AWAN in Brief

AWAN in Brief
The Six Core Features
1) Accelerated Multi-Path Transport
AWAN revolutionizes network performance by inverse-multiplexing multiple ISP links in parallel using MPTCP and SD-WAN technology, effectively eliminating traditional WAN bottlenecks and unlocking unprecedented throughput capabilities.
Multi-Path Architecture
Breaking Through Gigabit Barriers
AWAN gateways aggregate multiple gigabit-class links—such as several 2.5 Gbps channels—into a single unified transport, raising per-device throughput toward 100 Gbps. This pre-aggregation overcomes sub-gigabit choke points at Internet servers.
The architecture forms a fully distributed mesh (Asymmetric WAN / Multi-WAN / Multi-LAN) so traffic from any branch can traverse multiple independent paths simultaneously. Packets to the same destination are split across several links, dramatically boosting throughput and resiliency.
100
Gbps Capacity
Per-device throughput potential
10x
Speed Increase
Over traditional WAN speeds
The Multi-Path Advantage
Using multiple parallel paths allows the payload to reach its destination more quickly than relying on a single route.
By splitting traffic over many paths, AWAN dramatically accelerates bulk transfers. Aggregate link speeds combining Satellite + 4G/5G + Fiber + Wi-Fi can exceed traditional WAN speeds by orders of magnitude, transforming network performance.
Hybrid Networks
2) Hybrid Network Utilization
Diverse-Link Bonding
Bonds satellite, 4G/5G cellular, fiber optics, and Wi-Fi into one unified WAN pipe. Each device simultaneously uses all available carriers, maximizing throughput and cost-efficiency.
Unlimited Parallel Links
No fixed limit on concurrent links. Devices can add new channels on-the-fly to scale capacity virtually indefinitely—growth limited only by link availability.
Beyond-Gigabit Capacity
Summing bandwidths of all bonded links achieves beyond-gigabit end-to-end performance. Combining 100 Mbps Wi-Fi + 1 Gbps fiber + 5 Gbps 5G yields aggregate speeds far above any single link.
3) Zero-Bottleneck Architecture
AWAN's core design eliminates any sub-gigabit bottlenecks by pre-bonding traffic into a high-speed cloud. All edge traffic is sent via bonded links into the AWAN cloud backbone, which operates at full gigabit speeds.
No Single Choke Point
Internet core behaves like a "Gigabit Internet Cloud"—even if individual ISPs cap at 1 Gbps, the aggregate path remains multi-gigabit.
Parallelized Backhaul
Each connection has dedicated parallel channels. Bonding "1 Gbps + 1 Gbps + 100 Mbps" links yields zero-choke arrangement that far outpaces any single path.
End-to-End Throughput
Treats inter-site core as high-capacity mesh. All tunnels stay open and balanced, avoiding packet queues and congestion for low-latency, high-throughput connectivity.
Always-On
4) Resilient Always-On Connectivity
Multi-Link Redundancy
With multiple active links at each site, connectivity survives individual failures. If one link degrades or drops, traffic seamlessly shifts onto remaining paths. AWAN's MPTCP/SD-WAN logic continually monitors link health and reroutes without disrupting sessions, providing uninterrupted "always-on" service.
Multi-Tunnel VPN Failover
Multiple VPN tunnels per site ensure that even if one tunnel endpoint fails, others carry the traffic. This multi-tunnel architecture provides built-in failover and load sharing, keeping sites connected 24×7.
Path Diversity (WAN + LAN)
Spans multiple uplinks and LAN connections simultaneously (Multi-WAN + Multi-LAN), ensuring at least one clear path exists at any time.
Hidden Disruptions
Mesh core re-routes around any outage, so disruptions are hidden from applications and users experience seamless connectivity.
5) Distributed Mesh & Near Lossless Extension
Hybrid-Cloud Mesh Network
Establishes an asymmetric multi-channel mesh that directly interconnects all sites and clouds. Branches communicate over the hybrid network (Internet + private backbone) without hairpinning through a single hub.
Multi-Path Mesh Routing
Every site participates in the distributed mesh, dynamically routing traffic over the optimal path (or multiple paths) to any destination. This decentralized mesh yields high aggregate throughput and low latency between edges.
Edge Network Extension
Devices support multiple LAN interfaces (multi-LAN), extending the enterprise network to branch edges. Branch networks can be securely bridged into the AWAN mesh, seamlessly integrating remote subnets into the hybrid WAN.
Near Lossless Multi-Hops Capability
Proprietary capability to extend transmission via a reinvented repeater / hopping transmission protocol that allows for near lossless speed even after multiple hops, resulting in blindspots and deadzones elimination and coverage extension.
Security
6) Embedded Security & Centralized Control
Multi-Key, Multi-Tunnel Capability, Encryption and Path-separated Security By-Design
AWAN uses layered security with multi-tunnel VPNs and multi-key ciphers. Each additional encryption key exponentially increases cryptographic strength without a throughput penalty. Every additional key increases tunnel security by the factor of the additional bit added, yet performance remains high even with multi-key, multi-tunnel traffic.
