#42 IT Report #42

  Using eBPF for Advanced Kernel-Level Observability in Production Observing production systems at the kernel level used to be dangerous, expensive, and often required a reboot. With the rise of eBPF (extended Berkeley Packet Filter), engineers now have a powerful way to run sandboxed programs in the Linux kernel—safely and in real time. eBPF unlocks deep visibility into networking, system calls, security events, and performance bottlenecks without touching application code. This post will guide you through the core benefits, tools, and practices for using eBPF to monitor live Linux production environments securely. 📌 Table of Contents What is eBPF and Why It Matters Observability Benefits with eBPF Popular Tools Built on eBPF Production Use Cases for eBPF Best Practices for Using eBPF in Live Systems 📘 What is eBPF and Why It Matters eBPF allows small programs to run inside the Linux kernel at runtime, without needing to change kernel code or res...

  Edge AI for Predictive Maintenance in Industrial IoT Networks Unplanned equipment failure can lead to massive losses in industrial environments. Edge AI—machine learning models deployed close to the source of data—enables real-time monitoring and predictive maintenance for critical IoT devices. This guide explores how Edge AI can be integrated into Industrial IoT (IIoT) networks to anticipate issues, reduce downtime, and optimize operational efficiency. 🔍 Table of Contents Why Use Edge AI in Predictive Maintenance? Edge AI Architecture in IIoT Networks Deployment Strategy and Data Pipeline Top Tools and Frameworks Real-World Use Cases ⚙️ Why Use Edge AI in Predictive Maintenance? Edge AI enables predictive maintenance at the source—right next to industrial sensors and actuators—without relying on cloud round-trips. This reduces latency, bandwidth consumption, and ensures operations even in low-connectivity environments. It allows early detectio...

  Automated IT Asset Depreciation Tracking for CFOs Chief Financial Officers (CFOs) are under growing pressure to maintain accurate, audit-ready financial statements while managing increasingly complex IT infrastructure. Manually tracking the depreciation of laptops, servers, networking equipment, and other IT assets is time-consuming and error-prone. This is where automation comes in — offering real-time visibility, streamlined workflows, and bulletproof compliance for IT asset depreciation tracking. Table of Contents Why Accurate IT Asset Depreciation Matters Challenges of Manual Depreciation Tracking Automated Tools and Platforms Integrating with ERP and Finance Systems ROI and Strategic Value for CFOs Why Accurate IT Asset Depreciation Matters Depreciation impacts tax liabilities, financial ratios, and capital planning. For regulated industries, depreciation must follow standards such as GAAP, IFRS, or country-specific tax codes. Automating th...