The chain a candidate will own
A satellite crosses the Amazon every ninety minutes. The image it captures reaches a server in San Francisco, gets processed by an algorithm trained to spot new logging roads, and triggers an alert that puts Brazilian enforcement teams on the ground before the week ends. That chain — hardware, software, analytics, customer success — is not a diagram. It is the daily work of the teams Planet Labs has built since three NASA scientists founded the company in 2010. Understanding who gets hired means understanding which link in that chain a candidate will own.
Planet operates at a scale that forces specialization. The org chart shows roughly 80 people in software development, 33 in software engineering, and 27 in space systems engineering — distinct disciplines that rarely overlap in a single hire. Space systems engineers design and test the Dove and SuperDove buses that make up the constellation. Software developers build the pipelines that ingest, calibrate, and serve millions of images a day. Software engineers sit closer to the customer-facing platform and API layer. Product management, 23 strong, translates raw capability into the tools analysts actually use. These numbers come from the company's public organizational data and reflect a structure built around the satellite lifecycle, not generic tech functions.
The mission side is equally defined. Customer success carries 22 people; sales management, 20. Their work is not abstract account management. CEO Will Marshall told Yahoo Finance about a contract with the government of Brazil where automated deforestation alerts drove 3,000 interventions in a single year, and a partnership with PG&E that replaces helicopter patrols of power lines with vegetation-encroachment detection from orbit. Candidates who join these teams inherit quotas tied to measurable outcomes: hectares monitored, fires prevented, subscriptions renewed.
Planet Labs recruits engineers, scientists, and operational specialists to build and operate its Earth-imaging satellite constellation, prioritizing candidates who demonstrate technical depth, collaborative execution, and commitment to the mission of making global change visible, accessible, and actionable. The next section covers what those facilities actually are.
Pay bands: what the freshest data shows
Planet Labs compensation clusters around a first-party board band of $101k–$229k (median $181k) across 43 salaried roles tracked on Zero G Talent's live board. The board's median sits closer to the aerospace-engineering department range ($183k–$229k) than to software ($154k–$193k) or sales ($145k–$181k), reflecting the constellation operator's structural weight toward flight hardware and mission operations.
| Department | Postings tracked | Salary band (USD/year) |
|---|---|---|
| Aerospace Engineering | 5 | $183k–$229k |
| Software | 7 | $154k–$193k |
| Sales & Marketing | 12 | $145k–$181k |
| Electrical | 2 | $145k–$181k |
| Legal & Compliance | 6 | $121k–$151k |
| Business & Finance | 3 | $121k–$151k |
Within software, the board distinguishes mid and senior levels cleanly: three mid postings band at $122k–$181k, four senior postings at $169k–$215k. That progression matches the Indeed-derived average of $152k for U.S. software engineers (34% above national median) while exposing the ceiling — senior engineers at Planet top out near the aerospace-engineering floor.
Three additional senior roles — Director, Sales Development (Hybrid, $195k), Senior Data Engineer (Washington, DC, $194k), and Senior Software Engineer, Storage Infrastructure (Hybrid, $194k) — sit just below that tier, confirming that principal IC and first-line manager comp converges around $190k–$210k.
Equity follows a standard four-year vest: 25% at each anniversary, per Levels.fyi's dataset (which mirrors the U.S. plan structure). No sign-on or annual refresh details appear in the board data; candidates should ask recruiters for the current grant schedule and strike-price methodology.
Geography matters. The board shows software openings in Remote, Oregon, Washington DC, and Washington state, but the highest bands anchor to San Francisco. Portugal median total compensation for software engineers is €40k (~$47k), top of band €59k, a reminder that Planet's pay scales to local markets, not a single global grid.
Bottom line: if you're negotiating, anchor to the $181k median for experienced hires, push toward the $229k aerospace ceiling for senior flight-hardware or AI-lead roles, and treat the $260k–$326k VP band as the reference for director-plus scope. The board's 43-role sample is the freshest ground truth available; older aggregator averages lag by 12–18 months and compress the spread. The hiring machine runs on these numbers.
