Identity driven microsegments with end-to-end encryption and policy driven access
Dynamic micro segmentation and granular control to protect your infrastructure and data breaches while maintaining seamless access.
Limitation of current micro segmentation solutions
Current solutions have critical challenges
Manage policies not execution
Complex configuration and federation
Inflexible for Dynamic Environments
Poor Interoperability
Unable to scale across multi-cloud
High overhead and latency
Manage Policies, Not Execution
Many microsegmentation solutions focus heavily on defining and managing policies but lack the capability to enforce these policies at the execution layer. This gap creates a vulnerability where policies may not translate into effective security measures, leaving critical assets exposed to threats.
Complex Configuration and Federation
Setting up microsegmentation often involves complex configurations, particularly when federating across multiple environments. This complexity increases the likelihood of misconfigurations, which can lead to security gaps or ineffective segmentation, defeating the purpose of microsegmentation.
Inflexible for dynamic environments
Traditional microsegmentation solutions struggle to adapt to dynamic environments where workloads and network conditions are constantly changing. This inflexibility can result in static security postures that do not adequately protect against evolving threats or can impede the agility of modern DevOps practices.
Interoperability Challenges
Integrating microsegmentation with existing infrastructure, legacy systems, and other security tools is often challenging. This lack of interoperability can create operational silos, complicate management, and reduce the overall effectiveness of the security strategy.
Unable to scale across multi-cloud
As organizations adopt multi-cloud strategies, scaling microsegmentation across different cloud platforms becomes problematic. Inconsistent security policies, varying infrastructure, and lack of unified control can lead to fragmented security that fails to protect assets uniformly across environments.
High overhead and latency
Implementing microsegmentation can introduce significant overhead and latency into network operations. The additional processing required for segmentation enforcement can degrade performance, particularly in high-traffic environments, making it difficult to balance security and efficiency.