The APAC Engineer Who Stopped Waiting: A Global Software Vendor's Alternative to Cisco Umbrella

It's 9:47am in Singapore. A backend engineer opens a Jira ticket and watches the page sit. She refreshes. She opens a second tab to a Confluence page that should load instantly. It sits too. She walks to the kitchen, grabs coffee, comes back; both tabs are now loaded. This loop, repeated across a few hundred engineers in APAC and parts of EMEA, was the operational background hum that finally pushed a global software vendor to look for a real alternative to Cisco Umbrella.

She doesn't know it, but every one of her web sessions is taking a transcontinental detour through a Cisco SWG point of presence before reaching its destination. The destination is geographically close to her. The inspection cloud is not.

What "fly direct" actually changes

The Security Architect leading the eval had been gathering evidence for a year: help desk tickets tagged "slow," support escalations from a regional sales lead, and an internal latency dashboard that lit up every time the SWG layer was in the path. The pattern was consistent enough that the team didn't need to argue about whether it was real. They needed an architecture that didn't do the round trip in the first place.

The team's internal note for the steering committee leaned on the head-to-head latency comparison across Zscaler, Netskope, and dope.security and on a measurement run they did in-house on a representative slice of APAC endpoints. The numbers told the same story the help desk had been telling for a year.

The side-by-side that closed the decision

The architect pulled two diagrams onto one whiteboard during the steering review. They looked like this in prose.

Under Umbrella SIG, an engineer in Singapore hitting a SaaS app hosted on a CDN edge thirty milliseconds away first sent the session to a Cisco point of presence (often hundreds of milliseconds away), waited for inspection, then routed onward to the actual destination. Every session. Every day. Across every web tool the engineering team used. Inspection happened in someone else's cloud and the trip there was the whole tax.

Under dope.SWG, the inspection happens on the device itself. The session goes from the laptop straight to the SaaS destination, with policy applied locally on the way out. There is no point of presence to detour through, and the policy decision is made before the packet hits the wire. Latency on the SWG step effectively goes to zero. The architect described it in the committee meeting as "removing a hop we never should have had to add in the first place." The framing that finally clicked for the executive sponsor was the broader case for replacing Cisco Umbrella in 2026: inspection-grade SWG without the architectural assumption that the user has to reach a regional cloud first.

CASB Neural sat next to dope.SWG to cover what was always missing from the Umbrella stack. OneDrive had accumulated years of external sharing nobody had inventoried. The way CASB Neural surfaces externally shared and publicly linked files gave the team an audit they could actually act on, and they cleaned up the riskiest items in the first review cycle without disrupting legitimate collaboration. The remote and hybrid posture work the team had been doing in parallel (informed by dope's remote work security playbook) finally had a tool layer that matched the policy intent.

A support model that ran follow-the-sun too

The customer's own workforce is follow-the-sun. The architect had a hard rule that the next vendor had to be too, with named engineers and no Tier 1 triage. dope.security's 24/7 white glove global support team paired in through a shared channel during the proof of value, picked up a policy question from the customer's APAC lead at an awkward hour, and had it resolved before the architect woke up in his own time zone. After cutover, the relationship stayed that way: real engineers, fast minutes-not-days response, no escalation theater. The architect's quiet test was whether his APAC engineering managers stopped sending him screenshots of slow page loads. They did, inside the first month, and they also stopped routing engineering work around the SWG on personal devices.

Our engineers in Singapore weren't sending me screenshots anymore. That was the metric. I didn't need a dashboard to tell me the architecture change had worked.

- Security Architect, a mid-market technology organization

Quick read

• Industry: Technology
• Replaced: Cisco Umbrella
• Deployed: dope.SWG and CASB Neural

Results

• Web session latency for APAC and EMEA users dropped by a meaningful double-digit percentage.
• SWG-related help desk tickets fell off sharply within the first month after regional rollout.
• A backlog of externally shared OneDrive items surfaced and remediated in the first CASB Neural review cycle.
• Three-year total cost came in materially lower than the Umbrella SIG renewal track.
• Policy rollouts that used to require coordination with a regional Cisco point of presence shipped the same hour they were written.

FAQ

Q: Why does the inspection location matter for APAC and EMEA users?

If inspection happens in a cloud the user has to reach first, every web session pays a round trip to that cloud before it can continue. For users far from a vendor's regional point of presence, that round trip is the latency. Inspecting on the device removes the trip entirely, which is why distance from a cloud point of presence stops being a factor for end-user experience.

Q: Can dope.security match Umbrella's reporting fidelity without sending traffic through a central cloud?

Yes. The on-device proxy generates rich event telemetry locally and streams it to the dope.security console. The reporting layer covers the same use cases the security team had under Umbrella (policy hits, category breakdowns, user-level activity) and adds payload-aware data the DNS-only model couldn't see.

Q: How does CASB Neural decide which OneDrive shares are risky?

CASB Neural inventories shares and flags items that are externally shared, publicly linked, or shared with high-risk patterns. Security teams can prioritize remediation by share type, sensitivity, and ownership rather than wading through every file in the tenant, which is why most first-review cycles produce a short, actionable list.

About dope.security

dope.security, the Distributed On-device Proxy Endpoint, is the preferred security vendor for security leaders across SMBs, midsize enterprises, Fortune 500 companies, and the world's top VC and PE firms. Deployed in 83 countries, dope.security protects web, data, and AI traffic globally through its patented fly-direct architecture.