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benolenick/security-shallots

Analysis updated 2026-05-18

5PythonAudience · ops devopsComplexity · 4/5Setup · moderate

TLDR

A lightweight security monitoring tool for home labs and small offices that flags unusual network activity, runs on a Raspberry Pi.

Mindmap

mindmap
  root((Security Shallots))
    What it does
      Baseline network activity
      Flag drift and anomalies
      Scout cards for review
    Tech stack
      Python
      SQLite
      Suricata and CrowdSec
    Use cases
      Homelab monitoring
      Small office security
      AI incident summaries
    Audience
      Homelab operators
      Small office admins

Code map

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What do people build with it?

USE CASE 1

Monitor a small home or office network for unusual first-seen devices or drift from normal activity.

USE CASE 2

Aggregate router syslog, DNS logs, and optional Suricata or CrowdSec data into one dashboard.

USE CASE 3

Get plain-English AI-generated incident summaries instead of raw technical alerts.

USE CASE 4

Deploy lightweight agents to other machines that report back to a central monitoring box.

What is it built with?

PythonSQLiteSuricataCrowdSecOllama

How does it compare?

benolenick/security-shallots1ncendium/aibusteraaronmayeux/ha-hurricane-tracker
Stars555
LanguagePythonPythonPython
Setup difficultymoderatemoderateeasy
Complexity4/53/52/5
Audienceops devopsops devopsgeneral

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · moderate Time to first run · 1h+

Best results need a router or switch that can mirror or forward traffic, heavier features like Suricata need more CPU.

In plain English

Security Shallots is a small, lightweight security monitoring tool built for home labs and small offices with roughly one to ten computers. Its goal is to give a home user or small team the useful, everyday parts of a professional network security setup, the kind normally run by a security team with a large data center, without needing heavy tools like Elasticsearch or a dedicated staff. It is explicitly not trying to replace a full enterprise security stack, and the README is upfront about that. The core approach is to quietly collect signals from your network, router, and computers, learn what normal activity looks like for your specific small setup, and then flag anything that drifts from that baseline: an unusual first-time connection, someone touching a decoy trap, or a cluster of related alerts. It keeps a short buffer of raw network capture as evidence when possible, and packages what it finds into compact summary cards for a person, or a more powerful AI model, to review. Importantly, the tool itself does not make final security decisions, its job is only to raise things that might otherwise slip past unnoticed. It runs comfortably on modest hardware, including a Raspberry Pi, and works best when connected to a place on the network that can actually see meaningful traffic, such as a router's log feed or a switch's mirrored port. It can optionally pull in data from other established open source security tools like Suricata and CrowdSec if they are already installed, and it supports adding lightweight monitoring agents on other machines that report back to a central Shallots server. An optional AI layer, which can run locally or through a cloud service, turns raw technical alerts into plain-English incident explanations with suggested next steps, though the tool works fine with this feature turned off. This is aimed at technically inclined home lab enthusiasts and small office operators who want meaningful security visibility without operating a full security operations center.

Copy-paste prompts

Prompt 1
Help me set up Security Shallots on a Raspberry Pi using the pi-core profile.
Prompt 2
Explain the difference between the Clove and Argus agents and when to use each.
Prompt 3
Show me how to configure remote or local AI triage for alerts on a small server.
Prompt 4
Walk me through connecting my router's syslog to Security Shallots' syslog receiver.

Frequently asked questions

What is security-shallots?

A lightweight security monitoring tool for home labs and small offices that flags unusual network activity, runs on a Raspberry Pi.

What language is security-shallots written in?

Mainly Python. The stack also includes Python, SQLite, Suricata.

How hard is security-shallots to set up?

Setup difficulty is rated moderate, with roughly 1h+ to a first successful run.

Who is security-shallots for?

Mainly ops devops.

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