Emergency Response Droids:
Our vision for saving lives
You should invest in us; our droids will save and protect the lives we dear most. The emergency response droids won’t act as replacements for police officers, firefighters, nuclear factory workers, etc. But the droids will serve as the first responders to dangerous situations and aid those who work in hazardous conditions. We represent Boston Dynamics and are highly well-known for being an industry leader in droid production. For over thirty years, Boston Dynamics has been developing these droids. We do not plan to stop growing our droids but keep improving them often. Our first launch, Spot to the public in 2016, sold hundreds of units. In 2013, we started a new project: Atlas; it is far more capable than Spot, which is expected to skyrocket in sales as soon as it hits the market.
Every day people are put into dangerous situations that risk lives. It’s not fair that people must die trying to protect others. That is why we have a vision of using droids from Boston Dynamics to save lives. While at the same time, keeping those who previously risked their lives for others safer than before. Over one million people risk their lives to protect us every day. Whether stopping crime, fires, natural disasters, etc., they deserve to be protected since every life
matters. We quote from credible sources such as government statistics and Boston Dynamic’s website. What we will accomplish is, developing droids that will be used to protect people and keep people from dangerous jobs. We can’t replace the entire protection workforce, which would be too costly and detrimental to the crew. We currently have two models that are being developed for our purpose. Spot, the dog-shaped droid. Alongside Atlas, the humanoid droid. However, we plan to use Atlas for most emergencies.
Our company pushed innovative ideas such as Spot and Atlas to limit human risks and replaced them with these machinery. The spot droid has already been able to limit any possible accidents in radioactive generators. The importance of this matter continues to increase as we as a society move into using more renewable energy sources. Nuclear energy is beneficial and a risk if an emergency happens. Droids such as Spot have lowered potential risks to workers by handling much higher radiation energy levels without systematic failure. Suppose these droids are not implemented in dangerous situations. The death rates of civilians and emergency response workers continue to rise. As our civilization and technology improve, so should our safety measures. Potential obstacles we may face are…
Strengths:
- Increase Workplace Productivity
- Adopted into many Industries
- Better Quality of Life
- Consistency
Weakness:
- Remains InhumanChance to outsmart us
- Governments are slow on the uptake
- Better Capacity
- Maintenance and Cleaning
Opportunities:
- It can be improved, with advanced technology
- Helps the disadvantaged
- Less strain on the employees
- Increased growth in the Industry
Threats:
- Job Stealing
- Losing control is a question
- The total cost
The production cost of the Spot is set to be $25k and Atlas at $50k; prices come at that point due to the cost of material, the complexity of sensors, software, development, testing, shipping, and labor cost. Atlas is a sophisticated humanoid robot with several functions like perception, manipulation, and navigation. The robot can perform intricate motions and duties since it is fitted with cutting-edge sensors, actuators, and control systems. Furthermore, given the requirement to push the limits of engineering, artificial intelligence, and robotics, the research and development expenses associated with developing a robot as sophisticated as Atlas are substantial. To guarantee that the robot fulfills the greatest standards of performance, safety, and dependability, a huge team of highly qualified engineers and scientists work hard throughout the development process. Atlas manufacture also demands precise engineering and the use of premium materials, both of which can increase the cost. The low demand for such sophisticated robots and the specialized industry they serve may also be factored into their high price. Most of the high cost is from materials such as the hydraulics systems used and titanium, with a high strength-to-weight ratio, great corrosion resistance, and outstanding durability. Due to these qualities, it is a desirable material for use in various situations and is suitable for use in severe conditions like outdoor or industrial settings.
Some people see the proliferation of these robots as creepy, dangerous, or unneeded competition in the labor market. Still, the potential benefits, like increased efficiency and safety may outweigh many perceived consequences. Artificial intelligence-equipped droids are here, and it isn’t going anywhere. The possibilities are endless, and this drives experts to keep advancing them. It takes over mundane tasks to free up our time. The biggest threat is the “what
if” of it all. Since technology is constantly tested and advanced, we don’t know the limits. In the right hands, it can increase our quality of life. We just need to keep an eye (and writing) on it.
