CompassX — AI-Powered Lunar Navigation
Swiss Deep-Tech · ESA BIC Applicant

Navigation for Humanity's Next Frontier.

AI-powered autonomous navigation for lunar landers, rovers and orbital missions.

Trusted architecture for the next generation of space exploration.

compassx.ch — MISSION DASHBOARD
— Live Descent Telemetry
89.3°S, 0.7°E · ELEV −2387m
SIGNAL LOCKED
{{ heroAlt }}m
altitude
{{ heroVel }} m/s
descent rate
{{ heroConf }}%
landing confidence
— Trust Score
96
/ 100
SAFE TO LAND

"Imagine driving a car at 300 km/h, blindfolded, with a 1.3-second delay between your eyes and your brain. That is how every lunar lander operates today."

At CompassX, we believe space exploration shouldn't be a gamble. It should be a calculated, safe and autonomous journey. We are building the software that turns the Moon from a cosmic nightmare into a mapped, navigable destination.

— See It in Action

A safe landing zone, computed in real time.

CompassX lander descending toward the lunar surface with an AI-computed safe landing zone overlay and live telemetry
LIVE FEED

Terrain match at 98.7%, position error of 0.42m, landing confidence of 99.4% — CompassX narrows an entire crater field down to one verified safe landing zone, live, without waiting on Earth.

Mission Status — CompassX Navigation Engine
Current Focus
Lunar Landing Navigation
Hazard Detection
Terrain Relative Navigation
LunaNet Compatibility
Autonomous Position Estimation
Technology Readiness
Research
Prototype
Flight Software
Moon
CompassX mission control room with flight directors monitoring live lunar descent telemetry

Every descent is watched live: navigation solution, sensor status and landing confidence, tracked second by second until touchdown.

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Planned Lunar Missions
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Lunar Economy Projection
2035
Commercial Lunar Infrastructure
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Software Platform

"The Moon is not the destination.
It is humanity's next operating system."

— CompassX
— The Problem

The Void: No GPS. No Signs. No Second Chances.

When you look at the Moon, you see a beautiful silvery disk. But when a spacecraft looks at it, it sees a silent, indifferent void. There are no street signs. No traffic lights. No satellites broadcasting "turn left in 100 meters."

Lunar missions rely on the Deep Space Network — giant antennas on Earth shouting commands into the void. It takes 1.3 seconds for a signal to reach the Moon. By the time a lander receives permission to adjust its course, it has already traveled over a kilometer. This is why ispace's Hakuto-R crashed in 2023 — a software error in altitude estimation, a mistake an autonomous system could have caught, turned a $200M dream into a crater.

With over 250 missions planned in the next decade, we cannot afford to navigate the Moon like the Apollo era. We need a modern system. We need a digital brain on board. We need CompassX.

1.3s
Earth dependency
Round-trip communication lag plus signal blackouts on the far side and poles — too slow for real-time landing decisions.
$M's
No unified standard
No operational "GPS for the Moon" exists — every program reinvents navigation instead of buying it off the shelf.
2023
Hazardous terrain
Extreme shadow and craters at the south pole caused ispace's Hakuto-R crash — a software altitude error, not a hardware one.
Infographic: six reasons lunar missions fail without navigation — no GPS infrastructure, communication delays, harsh terrain, limited sensors, 34% failure rate, and scaling limits

Since 2019, lunar landers and descent attempts have failed at a 34% rate — and every one of those failures traces back to the same six compounding gaps: no GPS infrastructure, a 2.6-second round-trip communication delay, unpredictable shadowed terrain, sensors that struggle in low light and dust, the resulting high failure rate itself, and the hard ceiling it puts on scale. You cannot fly thousands of autonomous vehicles on the Moon without solving all six at once — which is exactly what CompassX is built to do.

CompassX AI hazard detection dashboard identifying boulders, craters, slopes and rock fields in real time on the lunar surface

This is what solving the problem looks like: CompassX's AI scans the terrain ahead in real time, flagging every boulder, crater, steep slope and rock field by risk level, then plots a safe path around them — landing confidence 99.4%, hazard detection 98.7%, position error down to 0.42m. The Moon stops being a guess and becomes a mapped, navigable surface.

— AI Vision Demo

Drag to compare: unmapped surface vs. AI hazard detection.

After: CompassX AI hazard detection overlay
Before: raw unmapped lunar terrain, no navigation
BEFORE
AI HAZARD DETECTION
— The CompassX Brain

See It. Map It. Land It.

We don't build rockets. We build the brain that makes rockets smart — a purely software-based navigation engine that runs directly on the spacecraft's flight computer.

