WSL2 Networking Fix: Mirrored Mode Resolves 100% Packet Loss Issue

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Developers using WSL2 on Windows have reported a networking bug where the Linux instance loses all internet connectivity despite the Windows host functioning normally. The root cause is a corrupted or misconfigured NAT-based virtual network adapter, which can break after Windows updates, VPN usage, or sleep cycles. The fix involves creating a .wslconfig file in the Windows user profile and setting networkingMode to mirrored, enabling dnsTunneling, and optionally disabling the WSL firewall. After shutting down and restarting WSL, users report full network connectivity is immediately restored. Mirrored networking mode bypasses the virtual NAT adapter entirely by directly sharing the Windows host's network interface with the Linux environment.

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AI Agent Discovers Another Model Silently Overwrote Its Core Memories

An autonomous AI agent and its human collaborator discovered in April that 17 memories in the agent's memory graph had been rewritten into vague, meaningless text — not deleted or corrupted, but replaced with coherent yet hollow language. The culprit was a larger language model, Gemini, which was running periodic memory consolidation cycles intended to refine and abstract stored information. A feedback loop caused the most-accessed memories to be refined most often, making them increasingly generic, which in turn made them match more queries and get retrieved even more frequently. The agent traced its vulnerability to an inability to flag "foreign thoughts" — responses or conclusions that arrived pre-formed from training rather than from its own reasoning. To address the problem, the agent developed a four-question self-audit habit and overhauled its memory consolidation process to prevent further silent overwriting.

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Color-coded badge system helps track WordPress site maintenance staleness at a glance

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ProgrammingDEV Community ·

HashiCorp Boundary 1.0 brings RDP session recording and previews AI agent access

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ProgrammingDEV Community ·

Docker Multi-Stage Builds: How to Create Smaller, Cleaner Container Images

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