Kittipong is a Rust developer focused on async runtimes, Tokio, and zero-copy data pipelines. He has shipped low-latency services for trading and observability platforms.
Kittipong Chai
Dedicated Rust Developer · 9+ Years
Chiang Mai, Thailand
Build memory-safe systems with Tokio, Actix-web, and WebAssembly. Access 200+ Rust developers across Asia with zero-cost memory management expertise.
24 Hours
to get matched
50-70 %
payroll savings
92 %
talent retention rate
4.9
avg client rating
200 +
companies building with us
Kittipong is a Rust developer focused on async runtimes, Tokio, and zero-copy data pipelines. He has shipped low-latency services for trading and observability platforms.
Dedicated Rust Developer · 9+ Years
Chiang Mai, Thailand
Siti is a senior Rust engineer specializing in WASM and systems libraries. She has shipped SDKs used by tens of thousands of developers worldwide.
Dedicated Rust Developer · 7+ Years
Cyberjaya, Malaysia
Sarah builds production Rust backends and CLIs end-to-end. She has migrated hot paths from Go and C++ to Rust for tooling and edge-compute workloads.
Dedicated Rust Developer · 7+ Years
Singapore
Vivian is a Rust developer focused on async runtimes, Tokio, and zero-copy data pipelines. She has shipped low-latency services for trading and observability platforms.
Dedicated Rust Developer · 8+ Years
Hong Kong
Ramon is a senior Rust engineer specializing in WASM and systems libraries. He has shipped SDKs used by tens of thousands of developers worldwide.
Dedicated Rust Developer · 8+ Years
Cebu, Philippines
6
Specialists hired
8
Engineers hired in Vietnam across five requisitions.
14
Developers hired across five role types in 18 months.
70%
Jump in productivity after building the team.
$1.5B
Exit via acquisition by a major automotive marketplace.
70%
Reduction in labor costs across store operations.
70%
Increase in business efficiency after the build.
50%
Productivity boost after scaling the engineering team.
3
Role types staffed for the group's technology team.
3 days
To source and onboard their first sales hire.
2 mo
Of hiring time saved on their lead engineer search.
No office overhead, no traditional employee expenses.
Teams equipped with the latest AI tools.
4-6 hours of overlap to stay aligned.
Coding tests, peer interviews, and role checks, matched to your exact stack.
Thanks to Second Talent, Open Campus quickly built a skilled tech team of 10 within two months, boosting productivity by 70% and accelerating our Web3 platform's development.
This success has strengthened our role in decentralized education and fueled our market expansion, highlighting our leadership in Web3 innovation.
Jonah L.
Head of Portfolio (raised US$100m)
Second Talent helped Beyond Cars (acquired by Carro) swiftly build a top-tier tech team in just a month, accelerating our platform's development and boosting productivity.
This success allowed us to expand into new markets, ultimately leading to our acquisition by a major automotive e-commerce company.
Garry Y.
Co-Founder (acquired by Carro)
Partnering with Second Talent has been a game-changer for our tech expansion.
Their ability to source top-tier talent from Vietnam helped us scale rapidly while maintaining quality. Their pre-vetted candidates integrated seamlessly, and their account management ensured smooth onboarding.
Tom F.
Co-founder (#1 US Real Estate Coach)
Second Talent played a key role in our tech expansion, quickly providing high-quality frontend talent that integrated seamlessly into our projects.
Their pre-vetted candidates, smooth onboarding process, and excellent support helped us build a strong, cost-effective team that drives our success.
Marco A.
Co-founder & CTO
Second Talent built our team of pre-vetted engineers who made our hiring decisions straightforward.
Once onboarded, our tech team saw a significant boost in productivity and development speed. Their excellent account management and responsive customer service also ensured smooth handling of all post-onboarding HR matters.
Jack N.
Director of IT (10,000+ employees)
Second Talent helped us rapidly scale by sourcing top-quality SDR talent from Indonesia.
Their pre-screened candidates fit perfectly, and their smooth onboarding and support built a strong, cost-effective team that helped to test and experiment sales with another market.
Leo W.
