How much does an embedded engineer actually cost a hardware startup in 2026?
The salary aggregators tell you base. They do not tell you the 12-month all-in cost, the time-to-fill burn, or the single-point-of-failure risk. Here is the honest model.
If you are a first-time hardware founder writing the headcount section of your seed deck, or a CFO defending a firmware engineer line item in a board memo, you have probably already done the search. Levels.fyi gives you a base salary range. Glassdoor gives you a wider one. The Toronto Tech Salary Report 2025-2026 from Tundra and the U.S. Bureau of Labor Statistics give you the official numbers. None of them tell you what an embedded engineer actually costs your startup over the next twelve to twenty-four months.
That is the gap this post fills. Not because the public data is wrong, but because base salary is roughly a third of the answer.
We talked to Salim, a co-founder at Corvita Biomedical, a two-engineer medical device startup, while he was making exactly this decision. His framing of the alternatives was the cleanest I have heard from any founder:
"I was just going to code it myself, or hire a co-op student who will develop our own solution." (Founder of a medical device startup, debrief interview.)
That is the real decision frame. Not "which embedded engineer do I hire," but "is this work worth a full hire at all, given my runway, my product timeline, and the dozen other roles I have not filled yet." This post tries to model that honestly.
What the salary aggregators tell you
Start with the public ranges, because they are the floor. For a senior embedded engineer (five to ten years of experience, comfortable with both firmware and the cloud side of an IoT stack), here is what 2025-2026 data shows.
In Toronto, the 2025-2026 Toronto Tech Salary Report from Tundra puts senior embedded and firmware engineers in roughly the CA$130,000 to CA$170,000 base range, with staff and principal levels reaching CA$180,000 to CA$210,000. Levels.fyi shows a similar shape for Canadian senior IC roles in adjacent specialties.
In the San Francisco Bay Area, Levels.fyi medians for senior embedded systems engineers at venture-backed startups land around US$180,000 to US$230,000 base, with total comp (including equity) frequently exceeding US$280,000. The U.S. Bureau of Labor Statistics electronics engineer category gives a much lower national mean (around US$120,000), but that mean blends defense, automotive, and consumer industries where startup pay does not apply.
In New York City, Glassdoor and Levels.fyi data overlap around US$160,000 to US$210,000 base for senior embedded roles, with hardware-startup ranges typically at the lower end and fintech-adjacent IoT roles at the upper end.
Remote (US) roles posted in 2025 on AngelList Talent / Wellfound and Y Combinator's Work at a Startup tend to cluster in the US$140,000 to US$190,000 base band for senior embedded with cloud experience, with the spread driven mostly by stage and equity expectations.
So: pick a number. Toronto senior, CA$150,000 base. Bay Area senior, US$200,000 base. Those are the line items that go on the spreadsheet. They are also nowhere near the real number.
The five things the salary number leaves out
1. Loaded cost multiplier
Base salary is not what the engineer costs the company. The standard finance rule of thumb, which holds up in our research across hardware startups we have talked to, is that fully loaded cost (base + benefits + employer-side payroll taxes + equipment + software + insurance + co-working or office allocation) runs 1.3x to 1.5x base for an early-stage company.
In Canada, employer-side CPP, EI, EHT (Ontario), and benefits typically push the multiplier to about 1.25x to 1.35x. In the United States, employer-side FICA, Medicare, unemployment insurance, plus health benefits and 401(k) match, push it closer to 1.35x to 1.5x.
Applied to the salary numbers above:
- Toronto senior at CA$150,000 base becomes CA$195,000 to CA$200,000 loaded.
- Bay Area senior at US$200,000 base becomes US$270,000 to US$300,000 loaded.
That is your real Year 1 cash cost, before opportunity cost or risk.
2. Time-to-fill burn
Senior embedded engineers with cloud-side skills (mTLS, MQTT or NATS, certificate enrollment, OTA pipelines, observability) are one of the harder hires in tech right now. The pool that knows both firmware and the cloud stack is genuinely small. LinkedIn Talent Insights and the 2025 Hired State of Software Engineers report both suggest senior embedded roles average three to six months from req-open to signed offer at a venture-backed startup.
The cost of that wait is not the recruiter fee. It is runway burned while the team waits to start the work. If you are spending US$80,000 a month on burn and the embedded hire is the unblock for your pilot deployment, three to six months of search is a third to half a million dollars of runway spent on the absence of an engineer. That is rarely on the spreadsheet, but it is real money.
3. The onboarding tax
Once they sign, they are not productive on day one. Embedded engineers ramp slowly because the work is tightly coupled to your specific hardware, your protocol stack, your manufacturing partner's quirks, and your existing codebase. In the conversations we have had with hardware founders over the last year, two to four months to first meaningful production commit is typical. For more senior or independent hires, expect closer to two months. For someone less senior or coming from an adjacent industry (consumer electronics moving to industrial, for example), expect closer to four.
That is another two to four months of loaded cost (CA$33,000 to CA$67,000 in Toronto, US$45,000 to US$100,000 in the Bay) before you see real output.
4. Single-point-of-failure risk
This is the one that does not show up until month fourteen, when the embedded engineer quits, gets poached, or hits burnout. In a two-to-five-engineer startup, your one embedded hire is the only person who understands the firmware-to-cloud handoff, the cert rotation logic, the OTA pipeline, the drivers for your Modbus or BLE devices. Their notebook is the documentation. Their habits are the runbook.
When they leave (and the average tenure at venture-backed startups, per LinkedIn's 2024 Workforce Report, is about 1.8 years), you are not just hiring a replacement. You are hiring a replacement who has to reverse-engineer the previous person's decisions. That second hire's onboarding tax is twice as long.
