ViBE Platform

Technology That
Redefines Networks

ViBE isn't an overlay or a workaround. It's a fundamentally different approach to how traffic moves across networks — built from the ground up to solve problems that conventional solutions can't.

Core Innovation

Patented Byte-Level QoS

Every other QoS system works at the packet level — entire packets are either prioritised or they're not. ViBE operates at the byte level, interleaving traffic with a precision that packet-based systems simply cannot achieve.

The result: voice packets are never delayed by data packets. Not sometimes. Never. Even when the link is completely saturated, voice traffic flows as if it has the network to itself.

On a 400kbps link with a TCP stream running alongside a voice call, conventional QoS still introduces significant jitter and latency spikes. ViBE keeps RTT barely affected and RTP jitter to a couple of milliseconds at most.

Conventional QoS vs ViBE

Packet-Level QoS
Entire packets queued and prioritised. Large data packets still delay small voice packets. Jitter and latency spikes under load.
ViBE Byte-Level QoS
Traffic interleaved at the byte level. Voice bytes transmitted immediately, regardless of data load. Near-zero jitter even at 100% link utilisation.
Resilience

Multi-Path Bonding & Failover

🔗

Bond Any Connection

Combine up to 8 connections of any type — fibre, DSL, 4G, 5G, satellite, LoRA. Links don't need to be the same speed or type. ViBE aggregates them intelligently.

⚡

Standard Failover

When a link fails, traffic moves to surviving connections in approximately one second. Calls continue, sessions persist, users don't need to reconnect anything.

🌧️

RAIN Mode

Redundant Array of Independent Networks. Packets are duplicated across multiple paths simultaneously. When a link fails, there's zero interruption — the duplicate packets are already there.

RAIN Mode — Beyond Failover

RAIN doesn't just handle link failure. By sending duplicate packets with a configurable delay between them, it also combats:

  • Random packet loss — 10% loss reduced to 1% effective loss
  • Bursty loss — configurable delay between duplicates handles burst patterns
  • Extreme conditions — 50% packet loss reduced to 8%, latency from 4 seconds to 350ms
  • Single-link improvement — RAIN works even on a single connection, not just multi-path

    • TCP's Hidden Problems

  • Slow start ramp-up wastes the first seconds of every connection
  • Congestion window collapse on packet loss — a single lost packet halves throughput
  • Timeout-based retransmission — waits to guess if a packet is lost instead of knowing
  • FIFO buffer bloat — large transfers starve small interactive packets
  • Window scaling inconsistently implemented across devices
    • Performance

    TCP Acceleration

    TCP was designed in the 1970s. Its congestion control mechanisms actively work against modern network performance. More bandwidth doesn't fix this — it just makes the inefficiencies less visible.

    ViBE acts as a transparent TCP proxy. Clients connect to the local CPE in sub-millisecond time. ViBE then uses its own proprietary protocol across the WAN — no slow start, no congestion window collapse, no guessing about lost packets.

    Lost packets are detected and retransmitted immediately. Small interactive packets (POS terminals, SSH, card transactions) remain responsive even under heavy bulk transfer load.

    Security

    Encrypted. Obfuscated. Invisible.

    🔒

    AES-256 Encryption

    Industry-standard encryption applied to all traffic traversing the ViBE tunnel. Every byte is encrypted, not just selected flows.

    👁️‍🗨️

    Traffic Obfuscation

    Beyond encryption, ViBE obfuscates traffic patterns. Deep packet inspection can't identify the traffic type, protocol, or content. Your communications aren't just encrypted — they're invisible.

    Deployment

    Runs Anywhere

    🖥️

    Mini PCs

    x86 processors (N95, N97) running Linux. Full ViBE capability in a compact, affordable form factor.

    📡

    Routers

    Mikrotik, Cudy, and other OpenWRT-compatible routers. ViBE runs directly on the edge device.

    ☁️

    Cloud & Server

    ViBE-Max handles up to 12,000 concurrent calls per server. Deploy in data centres, cloud, or as virtual appliances.

    Zero-Touch Orchestration

    Our deployment platform enables mass provisioning with minimal intervention. API-first design integrates with your existing systems — or use our standalone portal for complete lifecycle management.

    Intelligence

    Estimated Performance (EsP)

    ViBE continuously monitors the real bandwidth available on each connection and adjusts QoS profiles in real-time. When bandwidth drops, EsP maintains quality by intelligently managing what gets through.

    Under severe congestion, EsP keeps voice quality acceptable while backing off bandwidth probing over time when restrictions are permanent. It's self-adjusting — no manual intervention needed.

    When conditions improve, EsP detects the change and restores full throughput automatically. The network is always running at its best possible performance.

    Smart Bonding

  • Bonds links of unequal size — uses all available bandwidth
  • Unidirectional link management — can use a degraded link in its good direction
  • Automatic link removal when quality drops below threshold
  • Continuous monitoring — restores links once quality recovers
  • Dynamic bandwidth probing with intelligent back-off

    • See the Results

    Don't take our word for it. Independent testing by Broadband-Testing with Spirent Axon confirms everything on this page — and more.

    View Independent Results Request a Demo