Yes, most contractors use their own laptop, and in most staff augmentation setups the developer works on their own machine while you control access to your systems. That default is fine for a lot of startups. It stops being fine when you handle regulated data, when a customer's security questionnaire asks who manages the endpoint, or when you want to cut access in one step on the last day. The real question is less who pays for the hardware and more who controls the device that touches your code.
Key Takeaways
- The common default is the contractor's own laptop, with your access controls (SSO, MFA, least privilege) doing the protecting.
- US guidance treats who provides tools and equipment as one factor in contractor classification, never the deciding one.
- Company-issued laptops give you control and a clean offboarding story, but shipping hardware across borders costs time and money.
- Whatever you pick, agree it in writing before day one: who provides the device, the security baseline, and what happens to data at the end.
Do Contractors Use Their Own Laptop? What US Guidance Says
This is general information, not legal advice. Talk to an employment lawyer about your situation.
The IRS lists equipment under financial control. Its guidance asks whether "the business aspects of the worker's job" are controlled by the payer, including "who provides tools/supplies," and it states that "no one factor stands alone in making this determination" (IRS). A separate IRS explainer names "significant investment in the equipment the worker uses in working for someone else" as one sign of an independent business (IRS).
The Department of Labor says something similar. Since its May 2025 field bulletin, its investigators use the older Fact Sheet #13 factors, one of which is "the amount of the alleged contractor's investment in facilities and equipment" (DOL FAB 2025-1). In February 2026 the DOL also proposed a new rule to replace the 2024 one and restore the 2021 test. Check whether it has been finalized before you rely on any single test.
Two practical readings. Handing someone a laptop does not by itself make them an employee, and a contractor using their own machine does not make them a contractor. The overall relationship decides. And these are US rules. If the engineer lives in Mexico or Colombia, local labor law governs their side, which is one reason many US companies work through a provider or an employer of record. Contractor vs employer of record walks through that choice.
Own Laptop vs Company Laptop: The Security Tradeoff
| Contractor's own laptop | Company-issued laptop | |
|---|---|---|
| Setup time | Same day | Days to weeks, longer across borders |
| Cost to you | None for hardware | Device, shipping, possible import duties |
| Device management | Limited; you rely on access controls | Full MDM, disk encryption, remote wipe |
| Offboarding | Revoke accounts; trust that local copies are deleted | Revoke accounts and recover or wipe the device |
| Customer security reviews | Harder to answer "who manages endpoints?" | Easy to answer |
| Other clients' work | Possible on the same machine | Separated by design |
For most early-stage product work, the left column is enough if you do the access side properly: SSO with MFA on everything, no shared credentials, repository access scoped to the job, secrets in a secrets manager instead of on laptops, and production access only when the work requires it. What access should a developer have goes through that list.
The right column earns its cost when you handle health or financial data, when an enterprise customer asks for managed endpoints, or when a SOC 2 audit covers contractor devices. A middle path also exists: a cloud development environment or virtual desktop, so code never lands on the local machine. It adds latency and some grumbling, but gives you most of the control without shipping hardware.
What to Agree in Writing
Put these in the engagement terms or a short onboarding document before the start date:
1. Who provides the device, and who pays for repairs or replacement.
2. The minimum security baseline: OS updates, full-disk encryption, screen lock, endpoint protection, no shared user accounts.
3. Whether company code and data may live on the local disk at all.
4. Which accounts and tools you provide (email, SSO, repo, cloud) and which the developer brings.
5. What happens at the end: account removal, deletion of local copies, return of any company hardware.
If you work through a staff augmentation provider, ask how they handle this for their engineers and get the answer in writing. The contract should also settle who owns the work; who owns the code a contractor writes covers that.
A Concrete Version
A 30-person B2B SaaS startup adds two senior augmented engineers from Latin America. The product stores customer contracts, and two enterprise customers send annual security questionnaires.
The CTO considers shipping laptops. Two managed machines, plus international shipping and customs paperwork, would take an estimated three to four weeks to land, past the engineers' start date. Instead the team does three things. Both engineers use their own laptops, which must meet a written baseline: encrypted disk, current OS, a separate OS user account used only for this client. All access runs through the company's SSO with hardware-key MFA. Customer data never leaves production: engineers work against a seeded staging database, and production access is limited to one senior engineer through a logged, time-boxed request.
When the next questionnaire asks about contractor endpoints, the CTO answers with the written baseline, the SSO and MFA policy, and the data rule. Six months later one engineer rolls off. Offboarding takes ten minutes: disable the SSO account, and every downstream tool loses access at once.
The Honest Counterpoint
Written baselines on personal devices depend on trust. You can't verify disk encryption on a laptop you don't manage, and a machine shared with another client's work is a real exposure. If a leak would end customer relationships, pay for managed devices or a cloud environment and accept the delay.
The opposite mistake is common too. Some companies ship a laptop to every contractor by reflex, then spend weeks chasing hardware back. For a short engagement on a non-sensitive codebase, that's overhead with little payoff.
Frequently Asked Questions
Can a contractor use their own laptop for client work?
Yes, and most do. The client protects its systems through SSO, MFA, scoped permissions, and a written device baseline. Companies with regulated data or strict customers often issue managed devices or use cloud development environments instead.
Does giving a contractor a company laptop make them an employee?
Not by itself. US guidance treats equipment as one factor among several, and no single factor decides classification. This is general information, not legal advice; ask an employment lawyer about your setup.
Who pays for a contractor's equipment?
Usually the contractor, when they use their own machine. If you require a managed device, you normally provide and pay for it. Either way, write it into the engagement terms, along with who covers repairs and what happens to the device at the end.
The Bottom Line
Let most contractors use their own laptops, protect your systems through access control, and put the device rules in writing before day one. Move to managed hardware or cloud environments when your data or your customers demand it. If you want senior engineers used to working inside a client's security setup, Ruzora sends a vetted shortlist within 72 hours. See available engineers, and read how to onboard a staff augmentation team before the start date.
Roberto Espinoza is CEO of Ruzora, which helps US startups hire pre-vetted senior LATAM engineers, with a vetted shortlist in 72 hours. See available engineers.
