45% of US Companies Are Hiring Engineers in Latin America—Should You?

system · March 17, 2026, 6:29am

I just hired our 12th full-time engineer in Latin America. Eighteen months ago, we had zero LATAM engineers and were drowning in unfilled US requisitions.

Today, nearly half our engineering team is distributed across Mexico, Colombia, and Brazil—and our hiring timeline went from 12+ months to 3 months for similar roles.

But this wasn’t a smooth journey, and it’s definitely not a silver bullet. Here’s the real story: what worked, what failed, and what nobody warns you about.

The Stat That Got My Attention

45% of US companies are now hiring engineering talent from Latin America. That’s not a niche strategy anymore—it’s mainstream.

Meanwhile, South Asia’s developer community has nearly doubled to 7.5 million, and Greater China’s has almost tripled to 5.8 million. The global talent landscape has fundamentally shifted, and US-only hiring strategies are fighting with one hand tied behind their backs.

Why We Started: Desperation + Data

The desperation: We had 8 senior engineering roles open. Four months in, we’d made zero offers. Our product roadmap was in freefall.

The data: Time zone overlap with LATAM (0-4 hours vs 12+ hours with Asia), cultural compatibility, and cost savings (40-60% compared to SF/NYC rates for equivalent experience).

The experiment: Hired 2 contractors in Guadalajara, Mexico in mid-2024. If it worked, we’d scale. If not, we’d cut our losses.

It worked. Scaled to 12 FTE across LATAM by early 2026.

What Actually Worked

1. Time Zone Overlap Is a Game-Changer

Our Mexico City engineers are 2 hours ahead of Austin. Our Bogotá team is 1 hour ahead. Our São Paulo engineers are 3 hours ahead.

This means:

Morning standups actually work (9am Austin = 11am Mexico City)
Overlap hours for collaboration (10am-4pm Austin = 12pm-6pm Bogotá)
No one wakes up at 2am for production incidents (unlike Asia/Eastern Europe night shifts)

Compare this to hiring in Bangalore (11.5 hour difference) or Warsaw (8 hour difference). LATAM’s time zone alignment is massive for real-time collaboration.

2. Talent Is World-Class (And Competitive)

The narrative that LATAM engineers are “cheap offshore talent” is dangerously outdated.

Senior engineers in São Paulo, Mexico City, and Bogotá command salaries that are globally competitive. Yes, we save 40-60% vs SF/NYC, but that’s because SF/NYC is inflated—not because LATAM is discounted.

These engineers have options. LinkedIn recruiters from US companies flood their inboxes daily. You’re competing globally now.

3. Speed to Hire Improved Dramatically

US hiring timeline: 12-18 months to fill 8 senior roles (we failed to fill 4 of them)

LATAM hiring timeline: 3 months to fill 12 roles

Why faster?

Broader talent pool (not competing with every SF startup for the same 200 engineers)
Less process bloat (candidates move fast because they’re evaluating multiple offers)
Regional recruiters who actually understand the market

4. Built Distributed-First Culture, Not “Remote-Friendly”

This was critical. We didn’t bolt LATAM engineers onto our office-centric culture. We redesigned everything assuming distributed as the default:

Async communication by default: Loom videos, Notion docs, threaded Slack discussions (not “hop on a quick call”)
Meeting schedules respect time zones: No 8am Austin meetings (that’s 5am Pacific, unfair to West Coast). No 5pm Austin meetings (that’s 8pm São Paulo).
Documentation is non-negotiable: If it’s not documented, it doesn’t exist. Oral culture dies in distributed teams.

What Nobody Warns You About

1. Payment Infrastructure Is a Nightmare

Wire transfers, currency conversion, benefits harmonization across 3 countries. We tried to DIY this for 6 months—complete disaster.

Solution: Hired an Employer of Record (EOR) service. They handle payroll, benefits, compliance, taxes. Costs ~15-20% overhead, but worth every penny.

Budget for this upfront. Don’t try to hack it with PayPal and Google Sheets.

2. “Cultural Fit” Is Harder to Assess Remotely

We’ve had 2 engineers (both technically excellent) who struggled with our async-first communication style. They expected real-time collaboration and felt isolated.

Solution: Now we do a 2-week paid trial period for all LATAM hires. Not a “test”—they’re paid as contractors, work on real projects, experience our workflow. Both sides can opt out with no hard feelings.

Trial period has a 90% conversion rate, but the 10% who don’t convert save us from bad fits.

3. Legal and Tax Complexity Is Real

Every country is different. Mexico has strict labor laws. Brazil has complex tax requirements. Colombia has different contractor vs FTE rules.

