technology. we were very early investors in palantir and worked with them when they were helping the u.s. counterterrorism mission. if i take a more recent example, i will call out a commercial space company, and what we have been doing in that sector, i will name one that is called capella space. they look at synthetic aperture radar, and this is one of the first startup technologies doing something that is traditionally a government business this technology was developed on behalf of our government partners and it provides visibility into what is going on real-time from a geospatial view of different environments. this is being deployed real-time to look at what is going on in ukraine and provide our government and allies visibility with what is happening on the land. ltgen groen: awesome. mac mchenry, i can't tell you anything -- mac: i just want to thank you for the promotion. i'm not the director of diu, i'm the ic -- icu leader ed yeah you could we accelerate the adoption of commercial tech

guest: i do think this is a technology that's very general-purpose and when the first technologies that really challenges what humans think is unique about humanity which is our intelligence and cognitive ability. here you have the technology software the challenges that. i think that is disruptive and i think you might want to think about how, what we do to preserve humanity in a world where you have technology such as that and there's a remote possibility those other greater risks down the road and we should be thinking about and take some steps to mitigate. if you look at how this is being deployed in a military context there's some very big risks there. that we should be thinking hard about. do we really want to go down that road and if so what controls do we need in place. there are definitely things where i think this poses a threat where people should think about what else can i do to survive. but the full title is a survival guide to our superpowered feature and i do think used correctly this technology can grant a superpowers and really be transformative for science, for health

a part of it deals with the field of new technologies of our information and communication technology , for which level is this book for, this book is for elementary school, second grade, sixth grade, sixth grade, seventh grade, eighth grade. the topics he jumped to. renewable programming in the sixth grade with secret software we will start in the seventh grade. now , the children will learn the basics of coding with the python software . the background will be provided . yes, please explain, sir, yes, and in the seventh grade , it is suitable for the same path that starts, web design , the main problem of computational thinking, how computers work, the various technologies related to them in the field of artificial intelligence, general introductions that students should have this familiarity the general things they should have with the cultural and social dimensions of technology after all, these technologies are now a part of our lives. a basic level is found in these books. there is also a supplementary level that is optional with the efforts of the vice-chancellors of education,

the technology is very advanced. some of our technology has collision avoidance technology where it is all most impossible to crash into anything. you also we have to comply with f a a rules. there is flight patterns we have to be concerned with, but those things thank tuesday the diligence of our team, we have done a lot of research and looked at policies and counties and cities around us. done field trips to other cities, so we believe we have taken the risks into account and policy reflect that. we two unit orders and we believe we have taken that into account. there is always risk with equipment but drones are fairly safe. not unlike a helicopter, if a drone crashes it could cause injury, but you are not investing nearly as much in the equipment. you are talking about few thousand dollars if that as opposed to 7 figures or more for a helicopter and i believe in helicopters, but short that, this technology is really really what we need. >> can you give [indiscernible] deployment. are these officers staged around p

once i do understand that, i love the technologies i would like to create such kind of a technology use to contribute to the human, the human to say. even the brain of systems can be connected to the type of space. this is a rapidly evolving technology. people do not know how it currently works, much less how future systems will work. we don't really have ways yet to make sure that what's being developed is going to be safe. these a i did a google nice human being also the one of the book on the being receives this very small group of people are developing really powerful technologies. we know very little about people's concerns about generative a i y thing out. humanity stem from a fear that if left unchecked a i could potentially develop advanced capabilities and make decisions that are harmful to human. as the world grapples with the implications of this rapidly evolving field. one thing is certain, the impact of ai onto manatee will be profile the, the, the way the new i take, the state can be a nice a fusion between the human side and take a look at the side. this one is the one of

focusing on the security of that technology.nking about the lens of protection on un-elect throat priority -- property, but how we think about defending those models to ensure they are being used properly but informing the u.s. government efforts on how to communicate the risk of the technology, how it is being employed, and understanding and informing how to defend against those threats. i think understanding the security risks, and what we have begun to contribute. if you go to nsa.gov, you can look at reports we have started to produce how to secure long language model. our suggestions on how they can be defended. that is what we want to put out as broadly as we can. that conversation with industry. second, how well the department employees this technology. taking in all of the thoughts we had on ai security, how to use things in an appropriate way, think about civil liberties. those are areas we bring a unique spectrum inside the government that we can apply. and how we leverage the technology and the most effective way for

