iQuila Enterprise vs. MPLS: Revolutionizing Networking for the Future


In an era of digital disruption, enterprise networking faces the ongoing challenge of optimizing connectivity for increased performance, reduced costs, and better security. The emergence of iQuila’s proprietary VEN (Virtual Extended Network) protocol offers an innovative solution, bypassing traditional networking bottlenecks like MPLS. This white paper explores the ground-breaking benefits of iQuila Enterprise and contrasts its advantages with conventional MPLS systems.

Understanding The Layer 2 Challenge

Delivering Layer 2 over Layer 3 has traditionally been fraught with issues. Complex configurations, compromised services and latency issues have been commonplace. Many companies have claimed solutions, yet few have delivered genuine fixes. iQuila, however, provides a genuine Layer 2 connection, effectively revolutionizing the networking landscape.

iQuila Enterprise: A Closer Look

iQuila’s VEN protocol acts as a virtual ethernet cable, delivering lower latency, redundancy and enhanced bandwidth. With its advanced technology, organizations can extend full LAN capability across their WAN. This transformation allows Wide Area Networks to be managed with the same control and performance as closed Local Networks, regardless of the Internet connection type.

Key Features and Benefits:

VEN Protocol Benefits: Multithreading data streams, bandwidth optimization, high mobility connectivity, no static IP requirement, kernel mode connection and universal carrier roaming.

Network Advantages: Stabilized latency, efficient traffic handling, unrestricted network segmentation, superior Quality of Service (QoS) and no VLAN limitations.

Technical Specifications: Complete Layer 2 & 3 connectivity, IEEE802 compliance, AI-driven network optimization, native protocol transmission, legacy protocol integration and centralized network orchestration.

Security Features: Zero Trust Access, DDoS and MiTM protection, robust end-to-end encryption, advanced authentication, integration with Active Directory and Azure AD and quantum encryption capabilities.

MPLS: The Conventional Choice

MPLS, or Multiprotocol Label Switching, has been the de facto networking solution for enterprises for many years. While reliable and established, MPLS comes with high costs, fixed infrastructure and less flexibility in rapidly changing digital landscapes.

iQuila vs. MPLS: A Comparative Analysis

Cost Efficiency: MPLS networks involve significant expenses. iQuila, by offering direct connectivity from the core to the Edge, Eliminates the need for legacy protocols like MPLS, VPN, IPSec, L2TP, or VXLAN, Allows data transmission over multiple threads, creating resilience and stability, Ensures WANs can be managed and secured as closely and efficiently as closed Local Networks.

Flexibility and Scalability: iQuila provides dynamic solutions suitable for any organization size, from five users to 100,000 and above. MPLS, on the other hand, often requires rigorous and lengthy setup processes for scalability.

Performance: iQuila’s multi-threaded VEN protocol ensures optimal data transmission, reduced latency, and enhanced bandwidth. In comparison, MPLS might not consistently deliver on these fronts, especially in complex network scenarios.

Security: iQuila’s advanced security features, like Quantum encryption and Zero Trust Access, provide a more secure networking environment than traditional MPLS networks.

Multicast: iQuila effortlessly supports comprehensive Multicast traffic without any extra setup, while MPLS necessitates provider-led configuration and oversight, including the integration of protocols like IPTV, to facilitate Multicast functionality.

Network Layer: iQuila operates seamlessly at the complete Layer 2 level within the OSI model, whereas MPLS functions at an intermediate Layer 2.5.

Layer 2 (Data Link Layer):

This layer is responsible for the framing, addressing, and switching of data on a local network, Protocols and technologies at this layer include Ethernet, 802.1Q (VLAN tagging), PPP, and HDLC, among others, Devices that operate primarily at Layer 2 include switches and bridges, The addressing used at this layer is MAC addressing.

Layer 2.5 (MPLS Label Switching):
The term “Layer 2.5” isn’t officially part of the OSI model but is commonly used in the industry to describe the operation of MPLS.
The primary difference between Layer 2 and Layer 2.5 is in their function and operation. While Layer 2 is concerned with local framing and addressing for data transfer, Layer 2.5 (MPLS) introduces a mechanism for path selection and traffic engineering across larger networks, often at the scale of ISPs and large enterprises. But any changes including tagging of VLANS are required by the Network Operator, and normally incur a cost for such changes.

Real-world Application: iQuila’s Disruptive Approach

iQuila has forged strategic alliances with other vendors, such as Cradlepoint, to get its revolutionary technology to market. Such collaborations have transformed the way organizations establish connectivity, emphasizing the software-defined nature of iQuila’s solution. By bypassing the traditional VAR channel, iQuila stands as a testament to innovation in the networking domain.


In a world that demands constant connectivity, speed, and security, iQuila’s enterprise solution offers a game-changing alternative to traditional MPLS systems. As organizations look for ways to optimize network operations, improve data transfer speeds, and strengthen security, iQuila stands poised to redefine the future of enterprise networking.

For more information about iQuila and its transformative networking solutions, visit

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