The expected-value cost of this is hard to put on a spreadsheet, but a rough lower bound: assume a 40 percent chance over 18 months that you have to backfill the role, with backfill cost equal to one full hire-and-onboard cycle. That is a US$100,000 to US$200,000 expected loss line item that nobody puts in the model.
5. Opportunity cost
The hidden cost. Your embedded engineer's calendar is finite. Every week they spend writing MQTT plumbing, debugging cert enrollment, or rotating broker credentials is a week they are not working on the thing that actually differentiates your product. For Corvita, the differentiation is the medical device's signal processing and clinical workflow, not the cloud transport that gets sensor data off the device.
If you frame the hire as "I am paying US$300,000 loaded to write infrastructure code that already exists as a commodity," the calculus shifts. You are not paying for an embedded engineer. You are paying for an embedded engineer doing the wrong work.
The 12-month all-in number
Stack everything together for a senior embedded hire at a Toronto or Bay Area hardware startup, Year 1:
- Base salary: CA$150,000 to US$200,000.
- Loaded multiplier (1.3x to 1.5x): adds 30 to 50 percent.
- Time-to-fill runway burn (3 to 6 months at company burn rate): often US$150,000 to US$400,000 of opportunity cost depending on monthly burn.
- Onboarding tax (2 to 4 months at reduced productivity): another 15 to 30 percent of loaded cost.
- Risk-adjusted backfill expected value: roughly 10 to 20 percent of loaded cost.
The defensible all-in range, conservatively: 2x to 3x the base salary line item over a 12-month window. A Toronto hire that looks like a CA$150,000 line item is closer to CA$300,000 to CA$450,000 in true cost. A Bay Area hire that looks like a US$200,000 line item is closer to US$400,000 to US$600,000.
Those are the numbers to put in the board memo.
The four alternatives, costed honestly
The decision is not "embedded engineer or nothing." It is one of five paths. Salim's framing covers two of them; here are all five side by side.
| Path | Year 1 cash cost | Time to first production deploy | Bus factor | IP control | Best when |
|---|---|---|---|---|---|
| Code it myself (founder time) | $0 cash, high opportunity cost | 4 to 9 months | 1 (the founder) | Full | You have a technical co-founder with bandwidth and the work is your moat |
| Co-op student | CA$25,000 to CA$40,000 / 4-month term | 4 to 8 months to productive | 0 (turnover guaranteed) | Full | You have a senior engineer to supervise and the project survives a 4-month context wipe |
| Senior embedded hire | CA$300,000 to US$600,000 loaded all-in | 6 to 12 months from req open | 1 (and they will eventually leave) | Full | Cloud is genuinely your moat, not plumbing |
| Contractor / consultant | US$150 to US$200 / hour, US$100,000 to US$200,000 / project | 1 to 4 months | 0 (they leave when paid) | Full, but knowledge walks out | One-time integration, no ongoing work |
| Outsourced firm | US$80,000 to US$300,000 / project | 3 to 9 months | Low (firm continuity), but slow | Often shared or licensed | Predictable scope, no internal ownership needed |
| Platform / library | US$5,000 to US$60,000 / year subscription | 1 to 6 weeks | High (vendor handles ops) | You own application code, vendor owns infra | Cloud is plumbing, not product |
Salim's "code it myself or hire a co-op student" lives in the top two rows. Both are legitimate choices for a 2-engineer startup with no senior infrastructure hire on staff. Both have a real ceiling. The founder path costs no cash but burns the most expensive person on the team on plumbing work. The co-op path is cheap and energetic, but the typical co-op term in Canada is four months, which means just as the student becomes useful, they leave.
The senior hire path is what most founders default to because it is what the board expects to see. The all-in cost we modeled above is why it is usually not the right answer in the first eighteen months.
The contractor and outsourced firm paths are honest middle options, but they share a structural weakness: the integration work is not ongoing IP, so once the contract ends, the knowledge leaves with them.
The platform path, where SCADABLE lives, is the option that gets dismissed too early because it sounds like a vendor pitch. The honest version is this: if your differentiation is the device, not the cloud transport, you are paying full embedded-engineer salary to rewrite something that ships in a box for two orders of magnitude less. The right question is not "which option is cheapest." It is "which option lets the engineer I do hire spend their time on the thing customers pay for."
Five questions to ask before opening the requisition
Before you post the embedded engineer job description, write down the answer to each of these. If three or more of your answers are "no" or "I am not sure," the headcount line is probably wrong.
- Is the cloud-to-device transport part of what your customer pays you for, or is it commodity plumbing that has to work?
- Do you have a technical co-founder or senior engineer on staff who can supervise a co-op student or junior hire? If not, the cheap option is not actually cheap.
- Is your Year 1 burn rate such that 3 to 6 months of search-and-onboard is acceptable runway loss? Model it in months of runway, not dollars.
- If your one embedded hire leaves in month 14, how much of the system survives? If the answer is "nothing," you are buying single-point-of-failure risk along with the hire.
- Is the work you would give them differentiated, or is it integration code that has been written a thousand times before? Be honest.
The answers tell you whether you are looking at a hire, a partnership, or a "code it myself for now" decision. None of these is wrong by default. They are wrong when you pick one without modeling the others.
If you are staring at the embedded engineer requisition or the co-op student pipeline, we run 30-min architecture reviews for founders making exactly that decision. We will model the cost in your specific case and tell you honestly whether to hire, partner, or build. Book at https://cal.com/rahbaral/quick-chat