STEP 01 — SENSING (THE EARS)
Hybrid Positioning Engine
It listens to the faint whispers of GPS and Galileo satellites from Earth — proven to reach the Moon by NASA's LuGRE experiment — and extracts the raw data.
Signal strength at lunar distance is ~1000x weaker than on Earth — our receiver design integrates over longer windows to pull a usable fix out of the noise.
STEP 02 — SEEING (THE EYES)
AI Terrain Relative Navigation
While the GNSS whispers, our AI camera watches. A deep-learning model trained on millions of synthetic lunar images identifies craters and matches them to onboard maps — like fingerprints on a vast grey carpet.
Trained on synthetic renders across sun angles and shadow conditions, so it holds up in the extreme low-angle lighting near the lunar poles.
STEP 03 — DECIDING (THE BRAIN)
Sensor Fusion (EKF)
A fusion engine — an Extended Kalman Filter — takes GPS whispers, AI-detected craters and motion sensors, and calculates precise, real-time location to a few meters, generating a safe autonomous landing path.
The EKF re-weights each input by its live confidence — if GNSS drops out, vision and inertial data carry the estimate without a hard failover.
— Software Stack
GNSS + IMU
Perception layer
AI Crater Detection
Terrain relative nav
EKF Sensor Fusion
Navigation engine
Safe Trajectory
cFS flight output

"We are not just building a map. We are building the standard for the future of spaceflight."

— The Brain, Visualized

Five sensor inputs. One fused decision.

Diagram of the CompassX AI brain fusing GNSS, camera, LiDAR, IMU and altimeter data into precise position, terrain analysis and hazard avoidance

GNSS/Galileo, onboard cameras, LiDAR, IMU/gyros and an altimeter all feed the same engine — which outputs precise position (<0.5m), full terrain analysis, a safe landing path, real-time hazard avoidance, and a live 99.4% confidence score.

— Autonomy on the Surface

The same brain drives rovers, not just landers.

CompassX-guided rover autonomously navigating the lunar south pole, avoiding a boulder, crater and steep slope en route to its target landing site

In the South Pole Sector, the same sensor-fusion engine steers a rover around a boulder, a crater and a steep slope in real time — 17 hazards avoided, 98.6% terrain match, 99.2% landing confidence, no command from Earth required.

— Live Navigation Map

Zoom in. Click a landing site.

The same console mission teams use — terrain, hazards, illumination, ice probability and routes, live.

CompassX live lunar navigation map showing terrain, hazard zones, illumination, ice probability and routes at the south pole
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— The Stakes

The New Space Economy Depends on Us.

The Moon is the new frontier for commerce, science and geopolitics. Governments like NASA and ESA are racing to establish permanent bases; commercial giants like Firefly Aerospace and Intuitive Machines are building the infrastructure; emerging players are planning to mine water ice and rare minerals. None of them can succeed without autonomous navigation — to land precisely near valuable resources at the dangerous, shadowy poles, move rovers safely across treacherous terrain, or dock autonomously without risking catastrophic collisions.

${{ statA }}B
lunar navigation market by 2034 (18.5% CAGR)
{{ statB }}+
lunar missions planned in the next decade
${{ statC }}B
navigation services & software market by 2033
Neutral
Swiss-founded — we serve the U.S., Europe, Asia and the Middle East without political friction.
Agile
Pure software means we update our algorithms remotely — even after launch.
Affordable
We sell licenses, not infrastructure. No rockets, no satellites — just smart code.
CompassX trusted across the lunar ecosystem: NASA, ESA, Artemis, Commercial Lunar Payload Services, LunaNet, Galileo, GPS, lander manufacturers, rover developers, satellite operators, space agencies, universities, ROS2, NVIDIA CUDA, NVIDIA TensorRT, OpenCV, PyTorch, Ubuntu and C++
— Navigation-as-a-Service

One Platform. Every Mission.

CompassX ships as a subscription: cloud dashboard, API access, live map updates and mission support — no hardware to integrate.

