Next Generations Products - a Tiny Military Flying Device Houdini 2,0 Case Study

Next Generations Products - a Tiny Military Flying Device Houdini 2,0 Case Study Next Generations Products - a Tiny Military Flying Device Houdini 2,0 â€" Case Study Example > The paper “ Next Generations Products â€" a Tiny Military Flying Device Houdini 2,0 ” is an informative example of a case study on technology. My goal in this paper is to prepare a design brief for a next-generation product designed out of emerging technologies that perform a critical role in military service. The product that has been developed was considered after thorough research in emerging technologies and issues dealing with interaction. I have christened this product as the Houdini 2.0, and in keeping with the legendary magician, it (the product) too has been designed to complete its job accurately in the least amount of time and escape to safe surroundings. In brief, the Houdini 2.0 is a tiny military flying device that dashes into a room to detect chemical or biological agents. There are four technologies that have been used in the making of this device â€" nanotechnology for the nano skin and the super nano battery, flying technology and LCD technology. This paper i s essentially divided into two categories, the first being â€" the usage of the Houdini 2.0, which describes the consumer profile, in this case, the military organization, its various applications and live examples of its usability. The second part of the paper describes in detail the technologies that have been used in the making of the product. Here we look at the core technology that has been used and the supplemental technologies that go into the making of the Houdini 2.0. Together, the two sections will give a fair description of the practical application of emerging technologies such as nanotechnology. Technology has changed the lives of people and in some places ushered in more advanced economies. Every decade has been known for a particular technology or its derivatives. In the 1980s, it was the era of personal computing, with the advent of Apple’ s computers. In the 1990s, it shifted to other technologies such as software systems and the like. The late 90s typified the era of the dotcom that led to the rise and fall of aspects related to this technology. In today’ s 21st century, we now talk about nanotechnology, and its several applications in daily life such as electronics, medicine, and energy production. One such application of nanotechnology in conjunction with other complementary technologies is in military or defense areas. Imagine a scenario in a war, where a soldier is firing weapons that smart enough to be controlled from the command center. One of the primary benefits of this technology is the promise of materials that are stronger, lighter and inexpensive. Litt le wonder that institutions such as Lockheed Martin and the Indian Institute of Technology, Delhi, have collaborated to advance the research in nanotechnology as reported by Siddiqui in Nanotechnology’ s promise for the Global defense industry. The current agreement between the two institutions is for a one-year period and will strive to develop expertise in this domain. The ultimate goal is to research areas such as nano-technology enabled biological sensors, bio-degradable materials, and bio-filters for the detection of pollution. THE DEVICE CONCEPT AND CONTEXTIn the face of the current situation faced by the world in the form of terrorist activities, it becomes increasingly critical to curbing these elements in order to provide a safe and secure environment for citizens. Not a day goes by without terrorist activities damaging life and property. According to Prados and Savranskaya, the US army in its war on terror faced an immense challenge in the hostile environs of Afghanistan, fighting the Taliban.