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Supports & Combines multiple connectivity:
⊛ Wired -> ILL, MPLS, Broadband, Satellite
⊛ Cellular -> MPLS & Internet SIMs
⊛ Wi-Fi – Wi-Fi As WAN
⊛ Fixed SIM - 2 X SIM
⊛ Configurable GE Ports – 5 X GE
Automatic link quality detection based on packet loss, latency and jitter. Dynamically chooses the best quality link for critical application traffic, guaranteeing an optimal critical application user experience.
Define application behavior by configuring QoS as well as Forwarding policies
Pre-configure everything ensuring an error-free and idiot-proof installation and commissioning of branches.
Nirad’s unique algorithm guarantees packets are delivered to the destination even when links are unstable or misbehaving.
In this scenario, spoke sites are completely isolated from each other. Spoke sites can communicate only to services and applications deployed at the hub site.
In this scenario, Spoke sites can communicate with each other via the L2 or L3 Virtual Switch. The SD-VSwitch is a virtual switch that is an integral part of the SD-Hub allowing multiple sites to be connected to each other using L2 or L3 Switching.
The SD-vSwitch can be used to create multiple L2 or L3 VRFs allowing multiple disjoint networks to be created. These networks provide isolation from each other for security and other network planning reasons. Moreover policies can be defined to regulate access between multiple VRFs allowing for a complete control over how the network is defined.
The SD-vSwitch can be extended across multiple clouds or data centers, providing the ultimate in deployment flexibility. This allows network designers to optimize their network design by creating SD-Hubs closer to their applications and inter-connecting SD-Hubs while maintaining security and isolation between VRFs.
Integrated Cellular Options
Single, Dual and Quad SIM solutions for every deployment scenario
Multi-Cloud Ready
Nirad SD-WAN is ready for your multi-cloud network design with support for an integrated deployment on multiple public and private clouds.
Centralized Stateful Firewall
Integrated Stateful Firewall for centralized policy based security. Manage all the hubs with a single centralized security policy.
ZERO-TOUCH PROVISIONING
Pre-configure everything ensuring an error-free and idiot-proof installation and commissioning of branches
Application Aware Policies
Define application behavior by configuring QoS as well as Forwarding policies
Cloud OnRamp
VPN Channel Fusion
Nirad VPN Channel Fusion is a technology that allows multiple communication links to be combined into a single, higher bandwidth connection. The fusion process leverages software algorithms to ensure that data is efficiently transmitted over multiple links in real-time, providing a more stable and resilient connection.
In addition to increased bandwidth, Nirad VPN Channel Fusion offers protection against network failures. If one of the links in the bonded connection fails, the technology automatically redirects traffic to the remaining links, ensuring that communication continues without interruption. This not only enhances reliability but also provides a robust disaster recovery solution.
Nirad VPN Channel Fusion can be applied to various types of communication links including wired, cellular, Wi-Fi and even satellite connections. This makes it a versatile solution for organizations that require high-speed, dependable communication in a variety of scenarios.
Inbuilt Security
All NIRAD EDGE devices have inbuilt stateful firewall feature it can do policy-based filtering and blocking applications based on port or IP addresses. Also, it will create Firewall policies based on source IP address, source port, destination IP address, destination port etc.
Nirad keeps a record of all active network connections, including source and destination addresses, port numbers, and protocol information. This allows it to track the state of each connection, making it possible to identify if a connection is established, closed, or in transit.
Nirad is designed to inspect network traffic at the application layer. This level of inspection allows Nirad to identify specific applications and can block or allow those applications based on the configured policies.
Nirad includes NAT capabilities, which allow it to hide internal network addresses from the public Internet. This adds an extra layer of security by making it difficult for unauthorized users to access internal resources
Nirad can detect and prevent various types of attacks, such as Denial of Service (DDoS) and unauthorized access.Mitigating DDoS attacks is done by mechanisms such as Rate Limiting, Filtering and Connection tracking.
Nirad can prioritize network traffic based on specific criteria, such as type of traffic, source and destination, and bandwidth requirements. This ensures that critical applications receive the necessary bandwidth and that less important traffic, such as email or file transfers, does not interfere with important business activities.