Mission License
Best for a single technology demonstration mission
$0.5M–$1M
per mission
✓ Single-mission navigation software
Scoped and licensed for one launch, start to landing
✓ LunaNet-compliant integration
Meets NASA/ESA interoperability standards out of the box
✓ Pre-launch simulation & validation
Full dry-run against your mission's actual landing site
✓ 24/7 mission support (active phase)
Live engineering coverage from launch to touchdown
Request Access
MOST COMMON
Annual Subscription
Best for active programs flying multiple missions per year
$1M–$3M
per year
✓ Unlimited missions — full platform access
No per-launch fees once you're subscribed
✓ Real-time cloud API & mission dashboard
Same console shown below, for every mission you run
✓ Continuous lunar terrain map updates (monthly)
New imagery and hazard data as it's captured
✓ Priority mission engineering support
Front of the queue during active flight phases
✓ Dedicated account manager
One point of contact across every mission
Become a Member
Enterprise / Agency
Best for space agencies and fleet operators
Custom
quote
✓ Multi-program & fleet-wide licensing
One agreement across every program and vehicle
✓ Dedicated GNC engineering team
Embedded support for your mission planners
✓ Custom SLAs & on-site integration
Response times and delivery built around your program
✓ White-label options available
Ship it under your own agency or mission brand
✓ Long-term strategic partnership
Multi-year roadmap alignment, not a one-off contract
Talk to Sales
What's Included in Every Plan
LunaNet-compliant software
Onboard navigation engine
AI crater detection
Extended Kalman Filter (EKF)
Mission simulation environment
Dedicated support during active phase
— Common Questions

Before You Reach Out.

Can we switch from a Mission License to a subscription later?
Yes — mission license fees credit toward your first year if you upgrade to the Annual Subscription within 12 months.
Do we need special hardware to run CompassX?
No. CompassX is software-only and runs on the flight computer and camera hardware your mission already carries.
How long does integration take?
Typical integration and pre-launch simulation runs 8–12 weeks, depending on your flight computer and existing sensor suite.
Is CompassX compliant with our agency's standards?
Every plan is LunaNet-compliant by default, so it interoperates with NASA and ESA infrastructure without custom adapters.
— The Console

One dashboard: map, mission planner, telemetry.

CompassX cloud dashboard showing the lunar south pole map, planned route, waypoints and live navigation telemetry

Mission teams get the whole picture in one subscription: the terrain and hazard map, planned route and waypoints, and live navigation confidence — updated in real time, from any browser.

— About Us

Built in Switzerland. Powered by Precision. Guided by Passion.

CompassX was born in the heart of the Swiss Alps, where precision isn't just a virtue — it's a law. Switzerland gave us neutrality, allowing us to bridge geopolitical divides. It gave us access to the world's best universities, like ETH Zürich, home of the MoonWalker rover project, and proximity to the European Space Agency.

We believe that space should be accessible to all nations, not just superpowers. We believe that safety should not be a luxury, but a baseline. We are CompassX. We are charting the path to the stars.

— Meet the Founder
Ahmed Al Sultan, Founder and CEO of CompassX
Ahmed Al Sultan
Founder & CEO

Ahmed Al Sultan is the Founder and CEO of CompassX, a Swiss deep-tech company building autonomous navigation software for the next generation of lunar exploration. With a background in product management, artificial intelligence, cybersecurity, and entrepreneurship, he combines commercial strategy with advanced technology to solve one of the most fundamental challenges of the new space economy: reliable navigation beyond Earth.

His vision is to build the software infrastructure that enables every lunar lander, rover, and autonomous mission to navigate the Moon with the same confidence that GPS provides on Earth. From Lausanne, Switzerland, Ahmed is building CompassX to become a key contributor to Europe's future in space.

Team
Rest of the team — coming soon.
CH
Lausanne HQ
ESA BIC
Incubation applicant
ETH
Zürich partnership
— Why Switzerland

Precision has an address.

CompassX is proudly based in Lausanne, Switzerland, one of Europe's fastest-growing deep-tech ecosystems.

Located near EPFL, ESA partners and world-leading AI laboratories, CompassX combines Swiss engineering, precision and reliability with cutting-edge artificial intelligence.

— Why We Win
Software Only
No hardware to manufacture, certify or ship.
Runs on Existing Flight Computers
Drops onto hardware missions already fly.
Compatible with LunaNet
Interoperable with NASA/ESA/JAXA infrastructure.
AI Navigation
Deep-learning terrain recognition, not legacy math.
Meter-Level Precision
Terrain-relative navigation corrected to a few meters.
Reusable SDK
One platform, licensed across every mission.

Apollo proved humans could reach the Moon. CompassX exists to prove they can stay — safely, repeatedly, autonomously.

Every prior landing built its own navigation from zero, at enormous cost and risk. We started CompassX because the next decade of lunar missions — 250 and counting — cannot each re-solve the same problem. The Moon needs the same thing the automobile needed in the 20th century: a map, and a system you can trust to read it.

Switzerland gave us the neutrality to build for every agency, not one. ETH Zürich gave us the science. What's left is the work: turning autonomous lunar navigation from a research problem into infrastructure.

