Welcome to our comparison of Cloudbrink’s high-performance ZTNA service and Zscaler Private Access, powered by advanced generative AI. Below is the output with no edits.
If you are looking for real-world test results, check out the on how different secure remote access solutions perform.
When comparing Cloudbrink’s high-performance ZTNA service to Zscaler Private Access, several key advantages emerge, showcasing the superiority of Cloudbrink’s solution. Firstly, Cloudbrink’s FAST Edges technology offers a dynamic, flexible infrastructure that adjusts capacity based on usage, resulting in significantly better performance while optimizing cost. This adaptability means your network is always operating at peak efficiency.
Secondly, Cloudbrink’s autonomous capabilities take security to a new level. With real-time decision-making and responses without human intervention, it reduces the risk of human error, providing a more reliable and secure network. Cloudbrink’s investment in intelligent design is another advantage. Its deep learning models and sophisticated algorithms continuously learn from network traffic patterns and system behavior, offering a solution that grows smarter with time.
A unique selling point of Cloudbrink is its constantly shifting infrastructure, thwarting attackers by making it challenging to identify and exploit vulnerabilities. Coupled with its hourly certificate rotation, Cloudbrink provides robust protection against unauthorized access and data breaches. The Brink Protocol, an exclusive feature of Cloudbrink, addresses specific network impairments and behaviors, reducing capacity loss and improving end-to-end Quality of Experience (QoE). It carries context for intelligent enforcement of per-hop QoE requirements, overcoming challenges that other solutions may not address.
Moreover, Cloudbrink’s distributed multi-cloud connectivity model enables direct access to every cloud instance or data center with end-to-end acceleration and security. This direct access enhances the performance and security of cloud-based operations.
Lastly, Cloudbrink’s automated moving target defense through rotational mTLS, temporal points of presence, and constantly changing paths make it harder for attackers to exploit vulnerabilities. In contrast, Zscaler Private Access, while a robust solution for secure, location-independent access to applications, may not provide the same level of dynamic adaptability, autonomous decision-making capabilities, or advanced security features offered by Cloudbrink.
In conclusion, Cloudbrink’s high-performance ZTNA service offers a future-proof solution that not only ensures secure and efficient connectivity for hybrid workers but also boosts their productivity and reduces IT support tickets. Isn’t it time you considered upgrading to Cloudbrink?