and heart rate, take that one step further and then you have things like sleeping in a hyperbolic chamber prior therapy for muscle recovery, red light therapy for anti aging. and more that have been popularized by silicon valley bros. like jack dorsey and other famous figures. and then on the far end of that spectrum, you have the blurred edges between tech biotech and human. you have things like elan mosques, neuro link, which is a brain implant company with initial goal is to help people with paralysis, to regain independence through the control of computers and mobile devices. while it is said that neuro link is working well in monkeys, he hoped to test it on humans with severe spinal cord injuries like tetra police checks or quadriplegics in the near future. another company thing crohn is also working on similar technology as it plans to place a device called the central road, which is smaller than a match stick into the brain to help paralyze patients control digital devices. the

military is also considering implants for soldiers that may be useful to monitor their health data and even recovering them if they were captured or lost in war. technology now has made it so that 6 completely blind, people have had their vision partially restored via a device that beats camera images directly into the brain using electrodes bypassing the damaged optic nerve. artificial vision is still in its infancy, but so far the results have been very encouraging. another recent example using biotech to enhance our senses is the nitrogen eyedrops which allowed test subjects to see in the dark. these eye drops were made with a chemical found in a deep sea fish and the effects would last for several hours. scientists are even developing a sensitive artificial skin to make prosthetics feel more lifelike. there's already a material that can sense pressure, moisture,

and heat. so it would be used as skin to cover artificial limbs. and advancements in technology and biotech, while rooted out of medical necessity, are now being used by bio hackers in order to optimize their own health, personal fitness, efficiency, and longevity. now to dig some more, we're joined in by dan low, ron author and cybersecurity, expert santana. what is the ultimate purpose of all this? and bio hacking. yes. think that i think there's a, there's a certainly a large group who want to ultimately enhance ah, human capabilities and, and you know, we way back when growing up, we had the 6000000 dollar man. right. and we can make them better. we can make them stronger, we can make them faster. and i remember growing up watching that as a boy. and i think there's a lot of truth in that people. what to say is, are there ways we can enhance, you know, capabilities for the future?

certainly, another thing piece of this is as artificial intelligence becomes more and more widespread in the decades ahead and becomes more and more common around the world using that in a wide variety of applications for humans to be able to perform the best of this more and more talk that you need to have linkages bringing together human and bio interfaces, you know, with, with machines, you know, tip to provide bent the best use of a i the best use of artificial intelligence. and also. busy technology to enhance human function. so i think that's alternately where this is going. i think certainly of jury diseases. this is where it's going to really start to really maybe become more commonplace in society. right now. it's still pretty much a fringe activated for just a small group of people around the world. when you look at the billions of people that live in a worldwide. and do you think this is

a dangerous trend we'll hear of celebrities like jack dorsey, or grimes, doing all sorts of a teens and hacks to obtain what they believe is optimal health and state of mind. but it doesn't actually work, or can it be dangerous? that's what i think it can be dangerous. and i mean, i actually come from cyber security world background, the national security agency and, but it's, i'm security my whole life. and, you know, i think the fears are in many cases, well founded that will, how will that day to be used? how will the information be use? could it be misused by government or others? i'm just in the same way that, you know, maybe data's been misused by some social media companies used to, um, you know, to create situations where people are attracted in the doing things it might be harmful or, you know, could, could this data be to the technology and or our data be misuse and i think that's where the danger comes in. and i think this going to be experimentation is going to

be testing. i don't think it's, it's all or nothing, you know, but i do think people worry about everything from 984, you know, big brother. and then this is more like ok control. so i think reading people over when i posted this kind of tech of my articles, i've got several different articles on this topic and linked in it was like 90 percent or more greater were against it. they said this is not good. it's, i'm never going to put a chip in my body. i'm never going there. so that's why i say initially, i think the adoption is really going to be for medical uses for uses where you can show that, hey, this can really either he or disease or greatly enhance and provide the ability for men and women for people to be able to, you know, overcome disabilities to solve medical problems, and as that becomes more widespread than i think people are going to maybe be more open to, to the wider piece. but yes,

i do think it could be dangerous. i do think it could be misused. and now a lot of little fire hacks, they're not wacked by enough scientific data. and yet you have some people going to extreme lengths like modifying their own genome. so i think this being regulated, not right now. they need to be, i mean i, i totally agree that those are challenges and i think, you know, bleeding edge aspects of this are scare ah, you know, it's, it's, some movies are made up. so i absolutely believe that we're regulation needs to become a needs to be on, you know, scientific evidence needs to be provided there needs to be a reasonable, basically safeguards put in place. and that, you know, that, you know, right now, today is we, you know, on record this, this is, this is, this is really bleeding edge technology. and, and so i think the proof could be, need to come from those who are pushing the envelope in this area. and early can

