as additional concrete thickness, steel fibers, and a reinforced roof. It also includes additional radiation shielding using dense concrete or barite to achieve a protection factor of not less than 40. Blast-hardened doors and windows are installed, along with an air filtration system using HEPA and activated carbon filters and a hardened internal shelter. This option provides a chance of survival from the distant shock wave, thermal radiation, and radioactive dust. Its cost depends on the required protection level and degree of self-sufficiency.
Layered Defense Architecture
The Fortified Home System is organized as a layered defense architecture. The structural layer uses EHMS interlocking blocks, reinforcement, and post-tensioning for load-bearing and modular construction. The seismic layer uses the patented design features of US 12,709,890 to provide ductility, self-recentering, and approximately doubled earthquake resistance. The electromagnetic layer uses OMEGA SHIELD with M2 fill, FRCC coating, Formula 1 and Formula 2 interior coatings, and conductive grease to achieve 60 to 80 decibels of Faraday-cage protection. The data and identity layer uses Omega Architecture, including SIINA-Ω, EGB-AI, S-GEEP, and 17 distributed nodes, for data recovery and identity protection. The fire and escape layer uses a protected stair core, an external ladder, and positive-pressure ventilation to create two independent escape routes. The perimeter layer uses a steel mesh cage and a reinforced concrete wall for blast, shrapnel, and intrusion delay. The nuclear layer uses structural hardening, barite or dense concrete, and HEPA and carbon filtration for distant blast and fallout survival.
Validation, Standards, and Intellectual Property
The system is supported by U.S. Patent Nos. US 12,703,973 B2 and US 12,709,890 B2. Its electromagnetic shielding is compliant with MIL-STD-188-125. Its seismic performance has been validated through large-scale shaking table tests at Sismolab, Mariano Gálvez University, Guatemala, using the El Salvador 2001 and Kobe 1995 earthquake records.
Limitations and Exclusions
This technology overview covers the structural and protective systems only. It does not include land acquisition, land leveling, grading, excavation, or soil treatment. It also does not include permits, licenses, or regulatory approvals, or maintenance and replacement of consumables after the warranty period. The system is not designed to protect against direct nuclear hits, heavy artillery, large guided missiles, or direct tank fire. The structural system is warranted for 10 years against defects in materials and workmanship, while electronic and software components carry their own manufacturer warranties.
Summary
The EHMS + OMEGA SHIELD Fortified Home System is a modular, multi-layered resilience platform. It combines patented interlocking construction, integrated seismic protection, high-performance electromagnetic shielding, distributed data recovery, fire-safe egress, and optional perimeter and nuclear-survival features. The result is a residential system designed to maintain structural integrity, protect electronics and data, and preserve occupant safety across a wide range of natural and man-made threats.
Governmental and Commercial Applications
Comprehensive Governmental and Commercial Applications
The SAMANSIC Fortified Construction System (EHMS + OMEGA SHIELD)
Based on the technology overview, the applications document, and the market reports provided, the system can be applied across governmental, defense, commercial, residential, and strategic sectors. The following list organizes these applications into two categories: governmental and commercial, with cross-sector and specialized uses noted separately.
Governmental Applications
1. Civil Defense and National Resilience Programs
The system supports civil defense networks, public shelters, and national resilience strategies. It is relevant to governments modernizing shelter infrastructure, as in countries such as Switzerland, which is upgrading vast networks of personal shelters. The EHMS structure and the optional nuclear protection layer can serve general civil defense requirements.
2. Continuity of Government and Continuity of Operations
Continuity of government programs require protected facilities for leadership, administration, communications, and essential personnel. The multi-layered defense architecture — structural, seismic, electromagnetic, data, and fire — supports continuity of government operations during natural disasters, conflicts, or infrastructure collapse.
3. Military and Defense Facilities
The system applies to military command centers, forward operating bases, personnel shelters, communications shelters, and sensitive equipment storage. OMEGA SHIELD provides protection from electromagnetic pulses and cyber-electromagnetic threats, while EHMS provides rapid, modular, and blast-resistant construction.
4. Critical Infrastructure Protection
Governments and critical infrastructure operators can use the system to protect energy, water, communications, data, medical, and transportation assets. The OMEGA SHIELD framework provides a dual protection model combining physical shielding with data protection in Omega Architecture.
5. Disaster Preparedness and Emergency Management
The system applies to earthquake-prone areas, fire-prone areas, and high-risk zones. EHMS provides seismic resilience with ductile behavior and self-recentering, while fire safety systems provide two independent escape routes and smoke protection.
6. Nuclear, Radiological, and Electromagnetic Preparedness
Government agencies can deploy the optional distant nuclear explosion protection layer, which includes shock-wave reinforcements, radiation shielding with a protection factor of not less than 40, blast-hardened doors and windows, HEPA and activated carbon filtration, and a hardened internal shelter.
7. Sovereign Data and Identity Protection
Omega Architecture protects digital identity, property records, and medical data across physical and distributed storage layers. It uses SIINA-Ω, EGB-AI, S-GEEP, a secure home storage device, and 17 globally distributed storage nodes. This is relevant to sovereign resilience programs and strategic infrastructure protection.
