The hybrid workforce has quietly rewritten the rules of network security. People now split their weeks between the office, the kitchen table, and the occasional coffee shop, connecting to the same sensitive applications from each. The devices vary, the networks are often unmanaged, and the old assumption that being inside the building meant being trusted no longer holds. Protecting this kind of workforce means protecting people wherever they are, without making their daily work harder.
A converged, cloud-delivered framework that unites networking and security is built for exactly this situation. Instead of routing remote staff through clunky tunnels back to a central site, it brings consistent, identity-based protection to every connection, whether someone is at a desk or on their sofa. The five solutions below are well-suited to that reality. The list opens with a provider known for unifying protection across locations, then looks at four others that approach distributed work from different angles.
1. Fortinet: Consistent Protection Anywhere
Fortinet’s strength with hybrid teams lies in applying a single coherent set of rules regardless of where a person sits. The same identity-driven policy that governs an office connection follows a worker home, so the experience and the protection stay consistent even as the location changes from hour to hour. That continuity removes the awkward gap many organizations feel between how they secure their offices and how they secure everyone outside them.
Organizations supporting a distributed team can start by reviewing a SASE solution for hybrid workforce to see how a unified, identity-based policy reaches users wherever they connect from.
Because everything is managed from a single framework, the burden on administrators stays manageable even as the number of remote connections grows, which is often where fragmented setups begin to strain.
2. Zscaler: Identity-Aware Remote Access
Zscaler provides application access through a cloud platform that verifies identity and context before granting a connection, rather than placing users on the broader network. For hybrid staff, this means reaching the tools they need over a consistent, secure path without a traditional perimeter in the way. Grounding remote access in recognized practice helps here, and a remote access guide that covers telework and personal-device considerations provides a useful baseline for assessing whether a platform addresses the full range of distributed-work risks.
3. Akamai: Application-Level Access
Akamai approaches distributed work by brokering access to individual applications rather than exposing the entire network to remote users. This application-level model limits what any single connection can reach, which can cause damage if a home device or account is compromised. Organizations with a large remote contingent and sensitive internal tools often value this tight scoping, since it aligns naturally with the least-privilege thinking that hybrid work demands. Narrowing each connection to a single application also makes unusual activity easier to spot, because anything reaching beyond its assigned scope stands out immediately.
4. Forcepoint: Data-Aware Distributed Security
Forcepoint emphasizes understanding and protecting data as people interact with it from many locations. For a hybrid workforce, where information flows to and from homes and personal devices, that data-centric lens helps enforce policy based on the sensitivity of what is being accessed rather than simply where the request comes from. Teams whose chief worry is sensitive information leaving controlled environments through everyday remote work frequently shortlist this approach. Tying policy to the sensitivity of the data also means protection travels with the information itself, rather than depending on the security of whatever home network a file happens to pass through.
5. Skyhigh Security: Cloud and Web Protection
Skyhigh Security focuses on securing the paths distributed users take to cloud applications and the open web, the two destinations to which remote staff have the most access. By inspecting and controlling that traffic from the cloud, it extends consistent protection to people who rarely sit behind a corporate firewall anymore. Organizations whose hybrid workers primarily use cloud applications and browsers often find this concentration of web and cloud activity a strong match for how their people actually work.
Matching SASE to How Your People Work
The right choice depends on the texture of your own workforce. An organization where nearly everyone is remote has different needs than one where staff drifts between home and office a few days each week, and a platform that suits one rhythm may feel heavy for the other. Begin by mapping how and from where your people actually connect, then weigh each candidate against that pattern rather than a generic feature list.
Identity deserves particular attention because verifying who is connecting matters far more than where they happen to be once the office is no longer a trusted boundary. A solution that treats every request as something to be confirmed, regardless of origin, fits distributed work far better than one still anchored to a network location. It also helps to ground expectations in trusted external advice, and a published advice page on supporting staff who work outside the office can give you a neutral checklist to hold each provider against.
Finally, consider the daily experience of your people. Security that frustrates remote workers tends to be bypassed, so the strongest fit is one that protects quietly without turning every login into an obstacle. A platform that keeps people productive wherever they are will earn far more goodwill and far better security outcomes than one that treats distance as something to fight.
Frequently Asked Questions
Why does a hybrid workforce need a different security approach?
People connect to sensitive systems from varied locations, devices, and networks. The old idea that the office is a trusted zone no longer applies. Protection has to follow the user rather than the building.
Is identity verification more important than network location now?
Yes, because location no longer signals trust when staff work from anywhere. Confirming who is connecting, on every request, keeps policy consistent. Location-based assumptions tend to leave gaps in distributed settings.
How do I keep remote security from frustrating employees?
Choose a platform that protects quietly without adding friction to everyday logins. Security that gets in the way is often bypassed by users. A smooth experience tends to produce better real-world outcomes.
