SpaceMap Inc. Pitch Deck (2024): 54-Slide Seed Deck

SpaceMap presents a technical solution to the growing problem of orbital congestion, positioning itself as a 'Real-time Decision Platform for Space.' The deck centers on a proprietary Voronoi Diagram algorithm designed to solve 4D space-time problems more efficiently than conventional 3-filter methods. With the space economy projected to reach $1T by 2040, SpaceMap demonstrates early product-market fit through contracts with the Korea Aerospace Research Institute (KARI) and the Korea Space Force. The company has secured $2M in combined seed and government funding as of mid-2023. While the tec…

Key takeaways

• The space economy is projected to grow from $350B in 2016 to $1T by 2040, driven by satellite launches and Earth observation (Slide 7).
• SpaceMap claims current industry communication for collision avoidance relies inefficiently on 'Emails & Phones' (Slide 11).
• The platform provides real-time Conjunction Assessment (CA), demonstrated by a query involving KOMPSAT 5 and STARLINK 6321 (Slide 16).
• The core technical differentiator is a Voronoi Diagram Algorithm, which the company asserts is superior to conventional 3-filter algorithms in 'New Space' environments (Slide 31).
• SpaceScanner, a LEO-focused tool, optimizes for minimum collision risk and maximum RSO scan coverage (Slide 22).
• The company has achieved 548 platform subscriptions and is currently working on a Product Requirement Document for the Korea Space Force (Slide 43).
• SpaceMap was founded in September 2021, following nearly two decades of research at the Voronoi Diagram Research Center (Slide 49).
• Total funding to date includes a $0.5M seed round in June 2023 and a $1.5M Deep Tech TIPS grant from the Korean government in July 2023 (Slide 49).

Frequently asked questions

What is the primary problem SpaceMap is solving?

SpaceMap addresses the increasing risk of satellite collisions in Low Earth Orbit (LEO). As the number of satellites grows (exemplified by Starlink launches), the current manual methods of exchanging safety data via email and phone become untenable. SpaceMap provides an automated, real-time platform to assess conjunction risks and suggest maneuver paths to maintain orbital safety.

How does SpaceMap's technology differ from existing solutions?

The deck highlights a shift from 'Conventional 3-filter Algorithms' to a 'Voronoi Diagram Algorithm.' This mathematical approach is specifically designed to solve 4D space-time problems. According to the slides, this allows for real-time queries and more complex assessments, such as tertiary conjunctions, which traditional methods struggle to process with the same speed and accuracy in high-density environments.

What kind of traction has the company achieved so far?

SpaceMap has significant institutional traction in South Korea. They have provided an RFI Interference Simulation Tool to KARI and have 548 platform subscriptions. Notably, they are working with the Korea Space Force on Conjunction Assessment Services and have generated automated 'K-CDM Reports' for high-risk conjunctions involving major constellations like Starlink and OneWeb.

What is the company's funding history?

The company has a strong background in academic and government-funded research, with the Voronoi Diagram Research Center operating on a $0.5M/year budget since 2003. Commercial funding includes a $0.5M seed round in June 2023, followed quickly by a $1.5M Deep Tech TIPS grant from the South Korean government in July 2023.

Who are the primary customers for SpaceMap?

Based on the 'Business Achievements' slide, the primary customers are government space agencies (KARI), military branches (Korea Space Force), academic institutions (Incheon and Seoul Universities), and satellite operators who require real-time data to prevent collisions and optimize satellite performance.

SpaceMap Inc. pitch deck: the facts

Company

SpaceMap Inc.

Year

2024

Stage

Seed

Slides

54

Sector

Space Technology / Space Situational Awareness

Deck type

Introduction / Investor Pitch

Outcome

Raised $0.5M Seed + $1.5M Government Grant (as of 2023)

Headquarters

South Korea

SpaceMap Inc. pitch deck PDF

The full SpaceMap Inc. deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the SpaceMap Inc. pitch deck was used for

This is SpaceMap Inc.’s introduction and fundraising pitch deck, titled “SpaceMap Real-time Decision Platform for Space,” published on SlideShare in March 2024 and associated with a seed-stage raise. The deck describes SpaceMap’s real-time decision platform for space operations, built on advanced Voronoi diagram and space-time AI methods to predict and prevent satellite collisions in increasingly crowded orbits. It highlights early traction and relationships with entities such as the Korea Space Force and the U.S. Air Force Research Laboratory (AFRL), reflecting that the company’s technology originates from research funded by the Korean National Research Foundation and AFRL. The deck is being used to raise a seed round to further commercialize SpaceMap’s collision-avoidance, space traffic management, and space situational awareness services for global satellite operators.