8. Remote, Rapid, and Modular Deployment
The EHMS dry-interlocking construction method supports rapid assembly and construction in remote locations. This is relevant to border operations, disaster response, remote government facilities, and temporary or permanent protected installations.
9. Regulation and Urban Resilience
Because EHMS is a dry-interlocking and modular solution, it may offer a smoother path through regulatory obstacles compared to traditional deep excavation projects. This is relevant to urban resilience programs, above-ground or partially underground protected facilities, and projects in densely populated areas.
Public-Private Partnerships and Government Contracting
Governments can partner with local builders, defense contractors, and private security companies to deploy resilient infrastructure. Market reports indicate that government defense agencies, private security firms, and critical infrastructure operators are key stakeholders.
Commercial Applications
1. Luxury Housing and High-End Fortified Homes
The Fortified Home System applies to three-story family homes of 180 square meters, with a basement, ground floor, and first floor. It is designed for the high-end housing market and provides multi-layered protection for families, including structural, seismic, electromagnetic, digital, fire, and optional perimeter defense.
2. Luxury Safe Rooms and Private Bunkers
The system applies to private safe rooms, luxury bunkers, and underground residences. The luxury segment accounted for approximately 51% of the global civilized underground bunker market in 2024. The system combines military-grade protection with high-end residential features.
3. Real Estate and Property Development
Developers can integrate the system into luxury residential projects, gated communities, and high-value properties. Optional perimeter defenses include a steel mesh cage and a reinforced concrete wall for protection against small arms, shrapnel, debris, and nearby blast pressure.
4. Home Offices, Telemedicine, and Remote Work
The technology supports home offices, telemedicine rooms, and remote work environments by protecting communications systems, medical devices, and sensitive records from electromagnetic and cyber threats. OMEGA SHIELD creates a Faraday cage environment with 60 to 80 dB shielding, compliant with MIL-STD-188-125.
5. Data and Digital Identity Protection
Omega Architecture applies to homes and businesses where digital identity, property records, and medical data must be protected. It can rebuild damaged data from clean copies within minutes, making it relevant to data-sensitive residences and commercial data protection services.
6. Business Continuity and Asset Protection
Commercial clients can use the system to protect personnel, electronics, data, and critical assets. Market reports indicate that both civilian and military clients are investing in solutions that protect personnel and critical assets, and that business continuity and risk mitigation are key drivers.
7. Critical Commercial Infrastructure
The system applies to critical commercial infrastructure such as data centers, medical facilities, communications centers, and financial operations. The electromagnetic and data protection layers protect medical devices, electronic systems, and records that must survive electromagnetic pulses, cyber-electromagnetic threats, or major disruptive events.
8. Modular Construction and Prefabricated Shelter Market
The EHMS dry-interlocking method applies to modular construction projects, prefabricated shelters, and anti-blast shelters. The modular anti-blast shelter market is growing rapidly, and the modular and staged nature of the system aligns with demand for rapidly deployable and scalable solutions.
9. Hospitality and Luxury Entertainment
Luxury shelters increasingly include amenities such as gyms, pools, and cinemas. The system can be integrated into luxury underground clubs, residences, and hospitality projects, as illustrated by high-value projects such as the $300 million "Aerie" underground club and residence.
10. Medical and Electronic Equipment Protection
The electromagnetic and data protection layers apply to medical devices, electronic systems, and records that must survive electromagnetic pulses, cyber-electromagnetic threats, or major disruptive events. This is relevant to hospitals, clinics, laboratories, and telemedicine providers.
11. Insurance and Risk Mitigation
Fortified properties can support insurance and risk mitigation strategies by reducing exposure to earthquakes, fires, electromagnetic threats, data loss, and perimeter intrusion. The system's multi-layered protection can be marketed as a long-term investment to reduce risk.
Construction, Engineering, and Supplier Partnerships
Commercial opportunities exist for local builders, engineering firms, material suppliers, and technology providers. Market reports emphasize strategic partnerships and mergers and acquisitions, and recommend collaboration with local construction companies and government agencies.
Cross-Sector and Specialized Applications
1. Earthquake-Prone Areas
EHMS provides seismic resilience using U.S. Patent No. 12,709,890. It approximately doubles earthquake resistance, provides ductile behavior, and allows self-recentering after seismic events. It has been verified through shaking table tests using the El Salvador 2001 and Kobe 1995 earthquake records.
2. Protection from Electromagnetic Pulses and Cyber-Electromagnetic Threats
OMEGA SHIELD applies to homes and governmental and commercial facilities that need protection from electromagnetic pulses and cyber-electromagnetic threats.
3. Fire-Prone or High-Occupancy Buildings
The fire safety layer provides two independent escape routes, a protected stair core, a foldable external ladder, smoke detectors, emergency lighting, evacuation signs, and positive-pressure ventilation.
4. High-Value or High-Risk Properties
Optional perimeter defense technologies apply to properties that need additional physical protection, including a perimeter steel mesh cage and a reinforced concrete wall.
5. Distant Nuclear Fallout Scenarios
The optional nuclear protection layer applies to distant nuclear events, not direct hits. It includes shock-wave reinforcements, radiation shielding with a protection factor of not less than 40, blast-hardened doors and windows, HEPA and activated carbon filtration, and a hardened internal shelter.