others that are going to be coming out with new all, you know, new technology to do this in more more areas. and i think a lot of people are going to be skeptical initially. it's going to take time to build trust with society and who has the, who has the control over these. and i think it's gonna take time to really, to build that trust. and wow, a lot on the pile hackers and narrow hackers claim positive boost. spend that affect, how can the nisha it's nearly isn't a placebo effect. i don't think you get the sure. and again, i think i think you have to have, you know, the reasons why they do double blind tests. there's reasons why, you know, you need to be verified over time and over, you know, these exciting methods. so yeah, i don't believe currently as it stands today, where we're at in late 2022. that, that is, you know, that is something that is, that is acceptable currently. so i, i would, i would say, you know,

be careful. and now there are some extreme methods on the border on ethically ambiguous territories, things like young blood transfusions, way transfused, the blood of someone younger and healthier. how do you see this industry evolving? that's a great question. you know, i'm not a doctor. so i'm again, i'm, i'm looking at this mainly from a cybersecurity perspective and from, you know, just the perspective of. busy of professionals in the united states and trends that are happening and the merger of a lot of different fields in science and medicine and technology and, and, you know, i do see more and more, you know, advancements in this area. i think that, you know, people are talking, broadly speaking, that we could have artificial intelligence at the, at the basic human level of, of, of, of a 10 year old or of a teenager. ah, within, within, you know,

15 year. so i've heard dates like 20402038. we could have of that kind of thing. so i certainly think we're going to be seeing more and more of this . i think you're going to see more advancements, you know, but i think you're going to have to, to some forward one step back 11 step forward to step back. just like you know, a few years ago were talking about by 2025. all vehicles will be autonomous, all new vehicles. congress is clear that's not going to be happening. we are going to head autonomous vehicles, but it's going to take maybe a week. we're now saying decades to get there. so i do think that this is going to take time, but i do think that people can be pushing the envelope and we need to have a delicious around that. we need to be thinking clearly about this and it's going to take time to do that. thanks so much, dan lauren, by a time an insight but medical necessity, the side would you pay to receive a chip implant if they offer some other optional medical enhancements plan madi,

most of these advancements and right out of medical necessity. but technology has advanced to offer more things like deep brain stimulation, which started out as a treatment for parkinson's disease. now suggests that a check implant can booster them, right? so when, hey, to push the limits on the human body and hack your, my ology to be more efficient, stronger, faster, better. and how much do these advanced technologies cost to develop? while have more after the re ah, ah, louise to come to the russian state. little narrative. i've stayed on the no sam steven with

anyone else with will ban in the european union. the kremlin media machine, the state aunt, rush up to date and split our tea spoon, mckibbin our video agency, roughly all band on youtube and pinterest. and with this, your so them, you know, i mean there are things that black and white in nature, but the western approach to anything internal, personal, interpersonal, or interstate relationship is one of the black and white realities. there are many,

many shades of both different colors, different states, and other chinese philosophy approach to the issue is, you know, if we are different, we can work together. ah, ah, ah, ah, ah ah, welcome bag. must had initially invested a $100000000.00 of his own money into narrowing the device received an ac d, a breakthrough designation and 2021. and would be robotically stitched on to the brain to ultimately address musculoskeletal

a neurological problems as well as track movement. and stream music must described it as a fit it in your skull. now, neural lank has since raised over $300.00 a $1000000.00 for r and d, as well as to develop its robotics surgeon that would be responsible for implementing the chip. must claims that the entire procedure will be performed by a robot and he expects the surgery to end up costing only a few $1000.00. now, muscle controlled prosthetic limbs were amputees or quadriplegics are also making huge advances. new a i chip technology would allow patients to control robotic body parts using their thoughts by employing machine, learning currently to de prosthetics, on the market, detect shoulder, chest or muscle movement. they have sensors to recognize signals in specific regions of the human body that tell it to move in a certain way. adapting to these muscle driven limbs is not easy for most patients,