Secure Private Core
All inter-site traffic traverses the AWAN Cloud, a secure private backbone providing end-to-end confidentiality through encrypted tunnels and isolating enterprise traffic from public Internet exposure.
Real-Time Monitoring
A real-time Network Management System (NMS) continuously monitors security and performance on the private core, ensuring visibility and control.
Centralized Orchestration
1
Device Registration
Devices are registered and managed centrally via the AWAN Control Center (ACC) and AWAN SaaS portal.
2
Auto-Connection
New devices run an installation script to auto-connect to the AWAN cloud seamlessly.
3
Remote Provisioning
SaaS handles remote provisioning, updates, and patches automatically.
4
Single Pane Control
Full security and policy control embedded in the fabric, exposed through a single pane for network-wide visibility and configuration.
Transform Your Network Performance
Unprecedented Speed
Multi-path aggregation delivers beyond-gigabit performance using existing infrastructure.
Enterprise Security
Multi-key encryption and secure private backbone protect your data end-to-end.
Always-On Reliability
Multi-link redundancy ensures uninterrupted connectivity even during failures.
Global Mesh Network
Distributed architecture connects all sites with optimal routing and low latency.
AWAN embeds full security and policy control in the network fabric while providing centralized orchestration. Experience the future of enterprise networking with zero-bottleneck architecture, hybrid network utilization, and resilient always-on connectivity.
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PROPRIETARY TECHNOLOGYPROPRIETARY PROTOCOL
AWAN Novel Architecture
(Warning: The Deep Technical Dive)
Intelligent Network Multiplexing with Packet-Level Inverse Multiplexing

AWAN performs network multiplexing through a clever built-in packet-level inverse-multiplexing across heterogeneous links.
PROPRIETARY TECHNOLOGYPROPRIETARY PROTOCOL
Unique Core Architecture
Combines multiple WAN and multi-LAN networks
Intelligent asymmetric routing at the virtual layer
Breaks data into intelligently sized packets
Continuously and dynamically checks all channel conditions
Distributes packets across multiple concurrent channels
Releases right-sized packets in calculated timing windows
Operates on both uplink and downlink
Enables all-active multi-links with dynamic backhauling
Enables hybrid cloud utilization
Enables multi-keyed, multi-tunneled secure transmission
Enables multiple repeats / hops of links with near lossless of speed
PROPRIETARY TECHNOLOGYPROPRIETARY PROTOCOL
Dynamic Multi-Channel Distribution
Packets released at calculated timing intervals
Channel allocation is dynamic, not fixed
Faster channels receive more packets
Slower channels receive proportionally fewer packets
Within a defined time window, packet volume scales according to channel capacity.
No Fixed Session-to-Channel Binding
Not 1 user → 1 channel
Not 1 session → 1 tunnel
Sessions are not path-locked
Packets from multiple sources are interleaved
Data packets from other sources exist between packets
PROPRIETARY TECHNOLOGYPROPRIETARY PROTOCOL
Arrival & Timing Control
Sequential order preserved
Fast and slow channels operate concurrently
Propagation speed is constant
Channel differences lie in bandwidth and pulse characteristics
No Central Aggregation Dependency
No reliance on paired controller aggregation
No fixed assembler bottleneck
No label switching
No carrier-imposed topology
PROPRIETARY TECHNOLOGYPROPRIETARY PROTOCOL
Hopping Intelligence: Reinvented Multi-Hop Transmission Protocol
AWAN redesigns relay behavior at the transmission layer.
Relay nodes operate as coordinated transport elements, not passive repeaters.
Corridor-wide session control
Progressive segment forwarding
Coordinated relay timing
Multi-path per relay node
Localized degradation containment
Result:
Bounded latency growth
Structurally stable throughput across extended hops
No cascade failure under partial degradation
Detailed protocol mechanisms remain proprietary. Validated under controlled conditions.
AWAN Main Features
AWAN is a patented cloud-first connectivity orchestration fabric designed to improve execution reliability in distributed environments.
Intelligent Network Bonding
Uses multi-network spectrums simultaneously
Cross-Link Aggregation
Aggregates heterogeneous multi-links
Dynamic Distribution
Distributes traffic dynamically under load
Continuity Maintained
Maintains continuity during degradation
No Single Point of Failure
Avoids single points of failure
Near Lossless Hop/Repeater
Unique protocol allowing multiple link hops with very minimal effect on performance
Secure and Sovereign
Data privacy by design of transmission
Competitive Advantage: AWAN has no real competitor. SD-WAN fails in increasing speed—it's a failover system and load balancer. AWAN actually increases speed with all-active multi-path.
Information on this website is provided for general informational purposes only. Product capabilities, performance statements, use cases and illustrations may vary according to deployment conditions and do not constitute warranties, guarantees or binding commitments. All services are subject to technical assessment and separate written agreements.
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