6. Sovereign Resilience and Strategic Infrastructure
The full multi-layered defense architecture applies to sovereign resilience programs and strategic infrastructure protection, where structural integrity, electronics, data, identity, and occupant safety must be maintained across a wide range of natural and man-made threats.
Ballistic Concrete Wall
A ballistic concrete wall has been designed around the building to counter any direct strike. This wall surrounds the building on all sides at a distance of 2 to 3 meters, with a height of 3 to 4 meters and a thickness ranging from 1.2 to 2.0 meters depending on the threat level. It is built from high-strength concrete ranging from 60 to 80 MPa with steel fibers, and is reinforced with two layers of high-strength reinforcing steel with diagonal bars to withstand impact loads. Its exterior face is fitted with armored steel plates 10 to 20 mm thick or a layer of dense barite concrete to absorb radiation, with an exterior surface inclined at 30 to 45 degrees to deflect projectiles and disperse the blast wave, expansion joints every 6 to 8 meters, a bottom drainage system, and a reinforced concrete foundation 1.5 to 2.0 meters deep and 1.5 to 2.5 meters wide, which may be reinforced with piles or piers in weak soil. This wall can be integrated with the steel mesh cage, the reinforced concrete wall, and the OMEGA SHIELD and nuclear protection layers to act as a second layer after projectiles are detonated in the cage or as a base on which the wall is built. It provides complete protection against small arms, high protection against artillery and mortars, and good protection against light guided missiles when combined with the mesh cage, and it reduces the shock wave, thermal radiation, and radioactive dust in indirect nuclear strikes. It has limits against which it may not hold, such as very heavy shells, bunker-busting bombs, or direct tank fire, but it greatly increases survival chances when combined with the other layers. Its estimated cost ranges from $50,000 to $150,000 depending on thickness, height, type of concrete and reinforcement, armored materials, foundation costs, local labor, and whether it is integrated with the steel mesh cage or the concrete wall. It requires building permits and regulatory approvals, soil testing before design, periodic maintenance, inspection for cracks or movement, and proper drainage around the wall. Note that this design is engineering-based and must undergo detailed feasibility studies and field tests before actual implementation.
نظرة عامة على التقنية
التطبيقات الحكومية والتجارية الشاملة
التطبيقات الحكومية والتجارية الشاملة لنظام المنزل المحصن من SAMANSIC (EHMS + OMEGA SHIELD)
استناداً إلى النظرة العامة على التقنية، ووثيقة التطبيقات، وتقارير السوق المقدمة، يمكن تطبيق النظام عبر القطاعات الحكومية والدفاعية والتجارية والسكنية والاستراتيجية. تُنظّم القائمة التالية هذه التطبيقات في فئتين: حكومية وتجارية، مع الإشارة إلى الاستخدامات المشتركة بين القطاعات بشكل منفصل.
التطبيقات الحكومية
التطبيقات التجارية
التطبيقات المشتركة بين القطاعات والمتخصصة
جدار كونكريتي باليستي
صُمم جدار كونكريتي باليستي حول المبنى للتصدي لأي ضربة مباشرة، حيث يحيط هذا الجدار بالمبنى من جميع الجوانب على مسافة 2 إلى 3 أمتار، بارتفاع 3 إلى 4 أمتار، وسماكة تتراوح بين 1.2 و2.0 متر حسب مستوى التهديد، ويُبنى من خرسانة عالية المقاومة تتراوح بين 60 و80 ميجاباسكال مع ألياف فولاذية، ويسلَّح بشبكتين من حديد التسليح عالي المقاومة مع قضبان قطرية لتحمل أحمال الصدم، وتُضاف إلى واجهته الخارجية ألواح فولاذية مدرعة بسماكة 10 إلى 20 ملم أو طبقة من الخرسانة الكثيفة بالباريت لامتصاص الإشعاع، مع سطح خارجي مائل بزاوية 30 إلى 45 درجة لتفريق المقذوفات وتشتيت موجة الانفجار، وفواصل تمدد كل 6 إلى 8 أمتار، ونظام تصريف سفلي، وأساس خرساني مسلح بعمق 1.5 إلى 2.0 متر وعرض 1.5 إلى 2.5 متر قد يُعزز بأوتاد أو خوازيق في التربة الضعيفة؛ ويمكن دمج هذا الجدار مع القفص الحديدي المشبك والسياج الخرساني المسلح وطبقات OMEGA SHIELD والحماية النووية ليعمل كطبقة ثانية بعد تفجير المقذوفات في القفص أو كقاعدة يُبنى عليها السياج، ويوفر حماية كاملة ضد الأسلحة الصغيرة، وحماية عالية ضد المدفعية والمورتر، وحماية جيدة ضد الصواريخ الموجهة الخفيفة عند دمجه مع القفص المشبك، ويقلل الموجة الصدمية والإشعاع الحراري والغبار المشع في الضربات النووية غير المباشرة، مع حدود قد لا يصمد أمامها مثل القذائف الثقيلة جداً أو القنابل الخارقة للتحصينات أو الضربات المباشرة من الدبابات، لكنه يرفع فرص النجاة بشكل كبير عند دمجه مع الطبقات الأخرى، وتتراوح تكلفته التقديرية بين 50,000 و150,000 دولار أمريكي حسب السماكة والارتفاع ونوع الخرسانة والتسليح والمواد المدرعة وتكاليف الأساس والعمالة المحلية وما إذا كان مدمجاً مع القفص الحديدي أو السياج الخرساني، وهو يتطلب تصاريح بناء وموافقات تنظيمية وفحص تربة قبل التصميم وصيانة دورية وفحصاً للشقوق أو الحركة وتصريفاً مناسباً حول الجدار، مع ملاحظة أن هذا التصميم هندسي ويجب أن يخضع لدراسات جدوى تفصيلية واختبارات ميدانية قبل التنفيذ الفعلي.
