Space Finance Intelligence System®

Financial Intelligence
for Space Infrastructure

Quantified orbital risk and credit analytics for investors, lenders, and insurers.

Risk Distribution
881 assets · 52 operators · 5 regimes
LOW 44%
MOD 16%
HIGH 31%
9%
Low <1.44 387 Moderate 140 High 273 Critical 81
1.00 Recall 0.91 F1 0.90 Accuracy

Investment Thesis

How infrastructure asset classes become financeable.

01

Renewables (2005–2015)

In 2005, wind and solar were unfinanceable. No standardized performance data. No credit frameworks for project finance underwriting. P50/P90 yield models and bankable resource assessments changed that. By 2015: $300 billion in annual investment.


The risk framework unlocked the capital market.

02

Telecom Towers (1995–2008)

Telecom towers were undifferentiated line items on operator balance sheets. No standalone valuation. No credit analytics independent of the parent. Tower-specific financial frameworks enabled separation into a standalone asset class. Result: $200 billion in combined enterprise value.


The financial layer created the asset class.

03

Space Infrastructure (Now)

$613 billion economy. 78% commercially driven. Capital is entering. No standardized credit framework for orbital assets. No probability of default methodology. No regulatory-compliant outputs for institutional balance sheets. SarynSpace closes this gap.


The pattern is the same. The asset class is different.

How SFIS® Works

Three-layer architecture: ingest, score, model. Each layer is auditable, backtested, and calibrated against historical satellite operator outcomes.

01

Unified Data Architecture

Automated ingestion from Space-Track, CelesTrak, SEC EDGAR, and proprietary NLP. 881 assets across 52 operators.

02

Risk Quantification

Seven-factor scoring from orbital decay to financial covenant breach. Back-tested against 30 historical cases with 100% recall.

03

Portfolio Analytics

Asset-level default probability, concentration analysis, and stress testing. Outputs for Basel III, Solvency II, and IFRS 9.

Explore the platform
SFIS Portfolio Dashboard

Orbital Coverage

Full-spectrum scoring across five orbital regimes, from low Earth broadband constellations to cislunar exploration missions. Expanding toward full satellite universe coverage.

LEO 429
Low Earth Orbit Mega-constellations, Earth observation, broadband
MEO 40
Medium Earth Orbit Navigation, positioning, timing
GEO 300
Geostationary Orbit Broadcast, telecom, weather
SSO 108
Sun-Synchronous Remote sensing, reconnaissance
CIS 4
Cislunar Lunar missions, deep space

Validation

SR 11-7 compliant backtesting against 30 historical satellite operator outcomes.

Iridium (1999) SES Globalstar (2002) Eutelsat ICO Global (2000) SiriusXM LightSquared (2012) Inmarsat Orbcomm (2012) EchoStar OneWeb (2020) Viasat Intelsat (2020) Telesat Speedcast (2020) Iridium (post-NEXT) Iridium (1999) SES Globalstar (2002) Eutelsat ICO Global (2000) SiriusXM LightSquared (2012) Inmarsat Orbcomm (2012) EchoStar OneWeb (2020) Viasat Intelsat (2020) Telesat Speedcast (2020) Iridium (post-NEXT)
1.00 Recall 0.83 Precision 0.91 F1 0.90 Accuracy 30 Cases

Residual false positives are conservative: high risk scores driven by regulatory and radiation components with debt service coverage below override threshold.

View validation report

Who This Serves

Leadership & Advisors

Hauwa Umaru

Hauwa Umaru, FCCA

Founder & CEO

10 years in project finance, infrastructure investment, and sovereign capital allocation. NSIA, Dangote Group. MSc Finance, London Business School.

Peter Nuding

Peter Nuding

Senior Advisor, Regulation, Risk & Governance

30+ years in credit banking, risk management, and regulatory frameworks including KWG, CRR, MaRisk, and DORA.

Tolga Ors

Tolga Ors

Industry Advisor, Space Infrastructure

15 years across commercial space ventures, ecosystem strategy, and deep tech.

About the team

Research

View all research

Access SFIS®

Available to qualified institutional investors, lenders, and insurers.

Request Institutional Access