Integrated security, analysis and high-performance computing chip with triple protection core and modular AI unit

Abstract

(Main claim) 1. Integrated security and computing chip, comprising: a) a starter chip card module with an unalterable identity matrix, b) an attack protection module with local AI analysis hardware, c) a high-security specification module with a physically separate sandbox, d) a parallel computing unit (TRI-AI-CORE™) wherein all modules are hardware-separated but coupled via an isolated internal security bus, and wherein the chip operates entirely without a network connection.

Description

Technical field:

[0001] The invention relates to an integrated electronic security system, in particular a hardware chip that combines authentication, attack detection, offline high security, and parallelized AI computing power in a single component.

[0002] The chip can be used in vehicle systems, energy systems, home clouds, industrial plants, access systems and critical infrastructures. State of the art:

[0003] Known solutions offer either: *pure computing acceleration (e.g. GPU modules), *pure security hardware (e.g. smart cards), *pure attack detection (software) *or isolated high-performance chips without class.

[0004] No known solution combined: 1. Triple redundant security cores 2. Offline sandbox architecture, 3. Hardware AI analysis, 4. parallelized computing unit, 5. Complete cloud independence

[0005] In a single chip, The core of the invention

[0006] The Fusion Hyperchip V5 combines: (1) Starter chip card module Unalterable identity matrix, hardware boot process, secure initial authentication. (2) Attack protection and analysis module Local AI unit for attack detection, pattern analysis, and result filtering. (3) High-security specification module Physically and logically separated sandbox environment, write-one security blocks, absolute offline isolation. (4)TRI-AI-CORE™ Parallel processor with variable core count (16-96), optimized for fast cryptography, decision logic and mathematical calculation. interfaces

[0007] Separate bus lines for security, computing power, and storage. No external network connection. Inventional advantages *Unhackable because completely offline. *Multiple redundant safety - extremely low design 2 - Extended industry *Higher computing power than classic security chips. *AI support, but without cloud. *Can be combined for any application area (energy, mobility, IT security). Description of the embodiments Design versions 1 - Base unit All modules integrated, internal sandbox and security bus separate. Design 2 - Extended Industrial Version External busbars, protection against electromagnetic pulses, redundant key blocks. Design 3 - Vehicle / Energy Version Temperature hardening, vibration protection, enhanced authentication logic.

Claims

[1] (Main claim) 1. Integrated security and computing chip, comprising: a) a starter chip card module with an unalterable identity matrix, b) an attack protection module with local AI analysis hardware, c) a high-security specification module with a physically separate sandbox, d) a parallel computing unit (TRI-AI-CORE™) wherein all modules are hardware-separated but coupled via an isolated internal security bus, and wherein the chip operates entirely without a network connection. [2] Chip according to claim 1, wherein the high security module contains write-once security blocks. [3] Chip according to claim 1, wherein the computing unit comprises 16 to 96 parallel microcores- [4] Chip according to claim 1, wherein the attack protection module integrates a small unit for local pattern analysis. [5] Chip according to claim 1, wherein triple security redundancy is implemented (starter core, AI core, high security core). [6] Chip according to claim 1, designed for offline operation without any network interface. [7] Chip according to claim 1, integrated into a vehicle or power supply system. [8] Chip according to claim 1, wherein there is an operational separation between the security bus and the computing bus. [9] The computing core contains hardware-based crypto accelerators. [10] The computing unit is completely separate from the security bus. [11] The safety bus is a three-stage multi-layer bus with separate priority logic. [12] The chip has no radio, network or cloud interfaces. [13] The chip limits external access via a write-protected configuration port. [14] The modules can be synchronized via an internal key generator. [15] The chip detects anomalies via neural pattern recognition. [16] The chip has multiple redundancies consisting of a starter core, a security core and an AI core. [17] The chip has a physical tamper detection feature with self-shutdown. [18] Internal data paths are dynamically sequenced depending on the security situation. [19] The chip can be integrated into vehicle control units. [20] The chip can be integrated into power supply systems. [21] The chip can be integrated into home cloud and offline storage systems. [22] The chip can be used as an access and authentication unit. [23] The chip can be used for industrial automation systems. [24] The chip is modularly scalable up to 96 cores. [25] The chip supports instantiated AI modules that run exclusively locally. [26] The chip combines security functions and high-performance computing in a single component, without external dependencies.