827 results about "Tamper resistance" patented technology

The invention discloses a power grid material sampling inspection management method for realizing whole-course tracing based on intelligent sample sealing, and relates to the technical field of electric power material management and intelligent perception, and the method comprises the following steps: S1, an initialization stage: executing a sample sealing coding segmentation pre-configuration process, distributing independent numbered segments to each sample sealing terminal, and the central control module synchronizes the use state of the terminal code to realize distributed isolation of code generation. According to the invention, coding uniqueness is realized through segmented pre-configuration and global duplicate checking, identity information security is guaranteed by adopting chip one-time write protection and tamper-proof technologies, and sample packet switching and data counterfeiting are effectively prevented by combining automatic acquisition and multi-round consistency comparison. Abnormal recognition and closed-loop processing ensure that abnormal events are frozen in time and responsibility is traced, and irregular samples are prevented from flowing into subsequent links. The whole-process auditing and dynamic optimization enable the management process to be self-perfected, and the intelligence, standardization and reliability of sampling inspection of the power grid materials are remarkably improved.

The invention relates to the technical field of logistics information tampering prevention, in particular to a logistics information tampering prevention system based on a block chain, and the system comprises a logistics information initial encryption module which is used for collecting key logistics information items, calling a chameleon hash function to carry out the hash operation of the collected key logistics information items, obtaining a logistics information chameleon hash sequence, and sending the logistics information chameleon hash sequence to a logistics information tampering prevention module; and a warehouse administrator or a carrier driver uses a private key to digitally sign the key logistics information item and the logistics information chameleon hash sequence to generate a signed logistics data packet. According to the method, key logistics information items are collected, and a chameleon hash function is adopted to perform hash operation on logistics information, so that the tamper-proof capability of the information in the transmission process is enhanced; meanwhile, a private key is used for carrying out digital signature to bind the identity of an operator, so that the identity traceability of an information source is realized, and the identity is effectively prevented from being counterfeited or falsely used.

The invention discloses a charging data auditing method based on the Internet of Things. According to the invention, a multi-dimensional tamper-proof system is constructed through deep fusion of physical signal features and a data security technology. According to the dynamic data fingerprint technology, charging waveform microscopic characteristics and equipment space-time attributes are subjected to nonlinear coupling, so that data generated in each charging period has a unique and verifiable biological-grade identifier. The introduction of a chaotic mapping mechanism endows fingerprints with sensitivity to data subtle differences, even if an attacker tampers current and voltage values with the last three decimal points, an avalanche effect of fingerprint hash values can be caused, it is ensured that tampering behaviors are inevitably exposed in an auditing link, a full-link credible closed loop from data generation to auditing conclusions is achieved, and the auditing efficiency is improved. The reliability of data sources in auditing is improved, and the overall auditing accuracy is ensured. And through an innovative architecture of edge end lightweight calculation and cloud collaborative verification, the feasibility and economy of large-scale charging facility auditing are remarkably improved.

The invention discloses an informatization system dynamic verification method based on a zero-trust architecture, and the method comprises the steps: collecting and standardizing user operation requests of all business systems, and achieving unified resource and organization identification; a distributed encryption operation log link is constructed through an end-to-end encryption protocol, and safe synchronization and tampering prevention of an operation behavior abstract are guaranteed; extracting a multi-dimensional right decision variable, inputting the multi-dimensional right decision variable into an adaptive artificial intelligence decision model, dynamically generating a reversible permission factor set, and supporting fine-grained and rollback permission authorization and real-time automatic revocation; the log chain is encrypted and recorded in the whole process, intelligent abnormity monitoring and end-to-end traceability are combined, the consistency and compliance auditing of the global permission state are supported, and the security, traceability and intelligent self-adaptive treatment capacity of sensitive operation in the multi-organization cooperation environment are effectively improved.

