Naval innovation
Naval Innovations
Defense Navy, on the other hand, refers to nations' maritime military wing. Naval ships are those which are used at times of international crises to protect the water boundaries of a nation from getting infiltrated or attacked unduly. The maritime sector, and the naval Defense industry in particular, is a strategic asset worldwide.
MDs is an all-round expert in naval Defence. In order to succeed in a context where the equilibrium is changing, MDs relies on its unique positioning as innovation specialists. It allows MD Consortium, to tailor its reply to each navy's needs in the finest detail of aerial-frigate industries and technologies.
MDs looking to working alongside the navy for over the next 10 years as designer, manufacturer and integrator of surface TSAMA Aerial Frigate and submersible aircraft. TSAMA offers an efficient, and ensures to the navy’s the sovereignty.
The TSAMA are respectively inspired by the multisession frigate and ship subsurface ballistic (SSB) submersible. in addition to the aerial features. … The successful design of the TSAMA demonstrates our ability to manage complex programs in very challenging environments.
MDs naval solution of TSAMA, have proven to be world leaders in functionality, quality and value in terms of features related to the international naval markets.
Managing TSAMAs, it’s the most complex project in the world and can provide efficient and innovative solutions during the cycle of its development. MDs ensures transfer of technology for the navies to enable them to become fully autonomous in terms of naval Defense.
Catch-up Cycle
The innovation of the TSAMA aircraft can provide a framework for knowing the extent of the upcoming successive changes in the manufacture of alternatives to naval warships, including the future submersible vertical crane TSAMA aircraft being an upcoming alternative. The innovation of the TSAMA aircraft with the passage of time will inform those interested about what will happen during the next ten years of changes.
TSAMA Future Series - Modular Submersible VTOL, Future Vertical Lift (FVL), Optionally Piloted Aircraft (OPA). ... TSAMA - (T) Tandem Ducted Propellers, (S) Submersible, (A) Amphibious, (M) Modular Autonomous Units, (A) AI Capability, the project has patents and more than 17 strategic intellectual properties in aircraft series Future TSAMA, innovation done, development started since 2003 and will be ready for service in 2027. ... It should be noted that these are inexpensive aircraft, and it will not take several years to assemble a large number of future TSAMA series aircraft.
A catch-up cycle occurs over time in one sector, and this has happened in the military marine industry. In catch-up cycles, lagging companies and countries are emerging as the new international leaders, while old innovations are losing ground. The old leaders are being deposed by the new ones.
To identify factors at the base of catch-up cycles, this TSAMA aircraft innovation adopts a sectoral system framework and identifies windows of opportunity that may emerge during the long-term development of the industry.
This innovation contains three windows related to specific dimensions of a sectional system. One dimension relates to changes in knowledge and technology. The second dimension relates to changes in demand, and the third dimension involves changes in institutions and public policy.
The combination of the opening of a window (technological, or institutional/policy) and the responses of firms and other components of the sectoral system of the lagging states and the present states determines the changes in the TSAMA industrial leadership and how they can catch up.
AAM innovation
FROM INNOVATIVE IDEAS TO REAL-APPLICATIONS
The Innovation Programme aims to resolve urban air mobility challenges facing cities of the ASEAN Countries via action orientated innovation. We co-create ideas that lead to the proposal of projects in response to our open-call for proposals of cooperations, the demonstration of new solutions in real life, resolve urban mobility challenges, and the creation of commercial value.
The Programme develops partnerships across and beyond the ASEAN Countries and addresses regulatory and behavioral changes needed to improve urban life quality for all citizens.
INNOVATION CHALLENGE AREAS
Over 500+ urban air mobility challenges were identified by cities across the ASEAN Countries. These challenges were reworked into 11 wider “Challenge Areas”. Each year a work programme is developed with a focus on a number of the innovation challenge areas:
• Improving Urban Health Care Via (IAMI) Air Mobility
• Nutritious Via (IAMI) Air Mobility
• Active Mobility
• Intramodal and Intermodal Transportation
• Mobility infrastructure
• Mobility for all
• Pollution reduction
• Sustainable city logistics
• Creating public realm
• Future mobility
• Mobility and energy
urban mobility wants to wake up in the morning and think the future is going to be great - and that’s what being a breakthrough Urban-Aerial-faring civilization is all about. It’s about believing in the future and thinking that the future will be best than the bygone.
Also, the project is focused on lowering 70% of the cost of Urban AirMobility by innovate a cross-technology. … Vertical integration is a strategy that allows IAMI's project to streamline its operations by taking direct ownership of various stages of its production process rather than relying on external contractors or suppliers.
Urban air mobility to Strengthening the capacity of Central Asian countries to develop sustainable urban mobility policy. Shared mobility services are the part of the shared economy, which is based on the idea of rational use of limited resources, which creates an opportunity for a person to afford high-quality goods and services at a reasonable price.
Provides, contribute to a more efficient use of available resources and to achieve a number of UN sustainable development goals. Various forms of shared mobility are increasingly being included in the urban multimodal transport system and impact social and public life of urban residents in the areas of economics, ecology, and safety.
FROM INNOVATIVE IDEAS TO REAL-APPLICATIONS
The Innovation Programme aims to resolve urban air mobility challenges facing cities of the ASEAN Countries via action orientated innovation. We co-create ideas that lead to the proposal of projects in response to our open-call for proposals of cooperations, the demonstration of new solutions in real life, resolve urban mobility challenges, and the creation of commercial value.
The Programme develops partnerships across and beyond the ASEAN Countries and addresses regulatory and behavioral changes needed to improve urban life quality for all citizens.
INNOVATION CHALLENGE AREAS
Over 500+ urban air mobility challenges were identified by cities across the ASEAN Countries. These challenges were reworked into 11 wider “Challenge Areas”. Each year a work programme is developed with a focus on a number of the innovation challenge areas:
• Improving Urban Health Care Via (IAMI) Air Mobility
• Nutritious Via (IAMI) Air Mobility
• Active Mobility
• Intramodal and Intermodal Transportation
• Mobility infrastructure
• Mobility for all
• Pollution reduction
• Sustainable city logistics
• Creating public realm
• Future mobility
• Mobility and energy
urban mobility wants to wake up in the morning and think the future is going to be great - and that’s what being a breakthrough Urban-Aerial-faring civilization is all about. It’s about believing in the future and thinking that the future will be best than the bygone.
Also, the project is focused on lowering 70% of the cost of Urban AirMobility by innovate a cross-technology. … Vertical integration is a strategy that allows IAMI's project to streamline its operations by taking direct ownership of various stages of its production process rather than relying on external contractors or suppliers.
