Hey everybody, welcome back to the Elon Musk Podcast. This is a show where we discuss the critical Crossroads, The Shape, SpaceX, Tesla X, The Boring Company, and Neuralink, and I'm your host, Will Walden. If you want uninterrupted episodes of the Elon Musk podcast, please go to clubelon.supercast.com to find out how there's a link in the
show notes. So Tesla is intensifying its efforts in artificial intelligence by planning a new $500 million Dojo supercomputer at his Gigafactory in Buffalo, NY. Now, Tesla's broader ambitions here in the AI space show that is moving beyond its core electric vehicle business, and the Dojo supercomputer is key for AI model training, showcasing the crucial role of computing power in AI advancements.
Now the project to build a second Dojo computer is not only a significant step for Tesla, but also benefits its suppliers, notably NVIDIA and Taiwan Superconductor Manufacturing Company, or TSMC, now VIDIA, which provided the GP us for Tesla's. Initial. Dojo Computer is poised to benefit from the sales of thousands more GP US for the new installation, representing A considerable portion of the project's total cost.
And Invidia's involvement in the Dojo project is expected to have a notable impact on its financials. If the $500 million investment in GPUs were to occur in a single quarter, would constitute about 3% of Invidia's revenue based on their third quarter fiscal 2024 earnings. Now this relationship underscores the symbiotic dynamic between Tesla's AI initiatives and Invidia's growth
in the GPU market. Let's move on to TSMC, which the world's foremost computer chip manufacturer also stands to gain from Tesla's expansion into AI computing. TSMC provides chips for both Nvidia's GPUs and also Tesla's vehicles. Benefiting from the heightened demand for AI capabilities, the company anticipates its AI chip revenue to surge with projections of a 50% compound
annual growth rate. Tesla's plans for further Dojiko supercomputers, including Dojo 1.5, Dojo 2 and possibly Dojo 3 Year Dojo 4, show that they're continuously working for high performance computing in AI. Ongoing demand is crucial for both NVIDIA and TSMC, ensuring a steady flow of business from Tesla and potentially other tech firms investing in AI. Now, the importance of suppliers like NVIDIA and TSMC in the AI and computing ecosystem is increasingly evident.
Their contributions to building critical components for supercomputers like Tesla's Dojo, show that there's an interconnected nature of the tech industry and the importance of strong supply networks for technological progress. Now, recent comments from Elon Musk, Tesla CEO, regarding the Dojo supercomputer have led to speculation about the project's progress and Musk's confidence in its success.
And despite previously high expectations, Musk's current statement suggests possible challenges or even reassessments within the project itself. You know, Musk's somewhat confusing remarks on the Dojo project during an investor meeting have raised questions about Tesla's achievements in developing this supercomputer. These comments contrast with Musk's early enthusiastic narratives, hinting at potential obstacles or shifts in the project's trajectory.
Now, Musk's approach to discussing Tesla's projects, including Dojo, show that he has a history of bold visions, excitement, sometimes in advance of concrete results. This strategy has kept Tesla in the spotlight, of course, even as some initiatives face prolonged development and also unforeseen challenges like the $25,000 low budget Tesla
vehicle. Now, the discussion around Tesla's Dojo and Musk's recent statements show that there's been past instances where Musk used hype to garner interest even when projects were in very early stages, like Pre, Pre, Pre, Alpha. And this tactic has been effective in maintaining interest in Tesla's innovations and blowing up the stock, despite the complexities of bringing ambitious projects to fruition.
Also, Tesla's stock performance has been influenced by various factors, including Musk's public actions and ambitious projects like Dojo. And despite these setbacks, there's still investor optimism about Tesla's potential impact on AI and autonomous driving has seen in market reactions to Dojo
related news. Now, the evolving nature around Tesla's Dojo project, from groundbreaking supercomputer to current uncertainties, exemplifies the challenges and complexities of technological innovation and also building an AI model with thousands of GPUs. Now, Tesla invests millions of dollars in AI and supercomputing, and it not only impacts its business, but also shows that there's going to be a relevant AI increase across all industries.
High performance computing is essential for advanced AI applications, and it shows that technology is shifting towards artificial intelligence for everything. For NVIDIA and TSMC, Tesla's Dojo project is indicative of larger industry trends where demand for AI and machine learning drives the need for specialized hardware and chip
manufacturing capabilities. As Tesla pushes forward with its AI and supercomputing efforts, the collaboration with key partners like NVIDIA and TSMC will be critical.
Now, their expertise in GPUs and chip manufacturing, respectively, plays a vital role in realizing complex projects like the Dojo supercomputer in Buffalo, NY and Tesla's expansion into AI. More so than what they've already done with their vehicles in the development of Dojo supercomputers show that Tesla and Elon can work well with other companies, other suppliers to get the job done, and it's an unpredictable nature of cutting edge technology that keeps Dojo
in check. There is complexities and uncertainties that accompany the forefront of the tech innovation and the tech industry. SpaceX is advancing towards the third flight readiness of its Starship, having positioned both the Booster 10 and Ship 28 at the launchpad, signaling preparations for an upcoming wet dress rehearsal, or AWDR. This step is crucial for the company as it aims for Starship
to reach orbital capabilities. Now the process began with Booster 10 being transported to the launch site of February 8th and mounted later that evening. Subsequently, Ship 28 was moved toward the launchpad during the night of February 10th and placed atop Booster 10 in the early hours of February 11th.
Now, despite the delay, SpaceX succeeded in assembling the full stack within a time frame of less than 56 hours, demonstrating that they're very efficient and it's required for the planned increase in Starship launches in the future. Now, modifications were noted on Booster 10 while it was housed in the megabay, particularly at the base of the liquid oxygen tank of the locks tank where new Weld lines were observed, likely for the addition of slosh baffles designed to stabilize
the liquid propellant. Now these changes might be in response to the issues encountered with Booster 9, although SpaceX has not officially commented on the cause of that incident. Now the upcoming schedule
includes 3 Rd. closures from February 12th to February 14th, each from 8:00 AM to 8:00 PM CST, during which SpaceX plans to conduct both a partial and a full wet dress rehearsal with Booster 10 and also ship 28. Now the WDR, a standard procedure in spaceflight involves loading the rocket with propellants and executing a complete launch countdown without actually igniting the engines, followed by a complete
DE tanking of the full vehicle. Now for previous flights, SpaceX has successfully completed wet dress rehearsals, incorporating various upgrades to the tank farm that could potentially reduce propellant loading time significantly, and post wet dress rehearsal. The feature actions for this particular stack remaining uncertain, with some necessary installations and adjustments pending, including the possible reinstallation of stiffener rings for static fire tests of
the Raptor vacuum engines. An unexpected destacking of Ship 28 occurred on February 12th, though due to concerns with the ship clamps necessitating repairs before restacking the ship for the wet dress rehearsal. Tests and enhancements have been made to the orbital launchpad or the OLP in anticipation for Flight 3, including the removal of scaffolding and alignment rigs and the addition of protective shielding to prevent concrete erosion.