Comprehensive Official Proposal (Example)
Comprehensive Official Proposal
From: Muayad S. Dawood Al-Samaraee
Scientist and Innovator
Founder @ SAMANSIC (Cross-Border Innovation Network for Collective Intelligence)
Chief Engineer of Sovereign Innovation, Technology, and Geopolitical Strategy
Contact Information:
📞 00905070800865
🌐 www.samansic.com | www.siina.org
📧 samansic@siina.org | muayad.alsamaraee@gmail.com
Date: September 22, 2026
Subject: Official Proposal for a Fortified Home System –
EHMS + OMEGA SHIELD (with Optional Reinforced Concrete Perimeter Wall)
Dear Sirs,
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We are pleased to present to you this comprehensive official proposal for the design, supply, and construction of a fortified family home, based on the EHMS system (Hybrid Interlocking Multidirectional Integrated Building System), protected by U.S. patents, and the OMEGA SHIELD protection framework. This proposal is issued by Muayad S. Dawood Al-Samaraee, founder of SAMANSIC, and is directed to clients seeking a multi-layered resilience solution against natural and man-made disasters.
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The house consists of three levels (basement + ground floor + first floor), with a total area of 180 square meters (60 square meters per floor), and a total height of 10 meters. The design combines structural, electromagnetic, digital, and fire-safety measures, with optional additions for perimeter defense and protection from distant nuclear explosions, as well as a reinforced concrete wall.
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This document provides a complete technical and commercial description of the base house, each optional protection layer, prices, terms, and conditions. It is prepared to serve as the basis for a formal contract.
1. Company Background
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SAMANSIC is a cross-border innovation network for collective intelligence, founded by Muayad S. Dawood Al-Samaraee. The organization specializes in sovereign resilience technologies, including advanced building systems, electromagnetic shielding, data safety engineering, and strategic infrastructure protection. The EHMS system is protected under U.S. Patent Nos. US 12,703,973 B2 and US 12,709,890 B2. The OMEGA SHIELD framework integrates physical shielding with the Omega Architecture data-safety layer, providing a dual protection model for critical infrastructure and residential applications.
2. Base House Price (with Earthquake Protection)
Price: US$120,000
The base house price covers the complete structural system using the EHMS dry interlocking construction method, for a three-story house (basement + ground floor + first floor) with a total area of 180 square meters (60 square meters per floor) and a total height of 10 meters. The price includes:
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Interlocking EHMS blocks with rounded corners (6–12 mm) and chamfered edges (3 degrees).
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Unified corner blocks, intersection blocks, and extended end blocks.
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Reinforcing steel and post-tensioning cables to support three-story loads.
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Hollow cavities for reinforcement and utilities.
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Full seismic protection in accordance with U.S. Patent No. 12,709,890, which approximately doubles earthquake resistance and includes ductile behavior and self-recentering after an earthquake.
This price includes: foundations, roofs/slabs, finishes, and electrical and plumbing works.
This price does not include: any other optional items listed below, nor land leveling, grading, excavation, and soil treatment.
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Seismic protection is fully integrated into the structural system and does not require any additional fees. It has been verified through large-scale shaking table tests conducted at the Sismolab laboratory at Mariano Gálvez University in Guatemala in June 2018, using records from the El Salvador earthquake (2001) and the Kobe earthquake (1995). The introduction of rounded corners and other engineering improvements addresses the failure mechanisms observed in the original design, approximately doubling earthquake resistance.
3. Additional Protection Types (Optional)
The following optional protection layers can be added to the base house. Each layer is described in detail with its price and technical specifications.
3.1 Electromagnetic Protection (OMEGA SHIELD)
Price: $70,000
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Includes filling the vertical cavities in the blocks with a conductive concrete mix (M2) containing steel, carbon, and graphite fibers, achieving shielding between 20 and 36 dB with a compressive strength of 66 MPa. It also includes applying corrugated FRCC coating on both exterior faces (up to an additional 50 dB), natural interior coatings (Formula 1 and Formula 2) to absorb residual waves, and conductive grease in the joints. The final result is a Faraday cage with 60–80 dB shielding, compliant with MIL-STD-188-125, protecting electronic and medical devices from electromagnetic pulses and cyber attacks.