pay attention to new technologies, well, work books and technology that we have in a special way this update is focused on this topic, and in fact, the new work and technology books that i presented to you, now 3 of our new map books this year, which are in the experimental implementation stage , are work and technology books, specifically focused on this. there are problems, of course i must mention that the teaching of technological issues in my training course cannot be limited to these three book titles. in general, we cannot come up with new book titles for each subject. course even in the first grade of elementary school in the science book or in the book in some farsi books, the fact that technological tools are used, sometimes the learning activities that are given to the children is related to this issue. last year, one of the fields of reforming and improving the textbooks was that we are looking at media literacy. and technological literacy , learning assignments and learning activities , we reviewed a significant percentage of the books of the first year of elementary scho

a part of it deals with the field of new technologies of our information and communication technology, for which level is this book for? this book is for elementary school, second grade, sixth grade, sixth grade , seventh grade, eighth grade, three new experimental executive books of our work and technology, which are completely updated. which is addressed by renewal technologies we start programming in the sixth grade with scratch software. in the seventh grade, now the children learn the basics of coding with the python software . let me take it away so that i can show you the cover. yes, please explain, and in the seventh grade, it is suitable for the same path that starts with web design. the main problem of computational thinking is how computers work, the various technologies related to them in the field of artificial intelligence, the general introductions that students should have, that is, the general familiarization that they should have. having modern technologies with cultural and social dimensions, these technologies are now a part of our lives. a basic level is found in

and i lee others do technology that is reported that we mentioned before to you all the camera technology is 2340r7ks with the drones and in conformance with the less is that camera captures a license plate on a car that committed a crime the officer can put that into the system and that is picked up on the camera not only san francisco but neither bay area but with other technology we've been able to find one or tow people just by could go that that gains that. >> the beauty of this city of edgewater the mission district within a couple of weeks have the technology now and here's i deal scenario if we resolve the issues been for decades those cameras cabaret located this is i mean to have this type of flexibility is a wonderful thing for the city. >> we have had 3. we have 3 so, yeah the third one to be determined. >> right behind you. >> yeah. we will deploy that third one just determine when and wrm when that decision has been made. thank you. >> if i can have mark talk about in other cities we did research in other cities but director ryan is one who's the project leader and standing

but more on that later this technology has been used for a few decades now. but there's also a 2nd option, direct air capture or deck which in comparison a full baby text here, giant fans sucking air and pass it through the filter or through chemicals to traps c o 2 particles, these can be collected and stored underground. so basically it target c o 2 that's already in the atmosphere. so imagine this blue with which you can take the tiny bit of water out of it. best of interest, stop this best from over flowing. we need to develop calvin, remove a solution, top comment experts agree, but capturing carbon directly from smokestacks and removing it from the out just here is essential to help us become climate neutral by 2050. especially because for sectors like cement or steel, there aren't many technological options to reduce emissions. but we're a severely lagging behind. these technologies are only capturing 0 point one percent of our global emissions. and 2030 large scale to see us on the deck, plants are projected to have the capacity to capture this much c

the technology- ahead from the technology and if you lose the technology race | if you lose the technologynology race and give up _ if you lose the technology race and give up on _ if you lose the technology race and give up on that— if you lose the technology race and give up on that then - if you lose the technology race and give up on that then it- and give up on that then it does — and give up on that then it does put _ and give up on that then it does put you _ and give up on that then it does put you back - and give up on that then it does put you back on - and give up on that then it does put you back on a - and give up on that then iti does put you back on a bad setting _ does put you back on a bad setting so _ does put you back on a bad setting so i _ does put you back on a bad setting. so i think- does put you back on a bad setting. so i think they- does put you back on a bad i setting. so i think they were trying — setting. so i think they were trying to— setting. so i think they were trying to recapture - setting. so i think they were trying to recapture that - setting. so i th

