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The Mach 10.X™ is a combination of hardware and software technology that is capable of dramatically improving the performance of any computer based technology – such as desktops, notebooks, servers, and video game systems. Preliminary tests indicate a substantial increase in overall operating speed and performance - up to 40x faster than today's top systems.
The Mach 10.X™ technology will enable computer users in the consumer, scientific, and commercial markets to attain incredible increases in performance, allowing nearly instantaneous user response within the Microsoft Windows environment. The Mach 10.X™ device has the capability to run any application faster, including databases, transaction servers, and specialized software. The results will be a quantum leap in user satisfaction. Video game consumers will notice an incredible leap in graphics (far superior to current technologies), with smoother game play and a dramatic decrease in loading and processing time. Such performance improvements will be a tremendous competitive advantage to major video game vendors. Using Mach 10.X™ as an upgrade to base systems, manufacturers will see a significant reduction in production costs for each computer unit – ranging from 25% to 30%. In addition to its potential as an upgrade to base systems, Mach 10.X™ can also be sold as an aftermarket product to an enormous customer base of PC users. Mach 10.X™ can be delivered by our vendors as a proprietary chipset located in the motherboard itself, or in a daughter board sold either separately or as an upgrade to each unit. In the software gaming market, it can be installed as part of a preloaded platform.
Whether used as an original installation or as an after-market product, Mach 10.X™ will also contain our counter intrusion program, Global Garde™. This security provision will sense any attempt to penetrate its environment. Whether it identifies a software attack, a physical change, or a hacker-related intrusion “probe” to access its firmware, the Global Garde™ technology will be activated - preventing the attempted act of piracy. The marketing potential for Mach 10.X™ is substantial. The implications are clear. Mach 10.X™ will launch a new generation of computing in the consumer, commercial and scientific arenas.
The Virtual Vizor™ connects wirelessly to a miniaturized portable computer unit that fits easily into a user’s pocket. This advanced computer unit device uses Mach 10.X™ speed enhancement technology (developed by 2GeeksinaLab, Inc.) to pack an entire operating system, system files, programs, RAM, and hard disk space into a device the size of a modern cell phone. The Virtual Vizor™ (which looks like a normal pair of sunglasses) projects a 4ft. high by 6ft. wide “opaque image” of a computer screen – with High Definition quality. The opaque image displayed by the Virtual Vizor™ allows the user to shift his or her focus from their computer screen to the environment around them. (*Note: The ability to shift focus from the computer screen to the surrounding environment is a major advancement in virtual imaging technology. Current technologies “shield” the user from the rest of the world, blocking out everything but the image displayed by the visor - making these types of devices very impractical for the average consumer). The user’s hands can be used to navigate the desktop, much like dual mice. Additionally, the user can pull up a “virtual keyboard” and begin typing in applications such as Word, Excel, or Outlook Express.
Recent advancements in Internet technology will allow users of the Virtual Vizor™ to search the web, check emails, place orders, find directions, etc. – anytime, anywhere. Future versions of the Virtual Vizor™ will offer cellular and satellite television services.
The Virtual Vizor™ will have a profound effect on a number of industries – including medicine, engineering, gaming, and civil service. In the medical field, the Virtual Vizor™ will give surgeons the ability to pull up an MRI, X-Ray, or similar document on an opaque screen that can be split into many different segments, with reference materials and the patient’s history in easily accessible locations. Additionally, surgeons will have the ability to place MRI and X-Ray images directly over a patient’s surgical areas – dramatically improving the accuracy and proficiency of complex operations.
The Virtual Vizor™ will enable engineers to access technical data while actively working on complex products. Traditionally, an engineer must move back and forth between the object he is working on and the technical data which is located a safe distance away. This results in wasted time, inefficiency, and possible quality control issues.
The Virtual Vizor™ can be utilized to develop video games which will far surpass any that are on the market today. These games can be played "virtually" anywhere. Future plans in the game arena include a spherical device that places a person into the game and simulates movement – giving the player a revolutionary new level of participation.