A physical control console for a fully hardware-based intelligent computing center system

Abstract

This invention discloses a physical control console for a fully hardware-based intelligent computing center system, solving the problems of existing control devices relying on software, being easily tampered with, and being unable to adapt to a fully hardware-based, software-free architecture. This console is a pure hardware device, without an operating system, drivers, firmware, or network module. It includes a physical operation unit, hardware signal encoding circuitry, electrically isolated output ports, and a hardware status feedback unit. Physical operations directly generate hardware level signals, with encoding rules fixed by hardware logic. The output ports are directly connected to the system's dedicated hardware control interface, eliminating software forwarding and protocol encapsulation. Status feedback is directly displayed through hardware signals. This invention achieves hardware-level control without any software involvement, preventing software attacks and instruction tampering, offering low latency, high security, and adaptability to fully hardware-based intelligent computing center operation and maintenance scenarios.

Description

Technical Field

[0001] This invention belongs to the field of intelligent computing center hardware management technology, specifically relating to a physical management console that is adapted to a hardware-only architecture without software. Background Technology

[0002] Existing intelligent computing center control equipment is generally based on operating systems, embedded firmware, and network software, which presents problems such as vulnerability to cracking, easy tampering of commands, high risk of remote attacks, and high latency. At the same time, traditional control consoles are not compatible with all-hardware systems without software, and have significant security shortcomings in high-security scenarios, making it difficult to meet the requirements of closed-loop hardware control. Summary of the Invention

[0003] This invention provides a physical control console for a fully hardware-based intelligent computing center system, enabling direct hardware-based control without any software intervention, thus solving the problems of insufficient security, poor compatibility, and low reliability in existing technologies.

[0004] The present invention adopts the following technical solution: A physical control console for a fully hardware-based intelligent computing center system includes a physical operation unit, a hardware signal encoding circuit, an electrically isolated output port, and a hardware status feedback unit. The console is a purely hardware device, without an operating system, drivers, firmware, or network communication module; all operations, encoding, output, and feedback are performed by the hardware circuitry. The physical operation unit employs a purely mechanical structure, directly generating hardware level signals during operations. The hardware signal encoding circuit uses fixed hardware logic gates to encode instructions, with rules that cannot be modified. The electrically isolated output port is directly connected to the system hardware control interface, without software forwarding, network transmission, or protocol encapsulation. The hardware status feedback unit directly receives hardware level signals and visually displays the status without software parsing.

[0005] Furthermore, the console can be equipped with a hardware emergency stop button to achieve instantaneous hardware shutdown.

[0006] Furthermore, the physical operation unit can be modularly expanded.

[0007] Furthermore, the console can be configured to lock the unit with a physical key to enhance security.

[0008] Furthermore, status feedback can be achieved through a pure hardware display using an indicator light array.

[0009] The beneficial effects of this invention are: no software involvement throughout the process, eliminating software attacks at the source; direct hardware connection for control commands, resulting in low latency and tamper-proof nature; physical locking and electrical isolation further enhance security; and it is fully compatible with the all-hardware intelligent computing center system, forming a complete security closed loop. Detailed Implementation

[0010] The console is a completely enclosed hardware structure with no network interface or software support. The physical operating units include mechanical buttons and DIP switches, with each operation corresponding to an independent hardware circuit that directly outputs a voltage signal.

[0011] The hardware signal encoding circuit uses dedicated integrated circuits to implement fixed logic, and the encoding rules cannot be reconfigured, matching the hardware management interface of the intelligent computing center.

[0012] The electrical isolation output port is directly connected to the system's dedicated hardware control interface via an isolation chip to transmit native hardware control signals.

[0013] The hardware status feedback unit uses an indicator light array to directly display the module status based on the hardware level.

[0014] Operators unlock the console with a physical key to perform operations such as partition start / stop, module hibernation, network connection / disconnection, and emergency shutdown of the entire machine. All commands are executed directly in hardware level form without any software involvement, achieving highly reliable and secure full hardware control.

Claims

1. A physical control console for a fully hardware-based intelligent computing center system, characterized in that, It includes a physical operation unit, a hardware signal encoding circuit, an electrically isolated output port, and a hardware status feedback unit. The control console is a pure physical hardware device adapted to the intelligent computing center's all-hardware, software-free architecture. It has no operating system, no drivers, no firmware, and no network communication module. All control operations, signal processing, and status feedback are completed by pure hardware circuits without any software involvement. The physical operation unit is a purely mechanical physical control component. Each control component corresponds to a unique hardware circuit. The operation directly generates native hardware level signals without software coding or firmware processing. The hardware signal encoding circuit uses a fixed hardware logic gate circuit that is non-reconfigurable and programmable by a non-field programmable gate array to solidify the encoding rules corresponding to control commands and hardware level signals. There are no software or firmware ports that can be modified or reconfigured. The electrically isolated output port is directly connected to the dedicated hardware control interface of the intelligent computing center's full hardware system. There is no software intermediate forwarding, no network transmission, and no protocol encapsulation. The encoded native hardware control level signal is directly output to the corresponding hardware control module. The hardware status feedback unit directly receives the native hardware level signal from the intelligent computing center's hardware status feedback interface and intuitively displays the operating status of the corresponding module in a pure hardware manner, without software parsing or firmware processing.

2. The console according to claim 1, characterized in that, The physical operation unit is equipped with a hardware-level emergency stop button. When pressed, it directly outputs a hardware power-off level signal, triggering the system's hardware-level safety shutdown without software delay or intervention.

3. The console according to claim 1, characterized in that, The physical operating unit adopts a modular design, which can be expanded and adapted to the control interface of different hardware modules through hardware circuitry, without the need for software upgrades and firmware updates.

4. The console according to claim 1, characterized in that, The console is equipped with a physical key hardware locking unit, which unlocks operation permissions only through a physical key, and has no software authentication or remote unlocking port.

5. The console according to claim 1, characterized in that, The hardware status feedback unit uses a hardware indicator array, with each indicator corresponding to a hardware module or computing power partition. It displays the running, hibernation, and fault status by switching the voltage level on and off, without screen display or software data parsing.