Paperclip is an open-source control plane that treats AI agents as employees with org charts, budgets, approvals, and audit logs, integrating with OpenClaw, Claude Code, and Codex to govern agent fleets at scale.
This article maps each clause of China's 2024 financial data security regulation (金规〔2024〕24号) to Easysearch's native capabilities—including SM2/SM3/SM4 encryption, field-level masking, audit logs, high availability, and a millisecond rule engine—demonstrating compliance via three production cases: a bank's 100B-log platform, an insurer's core system replacement, and a bank's 24/7 operations contract.
This article details the architecture and implementation of a production-grade notification center that abstracts channel differences, uses Thymeleaf for template rendering, employs Channel/Provider abstractions for multi-vendor support, handles async execution via thread pools and message queues, and ensures reliability through persistent task tracking, exponential backoff retries, rate limiting, idempotency, and audit logging.
This article dissects the five-stage lifecycle of an AI agent conversation—from host submission through trusted identity, gateway routing, runtime turns, to audit logging—revealing why treating chat as a simple HTTP request leads to misdiagnosed failures, security gaps, and broken observability across multi-entry platforms.
This article clarifies that Human-in-the-Loop (HITL) is not merely a confirmation dialog but a systematic safety framework for AI agents, detailing five production rules, three common misconceptions, and two real-world scenarios to distinguish HITL from HOTL and HOOTL.
This article walks through the fundamentals of authentication, multi‑factor authentication, SSO, common attack vectors such as SQL injection, XSS, CSRF, DDoS, and Man‑in‑the‑Middle, explains DAC, MAC, RBAC, TBAC, OBAC, ABAC, Bell‑LaPadula, Biba, Clark‑Wilson and Chinese‑Wall models, and shows how to design a comprehensive audit log for an Internet‑based prescription system.
Java developers should move beyond using GPT for code generation and instead expose existing Spring Boot services as secure, auditable AI tools, covering permission checks, data desensitization, tool descriptions, system prompts, and comprehensive logging to safely integrate GPT into business workflows.
This article details a production-grade Spring Boot audit architecture covering full-chain traceability, async log persistence, dynamic data masking via Jackson serializers, tamper-proofing with hash chains, and hot/cold log tiering, with concrete code examples and performance tuning insights from financial and government deployments.
This article outlines six essential security boundaries enterprises must verify before deploying AI Agents, including scenario, data, tool, action, audit, and operational limits, plus a risk matrix and layered defense framework to prevent tool-calling capabilities from becoming uncontrolled business risks.
This article shows how to move OAuth2 client credentials out of source code into a database, add dynamic registration, multi‑tenant isolation, encrypted secret storage, login‑failure throttling, audit logging, a management REST API, and provides testing steps and common pitfalls.
The article dissects Claude Code’s Harness layer, detailing its five core components, four‑layer defense strategy, guiding principles, and a step‑by‑step refactoring workflow that together turn a language model into a safe, controllable AI coding partner.
Triggered by the APIfox supply-chain attack, this article details HarmonyOS 6's three-layer request interception (onLoadIntercept, onInterceptRequest, WebSchemeHandler) with code examples for whitelist enforcement, resource substitution, audit logging, and AI-specific filters against prompt injection and data leakage.
The article presents a low‑intrusion, highly configurable data‑audit plugin for Spring Boot that leverages MyBatis‑Plus interceptors to automatically capture before‑and‑after snapshots of INSERT, UPDATE, and DELETE operations, offering extensible logging, masking, async handling, and monitoring for enterprise systems.
Learn how to transform a vulnerable MySQL 8 instance into a militarized, audit‑ready database in just half an hour by applying six ready‑to‑run shell and SQL scripts that disable high‑risk accounts, enable enterprise audit logging, enforce SSL, prune privileges, rotate root passwords, and generate compliance reports.
This guide walks you through verifying, installing, configuring, and activating the MariaDB server_audit plugin, including required ConfigMap edits, optional SQL commands, and a Kubernetes rollout to ensure comprehensive audit logging of connections, queries, and table events.
The article explains how bastion hosts serve as a security gateway in IT operations, detailing their core functions such as unified authentication, fine‑grained access control, command filtering, comprehensive audit logging, and risk alerts, and compares them with simple jump servers across typical deployment scenarios.
This article examines why many enterprises repeatedly suffer data breaches, highlighting common security flaws such as manual permission management, account sharing, lack of least‑privilege, insufficient environment isolation, weak audit logging, and offers practical recommendations to strengthen information security.
The article explains how to enable Kubernetes audit logging and use its detailed fields—such as userAgent, responseStatus, requestURI, and object references—to detect CDK‑generated attacks and other threats like CVE‑2022‑3172, privilege escalation, and backdoor deployment, offering practical detection examples and security recommendations.
Learn how to use Spring Boot’s AOP features to automatically fill creator, creation time, updater, and update time fields for any DAO insert or update operation, eliminating repetitive code and ensuring consistent audit logging across all database tables.
This guide explains how to install the open‑source Asciinema tool, record and replay terminal sessions with various options, understand its compact .cast file format, and set up automatic session logging for comprehensive audit trails, making terminal activity tracking efficient and lightweight.
This article explains GDPR's key principles, the Discover‑Defend‑Detect framework, and concrete database controls such as data identification, retention, pseudonymisation, encryption, access control, disaster recovery, and audit logging needed to achieve compliance.
This article introduces CrazyEye, an open‑source bastion host that centralizes permission and audit management for large server fleets, explains its key features such as fine‑grained access control, command logging, and batch operations, and provides setup screenshots and the Git repository link.
