Twingate pricing feedback - is it cheaper than Zscaler for small teams?

Having recently completed a comparative analysis of several Zero Trust Network Access (ZTNA) solutions for a deployment of under 50 users, I found the pricing models for Twingate and Zscaler Private Access (ZPA) to be constructed on fundamentally different principles, leading to nuanced cost outcomes. The common assertion that "Twingate is cheaper" holds true in many straightforward scenarios, but the financial advantage is not absolute and depends heavily on architectural and usage patterns. My evaluation was based on publicly listed pricing as of this quarter and a projected three-year total cost of ownership (TCO) model.

The core distinction lies in their architectural heritage and pricing axes. Twingate employs a connector-based model, where pricing is primarily tiered by the number of **connectors** and secondarily by users. Zscaler ZPA, as a cloud-native proxy service, prices primarily per **user**, with its cost structure deeply intertwined with broader platform bundles (ZIA, ZPA, ZDX). For a small team, this leads to the following breakdown:

* **Twingate (Team Plan):** Costs are driven by the number of "connectors" (proxies to your private resources) you deploy. The Team plan offers 2 connectors for ~$5/user/month (billed annually). Each additional connector pack increments the cost. Therefore, a team of 10 users needing 2 connectors would cost approximately $50/month. If your resource topology requires 5 connectors for 10 users, the cost scales with the connector packs, not the user count.
* **Zscaler ZPA (Business/Enterprise):** ZPA is typically licensed per user per month, with a minimum commitment. List prices start significantly higher per user, but it is almost always purchased as part of a bundle. The effective cost is difficult to isolate. Critically, there is no concept of pricing for infrastructure components; all users have global access to all provisioned applications.

**Where Twingate demonstrates clear cost advantage:**

* **Simple, centralized resource topology:** If all your private applications (e.g., databases, internal tools) can be reached via one or two network egress points, Twingate's 2-connector default is highly economical.
* **Small, fixed user count:** The model is predictable. 25 users and 2 connectors is simply 25 x $5.
* **Absence of need for full suite features:** You are only paying for ZTNA. Zscaler's value is in the suite (web security, CASB, etc.); if those are not required, you are comparing a la carte to a fixed-price menu.

**Where Zscaler's bundle economics can become competitive or superior:**

* **Geographically distributed resources requiring local egress:** If you need low-latency access to resources in 8 different regional VPCs/VNets, Twingate's connector multiplier effect (8+ connectors) can rapidly increase costs, while ZPA's user-based pricing remains flat.
* **Larger teams (>100 users) already requiring Zscaler Internet Access (ZIA):** At scale, the marginal cost of adding ZPA to an existing ZIA contract can be compelling, making the per-user price for the combined suite highly competitive versus point solutions.
* **Requirement for integrated threat prevention and browser isolation:** Twingate is a pure connectivity solution. Adding these capabilities separately may alter the TCO comparison.

**Benchmark Scenario (30 users):**
Assume two primary use cases: 1) a single AWS VPC with resources, and 2) resources in three distinct cloud regions (US, EU, APAC).

```
Case 1: Centralized Resources
- Twingate: 30 users * $5 + (2 connectors included) = $150/month
- Zscaler ZPA (estimated standalone): 30 users * ~$8-10 = $240-$300/month

Case 2: Multi-region Resources
- Twingate: 30 users * $5 + 1 additional connector pack (~$45) = $195/month
- Zscaler ZPA: 30 users * ~$8-10 = $240-$300/month (no change)
```

The crossover point where Zscaler's per-user model may become more attractive is highly situational but tends to occur when connector count scales linearly with user count across many regions, or when the user base grows large enough to negotiate steep suite discounts.

In conclusion, for small teams with a consolidated infrastructure footprint, Twingate is unequivocally cheaper and simpler to cost-model. The pricing advantage erodes, and can reverse, in complex, multi-hub environments or for organizations that already derive value from the broader Zscaler platform. A precise analysis requires mapping your required connector topology against both pricing sheets. I recommend prototyping the Twingate connector deployment to accurately gauge the required number before committing.