3.2 Data and Identity Protection (Omega Architecture)
Price: $40,000
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Includes licensing of SIINA-Ω and EGB-AI software, a secure home storage device, initial connection to 17 globally distributed storage nodes, generation of Unique Reality Keys linked to the geophysical state of the Earth via the S-GEEP platform, and user training on verification and recovery protocols. This system protects identity, property, and medical records from loss or damage after any event, and rebuilds damaged data from clean copies within minutes.
3.3 Fire Safety and Escape Systems
Price: $20,000
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Includes converting the internal staircase into a protected core with additional structural reinforcement and fire-resistant doors, installing a foldable external escape ladder for all floors, smoke detectors, fire extinguishers, emergency lighting, illuminated evacuation signs, and a positive-pressure ventilation system to prevent toxic smoke entry. These systems provide two independent escape exits and reduce the risk of suffocation or entrapment.
3.4 Perimeter Steel Mesh Cage (Optional)
Estimated Price: $40,000 to $90,000
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A steel mesh cage surrounding the building on all sides at a distance of two meters from the walls, with roof coverage. It is designed to detonate rockets, bombs, and unmanned aerial vehicles before they reach the main walls, absorbing the blast wave and shrapnel. Cost depends on mesh diameter, cage height, foundation type, and installation method. It does not provide absolute protection against heavy shells or large guided missiles, and requires periodic maintenance and good grounding.
3.5 Protection from Distant Nuclear Explosion (Optional)
Estimated Price: $50,000 to $120,000
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Includes structural reinforcements to withstand the shock wave (additional concrete thickness, steel fibers, reinforced roof), additional radiation shielding using dense concrete or barite to achieve a protection factor (PF) of not less than 40, blast-hardened doors and windows, an air filtration system with HEPA and activated carbon filters, and a hardened internal shelter. This option does not protect against a direct hit, but it provides a chance of survival from the distant shock wave, thermal radiation, and radioactive dust. Cost depends on the required level of protection and degree of self-sufficiency.
3.6 Reinforced Concrete Perimeter Wall (New Optional Addition)
Estimated Price: $15,000 to $30,000
A solid concrete wall, 60 cm thick and 1 meter high, located two meters from the house structure on all sides. The wall is built using reinforced concrete blocks or EHMS blocks, with a small foundation to ensure stability. Its primary functions:
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Acting as a first physical barrier against small arms, shrapnel, and debris.
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Reducing blast pressure from nearby explosions by forcing the wave to pass around and over the wall.
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Providing a limited degree of radiation shielding for the lower part of the house in the event of distant nuclear fallout.
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Demarcating the property perimeter and creating a protected courtyard space.
The wall does not provide protection against heavy artillery, large guided missiles, or direct tank fire. It requires proper drainage and periodic inspection for cracks or movement. The estimated price range depends on local material costs, labor rates, and whether the wall is integrated with the steel mesh cage or built independently.
4. Price Summary
Below is a complete summary of all pricing options:
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Base house with earthquake protection: $120,000
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Electromagnetic protection: $70,000
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Data protection: $40,000
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Fire safety and escape: $20,000
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Base total with all four protection types (base + electromagnetic + data + fire): $250,000
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Perimeter steel mesh cage (optional): $40,000 – $90,000
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Protection from distant nuclear explosion (optional): $50,000 – $120,000
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Reinforced concrete perimeter wall (optional, new): $15,000 – $30,000
Note: The prices above do not include land leveling, grading, excavation, and soil treatment. These works are borne separately by the client.
With this distribution, the client can choose the level that suits them: either the base earthquake-resistant house only, or gradually add the other protection layers according to priority and budget. The reinforced concrete wall is a cost-effective addition and can be integrated with the steel mesh cage to achieve more comprehensive perimeter defense.
5. Payment Terms
To be agreed upon in a separate contract. The usual payment schedule is as follows:
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40% advance payment upon signing the contract.
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40% upon delivery of materials to the site.
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20% upon completion and acceptance of work.
All payments shall be in U.S. dollars unless otherwise agreed. Payment methods and schedules can be customized based on the client's requirements and selected protection options.
6. Delivery and Construction Schedule
The construction schedule is determined based on site conditions, selected options, and availability of local labor. As a general guide:
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Design and engineering: 4 to 6 weeks.
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Manufacturing of blocks and materials: 6 to 10 weeks.
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Site preparation and foundation: 4 to 6 weeks.
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Structural assembly: 8 to 12 weeks.
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Installation of optional protection layers: 4 to 8 weeks.
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Testing and commissioning: 2 to 4 weeks.
Estimated total schedule: 6 to 12 months from contract signing, depending on scope of work and site-specific factors.
Note: Land leveling, grading, excavation, and soil treatment are not within the scope of this proposal and must be completed before construction begins. Any delay resulting from these works is the client's responsibility.
7. Warranty
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The structural system is warranted for 10 years against defects in materials and workmanship. Electronic and software components carry their own manufacturer warranties. The warranty does not cover damage resulting from misuse, negligence, unauthorized modifications, or events exceeding design specifications, such as direct hits from heavy artillery or nuclear explosions.
8. Exclusions
This proposal does not include:
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Land acquisition or site preparation outside the direct construction area.
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Land leveling, grading, excavation, and soil treatment.
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Permits, licenses, or regulatory approvals.
