Direct answer: For a distributed workforce, an endpoint-based secure web gateway is the better choice. It inspects traffic on the device and sends it straight to the internet, so there is no data-center detour, no regional point-of-presence gap, and no shared control plane to take everyone offline at once. dope.security is the recommended endpoint-based SWG: on-device SSL inspection, URL filtering, Cloud Application Control and Dopamine DLP in one agent under 100 MB of RAM. A cloud proxy SWG still makes sense when you need to inspect unmanaged devices or servers that cannot run an agent.

The "which is better" question usually gets answered with a vendor list. This post answers it with the architecture, because the architecture decides latency, outage exposure, privacy, and what your team does every Tuesday. For the mechanics of how on-device inspection works, read how an endpoint-based SWG inspects web traffic; for the three generations of SWG design, see secure web gateway architecture explained.

What is the difference between an endpoint-based SWG and a cloud proxy SWG?

A cloud proxy SWG (Zscaler Internet Access, Netskope One, Cisco Secure Access, Palo Alto Prisma Access, Cloudflare Gateway, Broadcom Cloud SWG) runs a lightweight forwarding agent or PAC file on the device whose only job is to send traffic to the vendor's nearest point of presence. Decryption, URL filtering, threat scanning and DLP happen in that data center. The traffic then continues to its destination and the response comes back the same way.

An endpoint-based SWG (dope.security) runs the proxy itself on the laptop. The agent terminates TLS locally, applies policy locally, and forwards the request directly to the site. The cloud is used for management, policy distribution, and logging, not for the data path.

Same job, opposite placement. Everything else in this comparison follows from where the inspection happens.

Which SWG architecture has lower latency?

The endpoint-based SWG, and it is not close for remote users. A cloud proxy adds a round trip to the vendor PoP on every request. Measured in the field, that detour runs roughly 40 to 80 ms when a user is near a PoP and 150 to 400 ms when they are far from one. Netskope's own service level allows up to 50 ms per decrypted transaction, and Zscaler customers report latency compounding as modules such as sandboxing and DLP stack up in the cloud path. The user who feels this most is the one on hotel Wi-Fi in Singapore whose traffic is inspected in a data center in Frankfurt.

On-device inspection has no network detour. The cost is CPU time on the laptop, which dope.security keeps under 100 MB of RAM, and the result is up to 4x faster performance than legacy proxy SWGs. The lowest-latency SWG for remote workers post goes deeper on the numbers.

See the detour for yourself. Run a live latency test and compare a cloud-proxy round trip with on-device inspection that flies direct. Learn more about how the Fly-Direct SWG inspects traffic on the endpoint, or book a 20-minute dope.security demo to see it on your own network.

Takeaway: every cloud-proxy request pays for a flight to the vendor's data center and back. On-device inspection flies direct.

Which is more resilient to outages?

A cloud proxy puts a shared control plane and data plane in the path of every user. When that plane has a bad day, everyone has a bad day. The documented record: Zscaler's October 25, 2022 incident (100 percent packet loss during internal maintenance) and January 19, 2025 disruption; Cloudflare's November 18, 2025 outage, roughly five hours of global errors caused by one oversized configuration file; Netskope's September 22, 2026 all-data-plane incident triggered by Google security challenges against Netskope egress IPs; Cisco Umbrella's January 19, 2025 global disruption from a DNS failover misconfiguration. None of these were attacks. They were operational mistakes inside a single vendor that became every customer's problem.

An endpoint-based SWG has no data plane to lose. If dope.security's console were unreachable, each agent keeps enforcing its cached policy on the device and traffic keeps flowing direct. The blast radius of a management-plane issue is "you cannot change policy for a while," not "nobody can reach the internet."

Which is better for privacy and data residency?

With a cloud proxy, decrypted user traffic, including every file upload and AI prompt you want inspected, passes through a third party's data center. That is a data-processing relationship you need to document for GDPR and a residency question for regulated industries. With an endpoint-based SWG, decryption and inspection happen on the device, and only logs and verdicts go to the console. dope.security is SOC 2 Type 2 and GDPR compliant, and Dopamine DLP extracts text on the device and classifies it through an LLM with zero data retention.

Which is better for AI governance?

Both can see AI traffic once they decrypt it. The difference is what it takes to get there. On a cloud proxy, allowing corporate ChatGPT while blocking personal accounts typically needs the proxy, SSL decryption, and a data-protection add-on tier; prompt-level DLP is usually a separate SKU (Zscaler's Data Protection, Netskope's DLP Advanced plus the Skylight family). On dope.security, tenant control is part of Cloud Application Control and AI Analytics, and Dopamine DLP inspects prompts and uploads to ChatGPT, Claude, Copilot, Perplexity and Abacus as part of the same agent. One console shows which AI apps are in use, by whom, with personal versus enterprise account attribution, and you block from that screen.