The invention relates to the technical field of data acquisition and information security, and discloses a block chain tamper-proof data acquisition method and device, and the device comprises a control chip, an identity recognition module, a local tamper-proof module, a time sequence processing module (including a parallel uploading unit), a clock calibration module, a storage monitoring module and the like. The method comprises the steps of hardware-level identity verification, operator verification, generation of a data packet containing metadata, encryption and tamper prevention, networking / offline uplink evidence storage, association uplink approval and hash comparison verification. By applying the method and the system, the tamper-proofing of the data in the whole process can be realized, the offline scene is adapted, and the high-credibility data acquisition requirement is met.

The invention discloses a block chain technology-based review data information security tamper-proofing method, and relates to the technical field of information security, the tamper-proofing method comprises the following steps: a data encryption storage step, a data evidence storage step, a trusted computing step and a data verification step, when a computing request is received, the trusted computing step is executed, and the trusted computing step is executed; whether the identity of a requester conforms to the access control strategy is verified through the smart contract, after verification is passed, the smart contract generates a calculation task event, the oracle monitors and captures the event, then a calculation task is transmitted to the trusted execution environment, ciphertext data is obtained in the trusted execution environment and decrypted, and the calculation task is sent to the target server. The method has the advantages that the balance of data privacy protection and integrity verification is realized through a hierarchical architecture combining on-chain evidence storage and off-chain encrypted storage, sensitive review data is stored in an off-chain database in an encrypted form, the security of the review data is improved, the security of the review data is improved, and the security of the review data is improved. Only data fingerprints are recorded on the block chain, data privacy is protected, and data integrity can be verified through the block chain.

The invention discloses systems and methods for privacy-preserving digital communications compliant with frameworks such as GDPR, DPDPA, HIPAA, and PSD2. A Virtual Identity (VI) is instantiated within a secure enclave and bound to one or more Compliance Jurisdiction Tokens (CJTs). Unlike conventional tokenisation limited to payment or aliasing, the invention enables multiple concurrent VIs (Multi-VI), each scoped to a declared purpose, jurisdiction, subnet, or session. Communication is permitted only if all bound CJTs validate inline, including Multi-CJT bindings where jurisdiction, purpose, and consent must all succeed, and Multi-Purpose CJTs (MCJTs) where multiple lawful purposes must be simultaneously satisfied. Each validation produces a Ledger-Anchored Validation Receipt (LAVR) containing pseudonymised metadata, anchored into tamper-evident ledgers for transparency. Regulators access receipts through a Regulator Query Interface (RQI), enabling filtered oversight without exposure of raw identifiers. The technical effect is to transform privacy and compliance into cryptographic enforcement across device, telecom, and network layers

The invention discloses a firmware-level security protection system and method for a hard disk of industrial automation equipment, particularly relates to the technical field of storage security protection, and is used for solving the problem of abnormal tampering of firmware. According to the method, instruction calling, interface access and interrupt timestamps are collected in a sliding window, a behavior sequence set containing an instruction sequence, calling frequency and sensitive marks is constructed and compared with a reference sequence library, firmware-level judgment on operation abnormity, access border crossing and tampering risks is triggered based on a transfer relation and an offset index, and the operation safety is improved. The method comprises the following steps of: dividing firmware into a control domain, a data domain and a configuration domain, realizing minimum permission and dynamic isolation by relying on state and permission mapping and permission register and interface shielding, forming a flow from detection to isolation to closed loop recovery by combining protected segment integrity verification and local copy hot switching, writing an exception into a protected loop log area for threshold updating, and performing protection on the protected loop log area. And the tamper-proof performance, the operation safety and the maintainability of the firmware are integrally improved.