Urban air mobility to Strengthening the capacity of Central Asian countries to develop sustainable urban mobility policy. Shared mobility services are the part of the shared economy, which is based on the idea of rational use of limited resources, which creates an opportunity for a person to afford high-quality goods and services at a reasonable price.
Provides, contribute to a more efficient use of available resources and to achieve a number of UN sustainable development goals. Various forms of shared mobility are increasingly being included in the urban multimodal transport system and impact social and public life of urban residents in the areas of economics, ecology, and safety.
A & D innovation
A & D Innovations:
The aerospace industry encompasses the manufacture of a wide range of aircraft and spacecraft products (including passenger and military aeroplanes, helicopters, and gliders, as well as spacecraft, launch vehicles, satellites, and other space-related items).
Aerospace and defense (A&D) companies build aircraft, ships, spacecraft, weapon systems, and defense equipment. Companies in the aerospace and defense industry are expected to go further digital, with smart factories taking over the supply chain eventually, giving rise to more efficient production along with a faster design-to-delivery process.
The development of the aerospace high-tech industry is closely related to military applications, but more importantly, the tremendous progress humans have made in this industry has had a significant and far-reaching impact on many aspects of the economy and life, driving and changing the face of the world. In the 21st century, the role of aerospace activities will far exceed the field of science, and will have a wider impact on politics, economy, military and human social life, and will continue to create new scientific and technological achievements and huge economic benefits.
New Technology Trends in The Aerospace Industry: According to Advanced Manufacturing, new manufacturing technologies will help the aerospace industry to embrace a brighter future: advanced design technologies, digital assistants, augmented reality (AR) and virtual reality (VR), new manufacturing materials, collaborative robots, and advanced computing capabilities.
A & D Innovations:
The aerospace industry encompasses the manufacture of a wide range of aircraft and spacecraft products (including passenger and military aeroplanes, helicopters, and gliders, as well as spacecraft, launch vehicles, satellites, and other space-related items).
Aerospace and defense (A&D) companies build aircraft, ships, spacecraft, weapon systems, and defense equipment. Companies in the aerospace and defense industry are expected to go further digital, with smart factories taking over the supply chain eventually, giving rise to more efficient production along with a faster design-to-delivery process.
The development of the aerospace high-tech industry is closely related to military applications, but more importantly, the tremendous progress humans have made in this industry has had a significant and far-reaching impact on many aspects of the economy and life, driving and changing the face of the world. In the 21st century, the role of aerospace activities will far exceed the field of science, and will have a wider impact on politics, economy, military and human social life, and will continue to create new scientific and technological achievements and huge economic benefits.
New Technology Trends in The Aerospace Industry: According to Advanced Manufacturing, new manufacturing technologies will help the aerospace industry to embrace a brighter future: advanced design technologies, digital assistants, augmented reality (AR) and virtual reality (VR), new manufacturing materials, collaborative robots, and advanced computing capabilities.
STEM innovation
Why is STEM Innovation Important
While out-of-the-box ideas are great, they don’t count towards STEM and innovation. STEM innovation works differently. You need to have more than just an idea – it needs to translate into value. Here is why STEM and innovation are important – and how they are linked.
With STEM and innovation, things work a little differently. STEM innovation deals with new ideas and methods in the world of STEM. But it has to translate into something that makes a difference: either improves lives, solves a problem, boosts company profitability or improves business performance overall.
It’s not about coming up with an idea. Many labs has the capacity to come up with great ideas and inventions – but fails to transform them into measurable, tangible balue.
STEM and innovation, therefore, work to create new things, but also to take existing products and services, transform or enhance them, and make them better (thereby creating a new form of it).
So in the world of STEM, innovation can only occur (and be measured by) OUTCOMES.
The focus needs to be on innovation and implementation/commercialisation/monetisation, NOT invention. In fact, this is a key problem plaguing Australia today: we lag behind in making innovations profitable.
A research paper or a patent that’s lying on a shelf in a university cannot be considered STEM innovation — it’s an idea that has not been translated into value. (It may be a fantastic idea, but if no one but a chosen few in the academic community see it, it doesn’t count towards STEM and innovation.)
It’s pretty simple: our economy and the world we inhabit is backed by science, technology, engineering, math and medicine (which falls under the purview of science). STEM creates individuals who are critical and analytical thinkers. And when they come up with a great idea, STEM and innovation need to work together to make it a reality.
As the needs of the world change and as we’re faced with new challenges in a post-pandemic world, STEM innovation is becoming increasingly important to find economical, sustainable solutions for the problems we face, whether it’s digital literacy or solving world hunger and creating better food security.
Ideas can only turn into profitable innovation when they are backed by skills. And skills are what MDs offer.
As we move into an increasingly digital world where remote working and hybrid work models are becoming more commonplace, technology is getting more integrated into our daily lives. STEM lies at the core of almost every aspect of how we interact with the world. Science and medicine provide healthcare, agriculture and food solutions, tech powers our working lives and entertainment, engineering helps us build the world we live in and math underscores all of these. STEM, therefore, is extremely important to build a a better future and improve lives.
STEM helps by providing these technologies with people and other tools to power them. STEM and innovation go hand in hand since it STEM subjects steer innovation since it encompasses all aspects of the innovation process, from research to production and distribution.
Why is STEM Innovation Important
While out-of-the-box ideas are great, they don’t count towards STEM and innovation. STEM innovation works differently. You need to have more than just an idea – it needs to translate into value. Here is why STEM and innovation are important – and how they are linked.
With STEM and innovation, things work a little differently. STEM innovation deals with new ideas and methods in the world of STEM. But it has to translate into something that makes a difference: either improves lives, solves a problem, boosts company profitability or improves business performance overall.
It’s not about coming up with an idea. Many labs has the capacity to come up with great ideas and inventions – but fails to transform them into measurable, tangible balue.
STEM and innovation, therefore, work to create new things, but also to take existing products and services, transform or enhance them, and make them better (thereby creating a new form of it).
So in the world of STEM, innovation can only occur (and be measured by) OUTCOMES.
The focus needs to be on innovation and implementation/commercialisation/monetisation, NOT invention. In fact, this is a key problem plaguing Australia today: we lag behind in making innovations profitable.
A research paper or a patent that’s lying on a shelf in a university cannot be considered STEM innovation — it’s an idea that has not been translated into value. (It may be a fantastic idea, but if no one but a chosen few in the academic community see it, it doesn’t count towards STEM and innovation.)
It’s pretty simple: our economy and the world we inhabit is backed by science, technology, engineering, math and medicine (which falls under the purview of science). STEM creates individuals who are critical and analytical thinkers. And when they come up with a great idea, STEM and innovation need to work together to make it a reality.
