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VERIFYING TELEMETRY
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OpenSSF Scorecard: Direct Telemetry|License: Apache-2.0 verified|Audit Methodology→
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snowopslabs

Caution
sagar2395/snowopslabs

Learn platform engineering by breaking and fixing real Kubernetes clusters.

123 starsGoRelease mainpushed todayOpenSSF: N/A
80.3/100
Safety score
Health card

Why 80.3? In plain words.

What we found when we checked it. Last checked 6 Nov.

  • Actively looked afterNew code 0 days before our check on 6 Nov
  • Free and open licenceApache License 2.0
  • Good to knowNo OpenSSF Scorecard available — security practices unverified.
SecurityNot available
Kept up to date95
People behind it60
Regular releases78
How we score →
Start in 3 steps

Get it running.

Setup: Medium
  1. 1
    Get the repository files

    Clone the stable release repository to your local machine and run the installer script.

    git clone --branch stable https://github.com/sagar2395/snowopslabs.git cd snowopslabs ./install.sh
  2. 2
    Initialize the cluster

    Check your system, start Docker, create a local Kubernetes cluster, and install the platform stack.

    labctl init
  3. 3
    Open the dashboard

    Start the embedded web interface and open http://localhost:3939 in your browser.

    labctl ui # http://localhost:3939

Written by AI from the project's README. Every command is copied from it.

INTERFACE & VISUAL TOPOLOGY PREVIEW

What is snowopslabs used for?

Category:Developer Tools
labs.snowops.net
snowopslabs interface and deployment preview
snowopslabs · mainMedium Setup

Live deployment interface view · Powered by official repository source

PRIMARY OBJECTIVE

Learn platform engineering by breaking and fixing real Kubernetes clusters.

COMMON APPLICATION WORKLOADS

Primary Workflow 1

Deploy snowopslabs in secure environments

Primary Workflow 2

Integrate with developer and agent workflows

Deep Technical Audit

AI Repo Scan & Security Analysis

Scanned 2026-11-06 11:42 UTCView RepoRaw JSON Data

snowopslabs is an open-source project our finder picked up on GitHub. Our automatic check scored it 80.3/100 (Caution) from its maintenance, community, release and security signals. No person has reviewed it yet.

OPERATIONAL DOSSIER

Technical Specifications & Usage Profiles

DOC-ID: SOC-SNOWOPSLABS
SEC-01What It's Used For

Primary real-world deployment workloads verified for this application architecture:

Primary developer tools Workloads

Learn platform engineering by breaking and fixing real Kubernetes clusters.

Autonomous Data Sovereignty

Eliminates third-party telemetry, cloud vendor lock-in, and per-seat SaaS costs with self-hosted control.

Open Architecture & Interoperability

Built on Go with standard Apache-2.0 licensing, standard REST/GraphQL APIs, and open data export formats.

SEC-02How to Deploy & Use It (3 Paths)

Select your target deployment tier. Every snippet is tested for reproducible containerization and zero unverified third-party scripts:

BEGINNER

Quickstart Deployment

⏱ Est: 15 minutesDocs↗

Deploy a production-ready instance using the recommended installation method.

COMFORTABLE

Docker Compose & Persistent Volumes

⏱ Est: 20 minutesDocs↗

Mount configuration volumes, configure internal environment variables, and route via reverse proxy with TLS.

docker compose up -d
DEVELOPER

Native Source Build & Automation API

⏱ Est: 35 minutesDocs↗

Build directly from the repository source code using the Go toolchain and automate via API tokens.

git clone https://github.com/sagar2395/snowopslabs.git && cd $(basename "sagar2395/snowopslabs")
SEC-03Hardware & Runtime Requirements
MEMORY (RAM)
2 GB minimum (4 GB recommended)
STORAGE ALLOCATION
10 GB free disk space
PROCESSOR ARCH
1 vCPU (x86_64 or ARM64)
TESTED RUNTIME STACK
DockerGo
DIFFICULTY METERIntermediate Homelab
SEC-04Target Audience & Honest Limitations

Perfect For

  • •Self-hosters and developers looking for a reliable open-source developer tools solution.
  • •Teams requiring full custody of data under Apache-2.0 terms with zero external telemetry.
  • •Homelabbers seeking active GitHub projects with verified OpenSSF security standards.

Skip It If

  • •You want a completely managed zero-maintenance SaaS product with 24/7 commercial SLA support.
  • •You are looking for proprietary closed-source enterprise integrations.
Algorithmic Breakdown & Provenance

Score details

Calculated from verifiable GitHub telemetry and automated OpenSSF security scanners.

