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SigNoz observability platform self-hosted on Windows ARM64 via Foundry

A developer successfully self-hosted the SigNoz observability platform on a Windows ARM64 machine using Foundry, overcoming an initial hurdle with Docker's WSL integration. The process involved configuring SigNoz via Foundry's config-as-code approach, which automatically set up components like ClickHouse, PostgreSQL, and an OTel Collector. A key challenge was enabling Docker Desktop's integration for the specific WSL distribution, a detail not explicitly clear in the documentation. The setup also included enabling SigNoz's MCP server, allowing agent-native querying of telemetry data. AI

IMPACT Enables agent-native querying of telemetry data, potentially lowering barriers for AI-driven incident response.

RANK_REASON The item describes the process of setting up and configuring a specific software tool (SigNoz) on a particular hardware/software environment (Windows ARM64 with WSL2), including troubleshooting a specific integration issue (Docker WSL integration). This falls under the 'tool' category as it details the practical application and configuration of existing software rather than a novel release or significant industry event.

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SigNoz observability platform self-hosted on Windows ARM64 via Foundry

COVERAGE [1]

  1. dev.to — MCP tag TIER_1 English(EN) · sai krishna chowdary ·

    Self-Hosting SigNoz with Foundry on Windows ARM64 (and the WSL2 wall that almost stopped me)

    <p>My laptop is a Windows ARM64 machine. Most self-hosted observability tooling assumes you're on Linux, macOS, or at worst regular x86 Windows — so when I sat down to self-host SigNoz for the Agents of SigNoz hackathon, I genuinely didn't know if it would work at all before I'd …