NIRAD IDS monitors network traffic for suspicious activity
IPS will prevent suspicious activity.
DNS protection secures the DNS infrastructure from attacks like DNS spoofing, cache poisoning, and other DNS-based threats.
Antimalware solutions provide real-time protection and are a key line of defense against malware attacks.
It helps protect sensitive information and ensures user privacy. SSL (Secure Sockets Layer)- Provides encrypted communication over a network.
Advanced secure communication over a network.
Secures IP communications by authenticating and encrypting each IP packet. Protocol IKEv1, IKEv2 Support up to 4 x VPN IPSec tunnels Encryption methods – DES, 3DES, AES128, 192, 256.
Symmetric encryption standard RSA- Asymmetric encryption algorithm used for secure data transmission. or allows access to specific URLs.
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Symmetric-key algorithm for data encryption, now largely obsolete.
Applies DES encryption three times to each data block.
Monitors the state and context of all network traffic.
Inspects traffic at the application layer for deeper security.
Defines rules for allowing or blocking traffic.
Defines rules for allowing or blocking traffic.
Defines rules for traffic management and security.
Blocks or allows access to specific URLs.
Records details of packets that pass through the firewall.
Synchronizes the firewall’s clock with NTP servers.
Detects and blocks IP address spoofing attacks.
Divides a network into smaller, isolated segments.
Allows access to trusted entities while blocking others.
Blocks access to specified entities based on security policies.
Detects and mitigates Denial of Service attacks.
Controls the use of specific applications and services based on IP and port numbers.
Discovers and detects open ports and services on a network, preventing unauthorized access or other malicious activities.
Device Used: Nirad N100-I
Project Overview: Provided secure IPsec site-to-site connections for R&D centers and government projects, with SIM-based indoor units managed through Nirad NMS.
Key Features: IPsec tunnels, remote management
Device Used: Nirad Dual SIM Devices
Project Overview: Dual SIM devices provided continuous connectivity to smart screens, ensuring real-time data display from central servers.
Key Features: Dual SIM, real-time data display
Device Used: Nirad N400-O (with N200-O and N100-I as aggregators)
Project Overview: A 4-SIM solution providing high-speed GSM connectivity to remote oil wells, connecting them to a central command center via VPN. The devices were managed through an on-premises Nirad NMS, with dedicated on-site technical support.
Key Features: Multi-SIM aggregation, secure VPN, on-site support
Device Used: Nirad N200-O (Dual SIM Indoor Unit)
Project Overview: Delivered a dual SIM solution for stable video streaming, with auto-selection of the best carrier network for uninterrupted service.
Key Features: Dual SIM, best-band auto-selection.
Device Used: Nirad N100-I
Project Overview: Provided Out-of-Band Management (OOBM) solutions across 32 countries, enabling emergency connections to data centers when the primary network failed.
Key Features: OOBM, global deployment, emergency access.
Device Used: Nirad N100-I Edge
Project Overview: Solved broadband disconnection issues using Active-Backup mode, with LTE as backup. IPSec tunnels ensured secure connectivity between remote sites and AWS cloud servers.
Key Features: Active-Backup mode, secure IPSec tunnel.
Device Used: Nirad N100-I
Project Overview: N100-I devices were deployed to ensure stable connectivity for instant machines, with Wi-Fi as WAN, configurable LAN/WAN ports, and remote cloud monitoring. High availability (HA) was achieved through cascading single-SIM devices.
Key Features: Wi-Fi as WAN, HA, cloud monitoring
Device Used: Nirad N100-O (Single SIM Outdoor Unit)
Project Overview: N100-O devices connected RFID readers to ensure continuous data transmission to a central server in remote locations.
Key Features: RFID connectivity, stable uptime.
Device Used: Nirad N200-I
Project Overview: Custom data collection system for monitoring oxygen quality, sending data to a cloud platform for real-time analysis.
Key Features: Data monitoring, cloud analytics.
Device Used: Nirad N100-O
Project Overview: Deployed N100-O outdoor units to ensure stable Wi-Fi connectivity, facilitating secure communication with the EV billing platform.
Key Features: Stable Wi-Fi, secure billing platform connection.
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