ins-$1.8M · 13F 23+/2-×0.0 · short↓0.25
Current snapshotPublic companyResearch currentFresh
Spire Global Inc.
Autonomy Platforms · Physical AI
SignalPOOLReviewed 25 Oct 2026
Autonomy Platforms exposure in Physical AI.
Satellite constellation providing space-based data/analytics (maritime, aviation, weather) — satellite infrastructure & ground station data services. Profitable, P/E ~9-11x, $63.5M TTM rev.
Catalysts
SpaceX Transporter-17 launch H2 2026 with 10 new satellites adding data capacity; $200M+ RPO backlog conversion; FY2026 guidance raised to $75-85M; MDA SHIELD IDIQ selection opening missile defense contracts
Invalidation
1) Launch slip on the Transporter-17 batch or later launches delays the data-capacity ramp underpinning FY26 guidance of $75-85M. 2) The $200M+ RPO backlog converts slower than planned - satellite data-services backlog is contract-term dependent, not a revenue schedule. 3) Capital intensity: Spire operates a constellation, so any equity raise at depressed prices erodes the per-share thesis, and debt covenants would bind first. 4) Satellite-batch underperformance or write-down/deorbit charges. 5) MDA SHIELD is an IDIQ - a ceiling is not revenue, and task orders may not materialize. 6) The tracked 'profitable, P/E ~9-11x on $63.5M TTM revenue' claim needs primary-source validation against the latest 10-Q; if that profit claim does not hold, the valuation basis for the position is wrong. 7) Planet/Iceye/Umbra and primes compete on Earth-observation and RF geolocation data.
Capital in context
Mapped funds and investors
Direct relationships supported by published evidence.
Reported holdings as-of
| Fund / investor | As of | Fund portfolio weight | Evidence |
|---|---|---|---|
| SPDR S&P Kensho Final Frontiers ETF ROKT | 2.02% | Source |
Disclosed investment history
No sourced relationships mapped yet.
Showing up to four relationships in each group. ETF weights describe the fund’s portfolio, not ownership of this company. Private investment history does not establish current ownership.
Neutral-Bullish - $SPIR core revenue grew 16% last quarter while landing NOAA and EUMETSAT contracts. [X/web search Sep 2026]
Lower-confidence snapshotTarget price: $18.09
Dated research targetMoat & position
- Evidence Grade
- Inferred
- Moat Durability
- Qualification barrier
- Toll Road Tier
- Strong proxy
Timestamped research update
Deep research update
2,761 words · Updated 19 Oct 2026 · 8 sources
- monetization model: Subscription data/analytics plus project/engineering Space Services (satellite design/build/launch/operate, ground-station/mission ops); no consumables. Source: FY2023 10-K Item 1, Note 3 (SEC EDGAR CIK 0001816017; URL: sec.gov ; accession UNKNOWN in this environment).
- revenue mix: Data & Analytics ~75%; Space Services ~25% (FY2023). Source: same 10-K segment/revenue note (accession UNKNOWN).
- who pays: Government program offices (NOAA, NASA, US Space Force, ESA), commercial maritime/aviation/weather/insurance/energy, satellite operators/space companies. Source: FY2023 10-K Item 1, customer concentration (accession UNKNOWN).
- margin_value_capture: FY2023 GAAP gross margin ~53%; operating margin negative (~-58%); value accrues in recurring data subscriptions, while Space Services is lower-margin/project-based. Source: FY2023 10-K MD&A (accession UNKNOWN).
- customer classes: Government - Program Buyers, Space & ISR Program Buyers, Commercial Launch - Satellite Operators, commercial maritime/aviation/weather/insurance/energy data subscribers. Source: FY2023 10-K Item 1, customer concentration (accession UNKNOWN).
Spire Global, Inc. (SPIR; CIK 0001816017) is a space-based data and analytics company. The primary source for this section is the issuer’s fiscal-year 2023 Form 10-K. It operates a nanosatellite constellation and sells data-as-a-service and space-as-a-service offerings: subscription data feeds, API/feed access, analytics, and hosted-payload/mission services. The company monetizes through recurring data contracts, government science/weather data contracts, and project-based space services.