advancing security technologies, advancing adversarial threat actors, leveraging those technologies withew clever ways to achieve what they are trying to do and harm america and the world. how do we get ahead of it all? how do we stay ahead? >> you are right and how you characterize it. it is multifaceted. you look at the information environment or the cyber environment. it is the speed and the number of things being thrown our way. i think you start with -- we have the teams we work with to operate the network. i have the intelligence group that does the intelligence, open source intelligence, it is a critical part of what we do. you have to think deliberately about the ecoste

technology ranging from chips to ai to quantum space and nuclear technology as well. but i think there is a lot more in the declaration of the language that how it is actually coming up with the outcomes and results. i think that is the hard part as it was posed in the question. if i may focus a bit on the korean perspective, i think korea should approach differently for different technologies in these partnerships, and i think the category of the technologies we can consider is the defense technology, which korea already has some or much of its competitiveness in and can help building a safe technology supply chain that works with the united states. the second would be the emerging technology which korea requires access to and would also want to participate in the development process with the united states. and i think the third category could be things on green energy technology, possibly working for a bass application, seeking division of labor with the united states. for each categorical technologies, the government could share technological value chain roadmaps,

the current head of accounting at cape technologies, leron pier is also alumni of unit 8200. it seems hard to trust the companies of cape technologies to provide protection for information through their vpns. i'm joined in the studio today by our guest contributor loke. loki is a regular participant on the show and needs very little introduction. he's a celebrated hip-hop artist, a presenter on mint press news and is one of the uk's foremost advocates of the palestinian cause. and joining me down the line today is the co-director of the lobby and watch dog spinwatch and our residents expert david miller. david's a senior research fellow at the center for islam and global affairs, istanbul zame university, and he's widely regarded as the uk's preeminent scholarly critic of israel. welcome to the show. david, uh, to start with you, what exactly is a vpn and and and why do people use them? well, a vpn is a means of uh disguising the source of your internet traffic so it can't be um so easily surveiled, and of course it's used by uh people who want to to disguise the internet tra

the is kuntal technologies. i use that sole source to sinusoid, someone know that the cost is still people to me. i didn't know that of that data to this next to little signal. well, you little, but they've got to know. i mean, because there are you gonna see this one is that the federal kind of dakota them only to us, the duty nice get to know how to detect the very important the humans intentional season that as a, from the brain to the pay. this is the 1st you my wish to move, then the brain genetic to intentional students, these intentional see, and that is to us, to meet it through the spinal cord, more than enough to the most of them to finally, we can how to systems and a few months, always back to yet 20 countries now use these devices as a medical device. this is i think there's definitely great ways a technology is used in edison, for example. there's cancer detection that's possible because of image recognition systems using ai that allows for detection without invasive tests, which is really fantasti

so technology got better and was scaled up. now the owners of carbon capture facilities or not very generous and sharing the information some about how well live projects do or how expensive it is to capture c o 2. david's whistle as an analyst with the institute for energy economics and financial analysis, a global think tech, which happened over time is there is no evidence. the cost of carbon capture has gone down. it's pretty hard to pinpoint what exactly the price of capturing carbon is. the ranges pretty big because it depends on the nature of the project and what the source of emissions is. but it's about 15 to a $120.00 per metric ton that is captured just for reference, a ton of c o 2 is what? one passenger and it's on a flight from new york to paris. so multiply the price by the billions of times we will have to capture for this tech to be effective. one way technology is good, cheaper is to scale them, but that's really hard. well, 60 as plants which have complex designs that need to be customized. that's because the

we do not know what will be the best technology. that is where pull is a good approach because it allows everyone to compete for the reward and you, as a funder, do not have to specify at the beginning i am only going to do a climate fund for this particular technology. you can do it for any carbon removal. that is true in a lot of different climate areas. charles: thanks for introducing a little bit of what nan is up to. thank you for joining us. can you tell us about frontier and accelerating carbon removal? nan: it has over $1 billion to buy permanent carbon removal by 2030. this is grounded in climate science. we know to get to net-zero, we will have to stop emitting in the first place. that is the bulk of what we have to do pray but we also have to capture it out of the air for legacy emissions. the problem with carbon removal is until quite recently it has had this chicken and egg problem where there have been no customers and there have been very few innovators. the problem with carbon removal is there is no natural customer.