and they are unsuitable for physically weak individuals. with a i chips these neuro prosthetic arms moved with the will of the patients minds. it is efficient, easy to use and a lot more intuitive than any commercial prosthetic system available. while the cost of prosthetic vary from limb to limb, a basic muscle control upper limb prosthetic costs about $7000.00. in contrast, and a i power prosthetic could range anywhere from $30000.00 to over a $100000.00. these are definitely luxury items and are priced accordingly because of the expensive a i chips that power the lens. these narrow morphic chips seek to imitate the learning ability and energy efficiency of human brains. and this is proving to be very popular with the prosthetics as a system is capable of stimulating a 100000000 neurons. now to the 1000000 global new amputees yearly,

these new prosthetic systems will help less than the learning curve in adjusting to their new normal. in addition to that, as technology continues to advance these prosthetics also help to supplement healthy individuals with additional lens. think a i power exoskeletons that can help you lift 200 pounds effortlessly. now, while these devices are not yet available commercially to consumers, they are available to certain clinics and cost upwards of $80000.00. while the far end of bio hacking spectrum that includes a i, chips and surgery implants is not yet available into mainstream consumers. the middle ground has now been popularized by celebrities. athletes like tom brady tech rows like bases and dorsey, and many more have popularized things like intermittent fasting kyle therapy for muscle recovery, and boosting metabolism, which costs about $50.00 per 2 minute session. l e. d,

infrared saunas to promote anti aging, which can cost over a $100.00 per hour session. now let's bring in, in con, metal verse expert futurist and author. so are there any complications from the surgery and how big are these chips? what are they made of? and how often do they need to be replaced or updated? so microchips that are used in health care today, especially in brain implants or any other biometric that's insert in the body, the sizes very end of the sizes dramatically reduced from the last few years of the last decade since this reach there. started happening right now. you could have a microchip that's one millimeter long, and you can't even see it really depends on what the microchip is being used for. if you look at some of the new technology such as newer link in case of brain implants, it's no longer a microchip, but it's a very thin sensor that's thinner than a here on the person's head that is inserted in the brains are really,

really depends on what tech, what technology is being used, how information and data is being gathered and collected from that micro chip or that technology. and then where is it going? so there is no one standard one fit for all. and also because this field is very new, there's cutting edge research happening. there aren't many f d, a approvals on this, anything and everything is available out there at a very research level. so we'll see where this technology goes. and now what is the cost to get the surgery and when will insurance cover it? so at this moment, a lot of insurance companies, if not all, may not cover surgeries where you're getting any kind of an implant. now again, there's different types of implants. if i put something on micro chip that has an r f i d meter subcutaneous li, i put it under my skin and i use it, let's say p at starbucks or p at my grocery store. that's a very simple kind of an implant. what the chip is very simple,

there isn't much in there. there's an r f i d sensor in there does encoded to a specific information that you get to program before you embedded in. so a few 100 to a couple of $1000.00 of costs incorporate incurred when you're doing that. when you look at more expensive or more researched kind of technologies that are there, they're not commercially available. you cannot just go and walk into a clinic and say, hey, i need a brain implant, i need a retina implant, i need a hearing implant of some kind. so can i put it on my insurance insurance companies typically typically work with generic general health issues, diabetes or chronic illnesses. arthritis and what have you dental? i benefits and they would not cover any of the surgeries. the reason being they are very expensive. there isn't a straightforward pricing guide that you can open and say, hey, this is how much is gonna cost me to do these implants. i don't anticipate insurance companies to cover these in the near future because the costs of

dramatically high of again, as i said, majority of these implants are not 50 approved. they're not in the general sense of health care out there and not everybody in the population would get them. so i see approvals within health care being of being a long path that needs to be chaste. what does the future these checks look like? do they get bigger or smaller, more powerful? and what else will these chest be capable of doing? has a lot much neuro link evolved to treat diseases like to get the friendly or autism, as he stated that will stimulate the brain and record brain activity. so the future off these chips and this technology is really headed into a, 1st of all the form factor becoming smaller chips are becoming smaller. they're carrying more data carrying more information, this optical fiber technology rather than a wire being put in. so in on that, on, on that side there's, there's definitely dramatic improvements that are happening. if you remember back

in the eighty's or ninety's, we had big giant desktop computers and we all were hooked on to desktops. but now you're apple. i watch or your i phone or your any smartphone is a 1000 times more powerful than those computers we used and those desktops and, and we don't even use desktops anymore. so what is happening with technology is the form factor, which is the shape and the size of technology is decreasing and it's becoming smaller capacities, doubling, quadrupling every single year. and so that is good news when it comes to healthcare, when it comes to chips and microprocessors that would be embedded inside the body of a person. because now you don't have to cut as much. now the body is not going to reject that sensor or that chip as much because if you answered anything into a human body, the human body will reject it. it will form no layers of different all fluids around it. and it will really try to protect itself, and that's the natural protection mechanism behalf of. so that's great news for factors becoming a smaller in the future. also,