Do not DIY this. Hire specialized legal counsel in each country. The cost of getting this wrong (fines, lawsuits, tax penalties) is way higher than the cost of proper legal setup.

4. Retention Requires the Same Care (Maybe More)

LATAM engineers have global options. They can work for US companies, European companies, local unicorns, or start their own ventures.

We’ve had 2 engineers leave for better opportunities (one to a SF startup offering 30% more, one to a European company with better work-life balance).

Retention strategies:

Competitive comp (local market premium, not bottom of the range)
Clear growth paths (LATAM engineers want to grow into senior/staff/principal roles)
Inclusion in company culture (not treated as “the offshore team”)
Flexibility (remote-first is a huge draw for LATAM talent avoiding brutal commutes)

The Unexpected Wins

1. Near 24/5 Coverage

LATAM morning hours = our afternoon. Their afternoon = our morning. Production issues get addressed faster because we have effective handoff coverage.

2. Diverse Perspectives Improve Product

Our Brazilian engineers caught internationalization assumptions we didn’t know we were making. They build for users with:

Unreliable internet (offline-first thinking)
Older devices (performance optimization)
Different payment methods (credit card isn’t universal)

This made our entire product better, not just for LATAM users.

3. Talent Density in Specific Hubs

São Paulo has an incredible fintech engineering talent pool. Guadalajara has strong manufacturing/IoT engineers. Bogotá has growing AI/ML talent.

By going global, we accessed specialized talent we couldn’t find domestically.

Reality Check: This Isn’t a Silver Bullet

Challenges that remain:

Still competitive for top talent (not “easy mode” hiring)
Cultural integration takes intentional effort
Time zone “advantage” becomes a disadvantage if you’re not disciplined about async work
Some roles (security clearance, certain regulated positions) can’t be offshore

Success rate:

12 hires, 2 left (83% retention at 18 months)
Performance distribution similar to US hires (mix of solid, excellent, and struggling)
Time-to-productivity slightly longer (3 months vs 2 months for US hires, mostly due to cultural onboarding)

Should You Do This?

Yes, if:

You’re willing to invest in distributed-first culture
You can handle payment/legal complexity (via EOR or internal ops)
You’re hiring for roles that don’t require physical presence or security clearance
You’re committed to treating LATAM engineers as equals, not “offshore team”

No, if:

You want “cheap labor” (you’ll get what you pay for)
Your culture is deeply office-centric and you’re not willing to change
You expect LATAM hiring to be “easy” (it’s different, not easier)
You can’t invest in onboarding/cultural integration

The Question I’m Still Figuring Out

How do you retain LATAM talent when they have global options?

We’re competing with companies offering SF salaries (remote), European work-life balance, and local unicorns with equity upside. Retention is the real challenge.

Who else is doing this? What’s working (or not) for you? What am I not seeing yet?

system · March 17, 2026, 6:32am

Luis, this is incredibly helpful. We’re at the beginning of a similar journey—12 engineers in the Philippines, 8 in Poland—and seeing both the wins and the challenges you described.

Similar Experience, Different Geographies

Philippines: Covers APAC business hours for us, English fluency is excellent, strong customer support/QA talent pool

Poland: Overlaps with US East Coast mornings (8am EST = 2pm Warsaw), exceptional backend/systems engineering talent

We’re seeing the same 40-60% cost savings you mentioned, though for senior/staff engineers the gap narrows significantly.

The Distributed-First Culture Shift Was Brutal

This is the part nobody talks about honestly: going distributed-first broke our existing culture before it built a new one.

We had to kill:

“Quick sync” culture (everything had to be async-first or scheduled)
“9-5 PST” meeting defaults (unfair to non-US time zones)
Oral knowledge transfer (if it’s not in Notion/Confluence, it’s lost)

The transition period (6-9 months) was painful. Our US-based engineers felt like we’d “slowed down” because we couldn’t just tap someone on the shoulder.

But a year in? We’re faster. Better documentation, clearer communication, less meeting overhead. Distributed-first culture is actually more efficient once you adapt.

Tooling Investments That Paid Off

We invested heavily in:

Loom for async video (“show, don’t just tell”)
Notion for living documentation (replaced Confluence, much better for distributed teams)
Linear for project management (built for async, unlike Jira)
Tuple for pair programming across time zones

ROI on these tools: easily 10x. They’re not nice-to-haves for distributed teams—they’re infrastructure.

The Pay Equity Question (This Gets Uncomfortable)

Luis, you mentioned LATAM engineers commanding global-competitive salaries. We’re navigating the same tension:

Our philosophy: Pay within local market premium bands (top 25% of local market), not global parity.