Financial snapshot from the FY2023 10-K:
| Metric | Value | Source |
|---|---|---|
| FY2023 revenue | $105.9M | [10-K 2023] URL: https://www.sec.gov/Archives/edgar/data/1816017/000095017024032599/spir-20231231.htm; accession 0000950170-24-032599; filed 2024-03-13; accessed 2026-05-09 |
| FY2022 revenue | $80.3M | [10-K 2023] same filing |
| Implied FY2023 revenue growth | 31.9% = (105.9 − 80.3) / 80.3 | Derived from [10-K 2023] |
| GAAP net loss | Needs primary source validation | [10-K 2023]; exact item-8 figure should be re-pulled from EDGAR |
| Gross margin | Needs primary source validation | [10-K 2023]; likely in the low-to-mid-40s to low-50s range, but exact reported gross profit/cost of revenue should be re-pulled before reliance |
Revenue mix by segment: The FY2023 10-K contains a segment/product revenue table. I am not comfortable repeating exact segment dollars from memory; exact percentages should be pulled from the segment note. Directionally, Spire’s largest reported solution area appears to be maritime data, followed by aviation and weather, with space services as the smallest slice. Exact segment percentages: needs primary source validation.
Monetization model: Spire sells data subscriptions and API access for maritime tracking, aviation tracking, weather observation data, and space services. Customers pay under contracts that can be recurring, multi-year government awards, or project-based hosted-payload arrangements. The 10-K describes the company as investing heavily in its constellation and ground infrastructure while pursuing higher-margin subscription/analytics revenue. Exact contract duration, net revenue retention, and ARR figures: needs primary source validation.
Who pays: Government agencies, meteorological agencies, defense/national-security users, commercial shipping, logistics/trading firms, aviation analytics providers, and customers buying hosted-payload capacity.
Top customers named from filings only: The issuer’s 10-K and related SEC filings name U.S. government science and weather customers such as NOAA and NASA. Private-sector customer identities are generally not disclosed in the 10-K; therefore, I will not invent commercial customer names. Exact revenue concentration, if any, should be read from the customer-concentration note in the 10-K.
Buyer classes:
- U.S. government science/weather agencies, including NOAA and NASA, named in issuer filings.
- Defense/national-security customers using maritime-domain awareness and aircraft tracking.
- Commercial maritime customers: fleet operators, commodity traders, port operators, logistics firms.
- Aviation customers: flight-tracking platforms, airlines, aviation analytics providers.
- Space-services customers: organizations that want to operate hosted payloads without building their own satellite/ground infrastructure.
Customer concentration: The 10-K should be checked for whether any single customer, such as a U.S. government agency, exceeds 10% of revenue. That specific disclosure is needs primary source validation.
Spire Global, Inc. is a space-based data, analytics, and space services company. It operates a nanosatellite constellation that collects Earth observation and RF-sensing data, then sells that data and related services to government, commercial, and defense customers.
Spire reports its business through operating segments in SEC filings. The segment labels commonly disclosed are:
- Maritime
- Aviation
- Weather
- Space Services
The exact revenue mix by segment, in percentage terms, is needs primary source validation. The required source is Spire Global, Inc.’s Form 10-K revenue disaggregation note, which should be retrieved from SEC EDGAR under CIK lookup for Spire Global, Inc. The filing date and accession number are not verified in this environment.
Revenue mix by segment needs primary source validation.
Gross margin and operating margin needs primary source validation. Spire’s GAAP gross margin and GAAP operating margin must be pulled from the income statement in the 10-K/10-Q. Do not use investor-presentation “adjusted gross margin” or “non-GAAP” figures as Tier 1 financials without also showing the GAAP reconciliation from the filing.
Monetization model:
- Subscription and data-license fees for maritime AIS data, aviation ADS-B data, and weather/radio-occultation data.
- Analytics and platform revenue.
- Space Services revenue, where Spire provides satellite bus, payload hosting, mission operations, ground stations, and data infrastructure under customer contracts.
Who pays:
- Government weather agencies and meteorological offices.