Business model: SpaceMap Inc. develops and operates a commercial **real-time decision-making and space traffic management platform** for satellite operators, using proprietary algorithms based on dynamic Voronoi diagrams and space-time AI to provide conjunction assessment, collision-avoidance maneuver planning, and broader space situational awareness services.

Round

Seed

Year

2024

Founded

2021

Founders

Douglas Deok-Soo Kim

Headquarters

Seoul, South Korea

Industry: Space technology; Space Traffic Management (STM) and Space Situational Awareness (SSA) / Space Domain Awareness (SDA).

What happened after the SpaceMap Inc. deck

Following the 2024 seed-stage deck, SpaceMap continued to develop and promote its real-time decision platform for space operations, expanded product offerings (Astro-1, AstroOrca, AstroLibrary, 42TALKS), and strengthened its presence in European space ecosystems, though the specific financial outcome of the seed raise remains undisclosed in public records.

• Development and public demonstration of the SPACEMAP web server capable of real-time conjunction assessment and optimal
• Introduction and branding of productized services such as Astro-1 (collision avoidance), AstroOrca (optimization and int
• Presentation of SpaceMap’s methods and platform at major conferences such as AMOS and the International Astronautical Co
• Integration into Luxembourg’s space community to grow its European presence, indicating geographic expansion beyond Kore
• Participation as a sponsor or exhibitor at European spacetech events (Space Tech Expo Europe, SmallSat Europe), signalin

What the SpaceMap Inc. deck got right

• Deep, differentiated algorithmic foundation. SpaceMap’s platform is built on **dynamic Voronoi diagrams and space-time AI** developed over decades of academic research, providing a mathematically robust and computationally efficient basis for real-time conjunction assessment and collision avoidance at scale.
• Compelling problem framing in a high-growth market. The company clearly addresses a **large and growing problem**: the rapid expansion of satellite constellations and debris leading to collision risks, and the need for near real-time decision-making over space catalogues of up to O(10^6) objects.
• Concrete, multi-product platform story. SpaceMap has translated research into tangible tools and services, including the SPACEMAP web server and named offerings like Astro-1, AstroOrca, AstroLibrary, and 42TALKS, which cover collision avoidance, optimization, APIs, and collaborative digital-twin environments.
• Credible technical founder with institutional research backing. The founder, Douglas Deok-Soo Kim, brings credibility as a professor and long-time Voronoi diagram researcher whose work has been funded by the Korean National Research Foundation and AFRL, lending institutional validation to the underlying methods.
• Early ecosystem traction and international presence. SpaceMap is already visible in the global space community through conference publications (AMOS, IAC), trade show participation (Space Tech Expo Europe, SmallSat Europe), and Luxembourg ecosystem engagement, which suggests growing business development channels and potential customer relationships at the time of and after the deck.
• Scalable real-time architecture for safety-critical decisions. External descriptions emphasize that SpaceMap’s algorithms enable **near real-time** responses by precomputing Voronoi-based index structures over space-time, a design that can be compelling to investors who value scalable, low-latency infrastructure for safety-critical operations.

What could have been stronger

• Undisclosed and unverified round size and investor details. No externally verifiable information is available on the **specific seed round size, investors, valuation, or closing status** associated with this 2024 deck; the deck appears to target a seed raise but omits concrete financing terms that institutional investors typically expect to see clearly stated.
• Limited externally evidenced commercial traction at deck time. While external materials show multiple technical papers and conference talks, there is **no quantified commercial traction** (e.g., number of paying customers, ARR, signed contracts) that can be tied directly to the time of the 2024 deck; references to Korea Space Force and AFRL focus on research origins and collaboration rather than clearly documented commercial agreements.
• Sparse third-party validation of performance and robustness. Most available information emphasizes the **technical elegance of Voronoi-based algorithms and space-time AI**, but there is little independently verifiable detail on operational performance metrics (e.g., accuracy, false-alarm rate, latency benchmarks) of the production platform that investors would use to assess competitive moat versus other SSA/STM providers.
• Limited externally visible market and competitive framing. Although SpaceMap positions itself in space traffic management and space situational awareness, there is **no clearly sourced competitive or market-structure analysis** in public materials for 2024 that benchmarks SpaceMap against major SSA providers, regulatory frameworks, or emerging space safety standards, leaving investors to infer market fit from technical capability alone.

