Given the need to support hybrid work, Gartner heavily recommends that IT leaders consider a Security Service Edge (SSE) platform for the practical implementation of a zero trust strategy. An SSE platform largely incorporates these main technologies into a single offering: ZTNA, SWG, and CASB. Gartner recommends that SSE implementation should begin by prioritizing high areas of risk by replacing remote access VPN with a modern ZTNA solution.

Security service edge (SSE) will be one of the most talked about subjects in 2022, and beyond. The problem is not many IT leaders understand what SSE is, how it differs from SASE, what to look for when selecting one, or the value they provide for the business. In the video below I demystify SSE. Enjoy. If you are interested in learning more about SSE feel free to speak with our team here at Axis! We’d be happy to provide a quick demo of our SSE platform

I was on the call with a potential customer and heard the following, “Our last try at implementing Zero Trust Networking (ZTNA) utterly failed. We purchased the solution from vendor X, deployed it but didn’t account for the network team. Since the solution did not account for their network diagnostic tools (ping and traceroute), they are refusing to support us.

Zero Trust…it’s probably one of the biggest IT buzzwords in the last decade. While it seems that every vendor claims to be an enforcer of zero trust, there is value behind the concept if you can cut through the marketing haze. One of the greatest areas of value is around enabling hybrid work for employees. Remote work and hybrid work have extended the corporate world to every home, and user device. The workforce must access wherever they are, from whatever device is in front of them.

The adoption of zero trust is about to change dramatically. In May, the Biden administration announced its cybersecurity Executive Order (EO), stressing the urgency of modernized access and cybersecurity defenses. Consequently, many enterprises can no longer ignore the necessity of investing in zero trust architectures.