The invention discloses a traceability application-oriented block chain database data management system, particularly relates to the technical field of block chain database data management, and is used for solving the problems of easy data tampering and low verification efficiency caused by traceability data logic association and physical storage splitting. The method comprises the following steps: firstly, matching a parent physical sector offset through an association analysis module, determining a storage partition, and assembling a write-in instruction; then, a topology binding module executes a disk write operation, synchronously reads parent node hash and performs combinatorial operation in combination with a physical address to generate a topology binding check value bound with the physical position; the aggregation anchoring module uses a Merkel tree aggregation check value to generate a root fingerprint and perform uplink, and establishes an anchoring voucher; and finally, a path verification module positions a physical position according to the certificate, executes reverse recursive addressing and step-by-step Hash recalculation, and assembles a pedigree verification packet, so that a closed-loop trust system from physical storage to chain certificate storage is constructed, and the tamper-proof capability and verification efficiency of the traceability data are improved.

The present invention provides an autonomous computing system for cryptographic asset tokenization, digital currency operations, redemption, detokenization, and full lifecycle management of tokenized assets. The system leverages formal cryptographic proofs, hybrid off-chain and on-chain ledger synchronization, and automated execution protocols to enhance regulatory compliance, asset-backed stability, and operational autonomy. Smart contracts, cryptographic hash-based commitments, and distributed validation mechanisms ensure secure, verifiable, and tamper-resistant transactions across decentralized, centralized, and hybrid environments. The system governs the entire token lifecycle by intrinsically linking asset state validation to both on-chain and off-chain records. Hardware-agnostic cryptographic processing enforces governance rules, validates asset-backed token states, and prevents over-issuance. Real-time integrity checks and automated reconciliation deliver a scalable, cryptographically secured framework for autonomous management of tokenized assets and digital currency transactions, minimizing reliance on intermediaries.

The invention discloses an AI model security protection system and method based on a domestic cryptographic algorithm and a digital certificate. The system comprises a certificate management center CA, an AI model security gateway, a training terminal and a deployment server, wherein the certificate management center CA is a certificate management system of a third-party trusted certificate management center CA mechanism; the AI model security gateway is used for security access and compliance verification of training data; the training terminal is used for security initialization of the model development terminal and generation of a security model package, and is terminal equipment used by a developer for model training; and the deployment server is used for security management and control of the model operation end. The method comprises the following steps: firstly, carrying out data encryption and model certificate binding; identity authentication and transmission encryption are carried out; then, integrity verification and tampering prevention are carried out; and finally, version traceability and legality verification are carried out. According to the method, the security of the AI model and the model transmission and verification efficiency are improved, the whole-process traceability of the model is realized, the compatibility is high, and the method is easy to popularize.

A secure digital management tool for managing real estate ownership and leases, consisting of: a tamper-proof enclosure containing a secure processing module; a biometric authentication module comprising a fingerprint sensor and an iris scanner, which are operationally coupled with a secure biometric engine to verify a user's physical identity; a document integrity module configured to generate a cryptographic hash of a digital document representing a certificate of ownership or a lease agreement; a smart contract engine configured to compile and execute the logic for legal transactions related to ownership in a Turing-complete virtual machine environment, the logic defining obligations, rights, payment schedules or renewal triggers encoded in the lease or ownership contract; a blockchain interface processing unit operationally connected to the document integrity module and the smart contract engine, wherein the blockchain interface processing unit is configured to anchor cryptographic hashes of the documents and the execution status of smart contracts in a decentralized ledger network; a secure element embedded in the secure processing module and configured to store cryptographic private keys and perform isolated signature and encryption operations without exposing confidential key material to general storage space; a communication subsystem that includes at least one of the following elements: a GSM / 4G module, a Wi-Fi 6 module and a GPS receiver, configured for secure network connectivity and geolocation binding of transactions; a touchscreen interface configured for displaying transaction forms, digital agreements, and interactive contract signing interfaces, the interface also including pen input for capturing digital handwritten signatures; and a secure audit trail subsystem configured to maintain a chronologically ordered, append-only log of all biometric access events, document hash generations, blockchain anchoring events, and smart contract lifecycle transitions, with the audit trail regularly hashed and anchored for forensic integrity in a decentralized blockchain network.

