Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

When you need to use a proxy to keep your zero trust environment secure, it often comes with a cost: poor performance for your users. Soon after deploying a client proxy, security teams are generally slammed with support tickets from users frustrated with sluggish browser speed, slow file transfers, and video calls glitching at just the wrong moment. After a while, you start to chalk it up to the proxy — potentially blinding yourself to other issues affecting performance.

Return to office has stalled for many, and the “new normal” for what the corporate network means is constantly changing. In 2026, your office may be a coffee shop, your workforce includes autonomous AI agents, and your perimeter is wherever the Internet reaches. This shift has forced a fundamental change in how we think about security, moving us toward a critical new architecture: agile SASE.

During Security Week 2025, we launched the industry’s first cloud-native post-quantum Secure Web Gateway (SWG) and Zero Trust solution, a major step towards securing enterprise network traffic sent from end user devices to public and private networks. But this is only part of the equation. To truly secure the future of enterprise networking, you need a complete Secure Access Service Edge (SASE).

There are many NSFW instances in which substituting a single letter in a word can make the difference between a person retaining their job and finding themselves scanning career sites for a new position. Luckily, this does not carry over when looking at the difference between SASE (Secure Access Service Edge) and SSE (Security Service Edge). Both deliver security, but the two solutions deliver different outcomes, so choosing which is right for your organization is key.

In 2026, one theme will become impossible for security and infrastructure leaders to ignore. The architecture that once secured the enterprise no longer aligns with how the enterprise actually works. Users are everywhere. Applications are everywhere. Data is everywhere. Threats are everywhere. What is not everywhere is consistency.