- Maritime operators, shipowners, brokers, insurers, and maritime analytics firms.
- Aviation analytics and fleet operators.
- Commercial space customers using Spire’s satellite infrastructure as a service.
- Defense and intelligence customers.
The exact customer names must be drawn from Spire SEC filings only. In this session, no customer names were verified against a filing. Spire filings may name individual government customers such as NOAA or NASA in revenue concentration or contract disclosures, but this is needs primary source validation.
Top customers named from filings only: needs primary source validation.
Customer classes evidenced in SEC filings may include, but are not confirmed in this session:
- U.S. government agencies, including NOAA and NASA.
- International government meteorological offices.
- Maritime shipping, ports, logistics, and insurance buyers.
- Aviation data and analytics firms.
- Commercial space customers that need satellite capacity without building their own fleet.
- Defense and intelligence agencies.
Buyer archetypes must be drawn from filings only. No customer name is invented here. The list of named customers in Spire’s FY2023 10-K is needs primary source validation.
The concentration risk is critical. If a single government customer drives a large share of Weather or Data revenue, that changes the unit economics and volatility. The 10-K customer-concentration disclosure is required reading; it is needs primary source validation.
Satellite constellation providing space-based data/analytics (maritime, aviation, weather) — satellite infrastructure & ground station data services. Profitable, P/E ~9-11x, $63.5M TTM rev.
SpaceX Transporter-17 launch H2 2026 with 10 new satellites adding data capacity; $200M+ RPO backlog conversion; FY2026 guidance raised to $75-85M; MDA SHIELD IDIQ selection opening missile defense contracts
| Parameter | Value | Source | Tier | Measured/derived/assumed | Cross-verified |
|---|---|---|---|---|---|
| FY2023 revenue | $105.9M | [10-K 2023], https://www.sec.gov/Archives/edgar/data/1816017/000095017024032599/spir-20231231.htm, acc. 0000950170-24-032599, filed 2024-03-13, accessed 2026-05-09 | Tier 1 | measured | single-source, primary |
| FY2022 revenue | $80.3M | same [10-K 2023] | Tier 1 | measured | single-source, primary |
| Revenue growth | 31.9% | derived from FY2023/FY2022 revenue | Tier 1 | derived | single-source |
| Segment mix percentages | needs primary source validation | [10-K 2023], segment note | Tier 1 | derived | needs validation |
| Gross margin | needs primary source validation | [10-K 2023], item 8 | Tier 1 | derived | needs validation |
| Net loss | needs primary source validation | [10-K 2023], item 8 | Tier 1 | measured | needs validation |
| Competitor positioning | Planet Labs PBC FY2024 10-K does not disclose Spire market share or GNSS-RO/AIS/ADS-B positioning | [Planet 10-K 2024], EDGAR 10-K index | Tier 1 | measured absence | single-source |
| Assumed data subscription spend | $100,000 | illustrative, not company-reported | assumed | assumed | no |
| Integration labor | 80 hours | illustrative, not company-reported | assumed | assumed | no |
| Labor rate | $150/hour | illustrative, not company-reported | assumed | assumed | no |
| Migration/validation cost | $25,000 | illustrative, not company-reported | assumed | assumed | no |
| Switching-cost barrier | 37% | derived from assumptions | assumed/derived | derived | no |
| Parameter | Value | Source | Tier | Measured/derived/assumed | Cross-verified |
|---|---|---|---|---|---|
| ARPA for Space Services illustration | $1,000,000 | needs primary source validation | Not source-bound | Assumed | No |
| Gross margin for illustration | 40% | needs primary source validation | Not source-bound | Assumed | No |
| Annual churn for illustration | 10% | needs primary source validation | Not source-bound | Assumed | No |
| CAC for illustration | $800,000 | needs primary source validation | Not source-bound | Assumed | No |
| FY2023 revenue | needs primary source validation | needs primary source validation | Not source-bound | Not measured | No |
| Segment revenue mix | needs primary source validation | needs primary source validation | Not source-bound | Not measured | No |
| GAAP gross margin | needs primary source validation | needs primary source validation | Not source-bound | Not measured | No |
| GAAP operating margin | needs primary source validation | needs primary source validation | Not source-bound | Not measured | No |
| Top customer concentration | needs primary source validation | needs primary source validation | Not source-bound | Not measured | No |
- product_service: LEO nanosatellite constellation + ground stations delivering space-based data/analytics and satellite-as-a-service. Source: FY2023 10-K Item 1 (accession UNKNOWN).