MVP Prototype
Months 0–6 · lunar landing simulation on open NASA data
Validates the core EKF + AI crater-detection pipeline against public NASA lunar imagery before any hardware integration.
Seed Funding
Months 6–12 · ESA BIC Switzerland, Swiss AG incorporation
Formalizes CompassX as a Swiss entity and secures incubation support to fund the full engineering team.
Product Development
Months 12–24 · full AI stack + cloud API
Builds the production navigation stack, cloud dashboard and API — hardened for real flight computers, not just simulation.
Commercial Launch
Months 24–36 · first paying mission client
Converts the first Letter of Intent into a signed mission license — CompassX flies on a real lander for the first time.

Before humans could explore Earth…

we built maps.

Before we could navigate oceans…

we built the compass.

Before billions of people could travel confidently…

we built GPS.

Now humanity is returning to the Moon.

CompassX builds what comes next.

The navigation layer for a new world.

— Founder's Vision

Why This Story Started.

Ahmed Al Sultan, Founder and CEO of CompassX

"1969, Apollo astronauts landed with human guidance. In 2026, robotic missions still depend on Earth. By 2035, thousands of autonomous vehicles will explore the Moon — CompassX exists to become the navigation layer that enables that future."

— Ahmed Al Sultan, Founder & CEO. Read more on the About page.

— Milestones

The Journey So Far.

2025
The Seed Is Planted
NASA proves GNSS signals reach the Moon via the LuGRE experiment.
Illustration of GPS and Galileo satellites transmitting GNSS signals to the lunar surface
2026
CompassX Is Founded
Founded in Switzerland. We submit our first proposal to ESA BIC.
CompassX founded in Switzerland: Swiss flag over Lake Geneva, prototype rover, and ESA BIC proposal submission
2027
LunaNet Compliance
We achieve LunaNet compliance and sign our first Letter of Intent with a commercial lander.
CompassX achieves LunaNet compliance certification and signs a Letter of Intent with a commercial lunar lander provider
2028
HIL Testing Complete
Our AI passes Hardware-in-the-Loop testing with ETH Zürich. Launch prep begins.
Mission control center monitoring a CompassX-guided lunar landing
2030
Humans Return to the Moon
The first humans on the Moon since Apollo navigate using CompassX software. The era of autonomous space travel begins.
Live CompassX mission dashboard tracking a lander's descent to the landing zone
2035
Navigation Standard
Commercial lunar infrastructure scales, and CompassX is the navigation standard thousands of autonomous missions build on.
— The CompassX Solution

One system. Every benefit. A new economy.

CompassX turns the Moon from an unmapped hazard into navigable territory — the same certainty GPS gave cars, ships and planes on Earth, delivered to lunar landers, rovers and orbiters. That single capability compounds into real, measurable benefits for every mission that carries it.

Fewer failed landings
Autonomous hazard avoidance removes the single largest cause of lunar mission loss — navigation error.
Lower mission cost
A licensed software stack replaces years of custom in-house navigation R&D for every operator.
Faster time-to-launch
LunaNet-compliant, drop-in integration means missions fly on schedule, not on their navigation team's timeline.
Unlocks the poles
Precision terrain-relative navigation makes the resource-rich, shadowed south pole safely reachable.
Same need for navigation, different reality — Earth GPS vs. no GPS on the Moon AI crater detection pipeline — raw image, detection, 3D hazard map Receiving GNSS signals from GPS and Galileo satellites on the lunar surface The CompassX brain — sensor fusion of GPS, camera and motion sensors The Moon: no GPS, no second chance — the problem CompassX solves Mission control center monitoring a CompassX-guided lunar south pole landing The cost of getting lost — ispace Hakuto-R and how CompassX prevents it Live CompassX mission dashboard tracking a lander's descent to the landing zone Before and after CompassX comparison: without CompassX, 32% landing confidence and high risk; with CompassX, 99.4% landing confidence and low risk CompassX lunar navigation network connecting habitats, landing pads, power stations, science outposts and rovers across the Moon
— Live Network, Visualized
CompassX Core — the shared navigation engine every node routes through Habitat — crewed base, resupplied via CompassX-guided landings Landing Pad — precision touchdown zone, 0.4m accuracy Power Station — solar array, requires reliable resupply routing Science Outpost — sample return missions navigated autonomously HABITAT LANDING PAD POWER STATION SCIENCE OUTPOST COMPASSX CORE

Every node routes through the same navigation core — one shared standard, not a patchwork of one-off systems.

— Contribution to the Space Economy

Navigation is the layer the whole lunar economy sits on.

