Latest Posts
In NFV architecture, the selection between virtual machines (VMs) and containers for hosting VNFs critically influences the security stance of a network. While VM-centric VNFs have historically prevailed, containers are increasingly favored due to their lightweight characteristics and operational effectiveness. Nonetheless, this transition necessitates a thorough analysis of security implications.
In hybrid cloud frameworks, ensuring uninterrupted connectivity between on-premises data centers and cloud services is paramount. MPLS facilitates this by establishing a cohesive Layer 3 network that connects heterogeneous environments. In contrast to conventional networking methods that depend on IP-based routing susceptible to inefficiencies, MPLS employs label-based paths to optimize data trans
Read More
Security, Identity, & Compliance
Read More
Networking & Content Delivery
Read More
Application Integration
Read More
In NFV architecture, the selection between virtual machines (VMs) and containers for hosting VNFs critically influences the security stance of a network. While VM-centric VNFs have historically prevailed, containers are increasingly favored due to their lightweight characteristics and operational effectiveness. Nonetheless, this transition necessitates a thorough analysis of security implications.
Storing backups off-network, ideally using cloud web security solutions, ensures that critical information remains accessible even in the event of an attack.
The SDN controller, serving as the nucleus of network governance, must be deployed with security as a primary consideration. This process starts with ensuring the physical and virtual security of the controller infrastructure. In virtual implementations, utilizing trusted hypervisors and enforcing strong access controls is vital.
Yara-L and behavioural analysis techniques play a crucial role in enhancing threat detection by offering a multi-faceted approach.
Centralized data management solutions help implement consistent security policies and access controls across hybrid multi-cloud environments, mitigating the risk of unauthorized access and data breaches. Encryption, data masking, and tokenization techniques further enhance data security and protect against insider threats and external attacks.
Our APM tools are designed to monitor and analyse various performance metrics, which provide us a comprehensive view of an application's health and behavior. Metrics such as response time, error rates, throughput, and resource utilization can be monitored in real time, allowing us to identify potential issues promptly.