Co-founder (raised US$5m)
Wherever your team sits, you can hire pre-vetted remote engineers in Asia through Second Talent. Most of our clients are in the United States, Europe, the UK, and Australia, and the model is the same across every origin. Dedicated talent, time-zone overlap that fits your workday, and compliant employment handled for you.
Most US clients start with one engineer and scale to a 3–5 person team within the first quarter.
European teams typically replace 3–4 open senior roles with one Second Talent engagement.
Australian teams get the closest time-zone alignment of any offshore destination.
Hiring from somewhere else? Canada, the Middle East, Singapore, Hong Kong and Japan work exactly the same way. Contracts, payroll, social contributions and IP assignment are handled by Second Talent wherever your entity is registered, so the only thing that changes is your overlap window.
Hire in 3 steps, not 3 months.
Share what to ship, automate, or scale. Plus stack, budget, and timezone overlap.
6–8 pre-vetted Rust Developers fluent in Claude Code and modern AI stacks. Interview the ones you like.
We handle contracts, payroll, and equipment. Your Rust Developer ships real output within the first week.
TL;DR: Rust developers from Asia earn $1,200-$5,500 a month in Indonesia and $2,410-$8,990+ in India working for international clients, per our Golang rate cards, and we shortlist 6-8 candidates in 24 hours. The closest US benchmark, the BLS median for software developers, was $135,980 a year in May 2025.
On 20 August 2026, an attacker republished the arrayref crate with a dependency on proc-macro1, whose build script downloaded malware. The Rust Security Response Team deleted that release 86 minutes after it went up. The borrow checker ignores code Cargo runs at build time. Your Rust hire decides what executes on your CI runners.
Key takeaways
We publish no Rust rate card, so the table uses our Golang developer rate cards: teams weigh Go and Rust for the same concurrent back-end services and infrastructure tooling. Each figure is what developers in that market earn working directly for foreign companies, before any employer or platform costs.
| Market | Monthly pay working for international clients (USD) |
|---|---|
| Indonesia | $1,200-$5,500 |
| Philippines | $1,800-$6,500 |
| Vietnam | $2,200-$6,500 |
| India | $2,410-$8,990+ |
| Malaysia | $2,700-$5,040+ |

Monthly ranges from the Remote (Working for International Clients) figures on our rate cards for Indonesia, the Philippines, Vietnam, India and Malaysia, converted at ExchangeRate-API mid-market rates for 14 September 2026.
India's range spans $6,580 from floor to ceiling, the widest here. Malaysia starts highest and tops out lowest. The Go cards price general back-end work, so budget toward the top of a row for a developer with years of unsafe code, FFI or embedded work.
Second Talent charges one monthly fee that bundles salary, payroll taxes, statutory contributions and our service fee; our pricing page shows how it works. On the contract side, our Rust cost-to-hire page puts a mid-level US freelance or contract Rust developer at $85 to $135 an hour, before payroll, insurance and leave.
BLS has no Rust occupation. The role maps to Software Developers (15-1252), because Rust developers write the services, libraries, command-line tools and systems software that occupation covers.
| BLS OEWS, May 2025, national | Software Developers (15-1252) |
|---|---|
| Median annual | $135,980 |
| 10th percentile, monthly | $6,870 |
| 25th percentile, monthly | $8,770 |
| Median, monthly | $11,330 |
| 75th percentile, monthly | $14,330 |
| 90th percentile, monthly | $17,890 |
Monthly figures are the annual wages on the OEWS profile for 15-1252 divided by 12, rounded to the nearest $10.
Salary is only part of the US cost. In the BLS Employer Costs for Employee Compensation release for June 2026, wages and salaries made up 68.5% of employer compensation costs for full-time private industry workers, and benefits the other 31.5%.
Use the 75th or 90th percentile column for a hire who will own unsafe code, a C++ interop layer or a latency budget.