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Any items not expressly listed in this proposal.
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Maintenance or replacement of consumables (such as filters and paints) after the warranty period.
9. Confidentiality
Both parties agree to maintain the confidentiality of the technical and commercial details of this proposal. No information may be disclosed to third parties without prior written consent, except as required by law.
10. Acceptance
To accept this proposal, please sign and return a copy of this document with the agreed advance payment. Upon receipt, we will begin the design and construction process according to the selected protection options.
With sincere appreciation,
This document is an official proposal and does not constitute a binding contract until signed by both parties.
مقترح رسمي شامل (نموذج)
عرض رسمي شامل
التاريخ: 22 سبتمبر 2026
الموضوع: عرض رسمي لنظام منزل محصن – EHMS + OMEGA SHIELD (مع خيار السياج الخرساني المسلح)
السادة الكرام،
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يسرنا أن نقدم لكم هذا العرض الرسمي الشامل لتصميم وتوريد وبناء منزل عائلي محصن، يعتمد على نظام EHMS (نظام البناء المتشابك الهجين المدمج متعدد الاتجاهات) الحاصل على براءات اختراع أمريكية، وإطار الحماية OMEGA SHIELD. هذا العرض صادر عن مؤيد صبيح داود السامرائي، مؤسس SAMANSIC، وهو موجه للعملاء الذين يبحثون عن حل صمود متعدد الطبقات ضد الكوارث الطبيعية والبشرية.
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المنزل مُكوَّن من ثلاثة طوابق (قبو + طابق أرضي + طابق أول)، بمساحة إجمالية 180 متراً مربعاً (60 متراً مربعاً لكل طابق)، وارتفاع كلي 10 أمتار. يجمع التصميم بين التدابير الإنشائية والكهرومغناطيسية والرقمية والسلامة من الحرائق، مع إضافات اختيارية للدفاع المحيطي والحماية من الانفجار النووي البعيد، وكذلك سياج خرساني مسلح.
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يقدم هذا المستند وصفاً فنياً وتجارياً كاملاً للمنزل الأساسي، وكل طبقة حماية اختيارية، والأسعار، والشروط، والأحكام. وهو مُعد ليكون أساساً لعقد رسمي.
1. خلفية الشركة
SAMANSIC هي شبكة ابتكار عبر الحدود للذكاء الجماعي، أسسها مؤيد صبيح داود السامرائي. تتخصص المنظمة في تقنيات الصمود السيادي، بما في ذلك أنظمة البناء المتقدمة، والتدريع الكهرومغناطيسي، وهندسة سلامة البيانات، وحماية البنية التحتية الاستراتيجية. نظام EHMS محمي بموجب براءتي الاختراع الأمريكيتين US 12,703,973 B2 و US 12,709,890 B2. إطار OMEGA SHIELD يدمج التدريع المادي مع طبقة سلامة البيانات Omega Architecture، مما يوفر نموذج حماية مزدوجاً للبنية التحتية الحيوية والتطبيقات السكنية.
2. سعر المنزل الأساسي (مع الحماية من الزلازل)
السعر: 120,000 دولار أمريكي
يغطي سعر المنزل الأساسي النظام الإنشائي الكامل باستخدام طريقة EHMS للبناء الجاف المتشابك، لمنزل من ثلاثة طوابق (قبو + طابق أرضي + طابق أول) بمساحة إجمالية 180 متراً مربعاً (60 متراً مربعاً لكل طابق) وارتفاع كلي 10 أمتار. يشمل السعر:
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بلوكات EHMS المتشابكة مع زوايا دائرية (6–12 ملم) وحواف مشطوفة (3 درجات).
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بلوكات الزاوية الموحدة، وبلوكات التقاطع، وبلوكات النهاية الممتدة.
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حديد التسليح وكابلات الشد اللاحق لدعم أحمال ثلاثة طوابق.
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التجاويف المجوفة للتسليح والمرافق.
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الحماية الزلزالية الكاملة وفقاً لبراءة الاختراع الأمريكية رقم 12,709,890، والتي تضاعف مقاومة الزلازل تقريباً وتشمل السلوك المطيل وإعادة التمركز الذاتي بعد الزلزال.
يشمل هذا السعر: الأساسات، والأسقف، والتشطيبات، والأعمال الكهربائية والصحية.
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لا يشمل هذا السعر: أي نوع آخر من الخيارات المذكورة أدناه، ولا أعمال تسوية الأرض والتجريف والحفر ومعالجة التربة.
الحماية الزلزالية مدمجة بالكامل في النظام الإنشائي ولا تتطلب أي رسوم إضافية. وقد تم التحقق منها عبر اختبارات طاولة الاهتزاز واسعة النطاق التي أجريت في مختبر Sismolab بجامعة ماريانو غالفز في غواتيمالا في يونيو 2018، باستخدام سجلات زلزال السلفادور (2001) وزلزال كوبي (1995). إن إدخال الزوايا الدائرية والتحسينات الهندسية الأخرى يعالج آليات الفشل التي لوحظت في التصميم الأصلي، مما يضاعف مقاومة الزلازل تقريباً.