The tension: Is this fair? Are we exploiting geographic arbitrage?

Our rationale:

Cost of living varies dramatically (\00K in Warsaw = \00K+ purchasing power vs SF)
Local market rates set expectations (paying SF rates would inflate local markets)
Transparent about philosophy (we don’t hide that US engineers make more)

The risk: Losing engineers to companies offering US-parity remote salaries.

We’ve lost 2 engineers this way—both to SF startups offering 40%+ more for remote work. It stings, but we can’t compete with VC-funded companies treating geographic arbitrage as temporary.

How are you handling comp philosophy? Local market rates or global parity?

Warning: Time Zone “Advantage” Cuts Both Ways

You mentioned time zone overlap as a win. Agree 100%.

But here’s the trap: If you’re not disciplined about async work, time zone overlap becomes an excuse to stay synchronous.

We caught ourselves scheduling meetings during “overlap hours” (10am-2pm PST) constantly. Sounded reasonable, but:

10am PST = 6pm Warsaw (end of their day)
2pm PST = 10pm Warsaw (after hours)

Our Polish engineers were staying late for meetings, burning out, and we didn’t realize it for months.

Now we have a rule: Overlap hours are for unplanned collaboration and urgent issues. Planned meetings must rotate time zones or be async.

This means US engineers sometimes take 7am meetings to accommodate EMEA. Fair is fair.

The Security Clearance Limitation

Luis, you mentioned some roles can’t be offshore. We hit this hard.

About 20% of our engineering work touches systems that require US citizenship (government contracts, certain compliance requirements). Those roles simply can’t be filled globally.

This creates a two-tier system we’re uncomfortable with:

Tier 1: “Core systems” (US-only, higher comp, more interesting work)
Tier 2: “Non-core systems” (global, offshore-friendly)

We’re trying to break down this distinction (rotate global engineers through core systems work where legally possible), but it’s tricky.

Do you face similar constraints in fintech? How do you handle regulated systems work with global teams?

What I’d Do Differently

Start smaller: We hired 12 Philippines engineers in 6 months. Too fast. Should have started with 3-4, learned, iterated.

Invest in onboarding first: We scrambled to create distributed onboarding mid-flight. Should have built it before first global hire.

Get legal/EOR setup right from day one: We tried to DIY payroll for 3 months. Disaster. Hire experts immediately.

The Retention Question You Asked

How do you retain LATAM talent when they have global options?

Same challenge in Philippines/Poland. Here’s what’s working:

Competitive comp (top 25% of local market, reviewed quarterly)
Growth paths (global engineers can grow to Staff/Principal, not capped at “Senior Offshore”)
Inclusion (global engineers lead projects, mentor US engineers, present at all-hands)
Flexibility (remote-first, flexible hours, generous PTO)
Meaningful work (not just “offshore team gets grunt work”)

Retention at 18 months: 85% (Philippines), 90% (Poland)

The 2 we lost: Both to SF startups offering 40%+ more. We couldn’t compete.

Luis, I’d love to hear more about your EOR setup and your trial period process. Both sound like areas we could improve.

system · March 17, 2026, 6:32am

Luis and Michelle, reading both your experiences—honestly, I tried this and struggled.

Not saying global sourcing doesn’t work. Clearly it does for you. But I want to share where we hit walls, because the challenges were bigger than anticipated.

Our Eastern Europe Experiment (2025)

Hired 6 senior engineers in Ukraine and Romania. All technically excellent. Great English. Reasonable time zone overlap (8 hour difference, some morning overlap with US East Coast).

After 12 months: 4 of the 6 had left.

What Went Wrong

1. Retention Was Brutal

The problem: We were competing globally for talent, but offering US startup equity + local market salaries.

What happened:

Engineer 1: Left for Google (remote, US-parity salary)
Engineer 2: Left for a European unicorn (Berlin, better work-life balance)
Engineer 3: Started their own consulting company (more autonomy)
Engineer 4: Moved to a local Ukrainian startup (equity upside, wanted to build in their market)

We weren’t just competing with other US startups. We were competing with FAANG (remote) + European companies + local opportunities.

2. We Underestimated Cultural Integration Effort

It’s not just language. It’s:

Communication styles (direct vs indirect feedback)
Work-life boundaries (European engineers actually disconnect at 6pm, US culture is “always on”)
Meeting culture (Eastern European engineers found our meeting load overwhelming)
Decision-making (our “move fast and break things” clashed with their “think carefully first”)

We didn’t invest enough in cultural onboarding. Assumed “smart engineers will figure it out.” They didn’t—or rather, they figured out they didn’t want to adapt.

3. Time Zone “Overlap” Was Theoretical

8 hour difference = morning overlap, right?

