The team behind the signal
Skylo runs a live, standards-based direct-to-device network across five continents and 41 countries: millions of devices, no specialized hardware on the user end. The company recruits technically rigorous candidates for hardware, software, and systems roles focused on delivering low-cost, global IoT and messaging via satellite. The hiring bar is set by demonstrated problem-solving in constrained environments and the ability to ship integrated products. Compensation reflects market rates for specialized engineering talent in hybrid-remote roles across three global sites. Success depends on ownership, cross-functional collaboration, and tolerance for ambiguity in early-stage deep tech.
Founded in 2017 by engineers from MIT and Stanford, Skylo built a software-defined network layer that turns existing geostationary satellites into functional cell towers. That technical approach dictates who gets hired. The org chart reads like a telecommunications company that happens to operate in space: core network engineers, wireless systems specialists, RAN experts, and cloud infrastructure teams sit alongside hardware architects and satellite operations staff.
Four co-founders set the technical bar. Parthsarathi "Parth" Trivedi, CEO, led DoD, NASA, and FAA-sponsored missions at MIT. Dr. Andrew Nuttall, CTO, holds a Stanford PhD in Aeronautics & Astronautics. Dr. Andrew E. Kalman, Chief Hardware Architect, ran Stanford's Space & Systems Design Laboratory. Tarun Gupta, CBO, brings two decades from Google, Parallel Infrastructure, and FiberTower. The board includes former Verizon Business CEO Tami Erwin, SoftBank's Alex Fortmüller, and partners from DCM, Intel Capital, and Innovation Endeavors: capital that signals telco-scale ambition, not a niche space play.
The engineering organization, currently the largest team at roughly 51–200 employees globally, LinkedIn's company data shows, clusters around three hubs: Mountain View, Bangalore, and Espoo, Finland. TheOrg's mapping shows a structure built for end-to-end ownership rather than handoffs. Sreedhar Sambangi directs engineering overall. Anand Radhakrishnan leads Network Design & Planning. Mohammad Furqan Ahmad manages System Test. Beneath them, staff-level roles span the stack: Saravanan Arumugam on core network, Soham Desai and Ashrith SR on wireless systems, Thaha Muhammed on software, Naveed Vaheed on network planning, Anteneh Assen Adem and Yihenew B. as principal engineers, Sheikh A. on L3 RAN, Dharmesh Vasoya on applications. This isn't a flat startup; it's a layered org with clear stewardship boundaries.
Supporting functions mirror the technical scope. Cloud Services runs a four-person team. Operations, Business Development, and HR each field five people. Board Governance lists five. The company's own careers page describes the profile they seek: "ambitious but pragmatic, curious but decisive."
Recent first-party board postings confirm the hiring vector: Space Mission Architects for D2D communications, a Senior Director of Strategic Development for Government Systems, a Principal Product Manager for Ecosystem, and Directors for Engineering Program Management and System Test. The salary band across 30 salaried roles runs $124k–$240k (median $165k), with senior technical leadership roles posting $215k–$270k.
What distinguishes the roster is the blend: telecom veterans who understand 3GPP standards sitting beside satellite systems engineers who know link budgets and orbital mechanics. The product — a standardized non-terrestrial network layer — demands both.
Compensation at a glance
Skylo's pay sits at the intersection of deep-tech hardware premiums and early-stage equity upside. The clearest signal comes from roles posted to Zero G Talent's board: a live band of $124k–$240k base with a $165k median across 30 salaried listings, a range that aligns with, but tightens, the wider spreads reported by third-party aggregators.
| Role | Location | Base Range (USD/year) | Source |
|---|---|---|---|
| Space Mission Architect, D2D Communications | Mountain View, CA | $255,000–$270,000 | Zero G Talent board |
| Senior Director, Strategic Development for Government Systems | Remote, US | $230,000–$240,000 | Zero G Talent board |
| Principal Product Manager, Ecosystem | Mountain View, CA | $225,000–$240,000 | Zero G Talent board |
| Director, System Test | Mountain View, CA | $215,000–$225,000 | Zero G Talent board |
| Director, Engineering Program Manager | Mountain View, CA | Not disclosed | Zero G Talent board |
These postings cluster at the top of the board band, reflecting Skylo's current focus on senior systems, mission architecture, and government-facing product leadership. The two Space Mission Architect listings at $255k–$270k exceed the board's stated $240k ceiling, an indication that specialized RF/satellite mission roles command a premium above the general engineering band.
