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These labs encompassed a wide range of aircraft types and systems, including fighters, attack aircraft, bombers, airlift and tankers, surveillance and reconnaissance platforms, helicopters, trainer aircraft, special operations aircraft, unmanned aerial vehicles (UAVs), interceptors, air defense systems, strategic missile and space systems, experimental and research aircraft, remotely piloted aircraft, search and rescue platforms, electronic warfare systems, experimental prototypes, cargo and utility aircraft, presidential aircraft, airborne command and control platforms, airborne early warning and control systems, communications and satellites, as well as training and support aircraft. Each lab focused on specific areas to contribute to the comprehensive development of aerial technologies.

This particular lab was specifically dedicated to the development of the Tactical Helmet, which would serve as the primary headgear for all future pilots in the air force.

Currently, the lab was eagerly awaiting the completion of the AR & VR research lab\'s work. Once they concluded their research and uploaded the information to the Akashic server, the team in the Tactical Helmet Lab would be able to access and assimilate that knowledge greatly aiding them in finalizing the design, conducting research tests, and progressing with the manufacturing process of what they referred to as "the Universal Tactical Fighter Helmet."

As soon as the knowledge about VR and AR was uploaded into the Akashic server, a research institute located on the outskirts of the city received the notification. Without a moment\'s delay, every individual within the laboratory eagerly assimilated the newly acquired knowledge into their own minds.

After successfully completing the assimilation process, they promptly gathered in the meeting room to discuss their subsequent course of action.

INSIDE THE MEETING ROOM.

"Which generation of the technology should we implement?" inquired Luke, the research team leader. 

His background as a former Lockheed engineer, where he had overseen the design, engineering, and testing of fighter plane helmets for both the F22 and F35, added an extra layer of assurance to his leadership position.

Nova had materialized him with all of his fellow workers at the Skunk Works division after Aron completed collecting the brain data of everyone on his list who was working there.

"I believe we should utilize the 57th generation," suggested Issa, presenting his reasoning behind the choice. 

"It offers the best possible option for integration into the fighter jet pilot\'s helmet. With its advanced augmented reality (AR) capabilities, we can incorporate AR visuals directly into the helmet. 

Furthermore, since it establishes a connection with the pilot\'s brain, we can eliminate the need for a separate microphone and radio components. 

The device will seamlessly read the pilot\'s brain signals, ensuring clear audio transmission without any additional intervention. 

Its compact size allows us to incorporate two devices, one as a backup and the other as the primary unit. 

Additionally, the level of technology involved enables Sir Aron to reproduce it in the real world without encountering any complications, if needed." Issa\'s detailed explanation showcased his careful evaluation of the available options, opting for a generation that, despite being less advanced than others, fulfilled the specific requirements for the fighter jet helmet.

"I concur with that," Ibrahim affirmed, expressing his agreement with Issa\'s proposal.

This elicited agreement from the majority, although not all members shared the same viewpoint. Andrew, on the other hand, raised his hand, capturing the attention of everyone in the room. Clearing his throat, he stated, "I recommend we utilize the 76th generation device. It would help us avoid potential issues that arose during the VR research team\'s testing of the 57th generation."

"I understand your reasoning behind recommending the 76th generation, which incorporates time perception acceleration in augmented reality. However, since it is the initial iteration of this technology and is still in the experimental phase, it is impractical for us to utilize it. It is not consumer-ready and lacks the necessary refinement for our purposes," Issa stated, firmly expressing his opposition to Andrew\'s suggestion.

"To avoid that, all we have to do is use the 80th-generation time perception acceleration tech and incorporate it into the body of the 76th generation, eliminating any potential issues with the first-generation time perception," Andrew defended his choice against Issa\'s opposition.

"But wouldn\'t doing it that way pose a challenge for Sir Aron to bring this product to fruition given his current circumstances?" Ibrahim questioned, expressing his reservations about Andrew\'s suggestion. He seemed unconvinced and raised concerns about the feasibility of producing the device in the real world, considering the limitations faced by Sir Aron.

"Isn\'t the printing research team currently working on reverse engineering the atomic printers provided by Miss Nova?" Andrew countered, presenting his perspective. 