Now the FAA. The Federal Aviation Administration has yet to close the MISHAP investigation from OFT to the last flight of Starship, which is a prerequisite for the license modification for Starship's next flight. And looking forward to Flight 3, though, SpaceX is preparing the next booster, Booster 11 and Ship 29 for Flight 4, with indications that Booster 11 May already have its engines installed, poised for a static
fire test, hopefully soon. Now Ship 28 is also in the process of receiving good engines, with recent activities observed at Megaby 2 suggesting that the vehicle is nearing readiness for flight. Now for Flight 5, preparations are under way with Booster 12 and Ship 30, with the former being equipped with engines and the latter being prepped for
eventual assembly and testing. Now, Flight 6 updates include the completion of Booster 13 stacking and the ongoing heat shield work on Ship 31, highlighting the continuous progress in Spacex's Starship program. The progress towards Flight 3's launch readiness, marked by the full stack at the pad, and the planned wet dress rehearsal, show that SpaceX is ready for flight soon, hopefully within
three weeks. As Elon Musk has just said, and with the FA as pending approval and the completion of necessary testing and modifications, SpaceX is steadily progressing towards the imminent launch of flight. Three, SpaceX is poised for a March launch of its Starship rocket, as revealed by company CEO Elon Musk.
And this development comes after a period of intense preparation at Spacex's Texas facility, where the latest rocket booster and ship was recently transported to the launchpad, marking a significant milestone for the upcoming third test flight known as Starship Integrated Test Flight, or IFT 3. Now, recent footage from local media and Spacex's social media channels showcase the Starship Super Heavy rocket booster and its second stage position on the
launchpad undergoing preliminary launch procedures. Following the assembly of the second stage atop the booster, the booster and the rocket were subsequently dismantled to facilitate work on the booster's upper segment near the stage separation ring, which is that innovative feature introduced
following a prior launch mishap. Now the stage separation ring, a novel addition to the Starship design was implemented after the inaugural test flight encountered a critical failure during a separation of the 1st and 2nd stages, culminating in an in flight explosion. Now this incident under score the importance of continuous enhancements in the Raucous design to ensure the success of future missions.
Now, despite the anticipation that followed the 2nd Starship test, flight updates on testing activities at Boca Chica Starbase have been sparse in 2024. However, it is now confirmed the SpaceX plan to conduct in space propellant transfer test later this year in addition to 1/3 and subsequent test flight. Now the succession of the test flight forms the core strategy of Starships program, allowing SpaceX to gather valuable data to refine and improve its rockets for forthcoming missions.
This iterative testing process is crucial for the advancement of the program. Now a resurgent of activity around a resurgence of activity around the Starship project has been noted. Elon Musk providing a new timeline for the third test flight. Initially stated for February, the flight was postponed due to the FA AS disclosure. The SpaceX had yet to submit certain documents from the 2nd test flight indicating a
potential delay. Now, Musk responded to an inquiry from rapper Easy indicated that the next test flight is scheduled to occur in about 3 weeks, confirming that February will not see the starship's third flight attempt. This time might suggest a launch in March, nearly a year after the program's first Test flight. Now the installation of a new water diet system on the launchpad.
Of course, following the initial test flight significantly impacted the testing schedule, resulting in only two flights in 2023. And despite this, Spacex's commitment to a hardware rich program remains unwavering. Speculation about the construction of an additional launch site at Spacex's Texas facilities suggests that future Starship launches could occur more frequently, contingent upon
FAA approval. Now the current regulatory framework allows only one test per authorization, underscoring the FAA's cautious approach to certifying the world's largest rocket flight. Now Elon Musk's recent statement on social media platform X, where he advised waiting for additional tests before boarding, highlights the imminent nature of the third test flight.
This interaction with EZ reflects the long standing rapport between the two public figures and underscores the broader interest in Spacex's endeavors. Now Starship, which is designed to transport humans and cargo to the Moon, Mars and beyond, comprises a super heavy first stage and a 165 foot tall upper stage spacecraft, both powered
by Spacex's Raptor engines. The vehicle's design emphasizes full and rapid reusability, which is a cornerstone of Spacex's vision for the future of space exploration. Now to date, Starship has completed two test flights with the first ending and a controlled detonation due to multiple issues including the failure of stage separation, and the second flight demonstrated improved performance, though it ultimately resulted in the destruction of both stages.
Now, preparation for the Third flight has been ongoing, with recent activities including the rollout and assembly of both Starship stages at the orbital launch mount. However, the FAA's ongoing investigation into the previous launches events leaves the timing the next license uncertain. Musk has hinted at future iterations of Starship, suggesting that the rocket will grow in size by 10 to 15 meters in its third version. This evolution reflects Spacex's ambition to continually enhance
the rocket's capabilities. Recent progress on the third Flight's readiness includes the Full assembly booster. 10. And Ship 28 on a launchpad with upcoming Rd. closures indicating a potential wet dress rehearsal for these components in the coming days. Now this step is crucial for validating the Rockets readiness for flight and the assembly process for Booster 10 in Ship 28 was completed within 56 hours and that shows that SpaceX has inability to maintain a rapid
pace in operations. There's a critical. Factor for increasing the flight cadence of Starship for future launches. To the moon and to Mars. Now modification to the liquid oxygen, the Locks Tank and Booster 10, including the addition of slosh baffles, demonstrates Spacex's responsive approach to addressing issues encountered in previous flights, such as the Booster 9 failure.
And these wet dress rehearsals, both partial and full, will test the rocket and its support systems, including significant changes to the tank farm. These rehearsals are essential for ensuring the rocket systems function as intended for
streamlining the loaded process. Now, despite a temporary destacking of Ship 28 from Booster 10 to address potential clamp issues, the rapid restacking indicates Spacex's efficiency in resolving technical challenges, and this readiness sets the stage for the WDR test campaign and moves the Starship program closer to its next major milestone, IFT 3. the United States has acquired new intelligence concerning Russia's
development. Of a nuclear anti satellite system intended for deployment in outer space. Now this information has been shared with Congress and key international allies, sparking discussions about its political public discourse due to the gravity of these findings. Now, despite the serious nature of this intelligence, it's reported that the system does not currently pose a direct threat to US interests, as remains in the developmental phase and has not been deployed in orbit.