As the needs of the world change and as we’re faced with new challenges in a post-pandemic world, STEM innovation is becoming increasingly important to find economical, sustainable solutions for the problems we face, whether it’s digital literacy or solving world hunger and creating better food security.
Ideas can only turn into profitable innovation when they are backed by skills. And skills are what MDs offer.
As we move into an increasingly digital world where remote working and hybrid work models are becoming more commonplace, technology is getting more integrated into our daily lives. STEM lies at the core of almost every aspect of how we interact with the world. Science and medicine provide healthcare, agriculture and food solutions, tech powers our working lives and entertainment, engineering helps us build the world we live in and math underscores all of these. STEM, therefore, is extremely important to build a a better future and improve lives.
STEM helps by providing these technologies with people and other tools to power them. STEM and innovation go hand in hand since it STEM subjects steer innovation since it encompasses all aspects of the innovation process, from research to production and distribution.
Embedded Innovation
Embedded Systems, a computer hardware and software combination operate as part of a bigger system. These systems may be programmable or may only perform certain functions. Embedded system is used to build consumer electronics, industrial machinery, aeroplanes, automobiles, medical devices, vending machines, cameras, and agricultural and home appliances. Listed below are the top sector:
• Biomedical Engineering
One of the most important embedded systems, involves designing, and, Manufacturing.
• Embedded Systems
Embedded system design and implement the software of the embedded systems. Include: Review of Design, Integrating code, Validating New Product Designs, Maintaining the Development Cycle of System Software From Design Through Debugging.
• Embedded Softwires
Developing embedded software programs by collaborate with clients and conceive programs based on the specifications of the client's needs.
• Embedded Systems
Embedded systems designing play a crucial role in the design development, testing, production and maintenance of embedded systems. The test system aims to regulate and eliminate potential issues and provide system-level support working with cross-functional teams like mechanical hardware software.
• Firmware Engineering
The firmware engineering creates software used in programmable devices. You need to design and implement algorithms for the firmware, and you are also required to create technical documents which describe the usage of the firmware.
• Hardware Engineering
The hardware engineering is responsible for the electrical design elements of the electrical system, like high-speed digital PCB layouts and thermal management, besides power management, and implement high-performance computing platforms and work with the system architecture mechanical and electrical engineers' firmware to realize the future generation of the autonomous driving system solution.
• Hardware Test Engineering
The hardware test engineering designs, implements, and tests the hardware systems. This role, must use different testing techniques and regularly review and test the hardware. also, recording all the changes made to the hardware and problems related to the same.
• Mobile App Developer
A mobile app developing, writing the software for hardware functionality on different mobile devices.
• Printed Circuit Board Designing
The PCB designing and developing of circuit boards.
Embedded Systems, a computer hardware and software combination operate as part of a bigger system. These systems may be programmable or may only perform certain functions. Embedded system is used to build consumer electronics, industrial machinery, aeroplanes, automobiles, medical devices, vending machines, cameras, and agricultural and home appliances. Listed below are the top sector:
• Biomedical Engineering
One of the most important embedded systems, involves designing, and, Manufacturing.
• Embedded Systems
Embedded system design and implement the software of the embedded systems. Include: Review of Design, Integrating code, Validating New Product Designs, Maintaining the Development Cycle of System Software From Design Through Debugging.
• Embedded Softwires
Developing embedded software programs by collaborate with clients and conceive programs based on the specifications of the client's needs.
• Embedded Systems
Embedded systems designing play a crucial role in the design development, testing, production and maintenance of embedded systems. The test system aims to regulate and eliminate potential issues and provide system-level support working with cross-functional teams like mechanical hardware software.
• Firmware Engineering
The firmware engineering creates software used in programmable devices. You need to design and implement algorithms for the firmware, and you are also required to create technical documents which describe the usage of the firmware.
• Hardware Engineering
The hardware engineering is responsible for the electrical design elements of the electrical system, like high-speed digital PCB layouts and thermal management, besides power management, and implement high-performance computing platforms and work with the system architecture mechanical and electrical engineers' firmware to realize the future generation of the autonomous driving system solution.
• Hardware Test Engineering
The hardware test engineering designs, implements, and tests the hardware systems. This role, must use different testing techniques and regularly review and test the hardware. also, recording all the changes made to the hardware and problems related to the same.
• Mobile App Developer
A mobile app developing, writing the software for hardware functionality on different mobile devices.
• Printed Circuit Board Designing
The PCB designing and developing of circuit boards.
Hexagon Innovation
Muayad S. Dawood Al-Samaraee of (MD-consortium) presents an invention relates to a method for producing a STRUCTURED water containing a healthy amount of a nutritional component, required for body balance and metabolism, and boosting immune. … within a licensing agreement, royalty rates are defined as a percentage of sales or a payment per unit. The many factors that can affect royalty rates include the exclusivity of rights, available alternatives, limitations involved, market demand, and MDs innovation levels of the products in question.
Sources of water from any one of: groundwater, atmospheric, Ice Mountain water, ultrapure water, Wherein the mineral component is contained in a large amount.
The STRUCTURED water containing an amount of the mineral component produced by the method of freezing or structure forming method of producing magnetized STRUCTURED water by earth magnetic field with artificial fine tune magnetic waves, and apply a vortex in a specific direction and degrees based on earth gravity, with fine tune artificial gravity generating to structuring the water, Wherein the mineral component is contained in a large amount.
EMFs influence metabolic processes in the human body and exert various biological effects on cells through a range of mechanisms. EMF disrupts the chemical structures of tissue since a high degree electromagnetic energy absorption can change the electric current in the body. ... We use advanced artificial intelligence solutions with its algorithms through artificial intelligence to assist-generate structured water, within its production site, and optionally before drinking, from the effect of electromagnetic fields caused by communication technologies and other artificial electromagnetic sources.
Building an End-to-End Innovation Process. Delivering innovation results is a key challenge for any business in a competitive market. However, many leaders are not utilizing the full potential of the resources that are available to them, including employees, customers, partners, academia, startups, and more. The most successful companies are the ones that capitalize on all resources, using innovation management software to deploy a worldwide innovation program.
MD’s Innovative products match with major market, scientific, economic, and technological developments for business leaders in pharmaceutical, industrial, and high technology organizations. Market forecasts and industry analysis for biotechnology, advanced materials, pharmaceuticals, food and beverage.
Functional water, which belongs to the non-alcoholic beverage category, is water which offers additional health and other functional benefits. It is enhanced by supplemental ingredients, such as vitamins, minerals, acids, herbs, raw fruits or vegetables. An exception is coconut water, which is entirely extracted from young coconuts.
Intellectual Property and Technology Transfer, supports the life cycle of technology, from inception to market diffusion and commercialization. IP is also a powerful business tool to gain position on the market and exclusivity over a new product or process. This makes it an important instrument to attract partners and potentially obtain return on research investment through development collaboration or licensing deals. Understanding how IP serves technology transfer is the first step towards managing your technology transfer processes effectively.