"If they succeed in accomplishing this task within the next few months, it won\'t matter which generation of the device we choose. Sir Aron will have the capability to recreate any of them in the real world. Therefore, there is no need to worry about the production aspect." He highlighted the potential breakthrough that could arise from the printing research team\'s efforts, suggesting that it would render the concerns about producing a specific generation obsolete.

"Can we be certain that the atomic printer will be ready within that time frame?" Ibrahim asked, seeking clarification from Andrew after his explanation. He expressed a degree of skepticism regarding the timeline and feasibility of completing the atomic printer.

"We are well aware that the research capabilities within the city are an exponential improvement compared to our previous circumstances," Andrew responded confidently. 

"With access to what could be called inexhaustible research funds and materials, not to mention the novel machines at our disposal, it is unlikely that any research conducted under these conditions would take an extensive amount of time. The resources and support available to us greatly enhance our efficiency and expedites progress." He emphasized the favorable environment within the city, emphasizing that the combination of ample resources and advanced technology would accelerate any research done in these environments.

"While I share your confidence in the eventual success of the research, the exact timing of its completion remains uncertain," Ibrahim responded.

"Considering this uncertainty, I am inclined to agree with the suggestion of proceeding with the 57th generation. It is a more viable option given the current circumstances, ensuring that we can move forward with our project without relying on the completion of the atomic printer." Ibrahim expressed his preference for a more practical approach, opting for a generation that is readily available and doesn\'t depend on external factors.

"Furthermore, the limitation of the atomic printer is not the only factor influencing my recommendation to proceed with the 57th generation instead of the 76th generation you proposed," Issa added to complement Ibrahim\'s statement. "Starting from the 65th generation onward, the devices incorporate a theoretical battery that is still in the research phase. This, among other considerations, reinforces my preference for the initial choice rather than your suggestion."

"I\'m highly optimistic that the theoretical battery will be completed within the next month or two," Andrew persisted, reiterating his belief that the battery\'s imminent completion would alleviate any concerns regarding his proposed choice leaving behind only the atomic printer as the only concern. He remained determined to convince the team to adopt his suggestion.

The back-and-forth discussion continued until Luke, the team leader, intervened. With a firm strike on the table to capture everyone\'s attention, he commanded, "Enough arguing." The forceful action silenced the room, compelling everyone to cease their debates and direct their focus towards him. It was evident that Luke had an important statement to make.

Seeing that he had captured their undivided attention, Luke began to speak. "Since you are unable to reach a consensus in a normal way, I have made the decision on your behalves. We will proceed with testing and manufacturing the helmets using the 57th generation of Augmented Reality technology and...." However, before Luke could finish his statement, "But sir …" Andrew interjected with his opinion, prompting an immediate response from Luke. 

"I\'M NOT DONE SPEAKING," Luke asserted firmly, silencing Andrew and reminding him of the importance of respecting the conversation flow. 

"Sorry," Andrew quickly apologized, realizing his mistake, as he had only intended to express his desire to research using the 76th generation of AR technology.

Acknowledging Andrew\'s apology, Luke continued with his decision. "As I previously stated, we will proceed with our research using the 57th generation of technology. However, once we complete this project, we will move up by ten generations at a time, continually advancing our research.

This approach ensures that we are always one step ahead, ready with the next generation of technology as Sir Aron\'s production capabilities expand. This includes being prepared with the latest technology when the atomic printer becomes available." Luke\'s plan aimed to maintain a progressive trajectory while accommodating future advancements in production capabilities.

"Understood?" Luke asked, looking at both Ibrahim and Andrew, seeking assurance that they were attentive and on the same page.

"Yes, sir," they both replied in agreement, a satisfied tone evident in their voices. It seemed that a resolution had been reached, allowing each of them to have their preferences fulfilled without one compromising the other\'s desires.

Seeing that they were attentively listening to him, Thomas smiled before he stood up and declared, "The meeting is over." He then headed towards the door, making his way back to the labs where they would commence their research on the Next Generation Tactical Pilot helmet. This advanced helmet would be utilized by the pilots of the next-generation fighter jet, which was currently being researched by various labs, including theirs.