communication technologies -- mitigation technologies are a public good twice over. they are a technology but also a technology to deal with the global public bad of greenhouse gas emissions. adaptation technologies are urgently needed in the world's poorest countries by some of the poorest people in those countries. those are the kind of markets where unaided you do not see much innovation. we need a lot of innovation in this space. we are not going to get it with the market alone, so what can we do to fix that problem? rachel, you talked a bit about the difference between pull and push mechanisms this morning. why do you think in the climate finance space pull mechanisms matter? rachel: thanks for the question. the pool climate is particularly neglected. we need a lot of pull and push because the social benefit is much bigger than the private benefit. we need incentives on the push and pull side. precisely because the social benefits are bigger than the private benefit, it is not just a question of generating the innovation. it is a question of getting it to scale

cape technologies owns major vpn providers. express, vpn (intago anti- virus, private internet access, cyberghost and zenmate. cape technologies also seeks to increase the direction of data towards it through the sponsorship of popular shows and podcasts. it has sponsored tucka carlson, lex fridman, angry video game nerd, drew goden, cody co, uncle roger, and of course archzionist ben shapiro, and his platform, the daily wire, which employs jordan peterson. cape technologies, which has headquarters in the city of london, is owned by israeli billionaire teddy sagi. the tycoon who has been jailed for bribery and fraud is worth over $6 billion dollars. sagi has a history of material support for the israeli occupation forces. at a fundraising gala for the israeli military, he stated, it is debt of honor for us and for me personally to express gratitude and appreciation. that all of israel citizens owe to you, not only did sagi donate $3 million for scholarships for israeli soldiers, but he gave a quarter of million to help transpor

we absolutely need science and technology and we need new forms of science and technology to help us manage those risks and care for one another that has be something that we can still embrace. and yet i think public attitudes are turning against science and technology, and we're early signs of that. and you're seeing even businesses become a little bit cynical about the potential of, you know digital transformation to to mean anything other than some vendor sells you a very expensive system that you're stuck with for the next ten years and doesn't actually do anything just cost you more money so i think there is an opportunity to get the tech industry to see look, do you want to be here for the long term like do you want do you want. business cycle to actually keep people excited about what you have to offer? because right now you're burning a lot of goodwill. that's very hard to earn back and. so i do think that message can in the short term, maybe help a bit. but the problem is, is a lot of these companies know this, but they're locked into short term incentives. i was talking wit

things that go hand-in-hand with technology. technology has influence these things.need a deep dialogue. humanities social science, history, whatever, and technology to shape the future. host: one of sebastian's early victories was winning the dartmouth grand challenge, he won a $2 million grand prize. in 2016i had the opportunity to ride in a self-driving car in pittsburgh connected to carnegie mellon university. it felt like i was moving from horse and buggy era to the automated era for the first time. it was a little disconcerting to be in that vehicle. are these ready for prime time? sebastian: dangerous to talk to a person with a memory. 2005 when many listeners were still children we had a race organized by the u.s. government. they have an office called defense research agency which is behind things such as the internet and other inventions. they had prize money for someone who could build a self-driving car effectively from las vegas to los angeles. it was 140 miles. the car had no driver and it was making life or death decisions for six hours. it was an incr

it's quite important for us to develop in these technologies. and the only way to develop them is to actually go build things you don't just do this on theory. david chief leads the climate systems engineering initiative that you chicago. she also found at the director a capture company, carbon engineering, which have since consults, occidental petroleum. that's what these big industrial operations are good at doing . and that's the skill set that you need inside whether a comfortable company or not. you need that kind of industrial engineering skill set to really drive these costs down. occidental petroleum, or oxy for short, is one of several fossil fuel companies investing in direct air capture and the advertising those. and this is where critics worry that this might be history repeating itself. huge emitters hiding behind technology that is still in the works . instead of making significant efforts to cut emissions elsewhere, oxy has big plans with this new tax venture. it wants to play 100 plants by 2035. the company already broke around o

