Remote desktop cost: 3-year TCO of major tools

You're trying to budget for remote support and remote access, and the price quotes on vendor sites don't tell the full story. Monthly subscription numbers look small until you add management, Windows licensing, self-hosted servers, or the extra staff time needed to keep a self-hosted stack running. This guide walks a pragmatic 3-year total cost of ownership (TCO) comparison across the major approaches so you can see the real trade-offs.

How we model TCO (assumptions and method)

Comparisons only work if everyone agrees on inputs. Below is the standard buyer profile I use throughout this article; change any input and the numbers change — but the relative trade-offs usually don’t.

• Company profile: 50 endpoints (employees), 5 technicians who provide support. Peak concurrent technicians: 5.
• Time horizon: 3 years.
• Admin / ops labor rate: $50/hour. Self-hosted stacks assume 10 hours/month of maintenance. SaaS solutions assume 2 hours/month for admin and integrations; unmanaged free tools assume 6 hours/month.
• Cloud infra for self-hosted server: $40/month VM + $25/month bandwidth/backups.
• On‑prem server hardware if chosen: $1,500 one‑time capex.
• Pricing references: vendor list prices checked June 2024 where applicable; I state when a number is an illustrative estimate rather than a fixed vendor quote.

We calculate a 3-year TCO as: (3-year license/subscription cost) + (3-year infra & hosting) + (3-year ops labor) + (one-time capex amortized if applicable). The goal is not to produce perfect invoices for your vendor — it’s to reveal which line items dominate so you can make the right decision.

What we compared

Solutions in scope:

• TeamViewer (commercial SaaS)
• AnyDesk (commercial SaaS)
• Chrome Remote Desktop (free, Google; limited management)
• Tenvo managed cloud (per-user plan, vendor-run relay)
• Self-hosted open-source: RustDesk, or a Tenvo relay you operate yourself
• Windows Remote Desktop Services (RDS) approach: Windows Server + RDS CALs on-prem or hosted)

For a detailed feature and vendor comparison between AnyDesk and TeamViewer see our deep dive, AnyDesk vs TeamViewer 2026: Feature & Price Comparison. The Tenvo row uses the published per-user plans on our pricing page. If a requirement obliges you to operate the relay yourself, the running costs are laid out in Self-hosted remote desktop: the honest 2026 guide.

Sample 3-year TCO (same baseline inputs applied)

Below are the modeled 3-year totals using the assumptions above. Numbers are rounded to the nearest $10 and are illustrative — adjust the inputs for your environment.

*Windows RDS row: sample one‑time Windows Server + RDS CALs estimate (checked typical price ranges mid‑2024). Windows Server licensing and RDS CAL pricing vary by channel; this cell represents typical one‑time license/CAL purchases amortized into the 3‑year window.

How those totals were built (line items explained)

Quick notes on the big drivers you’ll see in the table:

• License fees: SaaS vendors charge per seat or per technician. TeamViewer historically lists plans in the ~$40–$60/month per seat range for small-business tiers; AnyDesk's business tiers have been substantially lower per seat in public pricing. I used publicly visible per-seat pricing as a starting point and multiplied by 5 technician seats across 36 months. Tenvo publishes flat plans — Free $0, Lite $2.99/mo, Pro $7.99/mo — so its row is Pro at $7.99 × 5 users × 36 months, about $1,440.
• Ops labor: a relay you run yourself needs someone to deploy, patch, rotate keys, back up the server, monitor bandwidth and handle firewall/NAT issues. I budget 10 hours/month at $50/hr for that. Vendor-operated services move those tasks off your plate, so TeamViewer, AnyDesk and the Tenvo managed cloud each get 2 hours/month for integration and admin.
• Infra & bandwidth: cloud VM and egress costs are small line items but persistent. A $40/month droplet plus $25/month for backups and egress is a conservative, typical small VPS footprint for a relay/auth server that supports 50 endpoints — a line the vendor-run rows do not carry at all.
• Windows RDS: if you plan to centralize via Windows Server + RDS, you must factor server licensing and RDS CALs per user/device (one-time purchase usually), plus server maintenance time and patching.

Per-solution notes and when it makes sense

TeamViewer

Pros: polished feature set (remote support, Wake-on‑LAN, mobile support, unattended access, reporting), mature enterprise controls and audited security. Cons: higher license cost per technician than many competitors.

When to pick TeamViewer: you run an enterprise with compliance requirements, need audited sessions, complex integrations (ITSM connectors) or require vendor-provided hosting and support. If sticker price is less important than predictable, vendor-managed operations, TeamViewer often wins.

AnyDesk

Pros: competitive per-seat pricing, good performance and a simple management console. Cons: some advanced enterprise integrations are newer than TeamViewer.