The invention relates to the technical field of information security, discloses a realization method of an electronic signature of a customs business scene and a seal management system, and aims to solve the problems of trust centralization, easy data tampering, difficult traceability, poor business adaptation and insufficient interoperability of an existing electronic signature. According to the method and the system, a distributed account book technology is introduced, decentralized creation and registration, signature generation and verification, life cycle management and on-chain recording of auditing and tracing of the electronic seal are realized, a dynamic and configurable business scene strategy engine is constructed, a customs business process is flexibly adapted, and high safety, high efficiency and high adaptability are ensured. According to the method, a decentralized trust basis is established, the tamper-proofing capability and efficiency are improved, full-chain auditing traceability and cross-mechanism interoperation are realized, and data security is guaranteed.

A tamper-indicating and child resistant cap and container assembly, comprising a cap comprising: a cap top wall; a cap skirt having an inner wall which is at least partially threaded, and an outer wall having at least one squeezing location; at least one tamper-indicating band frangibly connected to a free end of the cap and having defined therethrough an opening; at least one tongue extending from the free end of the cap skirt which circumferentially spaced from the at least one squeezing location. The container has an open end and a neck, an outer wall of the neck being at least partially threaded and configured to cooperate with the at least partially threaded inner wall of the cap; and at least one protrusion extending from the outer wall of the container neck and configured to be received in the opening of the at least one tamper-indicating band.

A computer-implemented system for routing artificial intelligence (AI) queries. The system utilizes a zero-copy data pipeline, which processes prompts in memory-mapped buffers to eliminate at least one memory copy operation, thereby reducing latency relative to conventional serialization pipelines. The system continuously verifies AI provider compliance by injecting synthetic prompts containing invisible, Ed25519-signed Unicode watermarks. Algorithmic bias is detected by generating counterfactual “digital twin” prompts and applying Fisher exact statistical testing.Routing decisions for multi-tier autonomous systems are governed by safety-level requirements (ASIL-D, ASIL-B, QM) and may be constrained by external routing directives received via a meta-identifier. A hash-chained manifest, cryptographically signed using Ed25519 and consumed by downstream gateways, is generated for each routing decision, with its Merkle root asynchronously anchored to a blockchain to create a tamper-evident audit trail for regulatory compliance.

The invention provides a charging pile payment settlement and data evidence storage method and system based on a block chain. The method comprises the following steps: building a block chain network comprising a charging pile node, a user terminal node, an operation management node and a supervision node; according to the invention, by using the characteristics of non-tampering and decentralization of the block chain, secure storage and transmission of user information, charging data and payment and settlement data are ensured, and the data are prevented from being tampered and leaked; through the automatic execution of the smart contract and the public transparency of the block chain, the calculation and payment process of the charging cost is public and checkable, human intervention and fraudulent behaviors are avoided, and the fairness and justice of the transaction are ensured; the data is packaged into a block chain structure, so that tampering resistance and traceability of the data are realized, and data support is provided for charging cost accounting, user right and interest guarantee and industry supervision; the calculation and payment of the charging cost are automatically completed through the smart contract, the payment and settlement efficiency is improved, and the user experience is improved.

The invention discloses a distributed data use control method and system based on a DID and a verifiable credential, a storage medium and an electronic device, and the method comprises the steps: carrying out the identity verification of a data user based on a DID, carrying out the authentication of the identity through a verifiable credential issued by an authority, and carrying out the verification of the identity through the verifiable credential; the privacy information range is controlled by adopting a selective disclosure mechanism; generating data authorization information based on the verifiable certificate, establishing an encrypted point-to-point data transmission channel in combination with the DID identifiers of the authorizer and the authorized person, and executing encrypted transmission and encrypted storage of data; and verifying the identity of a data user based on a DID signature mechanism, carrying out tamper-proof verification on a use strategy in the authorization certificate, and carrying out compliance judgment on an authorization range, strategy content and a decryption condition. According to the method provided by the invention, identity credibility right confirmation in a distributed environment is realized, the security and compliance of data exchange are improved, and security autonomy and verifiable control in a data use stage are realized.