Third-party sources tell a broader but noisier story. Levels.fyi reports a $150k low end (Software Engineer) to $248,750 high end (Product Manager) with a $190,950 median, figures that likely blend base, bonus, and equity into total compensation rather than isolating base salary. Salary.com's algorithmic estimate puts the U.S. average at $114,762 with a $101k–$129k range, but the site explicitly notes its model does not draw from factual payroll records. RecruitingFromScratch's 14-posting sample (2025–2026) lands at a $168k median ($150k–$217k), closer to the board's $165k median and reinforcing that the board band reflects real posted roles rather than aspirational ranges.
Geography matters. Skylo's Palo Alto headquarters sits in a San Jose metro area with a Cost of Living Index of 214.5 (114.5 percent above the U.S. average and 53.4 percent above California's). A $200k base in Mountain View purchases roughly what $93k buys nationally. The Remote, US listing for the Senior Director role ($230k–$240k) suggests the company prices to the high end of the band regardless of location, at least for government-facing leadership.
Benefits appear consistent with venture-backed deep-tech norms: retirement plans, wellness programs, and a bonus structure described as motivating by employee accounts on Salary.com. Equity grants are not disclosed in any public posting.
The compensation picture is coherent: Skylo pays at market rates for specialized RF, embedded, and systems talent in the Bay Area, with a board band that narrows to $124k–$240k for core engineering and widens at the top for mission-critical architecture and government product roles. The posted ranges are real, recent, and specific enough to anchor negotiation.
Inside the interview loop
Skylo runs a four-round interview loop that typically spans three to five weeks, per the company's own interview guide published on Dataford as of August 2026. The structure is deliberate: a recruiter screen, two technical deep dives, a technical presentation, and a cultural fit evaluation. Candidates who have gone through it (18 reports aggregated on Glassdoor and Dataford) most commonly rate the difficulty as "medium."
The first round is a standard recruiter screen. It filters for baseline alignment: visa status, timeline, compensation expectations, and a high-level sense of whether the candidate's background maps to the open role. From there, the process shifts hard into technical substance.
Rounds two and three are the technical deep dives. Skylo's guide states explicitly that interviewers evaluate depth of knowledge in embedded systems, C/C++, and real-time operating systems. But the bar isn't syntax recall. Candidates are expected to discuss the "why" behind their technical choices, particularly regarding performance and latency, and to demonstrate systems-level thinking across the full data lifecycle: from sensor or device, through the satellite link, back to the cloud. The guide says: "We look for candidates who can think about the entire data lifecycle, from the sensor or device to the satellite and back to the cloud." That framing reveals the integration mindset Skylo hires for: not firmware engineers who stop at the board edge, not backend engineers who treat the link as a black box, but engineers who reason across the stack.
The technical presentation (round three) is where candidates show that reasoning on a project they own. The guide advises: "Choose a project where you had a significant impact. Focus on the challenges you faced, the trade-offs you considered, and the final results. Be prepared for deep-dive questions into the 'why' of your implementation." Interviewers probe the decision trail, not the demo. A candidate who can articulate their architectural reasoning signals the ownership Skylo lists as a core value: "We look for engineers who take pride in their work, proactively solve problems, and are not afraid to ask questions to clarify ambiguity."
Round four is the cultural fit evaluation, but "fit" here is operationalized. The guide cites ownership and transparency as the two behavioral anchors: "Skylo values ownership and transparency. We look for candidates who proactively identify risks and communicate them early." Interviewers test for this by asking how candidates have handled ambiguous requirements, shifting priorities, or cross-team dependencies, common conditions in a company building satellite-enabled connectivity across consumer smartphones, wearables, and enterprise devices on five continents. The guide also notes the process engages "various levels of engineering leadership to ensure a strong cultural and technical fit," meaning candidates meet not just peers but managers and directors who will depend on their judgment.