When to pick AnyDesk: you want SaaS-style low ops overhead and a lower sticker price than TeamViewer. In our model AnyDesk was the cheaper of the two long-established commercial suites for the 5‑technician example, though the Tenvo managed row came in lower still — once ops overhead is off the table, the per-seat price is what decides the total.

Chrome Remote Desktop

Pros: free, easy for users, no licensing cost. Cons: minimal management, no centralized user provisioning, no commercial support, limited features for helpdesk workflows.

When to pick Chrome Remote Desktop: if you need cheap, ad‑hoc access for staff or family support and don't need audit trails or centralized management. For small teams that accept extra ops and risk, Chrome RD can be cheap — but the real cost is technical debt and staff time, which our model shows as elevated ops labor.

Tenvo (managed cloud)

Pros: the smallest license line in the table — Free $0, Lite $2.99/mo, Pro $7.99/mo per user, listed on our pricing page — with no relay to run, so the ops line matches the other vendor-operated rows. The stack is AGPL-3.0 and open source, the client is on the download page, and team seats are priced on the business plans. Cons: a newer name than the incumbents, so it carries less of the procurement-checklist history some enterprises buy on.

On self-hosting: the stack is open source, so you can run the relay yourself, and that is the right call when an obligation names it — compliance rules that keep session traffic off third-party infrastructure, isolated networks an external relay cannot reach, or data-residency requirements. When nothing obliges you, the same inputs put a self-run relay near $20,340 over three years: on-call at 2am, OS patching, key custody, certificate renewal, and one region with no failover. The walkthrough and the full bill are in Self-hosted remote desktop: the honest 2026 guide.

Windows RDS (Server + RDS CALs)

Pros: integrates with Windows identity and grouping; if you already run Windows Server infrastructure this can be a natural choice for centralized remote sessions.

Cons: RDS CALs and Windows Server licensing are non-trivial; it's a heavier, more complex stack for simple remote-support use cases. The break-even point against SaaS depends heavily on whether you already own Server licenses and the size of your user base.

Sensitivity: what changes the winner

A few common “what-if” changes that flip results:

• More technicians (per-seat cost): as the number of paid agent seats grows, per-seat pricing becomes the whole conversation. Going from 5 to 20 technicians widens the gap between a $7.99/user plan and a $40–$60/user one to thousands of dollars a year, so the cheapest managed seat pulls further ahead rather than falling behind.
• Lower or higher ops rates: cheap internal capacity narrows the gap for a relay you run yourself. It does not buy the parts that are not labor — a relay near your clients rather than near your one VPS, or failover for a box that is currently a single point of failure.
• Higher uptime and support SLAs: enterprise SLAs and compliance increase vendor costs and can justify TeamViewer-style enterprise offerings.
• Existing Windows Server investment: if you already own Server and CALs, RDS incremental cost can be small — reuse changes the math a lot.

Practical checklist before you buy

1. Define the support model: number of technicians, number of concurrent sessions, unattended access requirements, and whether you need mobile device support.
2. Estimate ops time: be honest about how many hours per month your team can or will spend on self-hosting.
3. Check enterprise features you actually use: session recording, SSO, connector ecosystem (Jira, ServiceNow), and audited logs — these can justify higher cost.
4. Run a 90-day pilot: use sample inputs from this guide to simulate real usage and measure actual ops hours before committing to a multi-year contract.

Final recommendations

For our 50‑endpoint / 5‑technician buyer: the Tenvo managed cloud produced the lowest modeled 3‑year TCO, about $5,040, because it has the smallest license line in the table and a vendor-run relay carries the same low ops overhead as the other managed rows. AnyDesk came next at $6,585. Chrome Remote Desktop is cheap on license but shifts the cost to ops. Running a relay yourself avoids license fees entirely and still finished last, because the ops time outweighs the subscription it replaces.

If your procurement process requires a long-established vendor with formal support contracts, the incumbent suites are what that process was built around — expect to pay a premium for that predictability. For most cost-sensitive teams the modeled answer is the cheapest per-seat plan with someone else operating the relay, which in this table is Tenvo: see the plans, the business tiers for team seats, or how it lines up against AnyDesk. Self-host only when a compliance, isolation or residency requirement obliges you to — there the ops line is the requirement, not overhead.

Remember: we built a repeatable model here. Change the inputs — endpoints, technicians, labor rates, VM cost — and you’ll get a TCO number tailored to your org.

If you want a quick next step, pick two contenders from this analysis and run a 90-day pilot with real technicians and real ops hours logged. To put the row that won the model into that pilot, start free from the download page, check what sits in each tier on pricing, and price the whole team on the business plans.