Technology transfer (TT) is a collaborative process that allows scientific findings, knowledge and intellectual property to flow from creators, such as research institutions, to public and private users. Its goal is to transform inventions and scientific outcomes into new products and services that benefit society. Technology transfer is closely related to knowledge transfer. Read the full list of FAQs on technology transfer.
Functional water, which belongs to the non-alcoholic beverage category, is water which offers additional health and other functional benefits. It is enhanced by supplemental ingredients, such as vitamins, minerals, acids, herbs, raw fruits or vegetables. An exception is coconut water, which is entirely extracted from young coconuts. In 2021, around 455 billion liters of packaged water was consumed worldwide, compared to 223 billion liters of carbonated drinks.
The functional water market is facing a rapid growth in the U.S. This could result from consumer preferences shifting from sugar and carbonated beverages to water. Over the last few years, flavored and functional water became a go-to beverage of choice for many Americans. The sales of enhanced bottled water in the United States amounted to about 4.11 billion U.S. dollars in 2018 and was projected to reach 5.3 billion U.S. dollars by 2022.
Muayad S. Dawood Al-Samaraee of (MD-consortium) presents an invention relates to a method for producing a STRUCTURED water containing a healthy amount of a nutritional component, required for body balance and metabolism, and boosting immune. … within a licensing agreement, royalty rates are defined as a percentage of sales or a payment per unit. The many factors that can affect royalty rates include the exclusivity of rights, available alternatives, limitations involved, market demand, and MDs innovation levels of the products in question.
Sources of water from any one of: groundwater, atmospheric, Ice Mountain water, ultrapure water, Wherein the mineral component is contained in a large amount.
The STRUCTURED water containing an amount of the mineral component produced by the method of freezing or structure forming method of producing magnetized STRUCTURED water by earth magnetic field with artificial fine tune magnetic waves, and apply a vortex in a specific direction and degrees based on earth gravity, with fine tune artificial gravity generating to structuring the water, Wherein the mineral component is contained in a large amount.
EMFs influence metabolic processes in the human body and exert various biological effects on cells through a range of mechanisms. EMF disrupts the chemical structures of tissue since a high degree electromagnetic energy absorption can change the electric current in the body. ... We use advanced artificial intelligence solutions with its algorithms through artificial intelligence to assist-generate structured water, within its production site, and optionally before drinking, from the effect of electromagnetic fields caused by communication technologies and other artificial electromagnetic sources.
Building an End-to-End Innovation Process. Delivering innovation results is a key challenge for any business in a competitive market. However, many leaders are not utilizing the full potential of the resources that are available to them, including employees, customers, partners, academia, startups, and more. The most successful companies are the ones that capitalize on all resources, using innovation management software to deploy a worldwide innovation program.
MD’s Innovative products match with major market, scientific, economic, and technological developments for business leaders in pharmaceutical, industrial, and high technology organizations. Market forecasts and industry analysis for biotechnology, advanced materials, pharmaceuticals, food and beverage.
Functional water, which belongs to the non-alcoholic beverage category, is water which offers additional health and other functional benefits. It is enhanced by supplemental ingredients, such as vitamins, minerals, acids, herbs, raw fruits or vegetables. An exception is coconut water, which is entirely extracted from young coconuts.
Intellectual Property and Technology Transfer, supports the life cycle of technology, from inception to market diffusion and commercialization. IP is also a powerful business tool to gain position on the market and exclusivity over a new product or process. This makes it an important instrument to attract partners and potentially obtain return on research investment through development collaboration or licensing deals. Understanding how IP serves technology transfer is the first step towards managing your technology transfer processes effectively.
Technology transfer (TT) is a collaborative process that allows scientific findings, knowledge and intellectual property to flow from creators, such as research institutions, to public and private users. Its goal is to transform inventions and scientific outcomes into new products and services that benefit society. Technology transfer is closely related to knowledge transfer. Read the full list of FAQs on technology transfer.
Functional water, which belongs to the non-alcoholic beverage category, is water which offers additional health and other functional benefits. It is enhanced by supplemental ingredients, such as vitamins, minerals, acids, herbs, raw fruits or vegetables. An exception is coconut water, which is entirely extracted from young coconuts. In 2021, around 455 billion liters of packaged water was consumed worldwide, compared to 223 billion liters of carbonated drinks.
The functional water market is facing a rapid growth in the U.S. This could result from consumer preferences shifting from sugar and carbonated beverages to water. Over the last few years, flavored and functional water became a go-to beverage of choice for many Americans. The sales of enhanced bottled water in the United States amounted to about 4.11 billion U.S. dollars in 2018 and was projected to reach 5.3 billion U.S. dollars by 2022.
Biotech Innovation
SSMD Biotech Consortium
We provide specific custom solutions with R&D that fully meet the requirements of our customers throughout our global networks
As scientists and entrepreneurs, we have extensive access to innovative ideas in the field of medical products and have extensive global networks of experts for marketing.
We are constantly exploring innovative ideas and technologies from different regions of the world. By contributing our knowledge and experience, we provide research and development, marketing, merchandising, management support and business execution to move valuable ideas more efficiently from the laboratory to the marketplace. We are practical and science-driven. We understand the science behind the products and work out the optimal strategy to meet the needs of our customers.
Biotechnology is the broad area of biology involving living systems and organisms to develop or make products, or "any technological application that uses biological systems, living organisms, or derivatives thereof, to make or modify products or processes for specific use".
SSMD-KMWSH in Biotechnology, experts within the sectors of lifesaving technologies, early recognizing pandemics, biodefense preparedness and personalized medicine, we innovate Mergers and Acquisitions of the enzymes, and produce it, also we conversion of biomass to be a smart-biomass, and we innovative all the Biotechnology products. We are inventors for several pharmaceutical solutions, granted several patents especially on new biological molecules to treat HIV.
One of the industries currently experiencing an explosion of AI technologies is Biotechnology. SSMD-KMWSH Artificial intelligence design bureau has designed some exciting solutions into medicine, Biotechnology, and pharmaceutical sectors. Employing artificial intelligence in drug discovery with a lot of positive results. Artificial intelligence and Biotechnology have contributed to a faster and less invasive method of diagnosis and treating of diseases. In Cancer treatment, can be detected in the early stage when it is still in molecular stages and treatment can occur before it develops to a tumor. There are also increased numbers of diagnostic tests done based on the DNA. Drug discovery is one of the best advances in the use of artificial intelligence in Biotechnology. There are a lot of processes involved in drug discovery, and they include screening, peptides, and several other substances for therapeutic values.