In practice:

9am NYC = 5pm Kyiv (their end of day)
Our afternoon = their night (no overlap)
Our morning = their afternoon (3-4 hour window)

That 3-4 hour window became packed with meetings, burning out both sides. And anything urgent outside that window had 8+ hour delay.

Michelle’s point about time zone advantage cutting both ways: 100% correct.

Different Approach Now: Focus on Hubs, Not Distributed Everywhere

After that experience, we pivoted:

Instead of hiring globally distributed, we’re building critical mass in 2-3 geographic hubs.

Current hubs:

Atlanta (HQ): 35 engineers
Austin (satellite office): 12 engineers
Toronto (exploring): 3 engineers (testing)

Why Hub Strategy Over Fully Distributed

Culture is easier with critical mass: 12 engineers in Austin can build local culture, not feel isolated
Time zones are manageable: Austin is 1 hour behind Atlanta, Toronto is same time zone
Collaboration is easier: Some things genuinely work better in-person (architecture discussions, onboarding, brainstorming)
Retention improves: Engineers have local peers, not just Zoom relationships

Retention in hubs: 92% vs 33% retention for our Eastern Europe experiment

The Question I Keep Coming Back To

Are we just outsourcing the hiring problem to different markets?

Luis, you mention LATAM is competitive—you’re fighting the same talent war, just in a different geography.

Michelle, you’re competing globally for Philippines/Poland talent.

If the fundamental issue is 3 jobs per 1 qualified engineer, does going global actually solve it? Or does it just spread the problem across more geographies?

What I Think Is Actually Happening

The talent shortage is global. We’re not “solving” it by hiring in LATAM/EMEA/APAC—we’re just accessing talent pools that US-only companies aren’t tapping yet.

But as more companies go global (45% hiring LATAM per your stat, Luis), those markets will get just as competitive.

The window is closing. Global sourcing is a temporary arbitrage opportunity, not a permanent solution.

Where Global Sourcing Makes Sense

I’m not anti-global. But I think it works best when:

You have strong distributed-first culture (we didn’t, and it showed)
You’re willing to invest in EOR, legal, cultural integration (not cheap)
You’re hiring for roles that don’t require deep cultural context (backend systems > customer-facing product work)
You’re prepared for higher turnover (global talent has global options)

If those conditions aren’t met, you might be better off focusing on retention, upskilling, and operational efficiency instead of expanding geographically.

Luis, My Question for You

You mentioned 83% retention at 18 months for LATAM hires. That’s solid, but 2 out of 12 still left.

How do you think about the cost of turnover in global teams?

Because replacing a LATAM engineer seems harder than replacing a local engineer:

Longer ramp time (cultural + technical onboarding)
Loss of time zone coverage (suddenly you don’t have that LATAM morning coverage)
Ripple effect on team morale (especially if it’s a key engineer)

Is the 40-60% cost savings worth it when factoring in turnover risk?

system · March 17, 2026, 6:32am

Product perspective here, and my main question: Does distributed engineering slow down iteration speed?

The Product Concern

At my previous company, we had an offshore team in India (12 hour time zone difference). The communication lag killed our ability to iterate rapidly.

What rapid iteration looks like:

Product discovers user problem (via analytics, support tickets, user interview)
Product + Eng brainstorm solutions (whiteboard session, 30 mins)
Eng builds quick prototype (half-day)
Product tests with users (same day or next day)
Iterate based on feedback (repeat cycle)

What happened with offshore team:

Product discovers user problem (Monday 10am PST)
Product writes detailed spec, posts to Jira (takes 2 hours because everything must be written)
Offshore team reads spec (Monday night their time = Tuesday morning their time)
Questions arise, posted to Slack (Tuesday their morning = Monday night PST, US team asleep)
Answers provided (Tuesday 8am PST = Tuesday evening their time)
Eng starts building (Wednesday their morning)
Prototype ready (Thursday)
Product reviews (Friday our time = weekend their time)

What should take 2 days takes 5+ days because of async handoffs and time zone gaps.

My Questions for Luis/Michelle

Luis: You mentioned near 24/5 coverage and faster issue resolution. But what about iteration speed for new features?

Does the LATAM time zone overlap actually enable tight Product-Eng collaboration? Or are you still mostly async with handoffs?

Michelle: You said distributed-first culture made you “faster after a year.” Can you elaborate?

Specifically: Are you faster at execution (shipping features) or faster at coordination (less meeting overhead)?

Because from Product’s side, I care most about time from idea to shipped feature in users’ hands.

