About Us
A Leading Supplier of Network Solutions
Unimonica
Unimonica is a top-tier provider of cutting-edge network intelligence and IoT analytics solutions that empower global enterprises and communications service providers to enhance their customer values. Our solutions are designed to convert network, application, usage, and security data into actionable intelligence, empowering our clients to operate smarter networks and ensure the safety of their users.
The company offers the smart UniMPack suite, utilizing inline DPI and offline analytics technologies to provide valuable packet metadata that helps our customers maximize service opportunities and achieve optimal performance by scrutinizing every packet of a network, cross reference to all other available data such as user, application, IP addresses, and mobile device identity. UniMPack delivers the highest possible Quality of Experience (QoE) to our clients' end-users cost-effectively.
UniCPaaS is a group of cloud-based network applications from TCP Optimization, text message and other network resources as a services. UniCPaaS' Bequent TCP Optimization uses a transport proxy to optimize data speed on each internet connection. UniCPaaS' Zappix is an on-demand visual self-service solution that improve client's customer experience and reduce client's costs at the same time.
Sensvue Solutions is an IoT total solutions from sensors devices to analytics cloud-based platform that allows customers to connect and manage IoT devices, collect and store data, and analyze data in real-time. The solution integrates with Cassia Gateway, AWS Sidewalk Bridge, and runs on AWS IoT Cloud for analytics.
UniMPack
The leading DPI-based Network Performance and Analytic Solutions
Traffic Shaping, Quality of Services and Bandwidth Management
Inspect, prioritize, filter for smart bandwidth management in the CSPs networks by using DPI technologies. The UniMPack solution is able to shape traffic based on predefined policies and priorities. This allows for better management of network resources and prioritization of critical applications. The UniMPack is able manage bandwidth usage on the network, including limiting or blocking access to certain applications or websites that consume excessive bandwidth.
Application and Protocol Identification
Actionable network intelligence based on app signature and protocol backtrack. Update periodically. The UniMPack is able to identify applications running on the network, including web-based applications, P2P applications, and VoIP applications. This allows for more granular policy enforcement and better control over the types of traffic on the network. The UniMPack is able to analyze a wide range of protocols including HTTP, FTP, SMTP, DNS, and others. This allows for the identification of specific types of traffic, as well as the ability to monitor and enforce policies on that traffic.
User Identification
The UniMPack is able to identify individual users on the network, including their device type, location, and behavior. This allows for more targeted policy enforcement and personalized services.
Reporting and Analytics
The UniMPack provides detailed reporting and analytics on network traffic and user behavior. This allows for better decision making and optimization of network resources.
Scalability, Flexibility and Ease of Use
By taking advantage of using the industry standard COTS server, and open standard software development methodology, the UniMPack is able to scale to meet the needs of the service provider's network, regardless of its size or complexity. It is also flexible enough to integrate with other network management and security tools, as well as support multiple deployment models. The UniMPack comes with a clear documentation detailing deployment options, configuration walk through with an intuitive user interface. This helps to reduce the complexity and cost of managing the network.
Open Interfaces
The UniMPack supports many industry standard interfaces such as REST API, NetFlow, PCAP, SNMP, CLI, and all connections interfaces for online and offline charge including Gx, Gy and Gz. These interfaces support full integration with other network management and security tools through an open and standardized API allowing a greater flexibility and interoperability with different network environments, enabling service providers to easily add new capabilities and enhance their overall network security and performance.
UniCPaaS
Cloud-based Network Applications with Subscription Model
TCP Optimization
Congestion Control: TCP congestion control algorithms are used to prevent network congestion by dynamically adjusting the flow of data based on network conditions. TCP optimization involves choosing the appropriate congestion control algorithm to optimize network performance while avoiding congestion.
TCP Offloading: Offloading TCP processing tasks from the CPU to dedicated hardware, reducing CPU overhead and improving network performance.
TCP Proxy: is a network proxy that operates at the TCP/IP protocol level, allowing it to intercept and forward TCP connections between two endpoints. The TCP proxy acts as an intermediary between a client and a server, transparently passing data back and forth between the two while adding additional functionality, such as load balancing, caching, or security features. The TCP proxy acts as an intermediary between a client and a server, transparently passing data back and forth between the two while adding additional functionality, such as load balancing, caching, or security features.
Zappix Digital Self-Service and Automation
Zappix is designed to enable organizations to provide customers with a faster, more efficient, and seamless experience in omnichannels, including web, mobile, and voice. The Zappix solution offers a range of capabilities to improve customer service, including visual IVR, chatbots, mobile apps, and other self-service tools.
The Zappix platform uses advanced technologies such as natural language processing (NLP) and machine learning (ML) to enable customers to quickly and easily find the information they need, troubleshoot issues, and perform transactions without the need for human assistance. The platform also offers personalized customer journeys, allowing customers to interact with businesses on their own terms and at their own pace.
One of the key features of the Zappix solution is its visual IVR technology, which provides customers with an intuitive, menu-driven interface that allows them to quickly navigate to the information or service they need. The visual IVR also enables customers to interact with businesses using voice or touch inputs, making it easier and more convenient for customers to get the support they need.
Sensvue
Cloud-based Solution from Collecting IOT Devices Data to Real-time Analytics
Data Collections and Analytics Using AWS Services
Sensvue IoT is a solution platform that allows customers to connect and manage IoT devices, collect and store data, and analyze data in real-time. The platform provides a range of tools and services to help customers build and deploy IoT applications quickly and easily. By using the AWS Sidewalk, AWS IOT and Cassia BLE Gateway, Sensvue supports a wide range of devices and protocols, allowing customers to connect and manage their devices regardless of their hardware or communication protocols. The platform also provides a scalable infrastructure for collecting, storing, and analyzing data from these devices, enabling customers to gain insights and make data-driven decisions. One of the key features of AWS IoT is its ability to provide secure and reliable communication between devices and the cloud. The platform provides built-in security features such as encryption, authentication, and authorization, ensuring that data transmitted between devices and the cloud is protected from unauthorized access.
AWS Sidewalk is a wireless network that uses a combination of Bluetooth Low Energy (BLE) and 900 MHz radio frequencies to connect devices to the cloud. The network is designed to extend the range of low-bandwidth IoT devices beyond the traditional limits of Wi-Fi, cellular, and Bluetooth networks, allowing IoT devices to communicate with each other and with the cloud through the bridges.