Biotechnology includes modern application of Biotechnology for sustainable processing and production of chemical products, materials, and fuels. Biotechnological processing uses enzymes and microorganisms to produce products that are useful to a broad range of industrial sectors, including chemical and pharmaceutical, human, and animal nutrition, pulp and paper, textiles, energy, materials, and polymers, using renewable raw materials. Use of Biotechnology to substitute existing processes makes many of these industries more efficient and environmentally friendly, contributing to industrial sustainability in various ways.
Biotechnology can produce the same results as the petrochemical industry but using biological catalysts instead. Application of the state of the art of a vast range of scientific disciplines to industrial Biotechnology, namely biochemistry, microbiology, genomics, proteomics, bioinformatics, systems biology, and process engineering is the foundation for leveraging the rapid, specialized, and competitive growth of the sector, based on biocatalysts that enable high productivity, performance, and stability.
SSMD Biotech Consortium
We provide specific custom solutions with R&D that fully meet the requirements of our customers throughout our global networks
As scientists and entrepreneurs, we have extensive access to innovative ideas in the field of medical products and have extensive global networks of experts for marketing.
We are constantly exploring innovative ideas and technologies from different regions of the world. By contributing our knowledge and experience, we provide research and development, marketing, merchandising, management support and business execution to move valuable ideas more efficiently from the laboratory to the marketplace. We are practical and science-driven. We understand the science behind the products and work out the optimal strategy to meet the needs of our customers.
Biotechnology is the broad area of biology involving living systems and organisms to develop or make products, or "any technological application that uses biological systems, living organisms, or derivatives thereof, to make or modify products or processes for specific use".
SSMD-KMWSH in Biotechnology, experts within the sectors of lifesaving technologies, early recognizing pandemics, biodefense preparedness and personalized medicine, we innovate Mergers and Acquisitions of the enzymes, and produce it, also we conversion of biomass to be a smart-biomass, and we innovative all the Biotechnology products. We are inventors for several pharmaceutical solutions, granted several patents especially on new biological molecules to treat HIV.
One of the industries currently experiencing an explosion of AI technologies is Biotechnology. SSMD-KMWSH Artificial intelligence design bureau has designed some exciting solutions into medicine, Biotechnology, and pharmaceutical sectors. Employing artificial intelligence in drug discovery with a lot of positive results. Artificial intelligence and Biotechnology have contributed to a faster and less invasive method of diagnosis and treating of diseases. In Cancer treatment, can be detected in the early stage when it is still in molecular stages and treatment can occur before it develops to a tumor. There are also increased numbers of diagnostic tests done based on the DNA. Drug discovery is one of the best advances in the use of artificial intelligence in Biotechnology. There are a lot of processes involved in drug discovery, and they include screening, peptides, and several other substances for therapeutic values.
Biotechnology includes modern application of Biotechnology for sustainable processing and production of chemical products, materials, and fuels. Biotechnological processing uses enzymes and microorganisms to produce products that are useful to a broad range of industrial sectors, including chemical and pharmaceutical, human, and animal nutrition, pulp and paper, textiles, energy, materials, and polymers, using renewable raw materials. Use of Biotechnology to substitute existing processes makes many of these industries more efficient and environmentally friendly, contributing to industrial sustainability in various ways.
Biotechnology can produce the same results as the petrochemical industry but using biological catalysts instead. Application of the state of the art of a vast range of scientific disciplines to industrial Biotechnology, namely biochemistry, microbiology, genomics, proteomics, bioinformatics, systems biology, and process engineering is the foundation for leveraging the rapid, specialized, and competitive growth of the sector, based on biocatalysts that enable high productivity, performance, and stability.
Agro Innovation
MD-Agro is dedicated to bringing drones, robots, autopilot, artificial intelligence, and Internet-of-things into the world of agricultural production. It creates a smart agriculture ecosystem that leads us into the era of Agriculture 4.0 characterized as automation, precision, and efficiency.
Advancing Agriculture within the ASEAN Countries. We aim to build the infrastructure of agriculture for the next 30 years, that will provide the world with sufficient, diversified, and safe food. within the ASEAN Countries.
MD-Agro Plan is evolving from a technology company towards a Smart Agriculture Ecosystem. The most significant difference between them is not how big the scale but how heavy it shoulders. Global Vision is like a torch we hold meanwhile pursuing our dreams. Even if some of us might start a new career decades after, we’d still be proud of what we once did to improve people’s life.
Crop Spraying Drone market size is estimated to be worth USD 600 million in 2021 and is forecast to a readjusted size of USD 3 billion 2028 with a CAGR of 25% over the analysis period." A detailed examination of the key industry players.
Crop Spraying Drone Market" size is projected to reach Multimillion USD by 2028, In comparison to 2023, at unexpected CAGR during 2023-2028 and generated magnificent revenue. This study provides all the most recent market facts and trends for your business analytics and strategic decision-making. This Crop Spraying Drone Market research report is meant to be helpful to all business owners, investors, and stakeholders in the industry. It provides significant insights into the factors affecting the global Crop Spraying Drone market and the industry's yearly growth.
Crop Spraying Drone market size is estimated to be worth USD 617 million in 2021 and is forecast to a readjusted size of USD 3216.6 million by 2028 with a CAGR of 26.6% over the analysis period.
MD-Agro is dedicated to bringing drones, robots, autopilot, artificial intelligence, and Internet-of-things into the world of agricultural production. It creates a smart agriculture ecosystem that leads us into the era of Agriculture 4.0 characterized as automation, precision, and efficiency.
Advancing Agriculture within the ASEAN Countries. We aim to build the infrastructure of agriculture for the next 30 years, that will provide the world with sufficient, diversified, and safe food. within the ASEAN Countries.
MD-Agro Plan is evolving from a technology company towards a Smart Agriculture Ecosystem. The most significant difference between them is not how big the scale but how heavy it shoulders. Global Vision is like a torch we hold meanwhile pursuing our dreams. Even if some of us might start a new career decades after, we’d still be proud of what we once did to improve people’s life.
Crop Spraying Drone market size is estimated to be worth USD 600 million in 2021 and is forecast to a readjusted size of USD 3 billion 2028 with a CAGR of 25% over the analysis period." A detailed examination of the key industry players.
Crop Spraying Drone Market" size is projected to reach Multimillion USD by 2028, In comparison to 2023, at unexpected CAGR during 2023-2028 and generated magnificent revenue. This study provides all the most recent market facts and trends for your business analytics and strategic decision-making. This Crop Spraying Drone Market research report is meant to be helpful to all business owners, investors, and stakeholders in the industry. It provides significant insights into the factors affecting the global Crop Spraying Drone market and the industry's yearly growth.