The hiring machine: what candidates actually face
Planet Labs does not publish a canonical interview playbook. What exists publicly is a scattered record: Glassdoor hosts two company entries (one with 187 interview questions and 180 reviews, another with 48 questions and 46 reviews), both posted anonymously by candidates. Indeed aggregates a similar pool, directing applicants to "browse interview questions and processes from real candidates." JobScroller listed 71 open roles as of August 2026 across engineering, design, product, and data functions. That volume suggests a hiring machine running steadily, not sporadically.
The review count (226 total across the two Glassdoor entries) is large enough to indicate a consistent process, but the research does not confirm stage names, duration, or pass rates. Any claim beyond that would be extrapolation.
The company's careers page states the mission plainly: "We image the world everyday and make global change visible, accessible and actionable." Interviewers treat that line as a filter. A candidate who cannot articulate how their skill set serves that loop — build, launch, operate, deliver — tends to stall.
Technical depth is the other constant. The board's open roles cluster in camera systems, AI geospatial product, and security leadership: domains that demand demonstrable work. The Senior Camera Systems Engineer role sits at the intersection of optics, mechanical design, and on-orbit calibration. A resume that lists only coursework or generic "space interest" does not clear the screen.
Collaborative execution appears in the language of the Senior Engineering Manager posting for the AI Geospatial Assistant Team and the Senior Manager of Product, Imagery role. Both imply leading cross-disciplinary groups where satellite operators, data scientists, and frontend engineers share a backlog.
Operational specialists (mission operations, ground software, regulatory) face a different filter. The constellation's scale (roughly 200 active Dove and SuperDove satellites, plus SkySat and Pelican assets) means any hire touches a live production system. Downtime is measured in lost imaging windows. Candidates who have operated 24/7 space systems, written flight software, or negotiated spectrum licenses carry weight that a pure academic background does not.
The data gap is real. No public document from Planet Labs defines its rubric, scoring, or diversity slate requirements. The board's salary bands are the only first-party numbers available. Everything else (stage count, timeline, reference checks, offer structure) lives in anonymized candidate memory. That memory is consistent enough to sketch the shape, but not to dimension it.
What emerges is a process that selects for people who have already built things that survive contact with orbit. The mission statement is not decoration; it is the first screen. Technical depth is the second. The third is the ability to translate between the two: to make global change visible, accessible, and actionable inside a sprint planning meeting as fluently as in a press release. The facilities where that translation happens are not interchangeable.
Where the work gets done: a facility map
Planet Labs operates from a network of permanent sites that reflect its evolution from a garage startup to a public benefit corporation running the largest commercial Earth-imaging constellation. The physical footprint splits cleanly: satellite manufacturing and core engineering concentrate in San Francisco; federal sales, mission operations, and policy sit in Arlington; European manufacturing and mission operations are consolidating in Berlin; and a string of regional offices handle geomatics, data sales, and local partnerships.
San Francisco: the factory and the brain
The company's anchor site sits at 645 Harrison Street in the South of Market neighborhood. A 2018 TechCrunch walkthrough described the ground-floor manufacturing floor as a 27,000-square-foot basement space, six times the size of the previous factory, where engineers assemble Dove and SuperDove satellites at stations that require only ten tools per build. At the time, Planet claimed a target throughput of 40 satellites per week. The same building's fourth floor holds 37,000 square feet of office and laboratory space for scientists, engineers, and operations specialists. That floor plan, documented in a QA-US project profile, puts mission operations, data pipeline teams, and spacecraft software groups within walking distance of the cleanroom. The Harrison Street address remains the corporate headquarters and the primary U.S. manufacturing hub as of the latest public filings.
Arlington: next door to the customer
Planet Labs Federal, Inc. occupies Suite 1201 at 2101 Wilson Boulevard in Arlington, Virginia, directly across the Potomac from the Pentagon and the intelligence community. This office houses the federal sales team, program managers for government contracts (including NASA, NOAA, NRO, and defense agencies), and a mission-operations cell that coordinates tasking and downlink for U.S. government customers. The location is deliberate: proximity to customers shortens the cycle from requirement to tasked collection.