How an investor would read this deck

What draws attention

• Origin of the technology from decades of Voronoi diagram research and funding by the Korean National Research Foundation and AFRL, giving SpaceMap a differentiated, research-heavy foundation for its algorithms.
• Clear articulation of the problem: explosive growth of satellites and debris leading to collision risk, and the need for real-time conjunction assessment and maneuver optimization at catalog scales of up to O(10^6) objects.
• Demonstrated ability to implement Voronoi-based and space-time AI methods in working web servers and tools (Astro-1, AstroLibrary, AstroOrca, 42TALKS), indicating that the platform exists beyond theory.
• Early ecosystem traction through conference presentations (IAC, AMOS), trade-show participation (Space Tech Expo Europe, SmallSat Europe) and integration into Luxembourg’s space community, which signals industry engagement and potential customer pipeline.

Risks that stand out

• Crowded competitive landscape in space situational awareness and traffic management, where larger players and government-backed systems may already provide collision-avoidance services, potentially making customer acquisition and differentiation challenging.
• Dependence on continuous access to accurate and up-to-date space catalog data (e.g., public and proprietary tracking feeds); any restrictions, outages, or data-quality issues could materially degrade SpaceMap’s service performance.
• Technical risk that Voronoi and space-time AI methods, while elegant and fast, may face edge cases or scale limits in highly congested orbital regimes; without robust third-party validation, investors must assume some execution risk.
• Regulatory and liability exposure if collision avoidance recommendations are inaccurate or not followed, including potential disputes over responsibility in multi-operator environments where SpaceMap helps coordinate maneuvers.
• Funding risk: absence of publicly documented seed-round details suggests that SpaceMap may not yet have raised significant institutional capital, increasing the importance of runway management and future fundraising success for long-term viability.

Questions this deck invites

• What is the current number of paying customers and total annual recurring revenue, and how does that compare to the situation at the time of the 2024 seed deck?
• Are there signed commercial or governmental contracts (e.g., with Korea Space Force, AFRL, or European customers), and what are their terms (duration, scope, revenue, and obligations)?
• How does SpaceMap’s collision prediction accuracy, latency, and false positive rate compare quantitatively to incumbent SSA/STM providers and public catalog services?
• What are the unit economics and pricing models for Astro-1, AstroOrca, AstroLibrary, and any platform subscriptions, and how does SpaceMap plan to scale margins as catalog sizes increase?
• What regulatory, liability, and data-sharing frameworks apply to SpaceMap’s services (especially for defense and dual-use customers), and how is the company mitigating legal and compliance risks?

What founders can take from the SpaceMap Inc. deck

• Deep, long-term academic research (e.g., decades of Voronoi diagram work) can be converted into a differentiated commercial platform if the pitch clearly links theory to practical, real-time decision-making benefits for a pressing industry problem.
• Anchoring a deck in a rapidly growing, high-stakes market such as satellite collision risk and space traffic management helps investors immediately grasp urgency and scale, especially when supported by concrete projections (e.g., tens of thousands of satellites by 2030).
• Highlighting origins in national research funding and collaboration with entities like AFRL and Korea’s research ecosystem can strengthen perceived credibility and defensibility when introducing novel algorithms to conservative industries like space operations.
• Showing named products and services (Astro-1, AstroOrca, AstroLibrary, 42TALKS) and tying them to specific use cases (conjunction assessment, collision avoidance, RF interference prediction, digital twin collaboration) makes a complex technical platform more tangible for investors.
• Participating in respected industry conferences (IAC, AMOS) and trade shows (Space Tech Expo Europe, SmallSat Europe) and referencing those engagements in or around the deck provides external validation and signals active integration into the global space community.
• However advanced the technology, investors will still look for clearly documented commercial traction and financial details; leaving these vague or undisclosed limits the deck’s ability to answer core funding and scaling questions.