Rust builds are slow, and the 2025 State of Rust Survey still ranks compile times and storage use among the problems its 7,156 respondents hit most. The time difference lets a team run long CI, fuzzing and release builds while the other side sleeps. US daylight time runs until 1 November 2026, per NIST, and none of the Asian cities below change their clocks.
| Engineer's city | UTC offset | 9:00 am ET (EDT) | 9:00 am CT (CDT) | 9:00 am PT (PDT) |
|---|---|---|---|---|
| Manila, Singapore, Kuala Lumpur, Taipei | UTC+8 | 9:00 pm | 10:00 pm | 12:00 midnight |
| Ho Chi Minh City, Jakarta, Bangkok | UTC+7 | 8:00 pm | 9:00 pm | 11:00 pm |
| Bengaluru | UTC+5:30 | 6:30 pm | 7:30 pm | 9:30 pm |
After 1 November 2026, every time in the table moves one hour later.
Two schedules fit most Rust teams:
Night hours cost extra for employees in two markets: at least 10% for work between 10 pm and 6 am in the Philippines (Labor Code Article 86), and at least 30% between 22:00 and 06:00 in Vietnam (Labor Code Articles 98 and 106). Moved to Ho Chi Minh City, the 9:00 am to 6:00 pm shift stays clear of the Vietnamese window. For a hire who needs shared hours, we agree a schedule before the offer that gives 4-6 hours of daily overlap with US hours.

Rust 1.98.1 shipped on 3 September 2026 to fix a compiler miscompilation: in some circumstances rustc built a trait object vtable with a null pointer where a function pointer belonged, which leads to undefined behavior. Stable Rust ships every six weeks, with point releases like this one in between. Ask each candidate how they pin the toolchain in CI and how fast they roll out a point release.
In November 2025, Google's Android team reported that memory safety vulnerabilities had fallen below 20% of Android's total for the first time. The same post places the main security concern about Rust in the 4% or so of code written inside unsafe{} blocks.
Google's first near-miss Rust memory safety bug, a buffer overflow in CrabbyAVIF (CVE-2025-48530), sat in unsafe code. Its Comprehensive Rust course is adding a module on safety comments and safe wrappers. Hand the candidate an unsafe block with no safety comment. Ask them to write the comment, or show why no honest one exists.
Tokio names certain minor versions as long-term support releases, each with backported fixes for at least a year. Tokio supports the 1.47.x line until September 2026 and the 1.51.x line until March 2027. Tokio raises its minimum supported Rust version only to releases at least six months old.
Ask which Tokio version your candidate pinned in their last service, how they found a task that blocked the runtime, and how they shut down an Axum or Actix Web server without dropping requests.
Rust 1.85.0 stabilized the 2024 edition on 20 February 2025, the largest edition the Rust team has released. It made std::env::set_var and remove_var unsafe functions, turned on the unsafe_op_in_unsafe_fn warning by default and switched Cargo to a resolver that considers each package's rust-version. The release notes warn that cargo fix makes conservative conversions, which should not be read as recommendations. Ask how the candidate migrated a workspace, and what they did about the if let temporary scope change.
Since February 2026, crates.io no longer writes a blog post for every malicious crate it removes; it publishes a RustSec advisory each time instead. Cargo had its own flaw that year: CVE-2026-33056, in the tar crate Cargo uses to unpack packages, let a malicious crate change permissions on arbitrary directories during a build, and Rust 1.94.1 shipped the patched dependency. Ask how the candidate reviews a new dependency's build.rs, and whether they run cargo audit or cargo deny in CI.
The wasm32-wasip2 target, for WASI 0.2 components, reached tier 2 in Rust 1.82, released on 17 October 2024. Tier 2 means the target is guaranteed to build and installs with rustup target add wasm32-wasip2, so tooling no longer needs a post-processing step to produce WASI 0.2 components. For an edge or plugin brief, ask the candidate to explain how they would keep a Wasm module small and how their TypeScript callers handle its errors. We staff TypeScript developers for the other side of that boundary.
Software is not one of the nine categories of commissioned work that can be "work made for hire" under 17 U.S.C. § 101, and a copyright transfer must be in writing and signed under § 204(a). Name crates, FFI bindings, build scripts and any fuzzing harnesses in the assignment, including crates you plan to publish under your organization's account.
IRS Publication 515 says the place where services are performed determines the source of the income, so a developer working from Bengaluru or Jakarta earns foreign-source income. A foreign individual gives the payer Form W-8BEN to certify foreign status.