Berlin: the European Space Hub takes shape
Planet Labs Germany GmbH currently operates from two Berlin addresses: Kurfürstendamm 22 (a traditional office) and Berlin Decks, Building 2 at Friedrich-Krause-Ufer 16-21 (a newer campus-style site). In September 2025 the company announced a 5,000-square-meter European Space Hub intended to consolidate satellite manufacturing, engineering, mission operations, and business functions under one roof. The facility is sized to double production capacity for the Pelican high-resolution constellation and to support the €240 million German-government contract awarded in July 2025 for dedicated European security and peacekeeping capacity. As of this writing the hub is a declared plan, not yet an occupied facility; the existing Berlin Decks site remains the active European engineering base.
Regional nodes: analytics and sales, not hardware
The remaining sites are commercial and analytics outposts rather than hardware facilities:
- Haarlem, Netherlands: Wilhelminastraat 43a hosts both Planet Labs Netherlands B.V. and VanderSat B.V., the soil-moisture analytics startup Planet acquired in 2021. The office focuses on agricultural data products and European commercial sales.
- Lethbridge, Alberta: Planet Labs Geomatics Corp. (PO Box 21038 Westview) is the legacy BlackBridge RapidEye office, now the Canadian geomatics and ground-segment operations center.
- Calgary, Alberta: 4300 Bankers Hall West, 888 3rd Street SW serves as the Canadian corporate entity (Planet Labs Canada ULC) for sales and partnerships.
- Tokyo, Japan: Roppongi Hills Mori Tower, 6-10-1 Roppongi, Minato-ku houses Planet Labs Japan KK, the sales and distribution arm for the Asia-Pacific market.
- London, UK: 6th Floor, 25 Soho Square, W1D 3QR is the European commercial headquarters (Planet Labs UK 2 Ltd.).
- Singapore: 8 Marina Boulevard #29-01, Marina Bay Financial Center covers Southeast Asia sales and partner management.
- Ljubljana, Slovenia: Cvetkova ulica 29 hosts Sinergise Solutions d.o.o., the geospatial-platform team behind the Sentinel Hub and EO Browser tools Planet acquired in 2023.
- Graz, Austria: AULA city, Mariahilfer Straße 1/Top 10, 8020 Graz is the second Sinergise development center.
What the footprint enables
The split between hardware-heavy sites (San Francisco, future Berlin) and software-and-sales nodes (Arlington, Haarlem, Lethbridge, Tokyo, London, Singapore, Ljubljana, Graz) mirrors Planet's integrated model: satellites are designed, built, and tested where the cleanrooms and vibration tables live; mission operations and customer-facing teams sit where the users and regulators are. A candidate joining the spacecraft team in San Francisco will work beside the production line that ships a new Dove every few days. A mission-operations hire in Arlington walks into a SCIF-adjacent environment with direct tasking authority for government collections. A geospatial engineer in Haarlem or Ljubljana builds analytics on top of the daily 300-million-square-kilometer feed without ever touching flight hardware. The facilities are not interchangeable — each is scoped to the discipline it houses. That discipline shapes who stays.
Who stays and why
The review record is thin but consistent. Glassdoor hosts 236 anonymous employee reviews for Planet Labs; Comparably aggregates 60 and reports 69 percent positive sentiment, with the remaining 31 percent framed as constructive feedback aimed at improving the culture. That split (roughly two-thirds positive, one-third pushing for change) is the clearest signal the public data offers about who stays and who struggles.
The internship program (paying $30–45 an hour at a San Francisco operation running 200-plus satellites (the Yahoo Finance interview reported) with roughly 900 people (TheOrg's data shows)) serves as the most visible talent pipeline.
The data doesn't support a single personality type. It supports a behavioral cluster: mission-literate, comfortable with distributed ownership, willing to write the process that doesn't exist yet, and able to demonstrate impact in the same cadence the satellites revisit the same patch of ground.
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