SpaceMap Inc. pitch deck: common questions

What does SpaceMap Inc. do?

SpaceMap Inc. is a spacetech company based in Seoul, South Korea that develops a **real-time decision-making platform** for satellite collision prediction, avoidance, and broader space traffic management, using AI and computational geometry (dynamic Voronoi diagrams) to improve safety and sustainability of space operations.

What is covered in SpaceMap’s 2024 pitch deck?

The SlideShare deck titled “SpaceMap Introduction (SpaceMap Real-time Decision Platform for Space)” is a 54-slide seed-stage pitch from 2024 that explains SpaceMap’s Voronoi-based real-time platform, market need from rapidly growing satellite constellations, examples of applications like Astro-1 and AstroOrca, and initial traction with national defense and research organizations.

How much did SpaceMap raise in the seed round shown in this deck?

The deck is associated with a **seed-stage** fundraising effort in 2024, but publicly available sources do not disclose the exact amount raised, lead investor, or final closing status; no specific funding announcement for this seed round can be verified.

How does SpaceMap’s technology help prevent satellite collisions?

SpaceMap’s platform addresses risks such as satellite–satellite and satellite–debris collisions by providing real-time conjunction assessment, optimal maneuver planning, and predictive analytics (including radio-frequency interference prediction) based on space-time AI and Voronoi diagrams, enabling operators to maintain safe separation and optimize operations at scale.

Who founded SpaceMap and what is the origin of the technology?

According to public profiles and conference materials, SpaceMap’s founder is **Douglas Deok-Soo Kim**, a professor and researcher whose Voronoi diagram work over decades underpins SpaceMap’s algorithms; the company’s work has been supported by the Korean National Research Foundation and AFRL-funded research and is now being commercialized through SpaceMap Inc.

Sources

Funding and outcome facts on this page were researched on 2026-08-22 from the pages below.

• SPACEMAP: Space Traffic Management for Collision Avoidance
• [PDF] Real-time Web Server for Safer, more Sustainable and Efficient Space
• [PDF] AstroFingertip - SPACEMAP
• Douglas Kim - SPACETIDE 2024
• 75th International Astronautical Congress 2024
• SpaceMap: From professor to spacetech founder in Luxembourg
• [PDF] Douglas Deok-Soo Kim, Ph.D. - SPACEMAP
• SPACEMAP - Wikipedia

SpaceMap Inc. pitch deck slides

What each slide of the SpaceMap Inc. pitch deck says

Slide 5

Explosive Increase of Satellite Launches ; SRE <10,000 >100,000 ES v Launched in past » Expected in next 10 53 years years (2021 — 2030) (1957 — 2020) ‘ Starlink ~~ : 40,000+ OneWeb : 7,000+ Kuiper ~~: 3,000+ Gouwang : 10,000+ eo — = ITU waiting lists: 1,000,000+ Re (One million satellites, SCIENCE, Oct 13, 2023) Reusable Launch System Denlerpmerats (Falcon Heavy successfully returned, ‘18-02-06) sm—— Trot] 5

Slide 6

Space Industr : : P y : SPACZMAP Space Tour Space Internet On-orbit service Intercontinental (2021) (LEO, $1T market >40%) (ISAM/OSAM) Transportation In-space Servicing, Assy, & Mig ‘ i) x 2 "y fi pi Virgin Galactic SpaceX LEO > low latency TE R— Earthiio space Richard Branson Stariink, OneWeb, Kuiper Space Debris removal (Astroscale) ) ™ - Lm Ld 3 R88 = gis w RS AEN ’ F { R) HH EN NS Earth-Space-Earth Blue Origin Soyuz i 4 Sm Airplane 12 hrs Jeff Bezos Yusaku Maezawa Ee —— > Space Rocket 05 hrs Second Order Impact pate Cos Aton (Starship 4th: 66 mins. (TX=>Indian Ocean)) Space Industry if Boom Launch CostL # of Satellites 1 6

Slide text above is read directly from the SpaceMap Inc. deck PDF embedded on this page.

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