What distinguishes successful candidates? The guide and aggregated reports converge on a few signals. Communication clarity during system design ("start with a high-level overview before diving into the details") separates engineers who can lead architecture discussions from those who only execute tickets. Transparency when stuck ("communicate your reasoning process… we are interested in how you approach the unknown as much as what you already know") matters more than a perfect answer. Preparation on the domain helps: "Research the basics of satellite connectivity and the 3GPP Non-Terrestrial Network (NTN) standards. Having a high-level understanding of this space will set you apart from other candidates." And candidates who ask about the team's current challenges ("shows genuine interest and helps you evaluate if Skylo is the right place for your career") tend to close the loop with mutual conviction.
A generic final-round coaching video from August 2025 circulates online with advice about consistency, deeper research, competing with internal candidates, and strategic questions. It is not Skylo-specific and should be treated as background noise. The company's own published guide, the Glassdoor aggregate, and the first-party compensation band on Zero G Talent are the grounded signals. The process selects for engineers who have shipped integrated products in constrained environments, can reason across RF, firmware, and cloud, and operate with ownership when the spec is still being written.
Where the work gets done
Skylo's job board lists roles in Mountain View, California, and a US-remote option for a government-focused director position. The company's live service spans five continents and 41 countries, LinkedIn's post reports, with recent commercial launches in Brazil, Australia, New Zealand, Japan, Germany, Sweden, and Korea. That footprint is built on partnerships — Telefónica Germany, Tele2, Soracom, KPN, Vodafone, Space42/Thuraya-4, Deutsche Telekom, o2 Business, Charter/Comcast, Verizon — rather than owned ground infrastructure at each location. The work at each site therefore reflects the type of integration Skylo does: standards-based non-terrestrial network (NTN) software that sits between mobile network operators' core networks and satellite providers' payloads.
Mountain View functions as the engineering and product center. The roles posted there — Space Mission Architect for D2D communications, Principal Product Manager for ecosystem, Director of Engineering Program Management, Director of System Test — indicate a concentration of systems engineering, RF and protocol expertise, and cross-partner coordination. A Space Mission Architect at Skylo owns the link budget, waveform design, and regulatory filing strategy for direct-to-device services that must operate over geostationary and LEO satellites using 3GPP Release 17/18 NTN specs. That work requires access to satellite operator telemetry, carrier lab environments, and the certification test suites Skylo runs for every chipset, module, and device that carries the "Skylo Certified" mark. The certification program itself is a continuous cycle: compliance matrix, implementation, testing, confirmation, and new-feature regression. Mountain View hosts the team that manages that cycle across Qualcomm Snapdragon W5 platforms, Murata 1SC modules, Nordic Semiconductor nRF9151 modems, Samsung Exynos 2500, and the growing list of certified devices from Garmin, Samsung Galaxy S25/Z Fold/Flip, Google Pixel 9/10, and IoT modules from Blues, LooUQ, Creative5, and Digitanimal.
The US-remote role (Senior Director, Strategic Development for Government Systems) signals a separate track: selling and shaping the same NTN layer into defense and public-safety procurement channels. That work happens wherever the customer operates: Arctic test ranges, as Tele2 and Skylo demonstrated in December 2025, or Colombian emergency-response corridors tested in May 2026. The physical capability there is not a lab but the ability to deploy a standards-based core that roams onto any partner satellite (Viasat, Inmarsat/Thuraya, Iridium, Globalstar, Eutelsat/OneWeb) without bespoke hardware on the device side. Skylo's CPO has described the strategy as "shunning vertical integration": the company does not build or operate satellites, nor does it run consumer-facing apps. It builds the interworking function, the NTN gateway, and the certification regime that lets a Pixel 10 or a 701x ear tag switch from cellular to satellite mid-session.
Outside the US, Skylo's presence is embedded in partner facilities. The Seoul media session in August 2026 used a live Pixel 10 Pro XL connecting to a satellite 37,000 km away, a demonstration that required Skylo engineers on-site at a Korean carrier or satellite partner's lab. The Soracom launch in Japan, the o2 Business IoT tariff in Germany, the Tele2 service in Sweden, the KPN wholesale agreement in the Netherlands, and the Space42/Thuraya-4 integration covering the Middle East and Africa each put Skylo software into a partner's network operations center and satellite gateway. The three global sites map to this model: a US headquarters in Mountain View, a US-distributed government team, and international hubs aligned with the densest partner clusters (EMEA and APAC, given the announced deals). The research does not name those hubs explicitly, and the job board has not yet posted roles there.
