Building A Technological Empire-Chapter 26 -

After discussing with Michael, Henry was pleased to see his friend readily accept the role of managing the company. It was a relief to have someone trustworthy to handle business operations, allowing Henry to focus on innovation and development. They spent several hours brainstorming a suitable name for their enterprise, debating various ideas before Henry proposed "Shaffwelt."

The name originated from two German words: "Schaffen," meaning to create, and "Welt," meaning world. Together, it signified the creation of a new world—a name that perfectly encapsulated Henry's vision of technological evolution and limitless possibilities. Michael immediately approved of the name and suggested they move forward with the official registration. Henry also requested Michael to register the name for Phantma, the AI-based entertainment technology he had developed.

Michael's reaction was nothing short of astonishment. He had heard of Phantma's rising popularity but had never imagined that Henry was the mastermind behind it. He struggled to process the information, repeatedly asking how Henry had managed to create something so advanced. Henry, finding his friend's disbelief amusing, simply laughed it off and waved his hand dismissively, stating that it was nothing more than a side project.

However, Michael also pointed out a potential issue—since Phantma had already gained traction, someone might have registered the name beforehand with the sole intention of selling it at an inflated price. Henry didn't even hesitate in his response. If that was the case, he would simply rename Phantma entirely. He had no interest in unnecessary complications or dealing with people who sought to exploit intellectual property for profit. Changing the name wouldn't be a big deal, and he was confident he could come up with something equally fitting if necessary.

Meanwhile, Henry had been extensively using magic, pushing it to its limits to better understand its mechanics. One of his most notable discoveries was the effect of mana depletion. As his mana reserves drained, he began to experience increasing fatigue, a sensation he first encountered while testing the Fireball spell. This led him to conduct more controlled experiments in a secluded forest, ensuring that his spellcasting would not damage the environment.

Initially, the fireball was weak and required minimal mana, but as he practiced, he discovered he could inject more mana into it, significantly increasing its size and destructive force. The same principle applied to his Mana Shield—by supplying additional mana, he could reinforce its defensive capabilities, making it almost impenetrable. His ability to manipulate mana was growing rapidly, and he was certain that if he ever found himself traveling back in time again, he would always prioritize purchasing Basic Magic and Application. It was simply too valuable to ignore.

During this period, Henry had also accumulated enough funds to purchase the Pendolt Laptops from the system shop. Without hesitation, he made the purchase, though it nearly drained his shop points entirely.

[Name - Henry Miller]

Updat𝓮d from frёewebnoѵēl.com.

[Age - 20]

[Strength - 15]

[Agility - 14]

[Stamina - 13]

[Intelligence - 27]

[Knowledge - Game Hacking 101, Epiphanies, Universal Compiler (C), Thought Visualization Stylizer (C), Basic AI, Body Armor, Basic Magic & Application, Pendolt Laptops]

[Skills: StrongMan, Basic Magic]

[Shop Points - 70]

[Contribution Points - 0]

Upon acquiring the knowledge of the Pendolt Laptops, Henry was utterly shocked. Their capabilities far exceeded his expectations, and their potential applications were staggering. He dove deep into the details, analyzing every aspect of their construction and functionality.

For instance, in the field of cryptocurrency mining, one of the main barriers to profitability was electricity costs. However, the Pendolt Laptop required only 18 watts of power, eliminating that issue entirely. Furthermore, traditional crypto miners had to purchase extensive hardware setups, whereas a single Pendolt Laptop could outperform any mining rig in existence. This alone made it a game-changer, but its applications extended far beyond crypto.

The laptop's raw power made it superior to even large-scale server farms. It was an all-in-one computational powerhouse with minimal energy consumption and complete silence, thanks to its zero-heat emission design. Additionally, the processing power was leagues beyond anything currently available on the market, making it ideal for scientific research, AI development, and even military-grade encryption. Henry saw endless opportunities.

Most importantly, the Pendolt Laptop was something he could build immediately. Unlike some of his other projects, which required rare or non-existent materials, the necessary components for the laptop were attainable with some effort. However, the challenge lay in mass production—there was simply no way for him to manufacture these laptops at scale by himself.

After some thought, Henry decided to browse the system shop for a solution when the time was right. Perhaps the system would offer an automated assembly line or a self-replicating technology to ease the burden. In the meantime, he could focus on promoting the laptop, building brand recognition, and perhaps even sending review units to select media outlets.

However, he wasn't planning on distributing too many review units. The Pendolt Laptop was a premium product—its performance justified a price tag well over $100,000. With its power rivaling top-tier servers and requiring negligible energy costs, it was something people in high-performance computing would be eager to buy. He could carefully control its release, ensuring that it remained a highly sought-after and exclusive product.

To protect his technology, Henry also noted a built-in security feature from the system: a manufacturer lock. While the laptop's technology was far too advanced for current researchers to reverse-engineer, Henry preferred not to take chances. If someone attempted to forcefully open the laptop, most of its critical internal components would become inoperable.

Each laptop would have a unique manufacturer code for repairs, ensuring that any necessary servicing would be handled exclusively by him. Not that frequent repairs would be needed—Pendolt Laptops were designed to be exceptionally durable, resistant to damage, and easy to maintain for users. It was built to last, and Henry took great pride in that aspect of its design.

Henry leaned back in his chair, a sense of satisfaction washing over him.