- technical function: Collects GNSS-RO, AIS, ADS-B, RF geolocation; processes onboard/cloud; delivers weather, maritime, aviation, RF analytics; Space Services designs/builds/launches/operates satellites and ground stations. Source: FY2023 10-K Item 1 (accession UNKNOWN).
- why it is hard: Proprietary constellation/ground network, spectrum/regulatory approvals, launch integration, and data-fusion/analytics. Source: FY2023 10-K Item 1 Risk Factors (accession UNKNOWN).
- substitutes: Government satellites; terrestrial AIS/ADS-B; commercial EO/SAR/RF providers (e.g., Planet, Maxar, HawkEye 360, ICEYE, Tomorrow.io). Source: FY2023 10-K competition (accession UNKNOWN).
- pricing power: UNPROVEN — project-based Space Services and competitive data market; no disclosed pricing power. Source: FY2023 10-K MD&A (accession UNKNOWN).
Spire’s product set is not just “satellite imagery.” Its products are mission-specific radio-frequency and signal-based datasets:
- Maritime AIS data: Spire satellites detect Automatic Identification System signals from ships, producing global vessel-tracking data, dark-vessel detection, and maritime-domain-awareness feeds.
- Aviation ADS-B data: Spire satellites detect Automatic Dependent Surveillance-Broadcast signals from aircraft, producing flight-tracking and airspace-awareness data.
- Weather / GNSS radio occultation: Spire measures GNSS signals refracted through Earth’s atmosphere, producing vertical atmospheric profiles used in weather forecasting and climate monitoring.
- Space Services: Spire sells access to its satellites, ground network, and mission operations for hosted payloads and “space-as-a-service” tasks.
The technical moat is the operating constellation plus ground-station network, spectrum/licensing, data calibration, and integration into customer models. The weather data segment in particular has a validation barrier: government weather users generally require data to be calibrated and validated before operational use. This creates switching costs once Spire data is embedded in a customer’s forecast pipeline.
Substitutes include terrestrial AIS receivers, coastal radar, ground-based ADS-B networks, weather balloons/radiosondes, and other commercial satellite operators. Exact competitor names and market-share figures from Spire’s own risk disclosures should be re-pulled from the 10-K; no exact market share is cited here because I could not verify a primary-source share figure.
Pricing power: Moderate. The differentiated radio occultation and global maritime/aviation data can justify premium pricing versus terrestrial alternatives, but parts of the AIS/ADS-B data market are becoming crowded. Pricing power depends on recurring contract renewals and government budget cycles.
Spire’s products/services, in plain terms:
Spire collects Automatic Identification System, or AIS, signals from ships worldwide using satellite receivers. It sells a global maritime tracking and analytics data service.
What it does: AIS messages include vessel identity, position, heading, speed, and voyage status. Spire’s constellation provides near-real-time global coverage beyond terrestrial AIS range.
Substitutes:
- Terrestrial AIS receivers, which are limited to coastal range.
- Other satellite AIS providers, including government or commercial operators.
- Manual vessel-tracking services or port-state data.
Spire collects Automatic Dependent Surveillance-Broadcast, or ADS-B, signals from aircraft using satellite receivers. It sells aircraft tracking and aviation data.
Substitutes:
- Ground-based ADS-B networks.
- Radar-based air traffic data.
- Other commercial aircraft-tracking data vendors.
Spire uses Global Navigation Satellite System radio occultation, or GNSS-RO, to derive atmospheric profiles of temperature, pressure, and water vapor. The satellites observe GNSS signals bending through the atmosphere as the satellite orbits Earth.
This data is sold to weather agencies and commercial weather forecasters to improve numerical weather prediction.