What enables the work at every site is not square footage but access: to satellite operator APIs for real-time ephemeris and beam scheduling; to MNO core networks for SIM authentication and roaming policy; to regulatory filings (FCC, ISED, CE/ETSI, and each national administration) that govern earth-station licensing and spectrum sharing; and to the device certification labs where RF conformance, protocol compliance, and "Standards Plus" interoperability tests run. Skylo's certification FAQ notes that a malfunctioning device on a terrestrial network causes localized disruption, but on a satellite network it can impact an entire continent; so the test environment must replicate the full link, including Doppler, delay, and beam handover. That capability lives in Mountain View and in the partner labs where Skylo engineers embed for integration sprints.
The hybrid-remote model means a systems engineer in Mountain View can debug a NB-IoT NTN attach failure on a Soracom SIM in Tokyo while a government-program director in Colorado writes a proposal for Arctic maritime domain awareness. Both rely on the same cloud-hosted NTN core and the same certification regression suite. The physical sites are anchors for the hardware-adjacent work — RF test racks, satellite simulator chains, partner lab access — while the software and standards work travels with the people.
Who lasts here
Employee reviews tell a split story. Glassdoor shows 71 percent of reviewers would recommend Skylo to a friend, with work-life balance rated 3.6 out of 5 and culture and values at 3.5. AmbitionBox, drawing on a smaller sample, puts the overall rating at 3.3 and flags work satisfaction at 2.7 (the lowest factor) while work-life balance sits at 4.1. That gap matters. It suggests people appreciate the flexibility and the mission but find the day-to-day execution grinding in ways the perks don't offset.
The roles on the board reinforce what the work demands. Recent postings cluster at the senior and principal level: the space mission architect role for D2D communications at $255k–$270k, Zero G Talent's board reports, the senior director role for government systems at $230k–$240k, Zero G Talent's data shows, Principal Product Manager for Ecosystem at $225k–$240k, Zero G Talent's figures put, and the two director roles noted above at $215k–$225k, according to Zero G Talent's board. The board's salary band runs $124k–$240k, with a median of $165k across 30 salaried roles. These are not entry-level slots. They require people who have already shipped integrated hardware-software systems and can operate with minimal handoffs.
Ownership shows up repeatedly in the company's own language. "Transform the future of satellite connectivity," "driving innovation in IoT data services," "creating real-world impact." The LinkedIn description puts it bluntly: the team and ecosystem are driving the wireless industry's roadmap. That only works if individuals take end-to-end responsibility for their piece of the stack — RF front end, modem firmware, network protocols, cloud services, regulatory filings — and coordinate across the three sites without waiting for a weekly sync to unblock.
Cross-functional collaboration isn't optional. The product is a network. A change in the satellite link budget ripples through modem firmware, server-side scheduling, and the carrier integration layer. The global deployment team (US, Finland, India) means time zones are a design constraint. Engineers who thrive here treat the distributed structure as a given and build communication habits that survive eight-hour offsets.
Tolerance for ambiguity separates the people who stay from the ones who leave. The work satisfaction score of 2.7 on AmbitionBox, contrasted with a 4.1 for work-life balance, hints at a culture that gives you autonomy but asks you to define the problem before you solve it. Early-stage deep tech (especially a standards-based service operator selling to carriers) moves on regulatory timelines, partner integration schedules, and hardware qualification cycles that no sprint planning can compress. The people who last are comfortable making architectural decisions with incomplete data and revising them when the next test flight or field trial returns real numbers.
Technical depth in constrained environments is the hiring bar the main theme identifies. The company was founded on the insight that a software-defined layer could make satellite connectivity cheap and ubiquitous. Proving that at scale — across five continents, millions of devices, multiple frequency bands, and evolving 3GPP releases — means solving link budget, power, latency, and cost constraints simultaneously.
The hybrid-remote model across three sites selects for self-directed communicators. The people who succeed treat documentation, test automation, and clear interface contracts as survival tools, not bureaucracy.
If the reviews are directionally right, Skylo rewards the engineer who wants to own a hard subsystem in a live global network, can collaborate across time zones without hand-holding, and accepts that the roadmap will shift when physics or regulators say so. The compensation reflects that scarcity. The work-life balance suggests the company respects boundaries. The work satisfaction score suggests the work itself remains genuinely hard, and for the right person, that's the point. The signal doesn't drop. The people who stay are the ones who make sure of it.
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