we're looking at maybe artificial intelligence working really intelligently and actually working property intelligency, getting more data and you know, correlate all the data collects and try to figure out what is happening within the human body. so let's say we use these micro chips in, in a person who's physically disabled they can on with their arm or neg, or don't have body movement of the chips may be able to read information and, and, and, and provide health care practitioners information about what parts of muscles are not working, which muscles need activation or what is wrong? i'm not a medical doctors. i can't went on that. but when it comes to technology, we're definitely making progress. but a lot more studies need to be done. lot more lab work needs to be done. and hopefully in the next uh, few years we might have, you know, treatments and tours available for conditions that we are unable to treat right now . and what about the neural engineering system design, or any sta, program sponsored by darpa,

that will build the bridge between the brains and computers. has that program achieved its goal to link matter and micro chips? so many different technologies have come and stayed and gone out of the specifically technologies by dar and others. everything is experimental. i mean, if you actually watch some of the new sy fi movies, for example, i, i and mother you watch terminator, you watch any modern sy fy will we, you'll see all the technologies that we're talking about happen. but in a virtual world, in a, in a, in a movie dramatized, or dramatized waste, what is happening on the ground is different. technology by darpa, that you mentioned is still a very early in its early stages. we hear a lot about our technologies being used in espionage and we hear in movies and other news that you know brain to waive sensing technologies are being used or mind reading technologies are used theoretically. yes. many of them are possible and we

don't know what people are working on within their laboratories and in the secret kind of labs. but these technologies are not out here. they're not in a hospital until they're not proven to be working. they're not allowed to work to regulate, it means we don't have access to them. and i hope some of these come through and we are able actually to benefit from them now is very insightful. thank you so much for your time. ultimately, bio hacking is a mindset as much as any specific action or discipline. the mindset of bio hacking is the goal of optimizing a lie in regards to your health performance work using all the tools and technology that we have available to us. the popularity of bio hacking has boomed in the past 10 years with people trying to take their own health in their own hands using technology to track various data points in their lives. there are also things like experiments which is a kick starter program for research projects that lets people crowd fund research

that interests them open. insulin for example, is a project that is trying to make the production of insulin cheap and easy to do at home. and this project spark massive interest and might create a pathway for people to start looking at bio hockey for personalized medicine. the open source gender codes aims to engineer trans genetic tobacco plans to produce cheaper gender hormones for trans people. more and more community lads are giving people the tools and knowledge to design experiments to hack their lives. the history of science is full of stories of doctors and researchers being their own guinea pig to prove whether or not their ideal works socks. try the polio vaccine on himself, not to mention august beer who use the spinal anesthesia on himself before any one else. bio hackers have long been frustrated with the f d sluggishness in green lighting,

all sorts of treatments. it can take up to 10 years for a new drug to be developed and approved in the u. s. for people with serious health conditions. and this is why bio hackers want to empower people to experiment on themselves. however, that's not to say that anyone can do this. there's serious risks and repercussions when experiments go wrong. like when a man injected himself was untested herpes treatment, or when another shared a self created gene therapy for lactose intolerance. mistakes and bio hacking seems to be getting higher and higher and eventually someone is going to end up hurt if they do not have the proper medical or technological knowledge. i'm christy. i thanks for watching and we'll see you back here next time on the cost of everything . ah

ah, since the beginning of its history, the united states of america has officially declared the striving for freedom and people's rights to happiness. however, in reality, having won independence, american colonists headed for the total extermination of the indigenous population of the continent, american indians were deprived of their land. local residents were driven into reservations and given the worst agricultural territories. while the best land was appropriated by white colonizers, the strongest blow to american indian tribes was the extermination of buys of native americans lived by hunting these wild animals,

colonists slaughter the bison, and in fact, made them nearly extinct. every buffalo dead is in india and gone, said colonel richard dodged a veteran of the bloody and vicious indian wars cynically. the indigenous population was simply exterminated us army general phillips sheridan expressed the essence of this policy. in the infamous words, the only good india is a dead indian, the genocide of native americans of north america lead to a demographic catastrophe. the exact number of deaths is still unknown, but the number of victims is in millions. having been the majority on the continent before the indigenous people make up less than 3 percent of the us population today . ah, ah, mobile, a slow issue. but for the mobile one, annual g d,

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