Our detailed briefings were provided to senior members of Congress who, despite acknowledging the seriousness of the intelligence, emphasize that there is no immediate danger to the United States. This sentiment was echoed by three U.S. officials who are Privy to the intelligence, noting that the system's development is ongoing and its operational status has yet to be achieved.
Now the exact process of the technology remains uncertain, with one official highlighting that the threat does not encompass a weapon intended for human targets and the nature of the system, Whether it's a powered by nuclear energy or armed with nuclear capabilities, remains unspecified. Within the intelligence, this ambiguity adds a layer of complexity to the situation, with implications for both International Security and also space policy.
Now the potential for a nuclear anti satellite capability introduces significant concerns regarding the militarization of space and the risks associated with such developments. Now the possibility of Russia deploying an anti satellite weapon in orbit raises significant concerns for US National Security, particularly for the integrity of nuclear
command and control satellites. Hans Christensen, a leading expert in nuclear information, stressed the critical role these satellites play in maintaining seamless oversight of the US nuclear arsenal. The introduction of an anti satellite system in orbit, he argues it would represent a substantial escalation in the threat landscape, potentially undermining the stability of nuclear deterrence mechanisms.
Advancement of space based nuclear capabilities was first brought to public attention by ABC News. This revelation came amid broader discussions on national security and also the militarization of space, highlighting the ongoing concerns regarding the weaponization of the final frontier and its implications
for global security dynamics. Now, the disclosure of this intelligence initiated a flurry of activity in Washington, with Representative Mike Turner, chairman of the House Intelligence Committee, announcing the existence of a serious national security threat. This announcement prominent immediate and widespread attention, leading numerous lawmakers to seek detailed briefings on the matter, reflecting the gravity of the situation and its implications for US and allied security
interests. Now, despite the urgency signal by Turner's announcement, some lawmakers expressed skepticism about the immediate necessity of such an alert. A Democratic member with extensive national security experience questioned the precedent of such a rabid mobilization of congressional attention, suggesting that the intelligence, while significant, may not have warned it's such an immediate and public response now.
Efforts to mitigate the ensuing concern were evident, with House Speaker Representative Mike Johnson assuring the public and lawmakers that the situation was under control. It did not necessitate alarm. This response aimed to temper the initial reaction and emphasize the ongoing efforts to address the intelligence findings within the appropriate governmental and military channels.
Now the intelligence briefing significance was affirmed by Representative Jim Himes, the top Democrat on the Intelligence Committee, who described the information as important but not a cause for panic. The statement sought to balance the acknowledgement of the intelligence's seriousness with a call for measured and informed response, avoiding unnecessary
escalation or alarm. Now National Security Advisor Jake Sullivan expressed surprise at the public disclosure of the intelligence, noting that a briefing for key congressional leaders had already been scheduled. And Sullivan's remarks underscored the delicate balance between transparency and operational security, especially concerning sensitive intelligence that could have
broad strategic implications. And in response to the unfolding situation, Representative Turner called for the declassification of the intelligence to facilitate a broader discussion on the appropriate countermeasures and responses. This call for transparency reflects the tension between the need for public accountability and the imperative to protect sensitive sources and methods integral to national security.
The Senate Intelligence Committees leadership acknowledged the intelligence's significance while highlighting the challenges associated with declassifying such information.
This statement reflects the ongoing debate over transparency and also security, and it shows that there's complexities of handling intelligence that pertains to emerging military capabilities and also threats In the context of the intelligence, disclosure is further complicated by the political dynamic surrounding US support for Ukraine amidst its conflict with Russia. The debate over a substantial aid package for Ukraine intersects with broader
geopolitical tensions, influencing the discourse on national security and the strategic calculus of US foreign policy. Representative Turner's advocacy for continued support for Ukraine contrasts with a broader partisan debate over foreign aid and military assistance, illustrating the intricate connections between domestic politics, international relations, and national security
considerations. The pursuit of anti satellite capabilities by Russia is documented in various defense analysis represents A continued effort to challenge US and allied space assets. Strategy encompasses a range of potential tactics from electronic jamming to kinetic destruction, and it shows that this is a multifaceted nature of modern military competition in outer space.
The development of a nuclear armed or nuclear powered anti satellite system by Russia would contravene international agreements such as the Outer Space Treaty of 1967, which prohibits the deployment of weapons of mass destruction and space. Such a move would have profound implications for international law, space governance and global security, underscoring the importance of adherence to establish norms and also treaties.
Now the USS response to this intelligence as articulated by the National Security Council Spokesman John Kirby shows that the non operational status of the Russian capability and seeks to reassure both domestic and international audience of the absence of an immediate threat. Now, Kirby statements also address the broader implications of Russia's actions for space security. And the necessity?
Of diplomatic engagement. To address the challenges posed by the militarization of space, SpaceX is expanding its reach down at Starbase Texas. And I'm not talking about rockets. I'm talking about something completely different. Talking about a shopping complex and a restaurant near Starbase. It's named Rio West, and the project entails a $15 million investment, according to the Texas Department of Licensing and Regulation filing.
It's a significant shift for Starbase and for SpaceX, as they're getting it to retail, commercial infrastructure, and developments that are adjacent to Starbase. Now. These figures are from the TDLR, the Texas Department of Licensing and Regulation, and they're shifting away from rockets a little bit and getting into infrastructure of commercial developments that are
adjacent to the spaceport. Now, the breakdown of cost for the new development reveals that the restaurant is projected to cost approximately $6.14 million, while the shopping center is estimated at 8.96 million. Now the restaurant which is going to be amazing, it boasts a scenic view of the Rio Grande. It's planned to cover 7680
square feet. The design includes a 3500 square foot area for indoor dining, a substantial 2500 square foot space for kitchen and back of house operations, and a 930 square foot outdoor deck for guests to enjoy the panoramic views of Texas. Now, according to the filing, the purpose of the Rio West is to cater to the local community and stimulate neighborhood development. This aligns with Spacex's broader vision of creating a whole ecosystem around Starbase that benefits the surrounding
community and the area. Now, the accompanying shopping center is set to feature a diverse mix of retail outlets, including a grocery store and a cafe across an 11,200 square foot space. Now the plans also highlight additional enhancements such as landscaped areas and a parking lot designated for staff equipped with 7 parking stalls.