Crop Spraying Drone market size is estimated to be worth USD 617 million in 2021 and is forecast to a readjusted size of USD 3216.6 million by 2028 with a CAGR of 26.6% over the analysis period.
Space Innovation
MDs Experimental Spaceplane program (known as XSAMA 11) aims to build and fly the first of an entirely new class of hypersonic aircraft that would bolster national security by providing short-notice, low-cost access to space. The program aims to achieve a capability well out of reach today—launches to low Earth orbit in days, as compared to the months or years of preparation currently needed to get a single satellite on orbit. Success will depend upon significant advances in both technical capabilities and ground operations, but would revolutionize the Nation’s ability to recover from a catastrophic loss of military or commercial satellites, upon which the States today is critically dependent.
MD envisions a fully reusable unmanned vehicle, roughly the size of a small jet, which would take off vertically like a rocket and fly to hypersonic speeds. The vehicle would be launched with no external boosters, powered solely by self-contained cryogenic propellants. Upon reaching a high suborbital altitude, the booster would release an expendable upper stage able to deploy a 2200-pound satellite to polar orbit. The reusable first stage would then return to Earth, landing horizontally like an aircraft, and be prepared for the next flight, potentially within hours. As the next step toward a future of routine, responsive, and low-cost space access, IAMIs has awarded Phases of the program to MD consortium, will led the teams in the program’s initial design phase. Phases are focused on fabrication and flight.
In its pursuit of aircraft-like operability, reliability, and cost-efficiency, IAMI and MDs are planning to conduct a flight test demonstration of Experimental Spaceplane technology, flying 7 times in 7 days, with an additional final flight carrying the upper-stage payload delivery system, during 2029.
If successful, the program would enable a commercial service that could operate at an achievable flight rate and with recurring costs of as little as $3 million or less per launch, including the cost of an expendable upper stage—a small fraction of the cost of launch systems the military currently uses for similarly sized payloads. (Beyond actual cost, commercial price would be determined in part by market forces.)
To achieve these goals, the Experimental Spaceplane’s MD designers plan to take advantage of technologies and support systems that have enhanced the reliability and fast turnaround of multi-role aircraft. For example, easily accessible subsystem components configured as line replaceable units would be used wherever practical to enable quick maintenance and repairs. The Experimental Spaceplane Phases design also intends to increase efficiencies by integrating numerous state-of-the-art technologies.
Other technologies in the Phases design include, the advanced, lightweight composite cryogenic propellant tanks to hold liquid oxygen and liquid hydrogen propellants
Hybrid composite-metallic wings and control surfaces able to withstand the physical stresses of suborbital hypersonic flight and temperatures of more than 2,000 Fehrenhait degree.
The goal of the program is to encourage the broader commercial launch sector to adopt useful Experimental Spaceplane approaches, processes, and technologies that facilitate launch on demand and rapid turnaround important military and commercial needs for the 21st century.
Toward that goal, MDs intends to release selected data from its Phases tests and will provide to all interested commercial entities the relevant specs for potential payloads.
MDs Experimental Spaceplane program (known as XSAMA 11) aims to build and fly the first of an entirely new class of hypersonic aircraft that would bolster national security by providing short-notice, low-cost access to space. The program aims to achieve a capability well out of reach today—launches to low Earth orbit in days, as compared to the months or years of preparation currently needed to get a single satellite on orbit. Success will depend upon significant advances in both technical capabilities and ground operations, but would revolutionize the Nation’s ability to recover from a catastrophic loss of military or commercial satellites, upon which the States today is critically dependent.
MD envisions a fully reusable unmanned vehicle, roughly the size of a small jet, which would take off vertically like a rocket and fly to hypersonic speeds. The vehicle would be launched with no external boosters, powered solely by self-contained cryogenic propellants. Upon reaching a high suborbital altitude, the booster would release an expendable upper stage able to deploy a 2200-pound satellite to polar orbit. The reusable first stage would then return to Earth, landing horizontally like an aircraft, and be prepared for the next flight, potentially within hours. As the next step toward a future of routine, responsive, and low-cost space access, IAMIs has awarded Phases of the program to MD consortium, will led the teams in the program’s initial design phase. Phases are focused on fabrication and flight.
In its pursuit of aircraft-like operability, reliability, and cost-efficiency, IAMI and MDs are planning to conduct a flight test demonstration of Experimental Spaceplane technology, flying 7 times in 7 days, with an additional final flight carrying the upper-stage payload delivery system, during 2029.
If successful, the program would enable a commercial service that could operate at an achievable flight rate and with recurring costs of as little as $3 million or less per launch, including the cost of an expendable upper stage—a small fraction of the cost of launch systems the military currently uses for similarly sized payloads. (Beyond actual cost, commercial price would be determined in part by market forces.)
To achieve these goals, the Experimental Spaceplane’s MD designers plan to take advantage of technologies and support systems that have enhanced the reliability and fast turnaround of multi-role aircraft. For example, easily accessible subsystem components configured as line replaceable units would be used wherever practical to enable quick maintenance and repairs. The Experimental Spaceplane Phases design also intends to increase efficiencies by integrating numerous state-of-the-art technologies.
Other technologies in the Phases design include, the advanced, lightweight composite cryogenic propellant tanks to hold liquid oxygen and liquid hydrogen propellants
Hybrid composite-metallic wings and control surfaces able to withstand the physical stresses of suborbital hypersonic flight and temperatures of more than 2,000 Fehrenhait degree.
The goal of the program is to encourage the broader commercial launch sector to adopt useful Experimental Spaceplane approaches, processes, and technologies that facilitate launch on demand and rapid turnaround important military and commercial needs for the 21st century.
Toward that goal, MDs intends to release selected data from its Phases tests and will provide to all interested commercial entities the relevant specs for potential payloads.
Immune Innovation
Dietary supplements are regulated by the FDA as food, not as drugs. However, many dietary supplements contain ingredients that have strong biological effects which may conflict with a medicine you are taking or a medical condition you may have.
Dietary supplements are products intended to supplement the diet. They are not medicines and are not intended to treat, diagnose, mitigate, prevent, or cure diseases.
Malnutrition or a diet lacking in one or more nutrients can impair the production and activity of immune cells and antibodies. Chronic diseases: Autoimmune and immunodeficiency disorders attack and potentially disable immune cells.