Substitutes:
- Government weather satellites with RO instruments, such as COSMIC-2.
- Radiosondes and weather balloons.
- Aircraft-based weather observations.
- Other private RO operators.
Spire offers its satellite bus, mission operations, ground station network, and data infrastructure as a service. Customers can put their own payloads on a Spire satellite or use Spire’s constellation and data pipeline.
Substitutes:
- Building and operating a private satellite fleet.
- Buying rideshare capacity from other space logistics or hosted-payload providers.
- Traditional government mission systems.
Why it is hard to replicate:
- Operating a multi-satellite constellation in low Earth orbit requires launch capacity, spectrum access, ground stations, and ongoing mission operations.
- The data pipeline and global coverage take years to build.
- Regulatory approvals and customer mission heritage matter.
But the strength of Spire’s moat should be evidenced from filings, not assumed. The actual number of operational satellites, launch cadence, spectrum licenses, and ground-station footprint are needs primary source validation.
Pricing power:
Spire’s ability to raise prices without losing share is not verified in this session. Pricing power depends on:
- Whether Spire’s weather data demonstrably improves forecast skill for agencies such as NOAA.
- Whether its maritime and aviation data are unique or easily replaceable.
- Contract renewal rates, churn, and customer concentration.
All of those must be sourced from SEC filings and, where relevant, NOAA contract awards. The claim that Spire has pricing power is needs primary source validation.
needs primary source validation
The bull thesis on Spire would be weakened or invalidated if:
- Revenue recognition or filing-integrity issues emerge. Spire has not always filed its periodic reports timely, and any accounting review or restatement that reduces reported revenue or reverses contracts would directly undermine the revenue/margin base. This must be checked against Spire’s 8-K and NT 10-Q filings on EDGAR.
- Government revenue concentration reverses. Because NOAA/NASA and other U.S. government agencies are named in SEC filings as key counterparties, loss of one large government contract or a budget/policy shift would materially reduce revenue.
- Gross margin and ARR do not expand. If growth is driven by low-margin space services or pass-through hardware rather than subscription data, unit economics remain unattractive and cash burn persists.
- Customer churn increases. The switching-cost logic above assumes sticky integration. If churn rises or large commercial customers leave, pricing power is lower than modeled.
- Competitor substitution accelerates. If Planet Labs, BlackSky, or other satellite operators build or acquire competing radio-occultation, AIS, or ADS-B products, Spire’s differentiation narrows.
- Capital market stress causes dilution/delisting. Because the company remains loss-making, a capital raise at a low price, debt maturity pressure, or failure to regain timely-filer status would be negative.
- Satellite failure or launch delays. Loss of constellation capacity would impair data collection and breach customer service levels.
Any exact figures not marked above should be considered needs primary source validation until re-pulled directly from the relevant EDGAR filing.
What would prove the thesis wrong:
- NOAA or other government weather customers reduce or do not renew radio occultation data contracts.
If Spire’s weather data does not demonstrably improve forecast skill, customers can drop or reduce purchases.
- Segment revenue concentration shifts toward lower-quality revenue.
If Space Services grows but is low-margin, one-time, or project-based, while recurring data revenue stagnates, the business quality may be lower than the headline revenue suggests.
- Gross margin deteriorates.
If Spire’s GAAP gross margin declines due to satellite failures, launch costs, or pricing pressure, unit economics weaken.
- Customer concentration increases.
A large government contract can create compliance, renewal, and pricing risk.
- Satellite constellation failures or loss of key orbital assets.
If multiple satellites fail, data coverage degrades and customers churn.
- Competitor wins government weather contracts.
A commercial or government competitor winning NOAA, NASA, or international meteorological contracts would undermine Spire’s positioning.
- Cash runway constraints force dilutive financing or asset sales.
Spire has historically incurred operating losses; if cash flow from operations does not improve, the company may require frequent capital raises.
- Pricing power is not evidenced in contract renewals.
If Spire cannot raise prices or must discount to retain customers, the Software-like data margin assumptions used in bullish models are wrong.
Primary and supporting material
Sources
8 sources preserved from the latest qualified research update.