The Next-Generation
IPTV Control Plane
Built for operators who refuse to compromise. Control plane separation, intelligent stream orchestration, zero-dependency distribution, and battle-tested stability under real-world broadcast load.
Why We Built This
Legacy IPTV panels break in production. We know because we ran them.
What Legacy Panels Do Wrong
- × FFmpeg processes die silently and stay dead until someone restarts them manually
- × Database lookups on every stream request — a bottleneck and a single point of failure
- × No real observability — you find out streams are down when users complain
- × Control and data collapsed into one process — one crash takes everything down
- × Restart loops, zombie PIDs, and fake "active" states in the dashboard
What Xtream Shield Fixes
- ✓ Process-level watchdog detects dead FFmpeg instances and restarts automatically
- ✓ HMAC token validation in memory — zero database lookups for playback authorization
- ✓ Real health probes, latency tracking, and structured event logging on every node
- ✓ Control plane and data plane are separate — a crash on one does not cascade
- ✓ Circuit breakers, retry queues with backoff, and validated segment delivery
How It Works
From user request to verified playback — every step is monitored and recoverable.
Request
User requests stream with signed token
Validate
HMAC verified in memory, no DB hit
Assign
Control plane picks healthy LB
Ingest
FFmpeg pipeline spawns with limits
Verify
Segments validated before delivery
Playback
Client receives verified stream
Xtream Shield vs Legacy
Not a reskin. A different architecture.
| Capability | Legacy Panels | Xtream Shield |
|---|---|---|
| Process Monitoring | Manual restart or cron scripts | Watchdog with automatic recovery |
| Stream Auth | Database lookup per request | HMAC token, zero DB dependency |
| Observability | Dashboard shows "active" without verification | Health probes, latency tracking, event logs |
| Architecture | Monolithic — one crash takes all | Control plane / data plane separation |
| Deployment | Manual file uploads, no versioning | Versioned releases, staged rollout |
| Reseller Isolation | Shared secrets, shared state | Per-reseller signing keys, RBAC |
Who This Is For
Three profiles. One common problem: unreliable infrastructure.
IPTV Operators
You run the streams. You need to know when FFmpeg dies before your users do. You want real process validation, not green dots on a dashboard.
Resellers
You manage downstream customers. You need isolated dashboards, clear usage boundaries, and the confidence that your tenants cannot see each other.
Infrastructure Owners
You own the hardware and the network. You want a system you can deploy yourself, monitor properly, and upgrade without surprise downtime.
Built for Production
Subsystems designed with fault isolation, observability, and recovery as first-class concerns.
Stability Engine
FFmpeg watchdog with zombie process detection, playlist validation, circuit breakers, and automatic stream recovery.
Observability
Real-time health states, latency tracking, probe systems, and structured event logging across all nodes.
Distribution
Versioned releases, build system, deployment queues, and server synchronization with zero external dependencies.
Token Security
HMAC-validated streaming tokens with no database lookups. Cryptographically secure, stateless auth.
Multi-Tenant
Reseller dashboards with true isolation, RBAC permissions, and full activity tracking across hierarchies.
Control Plane
Separated control and data planes with intelligent orchestration, failover logic, and load balancer assignment.
Ready to replace legacy infrastructure?
Talk to the team that built this. We will answer your questions directly — no sales automation.