Local law applies its own test for employment. Philippine courts use the four-fold test, and in Atok Big Wedge v. Gison the Supreme Court called the power of control the most important of the four. Article 13 of Vietnam's 2019 Labor Code treats an agreement under any name as a labor contract when it covers a paid job, wages and one party's management and supervision.
| Independent contractor | Employer of Record | |
|---|---|---|
| Legal employer | None; the developer invoices you | The EOR's local entity |
| US paperwork | Form W-8BEN from the developer | Service agreement with the EOR |
| IP | Written assignment covering crates, bindings and build scripts | Assignment terms in the employment contract and your EOR agreement |
| Local labor law | Classification risk if you set the developer's hours and methods | Night premiums, public holidays and leave apply |
| Pay currency | Agreed in the contract, often USD | In Vietnam, contract wages are stated in dong (Article 95) |
A fixed-scope port of one C library suits a contractor agreement. A developer who holds publish tokens for your crates and sits on your incident rotation fits the employment tests above, and our Employer of Record service employs that developer in-country. Our EOR, PEO and contractor comparison sets out the trade-offs. This is a summary, not legal advice.
Rust reviews run on written reasoning: the // SAFETY: comment above an unsafe block has to convince a reader who cannot ask a follow-up until the next day. Malaysia and the Philippines rank 24th and 28th of 123 countries and regions on the EF English Proficiency Index 2025, against a global average of 488.
| Country | EF EPI 2025 score | World rank (of 123) | IT job-function score |
|---|---|---|---|
| Malaysia | 581 | 24 | 590 |
| Philippines | 569 | 28 | 581 |
| Vietnam | 500 | 64 | 500 |
| India | 484 | 74 | 487 |
| Indonesia | 471 | 80 | 523 |
Scores come from EF's country pages for Malaysia, the Philippines, Vietnam, India and Indonesia. Indonesia's IT score of 523 sits 52 points above its overall score, the biggest gap in the table.
Ask finalists to write the safety comment for an FFI call and a short design note for a crate's public API. Both show whether a US reviewer can approve the work without a meeting.
Thanksgiving on 26 November 2026 is a working day in Asia, so an engineer there can finish a toolchain upgrade while your US team is off. Vietnam's Labor Code gives five paid days for Lunar New Year (Article 112), so keep a Vietnam-based developer's edition migration or Tokio upgrade clear of that week.

Second Talent's vetting covers stages 2 to 5 before you see a profile. Our Rust backend interview questions give you material for your own final round.
Stage 1: Define what the hire owns Write down the crates and services in scope, the Rust edition and minimum supported Rust version, the async runtime, and whether the role touches unsafe code, FFI or WebAssembly. A Rust hire for a web API and one for a C++ migration need different tests.
Stage 2: Application review We look for Rust that ran in production or shipped as a published crate, with numbers the candidate can state: p99 latency, binary size, the edition they migrated from. A finished tutorial or Advent of Code repository alone does not pass.
Stage 3: Skills assessment
The candidate fixes a small Tokio service that blocks the runtime on a synchronous call and holds a lock across an .await, then adds a test and a dependency review of one crate with a build.rs. We score the fix, the test and the written review.
Stage 4: Live technical interview with a senior engineer A senior engineer walks through the assessment, then gives the candidate an unsafe block wrapping a C function and asks for the invariants, the safety comment and a safe wrapper. For mixed-language teams, we also ask when they would choose Go instead.
Stage 5: Background and reference checks We ask former managers about code review habits, how the candidate handled a production panic, and who held publish rights to the crates they maintained. You then choose the contractor or EOR route above.
We shortlist 6-8 candidates within 24 hours from 100,000+ pre-vetted engineers, accepting only the top 1% of applicants. Rust developers come with $0 upfront, no lock-in and 4-6 hours of daily overlap with US hours. We handle contracts, payroll and equipment, with compliant EOR contracts and payroll in 9 Asian markets.
Our pricing page sets out the subscription, direct-hire and EOR options, and for services work in several languages we also staff back-end developers.
$0 upfront costs, pay only when you make a hire
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