Immune cell function and metabolism are closely linked. Many studies have now clearly demonstrated that alterations in cellular metabolism influence immune cell function and that, conversely, immune cell function determines the cellular metabolic state. Less well understood, however, are the effects of systemic metabolism or whole organism nutritional status on immune cell function and metabolism. Several studies have demonstrated that undernutrition is associated with immunosuppression, which leads to both increased susceptibility to infection and protection against several types of autoimmune disease, whereas overnutrition is associated with low-grade, chronic inflammation that increases the risk of metabolic and cardiovascular disease, promotes autoreactivity, and disrupts protective immunity. Here, we review the effects of nutritional status on immunity and highlight the effects of nutrition on circulating cytokines and immune cell populations in both human studies and mouse models. As T cells are critical members of the immune system, which direct overall immune response, we will focus this review on the influence of systemic nutritional status on T cell metabolism and function. Several cytokines and hormones have been identified which mediate the effects of nutrition on T cell metabolism and function through the expression and action of key regulatory signaling proteins. Understanding how T cells are sensitive to both inadequate and overabundant nutrients may enhance our ability to target immune cell metabolism and alter immunity in both malnutrition and obesity.
If you have been told that your blood work is “normal” keep in mind that this means that your results fall within the average range for a man or a woman your age – this does not compare you to healthier or younger ranges. We will compare your blood results to “healthy” and not merely “normal” ranges.
The right tests for you depends on at least these factors: age and genetics, lifestyle including diet, stress levels and sleep hygiene, past and current health history, results of prior tests (important to put it all together), the types and dosages of nutritional supplements that you may take, your medications and other factors.
Based upon your health history as well as your current health issues and goals, our team will determine which lab tests he feels could make a difference either in your diagnosis or approach to your health problems.
SSMS Team innovated a Novel AI Blood Testing Technology with High Accuracy. MDs Researchers Develop Ultrasensitive Blood Test to Predict. MDs Researchers have used various AI-based techniques such as machine and deep learning models to detect the diseases such as skin, liver, heart, Alzheimer, etc. that need to be diagnosed early.
We can treat all autoimmune disorders through vital nutritional supplements, we have created a real solution to treat the following:
Autoimmune diseases are the result of the immune system accidentally attacking your body instead of protecting it. It's clear for SSMS team, why your immune system does this. There are over 100 known autoimmune diseases. Common ones include lupus, rheumatoid arthritis, Crohn's disease and ulcerative colitis, HIVs, coronaviruses diseases, and more.
We Innovated a biological nutritional supplement that develops the body's immunity against coronavirus infection, and enables the body to recover quickly when infected with SARS-CoV-2 (COVID-19).
SARS-CoV-2 could attack important organs of the immune system, such as the bone marrow, spleen and thymus gland. Excessive levels of cytokines, such as TNF-alpha, could cause cells of the immune system to invoke a self-destruct mechanism (apoptosis).
The ongoing SARS-CoV-2 (COVID-19) pandemic has presented many difficult and unique challenges to the medical community. We describe a case of a middle-aged COVID-19-positive man who presented with pulmonary oedema and acute respiratory failure. He was initially diagnosed with acute respiratory distress syndrome. Later in the hospital course, his pulmonary oedema and respiratory failure worsened as result of severe acute mitral valve regurgitation secondary to direct valvular damage from COVID-19 infection. The patient underwent emergent surgical mitral valve replacement. Pathological evaluation of the damaged valve was confirmed to be secondary to COVID-19 infection. The histopathological findings were consistent with prior cardiopulmonary autopsy sections of patients with COVID-19 described in the literature as well as proposed theories regarding ACE2 receptor activity. This case highlights the potential of SARS-CoV-2 causing direct mitral valve damage resulting in severe mitral valve insufficiency with subsequent pulmonary oedema and respiratory failure.
Alternatively, COVID-19 can spark a cytokine storm, an aggressive immune system response that is meant to kill the virus but can also severely damage healthy heart tissue.” COVID-19, a respiratory virus damages the heart, the virus can enter heart cells, where it causes inflammation. Over time, that inflammation can affect the inner surfaces of veins and arteries and damage blood vessels, potentially creating clots that compromise blood flow. “Heart complications can affect anyone who has had COVID-19, even those who were asymptomatic.
Dietary supplements are regulated by the FDA as food, not as drugs. However, many dietary supplements contain ingredients that have strong biological effects which may conflict with a medicine you are taking or a medical condition you may have.
Dietary supplements are products intended to supplement the diet. They are not medicines and are not intended to treat, diagnose, mitigate, prevent, or cure diseases.
Malnutrition or a diet lacking in one or more nutrients can impair the production and activity of immune cells and antibodies. Chronic diseases: Autoimmune and immunodeficiency disorders attack and potentially disable immune cells.
Immune cell function and metabolism are closely linked. Many studies have now clearly demonstrated that alterations in cellular metabolism influence immune cell function and that, conversely, immune cell function determines the cellular metabolic state. Less well understood, however, are the effects of systemic metabolism or whole organism nutritional status on immune cell function and metabolism. Several studies have demonstrated that undernutrition is associated with immunosuppression, which leads to both increased susceptibility to infection and protection against several types of autoimmune disease, whereas overnutrition is associated with low-grade, chronic inflammation that increases the risk of metabolic and cardiovascular disease, promotes autoreactivity, and disrupts protective immunity. Here, we review the effects of nutritional status on immunity and highlight the effects of nutrition on circulating cytokines and immune cell populations in both human studies and mouse models. As T cells are critical members of the immune system, which direct overall immune response, we will focus this review on the influence of systemic nutritional status on T cell metabolism and function. Several cytokines and hormones have been identified which mediate the effects of nutrition on T cell metabolism and function through the expression and action of key regulatory signaling proteins. Understanding how T cells are sensitive to both inadequate and overabundant nutrients may enhance our ability to target immune cell metabolism and alter immunity in both malnutrition and obesity.
If you have been told that your blood work is “normal” keep in mind that this means that your results fall within the average range for a man or a woman your age – this does not compare you to healthier or younger ranges. We will compare your blood results to “healthy” and not merely “normal” ranges.
The right tests for you depends on at least these factors: age and genetics, lifestyle including diet, stress levels and sleep hygiene, past and current health history, results of prior tests (important to put it all together), the types and dosages of nutritional supplements that you may take, your medications and other factors.
Based upon your health history as well as your current health issues and goals, our team will determine which lab tests he feels could make a difference either in your diagnosis or approach to your health problems.
SSMS Team innovated a Novel AI Blood Testing Technology with High Accuracy. MDs Researchers Develop Ultrasensitive Blood Test to Predict. MDs Researchers have used various AI-based techniques such as machine and deep learning models to detect the diseases such as skin, liver, heart, Alzheimer, etc. that need to be diagnosed early.
We can treat all autoimmune disorders through vital nutritional supplements, we have created a real solution to treat the following:
Autoimmune diseases are the result of the immune system accidentally attacking your body instead of protecting it. It's clear for SSMS team, why your immune system does this. There are over 100 known autoimmune diseases. Common ones include lupus, rheumatoid arthritis, Crohn's disease and ulcerative colitis, HIVs, coronaviruses diseases, and more.