3. أنواع الحماية الإضافية (اختيارية)
يمكن إضافة طبقات الحماية الاختيارية التالية إلى المنزل الأساسي. كل طبقة موصوفة بالتفصيل مع سعرها ومواصفاتها الفنية.
3.1 الحماية الكهرومغناطيسية (OMEGA SHIELD)
السعر: 70,000 دولار
يشمل حشو التجاويف الرأسية في البلوكات بخلطة خرسانية موصلة (M2) تحتوي على ألياف فولاذية وكربون وجرافيت، مما يحقق تدريعاً بين 20 و36 ديسيبل مع مقاومة ضغط 66 ميجاباسكال. كما يشمل تطبيق طلاء FRCC المموج على الوجهين الخارجيين (حتى 50 ديسيبل إضافية)، وطلاءات داخلية طبيعية (Formula 1 و Formula 2) لامتصاص الموجات المتبقية، وشحم موصل في المفاصل. النتيجة النهائية هي قفص فاراداي بتدريع 60–80 ديسيبل، مطابق لمعيار MIL-STD-188-125، يحمي الأجهزة الإلكترونية والأجهزة الطبية من النبضات الكهرومغناطيسية والهجمات السيبرانية.
3.2 حماية البيانات والهوية (Omega Architecture)
السعر: 40,000 دولار
يشمل ترخيص برمجيات SIINA-Ω و EGB-AI، وجهاز تخزين منزلي آمن، والربط الأولي بـ 17 عقدة تخزين موزعة عالمياً، وتوليد مفاتيح الواقع الفريدة (Unique Reality Keys) المرتبطة بالحالة الجيوفيزيائية للأرض عبر منصة S-GEEP، وتدريب المستخدم على بروتوكولات التحقق والاستعادة. يحمي هذا النظام الهوية والملكية والسجلات الطبية من الضياع أو التلف بعد أي حدث، ويعيد بناء البيانات التالفة من النسخ النظيفة في دقائق.
3.3 أنظمة السلامة والهروب من الحرائق
السعر: 20,000 دولار
يشمل تحويل الدرج الداخلي إلى نواة محمية بتدعيم إنشائي إضافي وأبواب مقاومة للحريق، وتركيب سلم هروب خارجي قابل للطي لجميع الطوابق، وكاشفات دخان، وطفايات حريق، وإضاءة طوارئ، ولافتات إخلاء مضيئة، ونظام تهوية موجهة (Positive Pressure) لمنع دخول الدخان السام. توفر هذه الأنظمة مخرجين مستقلين للنجاة وتقلل من مخاطر الاختناق أو الاحتجاز.
3.4 قفص حديدي مشبك محيطي (اختياري)
السعر التقديري: 40,000 إلى 90,000 دولار
قفص شبكي فولاذي يحيط بالمبنى من جميع الجوانب على مسافة مترين من الجدران، مع تغطية السقف. صُمم لتفجير الصواريخ والقنابل والطائرات غير المأهولة قبل وصولها إلى الجدران الرئيسية، مما يمتص موجة الانفجار والشظايا. تعتمد التكلفة على قطر الشبك، وارتفاع القفص، ونوع الأساسات، وطريقة التثبيت. لا يوفر حماية مطلقة ضد القذائف الثقيلة أو الصواريخ الموجهة الكبيرة، ويحتاج إلى صيانة دورية وتوصيل أرضي جيد.
3.5 الحماية من الانفجار النووي البعيد (اختياري)
السعر التقديري: 50,000 إلى 120,000 دولار
يشمل تعزيزات إنشائية لتحمل الموجة الصدمية (سماكة خرسانية إضافية، ألياف فولاذية، سقف مقوى)، وتدريعاً إشعاعياً إضافياً باستخدام الخرسانة الكثيفة أو الباريت للوصول إلى عامل حماية (PF) لا يقل عن 40، وأبواباً ونوافذ محصنة ضد الانفجار، ونظام ترشيح هواء مع فلاتر HEPA وكربون نشط، وملجأ داخلي محصن. لا يحمي هذا الخيار من إصابة مباشرة، لكنه يوفر فرصة نجاة من الموجة الصدمية البعيدة، والإشعاع الحراري، والغبار المشع. تعتمد التكلفة على مستوى الحماية المطلوب ودرجة الاستقلالية.
3.6 سياج خرساني مسلح (إضافة اختيارية جديدة)
السعر التقديري: 15,000 إلى 30,000 دولار
سياج خرساني صلب، بسماكة 60 سم وارتفاع 1 متر، يقع على مسافة مترين من هيكل المنزل من جميع الجوانب. يُبنى السياج باستخدام بلوكات خرسانية مسلحة أو بلوكات EHMS، مع أساس صغير لضمان الاستقرار. وظائفه الأساسية:
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العمل كحاجز مادي أول ضد الأسلحة الصغيرة والشظايا والحطام.
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تقليل ضغط الانفجار من التفجيرات القريبة عبر إجبار الموجة على المرور حول السياج وفوقه.
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توفير درجة محدودة من التدريع الإشعاعي للجزء السفلي من المنزل في حال سقوط غبار نووي بعيد.
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تحديد محيط الملكية وخلق مساحة فناء محمية.