The present invention realizes a remote signature system in which identity verification is performed for each signing request by combining the remote signature system with public key cryptography. A terminal device (2) comprises a means for generating a key pair for authentication to perform the public key cryptography. A generated secret key is stored in the terminal device (2), and a generated public key is transmitted to the tamper resistant device (5) and is stored in relation with the corresponding signature key. The tamper resistant device comprises a signature key storage means (12) for storing the signature key, a decryption key and signature key identification information as pairs for each user. When requesting a digital signing, a signing request including the signature key identification information, plaintext verification information, and a crypto token including the encrypted verification information and the encrypted signature object data is created and is transmitted to the tamper resistant device (5). The tamper resistant device accesses to the signature key storage means (12) and searches both the decryption key and the signature key. The tamper resistant device decrypts the crypto token using the searched decryption key, and verifies consistency between the decrypted verification information and the plaintext verification information. If they do not match each other, the signing request is excluded from the digital signing.

The invention provides a safety starting method, device and equipment and a readable storage medium, and the method comprises the steps: responding to a request for starting chip firmware, and building communication connection with a safety chip through inter-core communication; obtaining a trusted key root from the security component according to the security chip, and performing mutual challenge authentication with the security chip; according to a mutual challenge authentication with the security chip, a mutual legal authentication result is obtained, and the security chip is requested to start security signature verification; and starting the chip firmware according to a result fed back by the security chip that the signature verification is legal through security starting of the security component. Through the technical scheme of the specification, the isolation security component forms a hardware-level protection island, the risk of physical detection or bypass attack is eradicated, the security chip agents all operations to ensure that the root key cannot be directly accessed by the main MCU, the two-way challenge authentication is combined with the dynamic session key to realize tamper-proofing of inter-core communication, and on the premise of completely eradicating the tamper-proofing process from being hijacked, the security of the main MCU is improved. And the starting reliability and timeliness of the chip are ensured.

A node-edge symbolic consent kernel (NESCK) provides a computing architecture in which every instruction is gated by a verifiable human-intent signal and an ethical-predicate chain prior to execution. The system integrates a biometric-sensing front-end (EEG / GSR / facial micro-affect), a symbolic arbitration engine that transforms bio-intent data into consent tokens, and a cryptographically bonded node-edge ledger that records execution lineage, revocation, and audit proofs. Each node represents an executable state bound to a human consent fingerprint, while each edge encodes the ethical transition rules authorizing propagation through the network. At runtime, the kernel evaluates symbolic predicates, verifies zero-knowledge proofs of consent, and allows or halts instruction dispatch. The framework operates across devices, edge nodes, and cloud layers, enabling real-time lawful AI behavior, revocable autonomy, and tamper-proof moral audit trails. Embodiments span neuroadaptive wearables, autonomous vehicles, robotics controllers, and sovereign AI systems requiring continuous consent and transparent accountability.

A closure for a container includes a closure body and a lid hingedly connected to the closure body. A tamper-evident strip is connected to the closure body by at least one frangible connection. The tamper-evident strip is coupled to the lid upon first-time closing of the lid, such that the lid is coupled to the closure body via the tamper-evident strip. The lid includes a holding chamber, which receives the tamper-evident strip upon first-time closing. The holding chamber has an engagement member adapted to move beyond and engage the tamper-evident strip upon first-time closing of the lid. The engagement member holds the tamper-evident strip in the holding chamber when it is separated from the closure body.