We Innovated a biological nutritional supplement that develops the body's immunity against coronavirus infection, and enables the body to recover quickly when infected with SARS-CoV-2 (COVID-19).
SARS-CoV-2 could attack important organs of the immune system, such as the bone marrow, spleen and thymus gland. Excessive levels of cytokines, such as TNF-alpha, could cause cells of the immune system to invoke a self-destruct mechanism (apoptosis).
The ongoing SARS-CoV-2 (COVID-19) pandemic has presented many difficult and unique challenges to the medical community. We describe a case of a middle-aged COVID-19-positive man who presented with pulmonary oedema and acute respiratory failure. He was initially diagnosed with acute respiratory distress syndrome. Later in the hospital course, his pulmonary oedema and respiratory failure worsened as result of severe acute mitral valve regurgitation secondary to direct valvular damage from COVID-19 infection. The patient underwent emergent surgical mitral valve replacement. Pathological evaluation of the damaged valve was confirmed to be secondary to COVID-19 infection. The histopathological findings were consistent with prior cardiopulmonary autopsy sections of patients with COVID-19 described in the literature as well as proposed theories regarding ACE2 receptor activity. This case highlights the potential of SARS-CoV-2 causing direct mitral valve damage resulting in severe mitral valve insufficiency with subsequent pulmonary oedema and respiratory failure.
Alternatively, COVID-19 can spark a cytokine storm, an aggressive immune system response that is meant to kill the virus but can also severely damage healthy heart tissue.” COVID-19, a respiratory virus damages the heart, the virus can enter heart cells, where it causes inflammation. Over time, that inflammation can affect the inner surfaces of veins and arteries and damage blood vessels, potentially creating clots that compromise blood flow. “Heart complications can affect anyone who has had COVID-19, even those who were asymptomatic.
About Us
MAKE A BETTER WORLD. SAFER. MORE POWERFUL
MDs, FOUNDED BY THE SAMARAEE FAMILY
MDs of Muayad Alsamaraee Family, is proud of its more than 110-year Experience in Naval, Aerospace, Defense, and Security Innovations and Industries. Since 1911, As a Consortium specialist in innovation, it has worked since 1917 to provide excellent innovators and inventions that support a great mission in addition to serving as a strong community partner in Iraq, Jordan, Turkey, Indonesia and Canada.
We believe in building sustainable conditions that make the world a safer place. Our service members live this by voluntarily putting themselves in challenges way. Serving them is at the heart of communities’ common security and they need good chances from all countries. This is why we are building the National Security Innovation Consortium. Our mission is to build networks of innovators who generate new solutions to national security problems worldwide.
While much has changed around the world over decades, our mission to ensure safe and reliable communities remains the same.
We are proud of our heritage and that we are part of Iraqi society. We invite you to look back at our history and look at our future through each decade through the interactive timeline below. Protecting national security is the most important responsibility of governments. It is the foundation of political freedom, economic opportunity and the rule of law, enabling businesses to innovate, create jobs and support the industrial base. In an increasingly digital world, technology and business are evolving in ways that make national security a shared responsibility of government and innovators.
The MD-Consortium experienced several setbacks to our innovation and manufacturing work, in Iraq since (1916, 1933, 1958, 2006-2022) and Jordan (2012-2022), on 2004 we protected the MD-consortium when we transfer our innovative technologies on a global scale, to North America, Europe, and ASEAN Countries.
The mission of the MD-Consortium is to provide senior leaders across countries with independent advice and recommendations on innovative means to meet future challenges through the prism of four focus areas: Novel Innovations, technology transfer Process, practices, and mutual benefits.
The Technology and Innovation Consortium encourages market intelligence participation by entrepreneurs, investors, and other technological innovators and promotes the development and application of technology to address government's most pressing challenges.
The consortium acts as a catalyst, leveraging the knowledge of members of the public and private sectors to stimulate the development of new technology ideas and to identify non-traditional technology applications for rapid, innovative and cost-effective application. We are committed to bringing together defense innovators, Experts, and entrepreneurs to solve national security problems in new ways.
MAKE A BETTER WORLD. SAFER. MORE POWERFUL
MDs, FOUNDED BY THE SAMARAEE FAMILY
MDs of Muayad Alsamaraee Family, is proud of its more than 110-year Experience in Naval, Aerospace, Defense, and Security Innovations and Industries. Since 1911, As a Consortium specialist in innovation, it has worked since 1917 to provide excellent innovators and inventions that support a great mission in addition to serving as a strong community partner in Iraq, Jordan, Turkey, Indonesia and Canada.
We believe in building sustainable conditions that make the world a safer place. Our service members live this by voluntarily putting themselves in challenges way. Serving them is at the heart of communities’ common security and they need good chances from all countries. This is why we are building the National Security Innovation Consortium. Our mission is to build networks of innovators who generate new solutions to national security problems worldwide.
While much has changed around the world over decades, our mission to ensure safe and reliable communities remains the same.
We are proud of our heritage and that we are part of Iraqi society. We invite you to look back at our history and look at our future through each decade through the interactive timeline below. Protecting national security is the most important responsibility of governments. It is the foundation of political freedom, economic opportunity and the rule of law, enabling businesses to innovate, create jobs and support the industrial base. In an increasingly digital world, technology and business are evolving in ways that make national security a shared responsibility of government and innovators.
The MD-Consortium experienced several setbacks to our innovation and manufacturing work, in Iraq since (1916, 1933, 1958, 2006-2022) and Jordan (2012-2022), on 2004 we protected the MD-consortium when we transfer our innovative technologies on a global scale, to North America, Europe, and ASEAN Countries.
The mission of the MD-Consortium is to provide senior leaders across countries with independent advice and recommendations on innovative means to meet future challenges through the prism of four focus areas: Novel Innovations, technology transfer Process, practices, and mutual benefits.
The Technology and Innovation Consortium encourages market intelligence participation by entrepreneurs, investors, and other technological innovators and promotes the development and application of technology to address government's most pressing challenges.
The consortium acts as a catalyst, leveraging the knowledge of members of the public and private sectors to stimulate the development of new technology ideas and to identify non-traditional technology applications for rapid, innovative and cost-effective application. We are committed to bringing together defense innovators, Experts, and entrepreneurs to solve national security problems in new ways.
Innovating with MDs, as your innovation partner, can bring you many benefits, helping you expand your horizons, enter new areas, acquire new technologies and subject matter experts.Technology Transfer Via
Space Innovation
A & D innovation
AAM innovation
Naval innovation
Embedded Innovation
STEM innovation
Hexagon Innovation
Biotech Innovation
Immune Innovation
