Technology & Products
Technology & Products
围绕“端–芯–链–云–算”一体化架构，EtherCoreTech 构建了从硬件信任根到区块链 AI 网络的 平台级产品体系，为下一代大规模智能与可信应用提供可验证、可审计、可治理的基础能力。
Built around an integrated “Device–Chip–Chain–Cloud–Compute” architecture, EtherCoreTech delivers a platform stack from hardware roots of trust to a blockchain AI network, enabling verifiable, auditable, and governable foundations for next-generation intelligent and trusted applications.
自主掌握区块链核心引擎与具备毫秒级响应能力的 RISC-V 可信执行虚拟机（Execution VM）， 结合 RoT 安全芯片、抗量子密码与隐私计算栈，为国防、低空经济、金融与工业互联网场景 提供全栈一体化可信计算底座。
EtherCoreTech integrates blockchain core engines and a millisecond-level RISC-V Trusted Execution VM with RoT chips, PQC and a privacy-preserving stack to provide an end-to-end trusted-computing foundation for defense, low-altitude economy, finance and industrial internet scenarios.
以硬件信任根（Hardware Root of Trust, RoT）为起点，提供从芯片级安全到系统级信任的基础能力。
Starting from the Hardware Root of Trust (RoT), we deliver foundational capabilities from chip-level security to system-level trust.
• 硬件信任根（RoT）安全芯片：防物理篡改、安全启动、密钥安全存储；
• 远程证明（Remote Attestation）：设备身份与执行环境远程验证；
• 安全模组系列：面向终端、网关、服务器与专用设备的嵌入式安全单元；
• PUF（物理不可克隆函数）：为零信任准入与设备级密钥生成提供物理熵源。
• RoT secure chips providing anti-tampering, secure boot, and secure key storage;
• Remote attestation for device identity and runtime integrity verification;
• A family of secure modules for terminals, gateways, servers and dedicated devices;
• PUF (Physically Unclonable Functions) as entropy sources for zero-trust admission and device-level keys.
从工业与政企指挥终端，到安防、执法与个人智能穿戴，实现“端–云一体”的统一身份与策略控制。
From industrial and government/enterprise terminals to security, law-enforcement and personal wearables, we enable unified identity and policy control across edge and cloud.
• 工业 / 政企指挥终端、边缘计算网关；
• 安防、执法、个人与行业专用智能穿戴设备；
• 端到云统一身份、访问控制与策略下发；
• 支持可信采集、可信上报与可信控制指令闭环。
• Industrial / government- and enterprise-grade command terminals and edge gateways;
• Smart wearables tailored for security, law enforcement, personal and vertical-industry scenarios;
• Unified identity, access control and policy enforcement from edge to cloud;
• Trusted data capture, reporting and control-loop execution.
“可信算力 + 抗篡改状态”的双引擎，是 EtherCoreTech 可信计算底座的技术心脏。
The dual engine of “trusted compute + tamper-proof state” forms the technical heart of the EtherCoreTech stack.
• 毫秒级响应、百万级并发；
• 确定性执行（Deterministic Execution），避免状态分叉与不一致；
• 可验证执行日志（Verifiable Logs），满足审计与合规需求；
• 支持多租户、安全沙箱与可信时间源。
• Millisecond-level response, million-level concurrency;
• Deterministic Execution to avoid fork/inconsistency;
• Verifiable Logs for audit and compliance;
• Multi-tenancy, secure sandboxing and trusted time sources.
• 异构节点间的共识、记账与清结算；
• 抗篡改审计账本与监管友好的日志记录；
• 可配置的执行与结算层，适应不同应用画像；
• 与 RISC-V Execution VM 紧密集成，打造可信高吞吐管线。
• Consensus, ledger and settlement across heterogeneous nodes;
• Tamper-proof audit ledgers and regulator-friendly logging;
• Configurable execution & settlement layers to serve different application profiles;
• Tight integration with the RISC-V Execution VM for trustworthy, high-throughput pipelines.
让 AI 不只是“强大”，更是“可信、可控、可审计、可追责”。
Making AI not only powerful, but also trustworthy, controllable, auditable, and accountable.
• 面向智能体与数字化身（Digital Avatars）的 AI 运行底座；
• 敏感数据不出域（In-domain Processing）与安全沙箱隔离；
• 训练–推理全流程可追溯、可验证与可重放；
• 支撑决策过程的透明、可审计与可追责。
• AI runtime substrate for intelligent agents and digital avatars;
• In-domain processing of sensitive data with secure sandboxing;
• End-to-end traceability, verifiability and replay of training & inference pipelines;
• Supporting transparent, auditable and accountable decision loops.
为未来 10–20 年的攻击面预先加固，为关键基础设施与高敏感业务构建长期安全边界。
Pre-hardening today’s systems for attack surfaces over the next 10–20 years, and building long-term security boundaries for critical infrastructure and highly sensitive workloads.
• 抗量子密码算法与协议（PQC）；
• 多方安全计算、同态加密、差分隐私等隐私计算技术；
• 针对金融基础设施、工业互联网与国防信息系统的纵深安全架构设计。
• Post-quantum secure cryptographic algorithms and protocols;
• Privacy-preserving computing based on MPC, homomorphic encryption and differential privacy;
• Defense-in-depth security architectures for financial cores, industrial internet and defense information
systems.
将底层可信计算能力抽象成“可激励、可审计、可治理”的 AI 区块链网络。
Abstracting the trusted-computing foundation into a programmable, incentive-aligned and auditable AI blockchain network.
• 建立在区块链核心引擎 + RISC-V TE VM 之上；
• 可编程激励：面向数据、算力、模型效果与任务结果；
• 全链路审计与可验证执行：满足合规、监管与取证需求；
• 为高价值数据与 AI 智能体提供可信协作与价值结算基础设施。
• Built on proprietary blockchain core engines and the RISC-V TE VM;
• Programmable incentive mechanisms for data, compute, model performance and mission outcomes;
• Verifiable execution and end-to-end auditability for compliance, regulation and forensics;
• Providing trusted collaboration and value-settlement infrastructure for high-value data and AI agents.
围绕生命信号感知、神经接口与类脑计算路径，探索未来智能形态与数字意识范式。
Exploring future forms of intelligence and digital-consciousness paradigms through life-signal sensing, neural interfaces and neuromorphic computing.
• 生命信号感知与建模（Bio-Info）；
• 生物计算与类脑计算架构（Bio-Computing）；
• 脑–机接口（BCI）协议与安全体系；
• 为人机共生与数字意识研究提供底层基础设施。
• Bio-information sensing and modeling;
• Bio-computing and neuromorphic computing architectures;
• BCI protocols and security frameworks;
• Foundational infrastructure for human–machine symbiosis and digital-consciousness research.