to perceive the achievements of science and technology, new technologies, probably, this is one of thets of sustainability, we will talk here about the sustainability of the industry, but before asking the first question, i want to cite some figures from the study: before the forum of the center for social design of the platform, in partnership with the forum with industrial and energy based on ... expert interviews, they prepared an analytical report on the problems, trends and challenges of the industry, what did we see in it? one of the surveys was about the sustainability of the industry, they asked to rate it on a ten-point scale, where one is the industry in a state of decline and 10 stages of active progress, what did we see? the total score is 5.75, i don’t know if this is good or bad, we will discuss all this now, but it is written that the indicator on the one hand reflects. the most moderate optimism, i like the expression the most moderate optimism, yes in a situation of total external pressure, with another, significantly lower than in more widespread surveys, where stereo

, technology, technology, we have come to this again, they specially arranged this perestroika for usn we would understand that we need to create technology, but we went back, started buying, oleg, wait a second, today, as oleg correctly said, yes, it's time to stop this running around on these, stepping on these mops, we need to do it today really create their own technologies, when the president says a year of quality. it's not a year, it's 5 years, it's 20, it's 100 years, we must create a technological gap with the west and it doesn't depend on it anymore, there's just one but, i don't agree that europe has no way out, there is a way out, that means becoming sovereign independent, which we constantly talk about, this is the first, the second lithuania has a specific way out, to join the union state, this is normal, dollars of aid to support democratic development of creating an open societies, billion spent on the overthrow of the state.

not just combating technology with technology, we see a deep cultural component.hree years ago, we recognized the need to bring our cyber business together. historically we had it siloed across market verticals. dod and intelligence and international. we brought that together in our national cyber platform and organized around our offensive and defensive functions and capabilities to share lessons learned, best practices, adversarial ttps at the rate and speed we needed to. that for us was a game changer. we also invested in a solution center, our dark labs capability, where we look at how to augment human performance to drive mission outcomes. i think we are tracking the talent base is limited. in the amount of data is only increasing. how and where do we invest in a way that augments human performances and accelerator? i would also highlight partnerships. partnerships are key. we cannot build everything in-house. so we have also looked at strategic ventures where we invest in companies like hidden layer. the new container based ai security. as we deploy more ai

we received the status of the name of the technology park in 2008.ave. certificate certificate number one was very difficult, because before that there was nothing, there was no regulatory framework, there were no pioneers before us, the task or need was to link science and production, now we already have 15 small innovative resident companies in the technology park, these are the most diverse areas, instrument making, mechanical engineering yes, road construction technologies, now it is very relevant and developments that most... rumor - this is the development of medical equipment, great potential, great reserve, this is of course, the achievement of the department, design of production of devices, technically solving problems that are needed by doctors, needed by medicine, in traumatology, cardiac surgery and other areas. the times of oil and gas, when this was the main thing, that the resource earth is leaving, the future is in the newest technologies, then... fortunately, that we created a high-tech park in our time, this will first of all bring

technology. to give them the tools they need to fight back and defend themselves. again and again from president zelenskyy of sand and every one of those trips from his military leaders, two soldiers to everyday citizens i've heard this plea to stop the flow of american technology that's enabling russians to maim and kill ukrainians. during my last visit i went from room to room to room to see dozens of russian weapons actually taken from the battlefield. their inner parts, the chips and other electronic parts of those missiles that enabled them to target, to flag, to kill. ukrainian officials also handed me reams of documents which i will enter into theil record my say reams i say several pounds each of these pages has a multiple different examples of the inner stuff of these missiles. you have seen pictures of them, our witnesses have paid the american people deserve to see them as well. this is just a sample, just a sample of what ukraine officials including zelenskyy who is directly aware of

of technology.s easier for us socially to b connect with people around the world. i have a lot of friends around the world. we can all share our prospectives on what thewh security event no matter the part of the world it's happening in. what'se happening in one part of world doesn't stay in that one part of the world. the more we need to make sure we are interconnected to place that information back and forth.h. that's helpful for decision-makers like myself tomy hear the prospectives of my counterparts. i don't mind seeing them in person but a lot of time on an airplane. i can get multiple conversations because of that technology and connect ourself and staff to just really increase the securityty worldwide. >> that's great. i'd like to thank you for the time today. we know that you are incredibly busy and thank you to you and everyone in the i department keeping us safe and protecting us and our allies around the world. it's just an honor and privilege as a fellow south texans andw red raider tha