The invention discloses an audio and video transmission method and device based on multi-mode AI enhancement and dynamic end-to-end encryption, equipment and a storage medium, and relates to the technical field of digital audio and video processing and secure transmission, and the method comprises the steps: obtaining an original audio and video stream, and separating the original audio and video stream into audio data, video data and subtitle text data; performing multi-mode AI enhancement processing on the audio data, the video data and the subtitle text data to obtain enhanced audio and video data; generating an encryption decision instruction based on the real-time network state, and performing encryption processing on the enhanced audio and video data according to the encryption decision instruction to generate encrypted data with a tamper-proof watermark; and when the encrypted data passes integrity verification and copyright legality judgment, the encrypted data is transmitted through a secure transmission channel, and collaborative optimization of security and efficiency is realized through a core technology chain of multi-modal separation enhancement, dynamic encryption decision, hardware-level watermark binding and credible verification transmission.

The invention discloses a data encryption and access control device for an intelligent fire-fighting internet of things system in the technical field of data protection. The data encryption and access control device comprises a dynamic encryption engine, a multi-mode access control module and a safety coprocessor. The dynamic encryption engine adaptively selects an SM4-GCM and SM9-Kyber hybrid encryption algorithm based on the data sensitivity level and the equipment type, so that the transmission encryption delay is less than or equal to 0.9 ms; the multi-mode access control module supports dynamic permission upgrading and tamper-proof evidence storage in a fire emergency scene through a three-layer architecture of RBAC + ABAC + block chain auditing; the security coprocessor adopts an FPGA hardware acceleration SM4 algorithm, and the energy efficiency ratio reaches 15Gbps / W. Anti-quantum security: the post-quantum algorithm Kyber-768 passes through the third round of authentication of NIST, and the key negotiation efficiency is improved by 3 times compared with that of the traditional ECDH (test data: the negotiation time consumption of 100,000 times is reduced from 18 seconds to 5.7 seconds). Technical optimization of the device comprises fine-grained access control innovation, a multi-modal strategy engine, block chain auditing and tracing, hardware acceleration efficiency optimization and distributed key management.

The invention relates to the technical field of block chain smart contracts, and provides a smart contract automatic execution system and method based on a block chain technology. In order to solve the problems that in the prior art, out-of-chain event verification is fragile, cross-contract atomicity is lacked, and resource management and control are insufficient, the system comprises a multi-mode under-chain event verification module, and a tamper-proof data channel is established through an Internet of Things hardware anchor point and an anti-collusion oracle; the autonomous execution engine is integrated with a resource awareness scheduler and an out-of-chain computing adapter; the transaction atomicity guarantee module is used for realizing cross-contract rollback by adopting a global snapshot tree and an intelligent compensation contract; the governance arbitration interface supports anonymous dispute resolution. The method comprises the steps of out-of-chain event multi-level verification, voucher execution queue management and sandbox resource isolation control. Credible collaboration inside and outside the chain is realized, the execution reliability is improved by more than 90%, and the contract development cost is reduced by 40%.

The invention discloses a dynamic risk management and control method and system for an operation process and field interaction equipment, and relates to the technical field of industrial internet, machine vision and intrinsic safety control. The invention aims to solve the technical problems that the physical state and the digital approval in the existing job management are disjointed, the existing job management is easily attacked by multimedia data fraud (such as screen copying and historical photo forgery), and the control instruction is lagged in a dynamic environment. The method comprises the following steps: a system and a field controller establish bidirectional heartbeat monitoring based on a hardware watchdog, and equipment is set in a physical locking state by default; responding to the operation request, and acquiring multimedia evidence containing a bottom hardware level tamper-proof space-time fingerprint by utilizing a hardware security unit (SE) of the field interaction equipment; the authenticity and the space-time legality of hardware fingerprints are verified at first, and then moire detection, reflection analysis and semantic comparison are conducted through an AI algorithm; and only when the anti-counterfeiting and the content verification are both passed, generating an encryption driving signal to unlock. During operation, a state competition processing mechanism is introduced, if the environment is suddenly changed, the system preferentially suspends the authority through high-priority hardware interruption, and fault-oriented security (Fail-Safe) is achieved. According to the invention, through deep fusion of software and hardware, active defense and millisecond-level dynamic fusing of operation risks are realized.