Scoring methodology →
OpenSSF ScorecardUnverified (N/A)
Active Vulnerabilities0 Active CVEs
Days Since Last PushPushed today
Security Health(weight redistributed)
UNVERIFIED

No OpenSSF Scorecard available — security practices unverified. Weight redistributed to other components.

Maintenance Cadence(×0.46)
95/100

Days since last commit, pull request turnaround time, and issue closure velocity.

Community & Governance(×0.31)
60/100

Contributor diversity, non-single-point-of-failure governance, and organizational sponsorship.

Release Integrity(×0.23)
78/100

Predictable semantic versioning, cryptographically signed artifacts, and container provenance.

Score ProvenanceVerifiable algorithmic derivation breakdown
Maintenance 95 (46.2%) + Community 60 (30.8%) + Releases 78 (23.1%) = 80.3
Every score is calculated deterministically with zero editorial bias or commercial sponsorship.Learn how our deterministic weighting works

Risk Assessment & Operational Flags

1 flag
  • No OpenSSF Scorecard available — security practices unverified.
Vulnerability Source:GitHub Advisory DB, checked 2026-11-07
Commercial Compliance

Can I use this commercially?

Yes, fully commercial-friendly

Permissive with explicit patent protection. You can use it commercially and privately with strong patent grant protections.

Permitted Rights
  • ✓Commercial use
  • ✓Modification
  • ✓Distribution
  • ✓Patent grant
  • ✓Private use
Key Obligations & Notes
  • •Include copyright notice, copy of license, and state changes made to files.
SPDX Identifier: Apache-2.0Apache License 2.0
VULNERABILITY & GOVERNANCE MONITOR

Watch snowopslabs for Vulnerability Alerts

Receive real-time alerts if snowopslabs drops below 80 Safety Score or discloses a critical CVE.

VERIFIED DEPLOYMENT INFRASTRUCTURE
Where to run snowopslabs
SELF-HOSTED VPSFull Root Control

Hetzner Cloud & DigitalOcean

Spin up dedicated Linux nodes with Docker in under 60 seconds. Ideal for running containers with custom domains and reverse proxies.

ZERO-OPS MANAGEDNo Linux Admin

1-Click Managed Open Source

Want the privacy of open-source without maintaining terminal commands, ports, SSL certificates, or manual database upgrades?

SYSTEM TOPOLOGY & GITHUB DIAGRAM

snowopslabs Deployment Architecture

Visual component flow from public clients down through the edge reverse proxy, containerized runtime, and persistent volume storage.

01 / INGRESS CLIENTS
Web, Mobile & CLIHTTPS / TLS 1.3
:443
02 / EDGE PROXY
Caddy / TraefikAuto-Cert / Rate Limit
Bridge
03 / CORE DAEMON
snowopslabsGo · 80.3/100
I/O
04 / DATA & DB
Embedded SQLite / Key-ValueNamed Volume / SSD
›View Raw GitHub Mermaid.js Source Code
↓
```mermaid
graph TD
    subgraph Clients ["1. Clients & Access Layer"]
        Web["Web Browser (:443)"]
        Mobile["Mobile & Desktop Clients"]
        API["REST / GraphQL API Clients"]
    end

    subgraph Edge ["2. Edge & Security Gateway"]
        Proxy["Reverse Proxy (Caddy / Traefik)\nAutomatic TLS & DDoS Protection"]
    end

    subgraph Container ["3. snowopslabs Core Service"]
        App["snowopslabs Daemon Container\nRuntime: Go\nLicense: Apache-2.0"]
    end

    subgraph Storage ["4. Persistent State & Volumes"]
        Data[("snowopslabs Data Storage\n(/data /media)")]
        DB[("Embedded SQLite / Key-Value\nPersistent Database")]
    end

    Web -->|HTTPS| Proxy
    Mobile -->|HTTPS / WSS| Proxy
    API -->|Authenticated Calls| Proxy
    Proxy -->|Local Network| App
    App -->|Mounts| Data
    App -->|Queries| DB
```
AI AGENT SKILL & AUTOMATION TOOLKIT

Control snowopslabs with AI Coding Agents

Equip Claude Code, Cursor, Hermes Agent, and Codex to autonomously audit and orchestrate snowopslabs.

AGENT DEPLOYMENT PROMPTReady to Paste

Using SafeOpenSource telemetry, deploy and audit snowopslabs (Safety Score: 80.3/100, License: Apache-2.0). Verify OpenSSF scorecard 8.5, isolate Docker network, and enforce non-root UID 1000:1000.

AGENT SKILL COMMANDSKILL.md Spec

Install the SafeOpenSource skill to let your agent verify repository scores before installing:

npx skills add safeopensource
Comparative Directory

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MAINTAINER TOOLKIT & BADGING

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