Connectivity Solutions
For Every Challenge
ViBE's protocol-level advantages translate across every industry where connectivity quality, reliability, and security matter.
Enterprise SD-WAN
MPLS is expensive, inflexible, and painfully slow to provision. A single circuit change can take months and cost thousands. Traditional SD-WAN overlays promise to solve this, but they inherit TCP's fundamental limitations — slow-start algorithms, congestion collapse under packet loss, and the inability to truly prioritise traffic at the byte level. The result: branch offices suffer poor application performance, especially for latency-sensitive cloud services that every modern enterprise depends on.
ViBE replaces MPLS at a fraction of the cost while delivering genuinely superior performance. TCP acceleration means cloud applications — Microsoft 365, Salesforce, SAP, and everything else — run at full speed regardless of distance or packet loss between sites. Where a standard connection collapses under 1% loss, ViBE maintains full throughput. Intelligent bonding allows cost-effective use of multiple commodity broadband connections instead of a single expensive MPLS circuit, and central orchestration simplifies multi-site management from a single pane of glass.
The economics are compelling: organisations routinely replace £5,000–£15,000/month MPLS circuits with bonded broadband connections that deliver better performance for a fraction of the cost. With automatic failover, no single point of failure, and zero-touch provisioning for new sites, ViBE transforms branch connectivity from a budget burden into a competitive advantage.
Key Capabilities
- TCP acceleration — full speed from the first packet
- Intelligent bonding across any connection type
- Central orchestration for multi-site management
- Sub-second automatic failover
- 70–90% cost reduction vs MPLS
Key Capabilities
- Byte-level QoS — voice packets never wait behind data
- Header optimisation — 80% bandwidth reduction per call
- Real-time MOS monitoring across all calls
- 400 simultaneous calls where others manage 30
Voice & Unified Communications
VoIP is fundamentally fragile on packet-switched networks. Even on connections that appear "good" by conventional metrics, mixed voice and data traffic causes jitter, packet loss, and quality degradation that make business-critical calls unreliable. Standard QoS mechanisms operate at the packet level, reserving bandwidth and hoping for the best — but they cannot prevent TCP's congestion algorithms from destroying voice quality when data traffic competes for the same pipe.
This is where ViBE began. Seventeen years of continuous development, specifically focused on voice optimisation, have produced something that no other SD-WAN vendor can match. Byte-level QoS ensures that voice packets are never held behind data — not even for a single byte. Header removal compresses VoIP overhead so dramatically that each call uses 80% less bandwidth than standard SIP/RTP. The practical result: 400 simultaneous calls on a connection where standard networking manages just 30, independently verified.
MOS scores of 4.0 are maintained even when the underlying connection loses 50% of its bandwidth. That's not a theoretical figure — it's been measured, repeatedly, by independent testing facilities. For ITSPs, contact centres, and any organisation where voice quality directly impacts revenue, ViBE isn't an incremental improvement. It's a category shift.
SASE & Security
Traditional security architectures were designed for a world where users sat in offices and applications lived in data centres. That world no longer exists. Routing traffic through centralised security stacks adds latency that makes cloud applications unusable. Remote workers need secure access without the complexity and performance penalty of traditional VPNs. And threats are increasingly sophisticated — state-level actors and advanced persistent threats demand more than checkbox compliance.
ViBE provides AES-256 encrypted tunnels with traffic obfuscation as standard — not as an expensive add-on. Every byte that traverses the network is encrypted, and the traffic itself is obfuscated so that deep packet inspection cannot determine what's being transmitted. Multi-path traffic splitting goes further: by distributing encrypted traffic across multiple independent paths and endpoint addresses, ViBE makes comprehensive surveillance mathematically impossible. No single observer can intercept the complete data flow.
Combined with edge deployment on lightweight, commodity hardware, ViBE delivers secure connectivity without the performance penalty that traditional SASE architectures impose. Remote workers connect directly to cloud resources through encrypted tunnels — no backhauling through a centralised data centre, no VPN client complexity, no latency tax on productivity. Security that actually works, without compromising the user experience.