The construction timelines for these projects are quite specific with an expected commencement date of March 15th and a completion target by the end of December. Now this ambitious schedule indicates that SpaceX is committed to rapidly developing the Rio West complex for future space flights from Starbase. Now WRNS Studio, which is a california-based design firm has been selected to lead the architectural efforts for both the restaurant and the shopping
center. The firm is distinguished by its headquarters location and it's recognition by the International Living Futures Institute, having been awarded a huge award. It's called the Just Label for its commitment to various equity
indicators. The development of Rio West comes at a time when Spacex's activities at Starbase are already having a notable impact on local businesses in the Rio Grande Valley. Establishments in South Padre Island, Port Isabel and also Brownsville have experienced increased patronage due to space tourism, despite its inherent
unpredictability. Basically, if a launch is scheduled for, let's say a Monday, you may be there until Friday because the launch might slip a little bit or you might be there a couple weeks depending on what happens with the hardware. Now one, for instance is the Grapevine Cafe in South Padre Island, and they see unusual surges in customers during Space XS Starship launch events. Now the cafe typically quieter during the fall and winter months. I've been there and it is very
quiet. There's a few people in there, but now during these launches, it's filled to capacity, which illustrates the draw of Starbase and also the space launches. Thousands of people will flood the area to see this gigantic rocket fly. Now the influx of space enthusiasts to the area, drawn by the spectacle of SpaceX launches, has also provided a welcome economic boost.
Local businesses report a significant uptick in revenue attributed directly to the events at Starbase, which has become a key attraction to the area. It's a tourism area now, and beyond the immediate economic benefits, the presence of SpaceX in the region is fostering a greater interest in space and technology among the local population. Educational and professional aspirations in fields related to aerospace are becoming more prevalent, suggesting a long term positive effect on the
community's development. Now, despite these advancements, though, Cameron County, where Starbase is located, still faces challenges. With a significant portion of its population living below the poverty line, Spacex's contributions to the local economy are sustainable, but have yet to fully address the broader socio and economic
issues. The economic impact of SpaceX extends beyond direct employment and local spending, though the company's investment in the area, particularly the Starbase area, amounts to billions of dollars, underscoring its role as a major economic driver for the region. The influence of SpaceX and its activities is also evident in traditional sectors such as fishing, nearby Port Isabel, local businesses including bait and tackle shops.
You've seen changes in customer demographics and sales patterns due to Starbase Now the integration of Spacex's launch activities, however, with the local environment and traditional industries has raised concerns. The environmental and ecological impacts of frequent launches are still being assessed, with potential implications for the area's wildlife and fisheries now also something interesting.
The anticipation and aftermath of SpaceX launches have become community events in themselves, affecting not just businesses but also local culture and daily life. In Brownsville and the Rio Grande Valley, residents and visitors alike are drawn to the spectacle, blending traditional pastimes like fishing with the excitement of space exploration.
And also, a lot of people go to gather the remnants of a launch, the things that fell off a Starship or things that were blown up during the launch, such as during the IFT One launch, there were concrete scraps. You could find them on eBay. People were selling them for absurd amounts of money.
Now in Brownsville though, the influence of SpaceX has even permeated the local craft brewing scene, with establishments like Pluton Brewing Company experiencing increased patronage during launch events. The brewery's name and theme, while not directly related to SpaceX, resonates with the space fueled enthusiasm pervading the community of Space Flight enjoyers.
Now SpaceX is 4/8 into commercial development with the Rio West project is part of a broader trend for the company's deepening impact on the Rio Grande Valley. Through initiatives like Rio West and its ongoing spaceport operations, SpaceX is not only advancing Space Flight ambitions, but also contributing to the economic and the cultural fabric of Brownsville and S proudly Island and also near Starbase. Hey, thank you so much for listening today. I really do appreciate your
support. If you could take a second and hit the subscribe or the follow button on whatever podcast platform that you're listening on right now, I greatly appreciate it. It helps out the show tremendously and you'll never miss an episode. Open AI recently unveiled a new AI technology named Sora, designed to create text to photorealistic videos, marking a significant advancement in generative AI capabilities.
Now this technology can simulate various scenarios, from serene landscapes to dynamic urban scenes, demonstrating A sophisticated understanding of three-dimensional environments. Now Sora operates as a world simulator, indicating its ability to not only generate visually compelling scenes, but also to understand and replicate the complexities of the physical
world. This development suggests potential applications far beyond simple video generation, including simulations for education, design, and entertainment purposes. Now, the foundation of Sora lies in the diffusion transformer model, a type of AI previously used for generating high resolution images, and this model learns by introducing and then removing noise from images, a process that has been adapted to work with video content in
Sora's development. Now, to enhance Sora's capabilities, Open AI trained the model using a vast array of captioned videos. This training approach has enabled Sora to establish connections between textual inputs and corresponding video outputs, allowing it to generate new video content or modify existing footage based on textual prompts. Now, among Sora's notable features is its ability to produce footage with dynamic camera movements, including panning, tracking, and zooming.
And these movements demonstrate the model's intricate understanding of three-dimensional space in its ability to simulate realistic camera operations. And despite its impressive capabilities, Sora is not without limitations. Though. One significant challenge is the models incomplete grasp of cause and effect, evident in scenarios where actions do not result in expected physical changes, such as a cookie not showing a bite
mark after being eaten and open. AI has acknowledged these limitations and is proceeding cautiously with the development of Sora. Now the company is engaging with the Red Teamers to identify and mitigate potential risks and the harms associated with the technology's misuse. And the potential for Sora to be used in creating disinformation is a huge concern that Open AI and experts in the field are
actively addressing. The technology's ability to generate convincing video content could make it challenging to discern real from AI generated media, raising ethical and societal questions. Open AI's approach to managing Sora's rollout shows that it's cautious and there's a responsible stance towards the development and application of
advanced AI technologies. Now, by collaborating with external researchers and academics, Open AI aims to explore the technology's potential while safeguarding against misuse. The development of Sora is part of a broader trend in AI research focused on generative models capable of creating realistic text, images, sounds, and now videos. And these models learn from vast data sets, analyzing patterns and structures to produce new content that mimics the real world.
Now, Open AI's decision to watermark videos generated by Sora is an attempt to ensure transparency and mitigate the risks of misinformation. However, the effectiveness of such measures is contingent upon the ability to detect and prevent the removal of these watermarks. The technology's reliance on extensive video data sets for training raises questions about copyright and data usage.
