Navigating the Cellular Landscape: SMOAD Multi Path Network Aggregation Explained

In today’s interconnected world, a seamless and reliable internet connection is paramount. Traditional TCP/IP protocols have served us well, but they face challenges in handling modern network demands. Enter Multipath Network Aggregation (MPNA), a ground-breaking solution that has the potential to revolutionise internet connections. In this blog post, we will explore the intricacies of MPNA, its benefits, and its implications for the future of networking.

A reliable network is the key to improving performance during exigencies. Downtime is unimaginable in critical services. SMOAD MPTNA, as the name suggests, allows a single data stream to be transmitted across multiple paths simultaneously. Unlike traditional TCP, which relies on a single path, MPNA splits the data into subflows, distributing them across different routes. This enables the utilisation of multiple network interfaces, such as WiFi, cellular, or wired connections like BB/ILL/LTE/5G, to enhance performance, better resource utilisation & throughput, resilience, and overall user experience.

To understand the functions of MPNA, it is important to know its features and functionality.

Features of SMOAD MPNA

• MPNA uses various networks, such as Wired BB/ADSL/ILL/4G LTE, WiFi, and 5G, to ensure uninterrupted services to user. It helps to increase bandwidth for critical and heavy applications like video conferences, real-time streaming, huge file uploads, or online gaming.
• One of the key advantages of SMOAD MPNA lies in its ability to provide robustness and resilience. By utilising multiple paths, MPNA ensures that data transmission remains uninterrupted even if one path fails or experiences congestion. This redundancy significantly improves the reliability of connections, making it particularly valuable for critical applications.
• Implementing SMOAD MPNA requires both client and server-side support. Fortunately, MPNA has gained significant traction, and numerous operating systems and network devices have begun incorporating native support for this protocol. From Linux to iOS, MPNA is gradually becoming a standardised feature, empowering users with enhanced connectivity options.
• It maintains resilience by promoting seamless failover despite network congestion or outages. MPNA improves network resilience by routing packets across the network paths. In a failure of any network, packets can be seamlessly shifted to the next best path, minimising downtime and improving performance.
• With remote connectivity through cellular network aggregation, businesses can boost their bandwidth irrespective of the provider. SMOAD MPNA helps in remote connectivity by enhancing the user experience through high-speed connectivity using various cellular network.
• It reduces the overall cost that comes with remote connectivity. Scalability is another added feature of MPNA as it adapts to the organisation’s changing needs without the need to make any expensive or big changes to the infrastructure. The security features are robust, protecting data transmitted over cellular networks from any potential threats or attacks.
• SMOAD MPNA is carrier agnostic and compatible with all types of networks.

Advantages of SMOAD MPNA
With multiple network connectivity, organisations can benefit from higher and better-aggregated throughput. More users can access your network, and even bandwidth-intense applications are faster. MPNA offers improved reliability. Even if one link fails or if you experience a performance downgrade, then the traffic is dynamically routed to the active path, offering continuous connectivity. Multipath network aggregation intelligently distributes traffic across multiple paths depending on the real-time situation. It optimises the bandwidth and improves application performance.

MPNA for remote workers & mobile users
Remote workers consume more bandwidth, making it tough for service providers to keep pace with the users’ increasing demands. The problem is acute for last-mile users like remote workers in tier 3/4 cities.
MPNA is a powerful solution for improving connectivity to remote offices, POP-up stores, and Moving vehicles. With multiple cellular connections, organisations can improve the reliability and robustness of the network. It is suitable for businesses that look for scalability and seamless connectivity for smooth performance in the cloud.

MPNA application use case
When you are looking for portable or temporary connectivity, MPNA various cellular aggregation provides high-bandwidth, reliable connectivity for makeshift sites, mobile applications, and events. It is an effort towards enabling the simultaneous use of Multicellular LTEs/5G IP addresses by a modification of TCP that presents a regular TCP interface to the application, while spreading data across several subflows.

MPNA can be used extensively in the healthcare industry, offering exciting options for telemedicine and preventive healthcare for patients. Hospitals looking for redundant network connectivity and high throughput can rely on the SMOAD MPNA solution without worrying about geographical location. Patient data and patient interaction can be shared in real-time with the headquarters or branch hospitals in an instant. Paramedics reviewing patient’s history can now get access to their reports instantly to quicken the decision-making process.

The healthcare industry is marred by challenges like poor connectivity in ambulances, difficulty transferring huge data like real-time video content, etc. Remote diagnosis has always been a challenge in the industry due to poor and unreliable connectivity in remote locations. MPNA can help you bid goodbye to all these issues and improve business performance.

SMOAD MPNA is a true winner, providing scalable, versatile, and seamless connectivity anywhere. If you are looking for uninterrupted WAN and internet connectivity, the answer lies in the SMOAD MPNA solution. It can revolutionise network connectivity and take your business to the next level.

For more details, call us for a demo.