Climate & Clean Technology

Building a Distributed IoT Engineering Team Across 3 Continents in 8 Weeks

A seed-stage climate tech company

A seed-stage climate tech company needed embedded systems and IoT engineers with hardware integration experience — a profile almost impossible to hire locally, and only viable through a global, distributed team built from day one.

9
Engineers onboarded
6
Countries represented
8
Weeks to full team
0 qualified
Local search yield
DaysMinutes−92%JD drafting time
Climate & Clean Technology

The Challenge

The talent geography problem

The company was building hardware-integrated software for industrial energy monitoring — requiring embedded C/C++ engineers with real-world IoT sensor integration experience. In the startup's home market, there were fewer than a handful of engineers with this specific profile available, and all were tied to large industrial employers.

Visa sponsorship was not an option at seed stage, and the company needed the team to be operational before a Series A data-collection milestone — giving them eight weeks to build a nine-person engineering function from nothing.

At a glance

  • 1Fewer than a handful of qualified local candidates — all unavailable
  • 2Visa sponsorship impossible at seed stage
  • 3Eight-week window to a Series A milestone
  • 4Embedded IoT experience required, not a learnable-on-the-job skill

The Solution

How HireNXT solved it

1

HireNXT's global talent pool was filtered specifically for embedded systems engineers with verified IoT sensor integration projects — cross-referenced against publicly verifiable hardware platforms and protocol experience (MQTT, Modbus, LoRaWAN).

2

Candidates from Poland, India, Brazil, the Philippines, Germany, and Kenya were shortlisted based on skill-graph fit — all available as independent contractors through compliant local employment structures that required no visa sponsorship.

3

The client's CTO ran a single 2-hour async technical challenge that could be submitted across any timezone, with follow-up live panels scheduled within each candidate's working hours to eliminate timezone exclusion.

4

Timezone distribution was treated as an asset from the start: the team was intentionally structured so that at least three engineers were in each of three major timezone bands, providing near-continuous coverage for hardware telemetry monitoring.

Global filter for verified embedded IoT project historyAsync-first technical challenge respected every timezoneCompliant contractor structures in 6 countries, no visa requiredTimezone distribution designed as continuous-coverage architecture
"
Our local market had almost nothing. HireNXT found us nine engineers with exactly the right hardware background, across six countries, in eight weeks. The team is now one of our biggest competitive advantages.
C&

CEO & Co-Founder

Seed-Stage Climate Tech Company

The Results

What changed

Nine engineers across six countries were onboarded in eight weeks, with all compliance and contractor structures in place before the Series A data-collection milestone.

The distributed team design provided near-24-hour coverage for hardware telemetry monitoring — a capability the company used as a differentiator in its Series A pitch.

The company closed its Series A six weeks after the milestone, with the distributed engineering team cited as a proof point for execution capability.

9
Engineers onboarded
Across 6 countries in 8 weeks
~22 hrs/day
Coverage window
Three timezone bands staffed
Closed
Series A
6 weeks post-milestone
0
Local search yield
Global search yield: 9 placed

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