Open AI has been reticent about the specifics of its data sources, likely due to competitive concerns and legal challenges related to copyright infringement. And the name Sora, inspired by the Japanese word for Sky, symbolizes the vast creative potential that Open AI envisions for this tech. The choice reflects the company's aspirations for Sora to serve as a limitless platform
for innovation and creativity. Now, Sora's emergence of a sophisticated video generation tool exemplifies the rapid progress in AI capabilities. This advancement has implications for various industries, including entertainment, education, and content creation, potentially transforming traditional practices and workflows. Now, the interest in Sora and similar technologies among tech giants and startups shows the competitive landscape of AI
research and development. Right now, companies are in a race to refine and commercialize these technologies, with potential impacts on multiple sectors of the economy. The ethical and societal implications of AI technology, like Sora, is the subject of ongoing debate among researchers, policy makers, and also industry leaders in the balance between harnessing the benefits of AI and safeguarding against its risks is a central challenge in the field.
Now, as AEI technologies continue to evolve, the need for robust regulatory frameworks and ethical guidelines becomes increasingly apparent. These measures are essential to ensure the advancements like Sora contribute positively to society while minimizing potential harms. Now, Sora represents a huge leap forward in AI driven video generation, offering just a little glimpse into future possibilities for digital media creation.
And while its capabilities are quite impressive right now, the careful management of its deployment and the consideration of ethical implications are crucial to harnessing its potential responsibility. So RED has entered into an agreement with an undisclosed artificial intelligence firm to utilize its vast repository of user generated content for AI model training, coinciding with its preparation for an imminent initial public offering or an IPO.
This strategic move, valued at approximately $60 million annually, is poised to augment the social media giant's revenue streams and potentially enhance its market valuation as it approaches the public market. Now. The transaction disclosed to potential investors in anticipation of Reddit's IPO, might establish A precedent for future collaborations between Reddit and other AI enterprises.
Such partnerships are increasingly becoming vital as tech companies seek legitimate avenues for acquiring data to train sophisticated AI models, marking a shift from previous practices where data was often used without formal agreements. Now, Reddit's decision to monetize its content through licensing agreements with AI companies shows a broader trend
in the tech industry, though. Notably, Open AI has entered into similar arrangements, securing assessment to content from major publishers like Axel, Springer, and The Associated Press to improve the accuracy and relevance of its AI outputs. Now, Steve Huffman, Reddit CEO, has previously articulated plans to capitalize on the platform's extensive content archives
dating back nearly two decades. And by offering access to AI firms now, this strategy not only opens new revenue channels, but also leverages Reddit's unique position as a repository of diverse human generated content. The significance of such deals extends beyond immediate financial gains. They represent a critical pivot in how AI models are trained, ensuring that the data used is sourced responsibly and with proper authorization.
This approach mitigates legal risks and sets a new standard for the ethical development of AI technologies. Now financially, Reddit has demonstrated robust growth, with revenues surpassing $800 million in the preceding year, marking a 20% increase from 2022. This upward trajectory underscores the platform's strong business fundamentals and is appeal to potential investors.
The AI licensing deal could be a key factor in enhancing Reddit's attractiveness to investors, especially those keen on the burgeoning AI sector. And with the AI potentially valuing the company at $5 billion, the agreement could play a pivotal role in achieving a successful market debut. The evolving landscape of AI training necessitates vast amounts of data, though, prompting companies to forge partnerships with content providers.
These alliances not only provide AI firms with the necessary data to refine their models, but also offer content creators new monetization opportunities. Reddit's willingness to engage in such deals highlights its proactive stance in navigating the complex interplay between content ownership and AI development. And by setting terms that respect copyright data usage, Reddit positions itself as a forward thinking player in the dynamic field now.
The negotiations and eventual ceiling of this deal signal a maturing understanding within the tech industry of the value inherent in user generated content.
And as AI technologies continue to advance, the demand for diverse and authentic data sets is expected to rise further, emphasizing the importance of such agreements Now the anonymity and the anonymity of the AI company involved in the deal with Reddit as an element of speculation about potential collaborations and their implications for the AI and social media sectors. It also reflects the competitive and other times confidential nature of business dealings in
the tech industry. Now, Reddit's history of leveraging its platform for AI research and development, even prior to formal licensing agreements, highlights the intrinsic value of its content for training sophisticated AI models. They have billions of lines of data to sort through, and this background sets the stage for the current deal in future partnerships. Now, The strategic timing of this licensing agreement ahead of Reddit's anticipated IPO illustrates the company's
multifaceted approach to growth. And by aligning its interest with the AI industry, Reddit not only diversifies its revenue streams, but also enhances its proposition to investors. The involvement of leading financial institutions and preparing for Redis IPO such as Morgan Stanley and Goldman Sachs indicates the high stakes and significant interest in the
company's market entry. These partnerships under score the critical role of strategic financial planning and expert guidance in navigating the complexities of going public. Now, Redis journey towards monetization of its platform through AI licensing reflects A broader shift in the digital economy towards recognizing and compensating the value of
content. As the digital and AI landscapes continue to intersect, such collaborations will likely become more commonplace, reshaping the economics of content creation and distribution. The potential impact of Reddit's AI licensing agreement on its upcoming IPO cannot be overstated though. By tapping into the growth demand for AI ready data, Reddit not only stands to enhance its financial performance, but also positions itself as a key player in social media and AI.
Now with the a ideal still subject to finalization and the IPO details, evolving the coming months will be critical for Reddit. The outcomes of these initiatives will not only influence Reddit's market, but also offer insights into the evolving dynamics of the tech industry, particularly in relation to AI and data licensing. Starship testing is advancing at Starbase and now SpaceX is eyeing a possible third test flight in March pending successful pre flight tests and
also engineer approvals. Now recent activities including the delivery of crucial components for the Rockets flight Termination system or the FTS signal this process. Now the FTS is essential for safely aborting the flight if anomalies occur. Now the installation of the FTS, which is a standard safety feature for large rockets, involves placing explosives on the rocket to enable its destruction mid air if necessary. Now these systems are installed closer to the launch date due to
their limited lifespan. Now the movement of the second stage Starship to the test pad in Boca Chica hints at the preparation for this upcoming test flight. Now the test pad known for conducting static fire tests might soon witness such a test of the starship's second stage. Now there might be another static fire and static fire tests are critical for assessing the Rockets readiness for
launch. Now the Super heavy booster, which is the bottom part of the Starship has been moved back into the High Bay. It utilizes 33 Raptor engines which are designed for atmosphere conditions. The second stage, the Starship is equipped with engines optimized for the vacuum of space. Now a new launch site for Starship is being considered to support Elon Musk's ambition to increase the launch frequency of
the Mars bound rocket. The proposed site at Cape Canaveral, FL is part of Spacex's plans to establish a global network of launchpads for interplanetary travel and eventually, people living on Mars. Now, Starship, which is about 120 meters tall when fully assembled, is the largest rocket ever built, capable of delivering about 100,000 kilograms to low Earth orbit.