according to the creators, the unique technology will be able to restore the vision of those who have completely lost it, what this technology is based on, how it works and what neurointerfaces are currently being created in russia. this is in the science question section immediately after the advertisement. sber has raised deposit rates. now the deposit is the best percentage with a record rate of up to 20% per annum. transfer money to sber by phone number without commission. open a deposit in the application. deposit, the best percentage, the most profitable! discover avita moll, a new section of avita, where sellers are real pro, with a good reputation and a rating of 4 and a half. all have delivery return, verified. buy new products in avito mol only from pro, verified sellers on avito. well, how are you, cold, i'm honest to the nose, we'll cope together. but first ibuclin already from the first symptoms two components of ibuclin act in a complex, helping to fight colds. that's it, together we have passed the strength, double strength. and buklin - double strength against colds in

these are the very people who know very well how important it is to achieve technological. sovereignty, this was said today by the prime minister mikhail speaking at the plenary session. despite the challenges that exist at the moment, russian electronics manufacturers are investing serious funds in research and design work, launch new projects across the country. moreover, domestic factories today supply products not only to government customers, but also to private. enterprises, ordinary consumers, today russian laptops, monitors, tablets, and other equipment have begun to appear on store shelves in the display cases of marketplaces, not all of them, of course, have been completely created here from scratch, but they have a significant technological part that is produced in russia. in general, the industry consists of several hundred large companies, thousands of people present, by the way, today here at the forum, this. evidence of the positive changes that have occurred in domestic microelectronics. in the conditions of unprecedented external. pressure, mikhail mishustin emphasized

the first is, of course, overcoming the critical dependence on foreign technologies, for which it is necessary to form our own powerful... branch of electronic engineering, to master, in particular, the production of means of production of electronics for the processes of lithography, etching, crystal growing. it is also necessary to expand the range of produced measuring auxiliary equipment, increase the production of special and high-purity gases for the production of electronic components, ensure independence in terms of the automated design system, software for... a tour of the profile component base, for testing complex solutions that are planned, test sites, laboratories are being made, we will thus be able to work out the characteristics of closed technological chains in our country and then implement and scale them up in our industry. russia has enormous scientific and production potential. i am sure that by combining the efforts of scientists, developers, industrialists, entrepreneurs, we will be able to achieve success in the development of microelectronics, do everything s

is being formed, which in essence and... the whole set of technological solutions provide us with technologicalereignty, that is, this is where they can, so to speak, pinch us, yes, this is where they can blackmail us, it is very difficult to pinch us, so i think that simply caring about the future, about the fact that it is advisable for us to create some production capacities, to be engaged in the production of some kind of science- intensive high-tech products, it is this need that encourages us to engage in the development of corresponding technologies that are critical for us, well, what are these? on top of all this there is also a software and hardware complex that controls all the electronics, electrics of the car, we are still only approaching it, but if these elements are brought to the stage of serial production already with some others, let's say by adding imported ones, then in principle it will be possible will not hesitate to call this car, a domestic electric car, now well, already very... tests, initial tests of the pilot industrial batch for the safety of all elements by the e

if the yields keep moving higher as we've seen as of late then that is negative for technology and technology is rallying on the anticipation we will get 50 basis points from the fed today. if that doesn't occur think i will put this rally in technology at risk. >> there's a part of the mag seven story where those names are performing in isolation of everything else that's happening in our world. because of the commitment to invest in the infrastructure supporting ai. how closely tied to the dutch are the two stories. that in central bank policy? megan: i think central bank policy and those stories around technology are separate things. the infrastructure with technology, the advancement we will see, this is going to evolve over time but the valuations you are seeing on these stocks is linked to the interest rate policy as well as yields. if this policy does not deliver with what we -- these heightened valuations are anticipating then you are going to see some valuation correction in these names. caroline: is that limited to the big caps or more broadly across technology in and of itself? meg