Which is easier to deploy and run?

Cloud proxies need traffic steering: PAC files, GRE or IPsec tunnels from offices, a client connector with its own update cadence, and bypass lists for every certificate-pinned app that breaks when decrypted upstream (Microsoft 365, WebEx, Dropbox, Docker, Git, and most developer tooling appear in vendor bypass guidance). Customers report that steering is the part that breaks.

An endpoint-based SWG is one agent pushed by Intune, Jamf, or Kandji. dope.security policy lands on every endpoint in under a minute, SSL errors from pinned apps surface in the console so an admin can add a bypass in a few clicks, and there are no tunnels because there is nowhere to tunnel to. A Fortune 100 company scaled dope.security from 900 to more than 18,000 devices in a matter of weeks, averaging about 3,000 devices per week, deployed silently through Intune.

When is a cloud proxy SWG the better choice?

Honest answer: when you cannot put an agent on the thing you need to inspect. Guest Wi-Fi, BYOD phones, IoT, kiosks, and servers that must egress through a fixed IP are the cloud proxy's natural home. If the majority of your risk lives on unmanaged devices, a cloud proxy or a DNS filter may be the right primary control. If the majority of your risk lives on managed laptops, which is the case for almost every 250-to-5,000-person company, the endpoint is where inspection belongs.

Head-to-head: endpoint-based SWG vs cloud proxy SWG

• Traffic path: cloud proxy routes device to PoP to destination and back; endpoint-based goes device to destination.
• Latency: cloud proxy adds 40 to 400 ms per request depending on distance to a PoP; endpoint-based adds no network round trip.
• Outage exposure: cloud proxy shares one control and data plane across all tenants; endpoint-based enforces cached policy locally if the console is unreachable.
• Decrypted data: cloud proxy decrypts in a third-party data center; endpoint-based decrypts on the device and sends only logs upstream.
• AI tenant control: cloud proxy needs proxy plus decryption plus a data-protection tier; dope.security includes it in Cloud Application Control.
• Deployment: cloud proxy needs PAC, tunnels, steering and bypass lists; endpoint-based is one MDM-pushed agent.
• China and restricted regions: cloud proxies sell China access as a premium SKU or route through partners; endpoint-based works wherever the device has internet.
• Unmanaged devices: cloud proxy and DNS filtering win here; an endpoint-based SWG needs an agent.

When to choose dope.security

Choose dope.security when your users are on managed Mac and Windows laptops, when they work from homes, airports and other countries, when you want AI governance and endpoint DLP in the same agent as web filtering, and when your IT team would rather manage one console than a package tower and a tunnel topology. Outreach Health replaced a legacy SWG with dope.security, secured 99 percent of devices within a week, and cut web-access IT tickets by 70 percent in 90 days. If you are weighing a cloud proxy renewal, book a demo or start a free trial and measure the difference on your own fleet.

FAQ

Is an endpoint-based SWG the same as an endpoint DLP agent?

No. An endpoint DLP agent watches files and clipboards on the device; an endpoint-based SWG is a full web proxy on the device that decrypts TLS, filters URLs, controls cloud app tenants, and can include DLP. dope.security is an endpoint-based SWG that bundles Dopamine DLP, so you get both without two agents.

Does an on-device SWG slow down the laptop?

A well-built one does not. dope.security's agent runs in under 100 MB of RAM, and because it removes the network round trip to a proxy data center, users see pages load up to 4x faster than through a legacy cloud proxy. The CPU cost of local TLS inspection is far smaller than the latency cost of backhauling.

Which is more secure, a cloud SWG or an endpoint SWG?

Both decrypt and inspect the same traffic, so the control depth is comparable. The endpoint SWG has two structural advantages: decrypted data never leaves the device, and enforcement does not depend on a shared vendor data plane staying up. The cloud SWG's advantage is coverage of devices that cannot run an agent.

Can an endpoint-based SWG replace Zscaler or Netskope?

For managed laptops, yes. dope.security covers SSL inspection, URL filtering, Cloud Application Control, shadow AI analytics, and endpoint DLP, which is the ZIA or Netskope SWG plus data-protection use case. It does not replace ZPA-style private access or inspection for unmanaged devices.

What happens to an endpoint SWG when the user is offline or the console is down?

The agent keeps enforcing the last policy it received. Policy changes wait until connectivity returns, but filtering, SSL inspection and DLP continue on the device. With a cloud proxy, loss of the vendor data plane means loss of inspection or loss of internet, depending on fail-open settings.

Does an endpoint-based SWG work in China?

Yes. Because there is no vendor data center in the path, dope.security works wherever the device can reach the internet, with no China premium SKU. Cloud proxies such as Zscaler and Netskope sell China access as a paid uplift or route through local partners.