Its development and launches are currently based at Starbase Facility in Boca Chica, Texas, but the proposal for the new launch site at Cape Canaveral involves taking over SLC 37 launchpad, which is a site with historic significance from the 1960s used for the Saturn One and 1B rockets. X plans to adapt this site for Starship super heavy launching
and landing operation. Now. Additionally, plans are underway for another Starship launchpad at the Starbase facility, and Elon Musk confirmed the development of a new launch tower equipped with robot chopsticks aimed at catching the booster rocket post launch, highlighting the importance of having multiple launch towers for continuous operations in Texas and in Florida now 2021.
Now all the way back in 2021, Elon Musk announced plans to repurpose diffused oil rigs into Starship launch platforms, naming them after Mars Moons, Damos, and Phobos. They've since decommissioned these platforms and now they're focusing on land based launches. Now the upcoming third major Starship launch is planned to be an uncrewed flight from Texas to Hawaii, completing a 90 minute journey around the Earth.
This follows two previous attempts that ended unsuccessfully shortly after takeoff, with no confirmation date yet for the third attempt. Now also let's step back a little bit to the FTS, it's a critical component installed on both the booster and the spacecraft.
Now during IFT One they use the FTS, the flight Termination System to blow up the booster and also the ship and this is due to the stages not separating and power loss on the engine and then it led to the destruction of the rocket. Now the second test flight saw improvements though was successful. Detonation of the first stages FTS after separation it was during the kickback burn at the
2nd stages. FTS also function as intended during its coast phase, although SpaceX has been reserved about the details of that part of the test.
Just recently, Heavy duty explosives or for the FTS have been sent to Starbase. These deliveries indicate the ongoing operations for the next test flight and it shows that they will be launching somewhat soon The ongoing preparations for the starship's third test flight, including the installation of the FTS, static fire tests, stacking, unstacking, moving the booster back to the Bay, and also moving the ship off to the pad. It's a critical step.
All these are critical steps towards the next launch I FT3 of Starship. It's part of Spacex's broader efforts to advance human civilization to become a multi planet species. SpaceX is setting its sights on a robust launch schedule for the Starship rocket in 2024.
Aiming for at least nine missions is stated by a Federal Aviation Administration FEA official in the Starship, which is immense, has power and size, which we haven't seen before in a rocket, and it's central for Spacex's aspirations of taking people to Mars. Now, despite the goals, SpaceX acknowledges the challenges ahead and making the Starship Mars Ready Company is under significant pressure to advance its test flight program to meet its targets for the year.
And Kevin Coleman, the FAA Commercial Space Transportation Administrator, highlighted Spacex's intentional launch agenda for 24. He said that the workload involved preparing in these numerous launches said that there's continuous dialogue between SpaceX and the FAA to facilitate this brand new and aggressive schedule for this monstrous rocket. Now, the FAA previously mandated a cap of Starship launches about 5 attempts annually following an in depth environmental assessment.
This restriction is something SpaceX is keen to modify to accommodate its expanding launch itinerary. And if they need to go to the moon, they need to launch hundreds of these rockets to make sure that everything works perfectly now. Spacex's inaugural integrated flight test for the Starship occurred in April of 2023, marking a moment in history that the Rockets eventual failure happened during the first stage separation.
Now the event underscored the risks and the complexities of the Starship program and then they did a follow up test IFT 2 conducted in November. So they only did two tests that year. But this laid the groundwork for future launches. SpaceX is now gearing up for the third test flight anticipated around mid March ish, which could set the pace for monthly launches until the year's end.
The Department of Defense is exploring a potential new launch site for Starship in Florida too, and this would be of strategic importance for the rocket and also for the DoD. This moves involves an extensive environmental impact study to assess the feasibility of such launches for the Space Coast of Florida. And as SpaceX prepares for its first Starship launch of 2024 from the Starbase facility in South Texas, regulatory hurdles remain a significant focus.
The FAA is actively working with SpaceX to streamline the licensing process for new Starship launches going forward. Now the environmental ramifications of Starship launches have come under scrutiny, and especially after the first launch in April 2023, which caused considerable damage to the launch site and caught a few things on fire and raised
environmental concerns. And these incidents highlight the challenges of balancing Spacex's Starship program, but also their own environmental stewardship. Now the second Starship launch proved more successful, though with a super heavy first stage booster performing very well. However, the upper stage encountered issues leading to its loss, though without ground damage, reflecting iterative improvements in Spacex's launch protocol.
Now mind you, the first stage did blow up as well, so it was better than the first trip, but the second one was better. Now Spacex's founder Elon Musk has indicated a target window and early to mid March for the third Starship launch attempt, and this launch is viewed as having a reasonable chance of reaching orbit. The FA as commercial Space Transportation division has grown significantly in response to the increasing number of US launches and the emergence of
new Space Flight companies. This expansion is part of a broader effort to enhance the FA as regulatory capacity in the rapidly growing space industry and the private space industry. Now the Space Force and the Air Force alongside other federal agencies is conducting an environmental impact statement EIS for potential Starship launches from Florida. Like we discussed before now, this is a very stringent level
environmental review. There's high stakes here, and we know that if SpaceX passes the environmental review, we're going to see a few launch towers happen as soon as possible from this launch site because the Department of Defense is involved. A SpaceX has conducted 2 notable launches from Starship facility in 2023 at Starbase, with both missions ending in explosions shortly after take off.
The potential for Starship to support NASA's missions and the Department of Defense's interest in its capabilities shows that Starship is very important. It's a strategic rocket. It's not just a rocket that will get people to the moon and Mars. It'll be a rocket that sends cargo to orbit for the Department of Defense, numerous armed forces as well, and the ongoing EIS process is exploring various options for accommodating Starship launches from Florida going forward.
Hopefully that can be done within the next six months, but we're expecting it to be 8 months to 12 months before this all happens. And the EIS is just another set of red tape that SpaceX has to go through in order to launch from the Space Coast. It's not the primary mission, so this is a secondary mission that SpaceX would do.