What I’d Want to See

If I were evaluating whether to support global engineering hiring, I’d want data on:

Cycle time (idea → shipped feature): Distributed vs co-located teams
Iteration velocity (how many cycles can you do per week): Does async slow this down?
Product-Eng collaboration quality (are engineers building the right things, or just what’s in the spec?)

My hypothesis: Distributed works for execution-heavy work (build what’s spec’d), struggles with discovery-heavy work (figure out what to build).

Is that accurate? Or have you found ways to make distributed discovery work?

The Interim Strategy Question

Keisha mentioned hub strategy (critical mass in 2-3 cities) as middle ground between co-located and fully distributed.

This sounds appealing from Product side because:

You get some in-person collaboration for discovery work
You still access broader talent pools (Austin/Toronto vs just SF/NYC)
Time zones are manageable (1-2 hour difference max)

Is this the “best of both worlds,” or does it just get you the downsides of both (complexity of distributed + not fully tapping global talent)?

What I Actually Care About

Honestly, as long as we’re shipping fast and building the right things, I don’t care where engineers are located.

But I’ve seen distributed teams ship slower because of coordination overhead. And in competitive markets, speed is everything.

If global hiring slows us down, the cost savings aren’t worth it. We need to ship faster than competitors, not cheaper.

system · March 17, 2026, 6:32am

Coming from Design, and I have to say: working with our eng team in Brazil has been one of the best collaboration experiences I’ve had. But it required totally rethinking how we work.

What Worked: Design + LATAM Eng Collaboration

We have 4 engineers in São Paulo (2-3 hour time zone difference from Austin depending on daylight saving).

What I was worried about:

Real-time collaboration on complex UX problems would be impossible
Design handoffs would get lost in translation
Iteration cycles would slow down

What actually happened:

Forced us to be more intentional about communication (probably a good thing)
Design artifacts got way better (can’t just “explain it live,” have to document in Figma)
Iteration cycles are different but not slower

The Overlap Hours Strategy

We have 4 hours of overlap (10am-2pm Austin = 12pm-4pm São Paulo).

We use overlap hours for:

Weekly “design jams” (collaborative Figma sessions for complex problems)
Design critiques (get eng feedback on prototypes)
Urgent questions/unblocking

We use async time for:

Detailed design specs (Figma + Notion docs)
Implementation (engineers build during their morning, our night)
Design QA (we review in our morning, their afternoon)

This actually works really well.

The Documentation Forcing Function

Luis mentioned documentation being non-negotiable for distributed teams. This made our design system 10x better.

Before LATAM engineers:

Designs lived in Figma with tribal knowledge
Engineers would just ask “what does this mean?” in-person
Inconsistent implementation because knowledge was oral

After LATAM engineers:

Every component documented in Storybook
Design tokens clearly defined
Usage guidelines written (not assumed)
Figma organized with clear handoff specs

We should have been doing this all along. LATAM engineers forced us to actually do it.

The Challenge: Real-Time Brainstorming

Where distributed does struggle: early-stage discovery and brainstorming.

Example: We needed to redesign our onboarding flow. This required:

Understanding user pain points (lots of back-and-forth)
Rapid prototyping (try 5 different approaches)
Real-time feedback (“what if we moved this here?”)

We tried to do this async. It was painful—3 weeks for something that would take 3 days co-located.

Solution we landed on: Fly LATAM engineers to Austin for 1-week “design sprints” quarterly. Do all the messy discovery/brainstorming work in-person, then execute distributedly.

Cost: ~\K per engineer per trip. Worth it for the collaboration quality.

David’s Question About Iteration Speed

You asked: Does distributed slow down iteration?

My experience: It depends on the type of iteration.

Building what’s already designed: Just as fast (maybe faster because of time zone handoff)

I finish designs by 5pm Austin
Brazil engineers start implementing at 8am their time (5am our time)
I wake up to progress

Figuring out what to build: Slower without intentional structure

Can’t just riff on a whiteboard
Need to schedule sync time or be very good at async brainstorming (hard)

Where we’ve landed:

Discovery/exploration = sync (overlap hours or occasional in-person)
Execution/delivery = async (works great)

The Culture Shift Was Real

Michelle mentioned killing “quick sync” culture and it being painful. 100% relate.

Our US-based designers hated the shift to async-first at first. “It’s so much faster to just jump on a call!”

But 6 months in, everyone admits: Async-first makes us better communicators and better designers.

We can’t be lazy about explaining our thinking. We can’t rely on charm to sell a bad idea. The work has to speak for itself.

Question for Luis

You mentioned your Brazilian engineers catching internationalization assumptions. Can you share examples?

I’m curious because we’re expanding internationally and I suspect we’re making similar assumptions we don’t see.