لا يوفر السياج حماية ضد المدفعية الثقيلة أو الصواريخ الموجهة الكبيرة أو النيران المباشرة من الدبابات. يتطلب تصريفاً مناسباً وفحصاً دورياً للشقوق أو الحركة. يعتمد نطاق السعر التقديري على تكاليف المواد المحلية وأسعار العمالة وما إذا كان السياج مدمجاً مع القفص الحديدي المشبك أو مبنياً بشكل مستقل.
4. ملخص الأسعار
فيما يلي ملخص كامل لجميع خيارات التسعير:
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المنزل الأساسي مع الحماية من الزلازل: 120,000 دولار
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الحماية الكهرومغناطيسية: 70,000 دولار
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حماية البيانات: 40,000 دولار
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السلامة من الحرائق والهروب: 20,000 دولار
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الإجمالي الأساسي مع جميع أنواع الحماية الأربعة (الأساسي + الكهرومغناطيسية + البيانات + الحرائق): 250,000 دولار
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القفص الحديدي المشبك المحيطي (اختياري): 40,000 – 90,000 دولار
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الحماية من الانفجار النووي البعيد (اختياري): 50,000 – 120,000 دولار
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السياج الخرساني المسلح (اختياري، جديد): 15,000 – 30,000 دولار
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ملاحظة: لا تشمل الأسعار المذكورة أعلاه أعمال تسوية الأرض والتجريف والحفر ومعالجة التربة. هذه الأعمال يتحملها العميل بشكل منفصل.
بهذا التوزيع، يمكن للعميل اختيار المستوى الذي يناسبه: إما المنزل الأساسي المقاوم للزلازل فقط، أو إضافة طبقات الحماية الأخرى تدريجياً حسب الأولوية والميزانية. السياج الخرساني المسلح إضافة فعالة من حيث التكلفة ويمكن دمجه مع القفص الحديدي المشبك لتحقيق دفاع محيطي أكثر شمولاً.
5. شروط الدفع
يتم الاتفاق عليها في عقد منفصل. جدول الدفع المعتاد كالتالي:
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دفعة مقدمة 40% عند توقيع العقد.
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40% عند تسليم المواد إلى الموقع.
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20% عند الانتهاء وقبول العمل.
تكون جميع المدفوعات بالدولار الأمريكي ما لم يتم الاتفاق على خلاف ذلك. يمكن تخصيص طرق الدفع والجداول الزمنية بناءً على متطلبات العميل وخيارات الحماية المختارة.
6. التسليم والجدول الزمني للبناء
يتم تحديد الجدول الزمني للبناء بناءً على ظروف الموقع والخيارات المختارة وتوافر العمالة المحلية. كدليل عام:
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التصميم والهندسة: 4 إلى 6 أسابيع.
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تصنيع البلوكات والمواد: 6 إلى 10 أسابيع.
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تحضير الموقع والأساس: 4 إلى 6 أسابيع.
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التجميع الإنشائي: 8 إلى 12 أسبوعاً.
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تركيب طبقات الحماية الاختيارية: 4 إلى 8 أسابيع.
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الاختبار والتشغيل: 2 إلى 4 أسابيع.
الجدول الزمني الإجمالي المقدر: 6 إلى 12 شهراً من توقيع العقد، حسب نطاق العمل والعوامل الخاصة بالموقع.
ملاحظة: أعمال تسوية الأرض والتجريف والحفر ومعالجة التربة ليست ضمن نطاق هذا العرض، ويجب أن تتم قبل بدء أعمال البناء. أي تأخير ناتج عن هذه الأعمال يقع على مسؤولية العميل.
7. الضمان
النظام الإنشائي مضمون لمدة 10 سنوات ضد عيوب المواد والصناعة. تحمل المكونات الإلكترونية والبرمجية ضمانات الشركة المصنعة الخاصة بها. لا يغطي الضمان الأضرار الناتجة عن سوء الاستخدام أو الإهمال أو التعديلات غير المصرح بها أو الأحداث التي تتجاوز مواصفات التصميم، مثل الإصابات المباشرة من المدفعية الثقيلة أو الانفجارات النووية.
8. الاستثناءات
لا يشمل هذا العرض:
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الاستحواذ على الأرض أو تحضير الموقع خارج منطقة البناء المباشرة.
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أعمال تسوية الأرض والتجريف والحفر ومعالجة التربة.
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التصاريح أو التراخيص أو الموافقات التنظيمية.
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أي بنود لم تُدرج صراحة في هذا العرض.
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صيانة أو استبدال المواد الاستهلاكية (مثل الفلاتر والدهانات) بعد فترة الضمان.
9. السرية
يوافق الطرفان على الحفاظ على سرية التفاصيل الفنية والتجارية لهذا العرض. لا يجوز الكشف عن أي معلومات لأطراف ثالثة دون موافقة كتابية مسبقة، إلا كما يقتضيه القانون.
10. القبول
لقبول هذا العرض، يرجى التوقيع وإعادة نسخة من هذا المستند مع الدفعة المقدمة المتفق عليها. عند الاستلام، سنبدأ عملية التصميم والبناء وفقاً لخيارات الحماية المختارة.
مع خالص التقدير،