Now, public meetings are scheduled to discuss the environmental impact of potential new Starship launch sites, and this is great for community engagement and transparency for Starship, SpaceX and the Department of Defense and the state of Florida. Now Starship, with its giant capabilities, is poised to revolutionize space travel, with plans to replace the Falcon rocket family eventually and support missions like Mars colonization for Starlink and more satellite operations.
Its payload capacity makes it a key asset for both commercial space activities and defense applications and the drive to overcome regulatory and environmental hurdles. It's a huge challenge for SpaceX. They've had to do it at Starbase a few Times Now, and they've
always come up the winner. Stakeholders, including military officials, emphasize the need for national support and investment to realize the potential of transformative space technologies Like Starship On the Space Coast of Florida, the Moon has welcomed a new visitor from the United States, marking the country's first lunar landing in over 50 years.
The Lander named Odysseus was confirmed to be operational and communicating with Earth, though it's precise location and condition were still under assessment. Now Houston based Intuitive Machines, the creator of Odysseus has been actively exchanging commands with the spacecraft to gather scientific data and the company acknowledged ongoing efforts to ascertain the Landers exact whereabouts, health and orientation on the lunar
surface. Intuitive machines aim for a landing near the lunar South Pole, specifically close to the Mellapert, a crater, to aid NASA in exploring the region in preparation for future astronaut missions. This strategic location is of great interest due to its proximity to potential resources, and this achievement not only marks Intuitive Machines as the first private entity to successfully land on the Moon, but also adds them to the exclusive list of entities, including only five countries,
that have accomplished its feat. The mission is primarily supported by NASA, with a space agency having invested $118 million in the project. Now. A notable aspect of the mission was the use of a NASA experiment to guide the Lander during its final approach due to a failure in its navigation system. This adjustment allowed Odysseus to safely complete his journey to the moon's surface.
Now the mission faced challenges though, such as the inability to deploy a camera system intended to capture the landing due to the navigational adjustments. However, efforts are underway to release this camera in the hopes of obtaining images of Odysseus on the Moon now. The uncertainty surrounding the lander's precise landing spot adds a layer of complexity to the mission, emphasizing the importance of securing the images to verify its location and condition.
And the operational lifespan of the Odysseus Lander is expected to be brief limit to about a week due to the impending lunar night, which poses significant challenges for solar powered missions. Now this mission follows a failed attempt by another company, Astrobotic Technologies, which highlights the apparent risks and the difficulties of lunar exploration. The landing by intuitive machines though represents a significant achievement in commercial space exploration.
Now this is a historically significant mission as it reestablishes the United States presence on the lunar surface after the last human Apollo mission in 1972, setting the stage for NASA's plant Artemis missions coming up Artemis 2 where they will circle around the Moon and come back to the Earth, and Artemis 3 when they will land on the lunar surface. Now, the choice of naming the Lander Odysseus.
It was a parallel with the epic journeys and challenges faced by the mythological figure symbolizing the ambitious natures of this lunar mission. Now, the reliance on NASA's Navigation Doppler Lidar instrument, not originally intended as a primary navigation tool, shows the adaptability and resourcefulness required in space mission.
Sometimes they have to go off script and do wild things in order to make the mission successful, and the confirmation of a successful landing and the subsequent transmission of data from Odysseus to Earth marked a pivotal moment for Intuitive machines showcasing the capabilities of commercial space
ventures. And despite initial communication challenges, the team remains focused on downloading scientific data and images from the Lander, with further updates anticipated in the next few days.
Now this is a huge milestone for both Intuitive machines, NASA and the United States as it demonstrates the viability of commercial partnerships in advancing lunar exploration and prepares the groundwork for future human rated Landers on the lunar surface of the term dynamic situation aptly describes the last minute adjustments and challenges faced during the landing. This is an unpredictable way to land a lunar Lander, but this is also unpredictable nature of
space exploration. The context of this mission includes the ongoing international interest in the Moon, several companies having conducted lunar missions in the recent years. This renewed focus shows that the Moon is more strategic and important than ever. Tex plans to have two orbital towers down at Starbase in Texas for the launches of their Starship vehicle. Super heavy vehicle, about 400 feet tall. The most powerful rocket in existence right now, now.
Right now, SpaceX can launch starships about five times per year, but they don't really want to do that. They want to have a lot more launches than five per year because they need to test the rocket for the upcoming Artemis missions and also for Starling missions in the future, and also some other cargo missions to the Moon and beyond. So what do they do? Let's take a look real quick at this. This is for Mars Technica. This is Eric Berger. Eric is awesome.
SpaceX seeks A waiver to launch Starship at least nine times this year. Last year they did. We're at 2 right now, two Starship launches all together. So if they could squeak out nine launches, it's been it's months between every single launch. Between IFT 1, IFT 2, and now IFT 3. It's been a few months.
But if they could do three, you know, three within this time frame, like right now, IFT 1, IFT 2 and if IFT 3 could be in March of this year, they'd have April, May, June, July, August, September, October, November, December. So they'd have that many months. Could they get that many launches in that many months? One launch per month? About, I don't know. That's a that's a pretty risky bet to take 9 launches in about as many months. Could they do a turn around of one launch per month?
Could they build enough boosters fast enough? Could they have enough Raptor engines for one launch per month? Do they have enough ships for one launch per month? At this point they don't have as many built as there are months left in the year, so there's a possibility that they can get this done. They're gonna have to ramp up production, ramp up launches, but I believe they could do this. So let's get in a little bit of the minutiae here.
SpaceX nears its first Starship launch, 2024, possibly as soon as within three weeks. So sometime in March, they know that they're going to be doing this launch from Starbase. During a press availability this week, the administration of commercial space transportation at the FAA, Kevin Coleman said the agency is working with the company to try to facilitate the Starship launch licensing process.
This is huge, if this actually happens, so looking at a pretty aggressive launch schedule this year, he said. They're looking at, I believe, at least nine launches this year. That's a lot of launches. If you're doing modifications and doing them one by one, that's a lot of work. Could SpaceX be hiring a bunch more people too? We're going to see in the near future if they're going to be hiring more people. We know there's going to be another orbital pad there too.
