Cccam Panel May 2026

Feature Proposal: cccam panel

Purpose

Provide a comprehensive, secure, and user-friendly cccam panel for managing CCcam card sharing services, covering server management, client access, monitoring, billing, and security.

• Sharing a card within your own home over a local network is generally tolerated in some jurisdictions.
• Selling access to a shared card or sharing with users outside your household violates the terms of service of every pay‑TV provider.
• In many countries, unauthorized decryption of encrypted signals (including card sharing) is a civil or criminal offense.

Legality: Sharing subscriptions outside of your own household is widely considered illegal in most jurisdictions as it bypasses official DTH (Direct-to-Home) company payments. cccam panel

Modern Recommendation: Switch to OSCam and use its built-in panel. OSCam supports CCcam protocol via protocol = cccam in the reader config, but you get modern security (SSL, TOTP two-factor authentication). Sharing a card within your own home over

5. Key Features in Depth

A. F-line / C-line Management

• F-line (server side): F: user pass 2 0 1 0:0:2 – defines client access rights (hops, reshare limits).
• Panel provides dropdowns for:

  : Advanced panels often include auto-ban features for illegal users or IP attacks, firewall management, and client synchronization between multiple panels. Integration etc.). Better logging

  Tech Stack Recommendations

  • Backend: Go or Node.js (TypeScript) for concurrency and performance.
  • Database: PostgreSQL + Redis cache.
  • Real-time: WebSockets for live dashboard updates.
  • Auth: OAuth2 server, support for external SSO.
  • Frontend: React or SvelteKit, component library for accessibility.
  • Containerization: Docker + Kubernetes for deployment.
  • Observability: Prometheus + Grafana for metrics, ELK or Loki for logging.

  Milestones & Roadmap (6 months)

  • Month 0–1: Core backend, DB schema, basic UI dashboard, auth.
  • Month 2: Server agent, basic card and client CRUD, config generation.
  • Month 3: Monitoring, health checks, logs, alerts.
  • Month 4: Billing, subscriptions, payment integration.
  • Month 5: HA, clustering, API & webhooks, SSO.
  • Month 6: Harden security, testing, documentation, beta release.
  • OSCam has a built-in web interface (much more secure).
  • Supports multiple protocols (CCcam, Newcamd, Cccam, etc.).
  • Better logging, load balancing, and cache system.
  • OSCam can read CCcam configs and act as a CCcam server to legacy clients.