The invention relates to a charging control method and device, a vehicle, a charging pile and a charging system. The method comprises the steps that under the condition that a first message sent by a charging pile is received, if first verification information in the first message passes verification, a second message is sent to the charging pile, and the second message comprises second verification information, a vehicle identification code and current offset; executing a charging handshake process with the charging pile; and under the condition that the charging handshake process is completed, the current offset in the second message is utilized to adjust the charging current value requested by the vehicle. Therefore, on the premise of ensuring that the current offsets at the two ends are matched, the hardware potential of the vehicle and the charging pile can be fully utilized, the inherent current limitation is broken through through the current offsets, the charging current value is increased, the charging time of the electric vehicle is shortened, the charging safety is synchronously guaranteed, the rapid charging requirement of a user is met, wrong charging pile access is prevented, and the charging efficiency is improved. Charging safety is guaranteed, and tampering and counterfeiting are prevented.

The invention discloses a software trial time setting method and system based on a dual verification mechanism, which effectively increases a tamper-proof function of software trial time control, and comprises the following steps: step S1, a client collects equipment hardware feature information, generates hardware fingerprints, and sends the hardware fingerprints to a server; packaging the hardware fingerprint, the software version number and the application timestamp into an authorization request and sending the authorization request to a license server; s2, the server generates a dynamic encryption key according to a software version matching trial period; s3, the server encrypts the hardware fingerprint, the trial deadline and the function permission list by using the dynamic key, generates a license file after adding a digital signature, and issues the license file to the client; the method is novel in structure, ingenious in conception and easy and convenient to operate, the unique binding function of the license and the hardware equipment is effectively enhanced, the cracking resistance of the encryption key is improved, the real-time tamper-proof verification function is added, and the response efficiency of an exception handling mechanism is optimized.

A method for monitoring an Integrated Circuit (IC). The method includes decrypting, by the Root-Of-Trust (ROT) module, an identity package that resides in a non-volatile memory of the IC using a secret accessible by the ROT module. The identity package is configured in a decrypted state at the non-volatile memory by use of the secret. The ROT module is configured to discover, based on monitoring data from a sensor that an attack is at least being attempted on a package of the IC. The ROT determines whether a debug package is present in response to the attack. If the debug package is not present, the ROT module is configured to execute a tamper resistance process to prevent the use of the secret by the ROT module and the identity package from being placed or remaining in a decrypted state in the non-volatile memory of the IC.

The invention provides a trusted distributed data management system based on a block chain, which relates to the field of electric digital data processing and comprises a data sovereignty module, a trusted storage module, a privacy calculation module and a value circulation module. The data sovereignty module is used for determining data ownership and realizing on-chain right confirmation, the trusted storage module is used for ensuring integrity, availability and tamper-proof capability of data, and the privacy calculation module is used for supporting completion of calculation and verification on the premise of not exposing original data. The value circulation module is used for realizing economization and governance of data assets; according to the system, a trusted data management infrastructure with data sovereignty protection, privacy security and value circulation capabilities is constructed through deep fusion of a cryptographic technology, an intelligent contract and a distributed architecture.

Information security systems and methods are presented including synchronized state machines operating with private data and tamper-evident identifiers that expand the problem space of attacks by unauthorized consumers of data in flight or rest to near infinity. A quantum cryptography-resistant distribution network for identity, trust relationship, encryption, and transcoding of valuable information is described where a priori knowledge of the hardware or software is irrelevant to the safe time for the data protected and modified as needed within a multikey encryption and data control and availability assurance domains. Due to its low compute design, the methods described within are well suited for a variety of tasks including real-time data streams such as video and audio distribution.