So they're going to be launching these things and also building a pad, possibly. Let's take a look at that in a little bit too. We've been talking to SpaceX constantly around the clock coming together and trying to figure out how we do this. We're invested with the company, so we'll work with them to get them back going as soon as possible. So basically saying we're going to get them flying again so they can continue building and fly
more rockets in the future. SpaceX decided to launch and attempt to land a Starship vehicle in Texas about five years ago. The company had to undergo an environmental review of the site. So I want to ask you this question too, and I want to know what you think down in the comments. So SpaceX is going to launch IFT 3 soon, and it's going to be sometime in March probably, according to Elon Musk.
And if the FAA is working with them, and it seems like they are, could they possibly launch a rocket in March and then another one in April? Are they really, Are they that close? I don't think they're going to be able to do a turn around that quick.
So in my opinion, it's going to be late April, more than likely May that they get another rocket off if this one goes as perfect as it should go, IFT 2 or IFT 3. If it goes better than IFT 2, then it seems like they'll have all the systems in place to get an IFT 4, IFT 5, etcetera. Faster than what they've done before. So all the regulatory hurdles that are in place right now could kind of be relaxed a
little bit. And then the FAA would work with SpaceX to get 9 launches for this year, which would be incredible. So that's my question. Do you think they could pull it off nine months with 9 launches? They have about nine months left to get 9 launches in. So we'll see. We'll see. But I don't think they're going to be able to do 9 launches. I think that's a very optimistic goal for SpaceX. And I'm not trying to be pessimistic here. I'm just saying these things are gigantic.
They're hard. Things happen all the time. Like the booster right now was moved back to the high Bay so it could get some work done on it before the IFT 3 launch. And the the ship is on the suborbital pad right now, just hanging out. So maybe there's going to be some work done on the on the booster and on the ship in the near future. So if that needs to happen, the timelines can slip pretty quickly.
Now that being said, Suborbital pad B could be becoming Orbital pad B SpaceX has always wanted 2, count them, 2222 launch towers at Starbase, Texas. That was their vision from the beginning. Two launch towers so they could do everything and they need to do from Starbase. Don't have to worry about Kennedy Space Center for a
while. They can do everything from Starbase until they start launching humans on these things, or start launching these things from NASA property at Kennedy Space Center, possibly for the first Artemis mission. It seems like a good PR stunt to get them launched from NASA, but if they need to, they can do these launches from Texas because it's already built out. No reason to go to Kennedy Space Center and waste resources there before the launches.
Just keep building up Texas and keep getting it to a better place. So this is suborbital Pad B is now going to be orbital pad B, and that's according to vixy Vicky Cox, 15 on Twitter or X if you will. And SpaceX reiterated the permit application on 12 February 2024 with modified project plans requesting to fill a .16 acre wetland to construct a second orbital launchpad which will replace the current suborbital launchpad and test stand. So currently it's just a test stand, right?
It's just it's just right here. That's it. There's really not much there. But it could be a orbital launchpad, which would be fantastic, because if they're going to refuel Starship, they have to send up possibly anywhere between 10 and 20 tankers for Starship to refuel before it gets to the moon. And Easterners feel that it's a complex thing. It's a very complex thing. Could SpaceX do it with two pads better than one pad? 2 pads are better than one. So this is the other question
that I want to ask you. Orbital pad A, orbital pad B at Starbase, do you think they're going to catch the booster, or do you think they're going to be expendable for the NASA missions? Do you think they're going to have boosters ready to go? They're going to have 10 to 20 boosters ready to go and expend them in the Gulf of Mexico? Or do you think they're going to get the landings nailed before
the Artemis program? Because if they don't get the landings nailed, you know, what are they going to do? Will they have 15 boosters just ready to go? I don't think that's the case. I think what's going to happen is they're going to be able to catch these things before the Artemis program, Artemis 3. So which pad? This is the question. Which orbital pad do you think they're going to catch on 1st? I'm going Orbital Pad B because there will be modifications, upgrades to it.
They need to catch it. So if if they need to catch in A1 tower, I think it's going to be Orbital Pad B, because orbital pad A, it's going to be the workhorse. I think they're going to launch from there. That's perfectly fine. They launch from there right now. They're going to also launch from orbital Pad B, but if they can launch from orbital pad B, they can land it Orbital pad B, orbital pad A also they can land it orbital pad B. Maybe they can catch them at
both. I want to know your opinion down in the comments below. Let me know what you think where they're going to catch the first booster orbital pad A or orbital pad B. So we got a couple questions here today, but that's that's pretty much it. I want to show you the the, the plan here. Space Exploration Technologies published February 22nd. Project plans you know go into deeper here, go a little bit deeper and you can zoom in if we need to 150% wetland's subject
to this request. So we have tank farm, orbital pad, etcetera here and then we have down here, we have a little zoomed in request additional wetland impact .16 acres, this little red, this little red one right here, proposed wetland impact. It's not much, it's really not much, but will they be able to do this And there's a a ground shot of a wetland impact update summary. So there's the pad, you can see it there.
It's right right next to it. It's literally like you can take a couple steps across this, take five or six steps and you're across this whole thing. The Army Corps of Engineers, will they allow this? There might be a little impact, an environmental impact study here, but I think they're going to be OK with it. It's an industrial zone right
now. Basically, if you look at it, it's an industrial zone in the middle of all sorts of things going on. You know, there's a parking lot, there's there's a bunch of concrete, there's pipes, there's tubes, all sorts of stuff going on here. It's wetlands. Of course we have to protect the wetlands, but also we have to go forward with progress. So what do you think? What do you think about this too? I I think Orbital Pad B will be
the catch tower to begin with. Then they're going to take them off Orbital Pad B, refurbish it, take it back to the high Bay. And while that's happening, other rockets are going to come out and then they're going to launch more over and over and over. So that's where we're at right now. It's got to be a wild 2024.
If they get this proposal, if they want it, if they get this Orbital Pad B proposal accepted, we might see orbital PED B become a thing, start becoming a thing in the next few months after IFT three. I think we're going to start moving in hardware if this gets approved really quick. So we're going to see, but see the other thing is I want to show you this public state expiration date, January, March 2020 or 25 of 2024, tenth February, March.
So next month, about a month actually from today, we're going to see the expiration date of this. So we'll see. We'll see what happens. Hey, thank you so much for listening today. I really do appreciate your support. If you could take a second and hit the subscribe or the follow button on whatever podcast platform that you're listening on right now, I greatly appreciate it. It helps out the show tremendously. And you'll never miss an episode.
And each episode is about 10 minutes or less to get you caught up quickly. And please, if you want to support the show even more, go to patreon.com/stagezero. Please take care of yourselves and each other and I'll see you tomorrow.