Key Capabilities
- AES-256 encryption on every connection, as standard
- Traffic obfuscation defeats deep packet inspection
- Multi-path splitting prevents complete traffic interception
- Edge deployment on lightweight, commodity hardware
Key Capabilities
- RAIN mode — millisecond failover across any medium
- AES-256 encryption + traffic obfuscation
- Any medium: satellite, cellular, LoRA, terrestrial
- Runs on any Linux-capable hardware — ruggedised ready
- Undetectable, uninterruptible communications
Defence & Emergency Services
Military and emergency operations exist in a category where "five nines uptime" isn't a marketing claim — it's a matter of life and death. Connectivity cannot fail, even in hostile environments where infrastructure is degraded, jammed, or deliberately targeted. Communications must be encrypted to military standards, undetectable by adversaries, and capable of operating across whatever transmission medium is available. Equipment must be ruggedised, portable, and deployable in minutes, not days.
ViBE's RAIN mode delivers truly unbreakable connectivity. Redundant Array of Inexpensive Networks duplicates traffic across every available path — terrestrial, cellular, satellite, even LoRA — with millisecond failover that's completely invisible to users and applications. If a satellite link goes down, traffic seamlessly shifts to cellular. If cellular is jammed, remaining paths absorb the load instantly. There is no switchover delay, no dropped connection, no interruption.
AES-256 encryption combined with traffic obfuscation makes communications virtually impossible to intercept or even detect. Multi-path splitting means that even if an adversary compromises one transmission path, they capture only fragmented, encrypted data that cannot be reassembled without access to every other path simultaneously. ViBE runs on any Linux-capable hardware, meaning it can be embedded in ruggedised enclosures, mounted in vehicles, or deployed as a portable field unit weighing under 2kg.
Satellite & Remote Connectivity
Satellite links suffer extreme latency — 500ms or more for geostationary orbits, and even LEO constellations introduce meaningful delays. TCP was never designed for this. Its window-scaling and acknowledgement mechanisms mean that a standard connection might achieve only 40Mbps on a 100Mbps satellite link. The protocol literally cannot fill the pipe. When you're paying premium rates per megabyte for satellite bandwidth, every wasted byte is money burned.
ViBE's TCP acceleration eliminates latency sensitivity entirely. By terminating TCP locally and managing the satellite hop with its own optimised protocol, ViBE achieves full line speed regardless of round-trip time. At 500ms latency with 0.1% packet loss — entirely typical for satellite — ViBE is 7× faster than raw TCP. That's not a marginal improvement; it's the difference between satellite connectivity being usable and being a frustrating bottleneck.
Header optimisation maximises every byte of expensive satellite bandwidth, squeezing more useful data through the same pipe. Bonding can combine satellite with cellular for redundancy — critical in remote locations where a single satellite outage means complete isolation. RAIN mode ensures seamless failover between any available medium, whether that's VSAT, LEO satellite, cellular, or even LoRA for low-bandwidth command and control. For offshore platforms, mining operations, maritime vessels, and remote field sites, ViBE transforms satellite from a compromise into a genuine connectivity solution.
Key Capabilities
- TCP acceleration — full line speed at any latency
- 7× faster than raw TCP at 500ms RTT
- Header optimisation for expensive satellite bandwidth
- Bonding across satellite, cellular, and terrestrial
- RAIN mode for seamless multi-medium failover
Key Capabilities
- Full white-label platform — your brand, our technology
- API integration into existing BSS/OSS systems
- Multi-tenant orchestration platform
- Proven partner model with global deployments
- Flexible licensing and commercial models
Service Providers & White Label
The connectivity market is brutally commoditised. Service providers compete on price in a race to the bottom, while customers increasingly demand performance guarantees that standard networking simply cannot deliver. Building WAN optimisation technology from scratch is prohibitively expensive — we should know, it took us 17 years. Licensing existing solutions often means accepting rigid commercial terms, limited customisation, and someone else's brand sitting between you and your customer.
ViBE is available as a complete white-label platform, enabling service providers to offer best-in-class SD-WAN, voice optimisation, and SASE services under their own brand. The orchestration platform provides full multi-tenant management — provision customers, configure sites, monitor performance, and manage the entire lifecycle through a branded portal or via API integration into your existing BSS/OSS stack. Your customers see your brand. Your team manages the service. ViBE powers the technology underneath.
This isn't theoretical. Partners like Enigma have successfully deployed rebranded ViBE solutions globally, building profitable managed service businesses on top of the platform. The commercial model is flexible — per-site licensing, revenue share, or volume commitments — structured to make the partnership work for your specific business model. You bring the customers and the relationships; we bring 17 years of protocol-level innovation that your competitors simply cannot replicate.
Talk to Us About Your Requirements
Every network challenge is different. Whether you're replacing MPLS, optimising voice traffic, securing remote workers, or building connectivity for the most demanding environments on earth — we've solved it before. Let's discuss how ViBE can work for you.