Every dollar of the $8.7B lunar navigation market, and every mission behind the 250+ planned in the next decade, depends on the same unsolved problem: knowing exactly where a spacecraft is and where it's safe to go. CompassX supplies that layer as software, not infrastructure — which means the economics compound rather than compete.

Reliable navigation is what turns one-off missions into a repeatable industry: mining operators can commit capital to water-ice extraction at the poles, commercial landers can insure their payloads at lower premiums, and government programs can share one interoperable standard instead of funding redundant systems. As a Swiss, neutral supplier, CompassX can sell that standard to every agency and company building toward the Moon — accelerating the entire sector instead of one flag.

The before/after is the whole business case in two numbers: landing confidence goes from 32% without CompassX to 99.4% with it, and position error drops from over 100m to under 0.5m. At mission scale, that's the difference between a lunar economy that stays a handful of one-off flights, and one where a network of habitats, landing pads, power stations and science outposts — 18 nodes and counting — can be built, resupplied and operated with confidence.

In short: fewer crashes, cheaper missions, faster timelines, and a shared standard everyone can build on — that is CompassX's contribution to the new space economy.

— For Investors

Invest in the Navigation Layer for the Moon.

CompassX is raising to take our navigation software from prototype to flight-qualified — ahead of the wave of 250+ lunar missions planned over the next decade. All figures below are illustrative and will be finalized with counsel and our lead investor before close.

— The Ask
CHF 2.5M
Seed round, illustrative target
18–24mo
Runway to first commercial mission license
SAFE
Proposed instrument, terms TBD with lead
Illustrative use of funds
R&D / AI & flight software team60%
LunaNet certification & testing25%
Business development & ESA/agency partnerships15%
— Traction & Milestones
2025
LuGRE confirms GNSS signals reach the Moon — foundation validated.
2026
CompassX founded in Switzerland; ESA BIC proposal submitted.
2027
LunaNet compliance achieved; first commercial lander LOI signed.
2028+
Hardware-in-the-loop testing with ETH Zürich; commercial launch prep.
— Why CompassX Wins
Swiss Neutrality
Sell to NASA, ESA, JAXA and commercial players alike — no geopolitical restriction.
Software-Only Margins
No hardware to manufacture or certify — SaaS economics on a hardware-heavy market.
AI-First Moat
Deep-learning crater detection outperforms legacy physics-based navigation.
Standard, Not Vendor
LunaNet-compliant — positioned to become the interoperable default, not a one-off contract.
— Leadership

Founded and led by Ahmed Al Sultan, backed by a growing Swiss deep-tech team with ties to ETH Zürich. Full bios on the About page.

— Try It Yourself

Drive the Rover. Find the Landing Zone.

Use arrow keys / WASD to steer. Somewhere ahead is unstable, cratered terrain — geologically unsuitable for landing. Without navigation aid, you won't see it coming. Flip on CompassX to see why that changes everything.

SPEED   {{ simSpeed }}
FUEL     {{ simFuelPct }}%
TIME     {{ simElapsedDisplay }}
HAZARDS {{ simHazardsAvoided }}/{{ simTotalHazards }}
● {{ simAiIndicatorLabel }}
HAZARD LOG
{{ entry.text }}
How CompassX Works
01 · SENSING
Reads GNSS + onboard sensors as it moves across the terrain.
02 · SEEING
AI vision detects every crater ahead — that's the red hazard rings you see when AI is ON.
03 · DECIDING
Fuses it all to steer around hazards in real time — no crash, no manual correction.
Controls: Arrow keys or WASD to move. With AI OFF you're flying blind — exactly how missions navigate today without CompassX.
HAZARD CONTACT
Unstable, cratered terrain — not geologically accepted for landing. Without hazard detection, you couldn't see it in time.
SURVIVED {{ simElapsedDisplay }}
AVOIDED {{ simHazardsAvoided }}/{{ simTotalHazards }}
BEST GRADE: {{ simBestGrade }}
OUT OF FUEL
Descent aborted before reaching a verified landing zone. Efficient routing matters as much as hazard avoidance.
AVOIDED {{ simHazardsAvoided }}/{{ simTotalHazards }}
SAFE LANDING
You reached a geologically stable landing zone — exactly what CompassX verifies in real time, every mission.
TIME {{ simElapsedDisplay }}
AVOIDED {{ simHazardsAvoided }}/{{ simTotalHazards }}
FUEL LEFT {{ simFuelPct }}%
GRADE {{ simGrade }}
★ NEW BEST SCORE
Rover
High-risk crater
Moderate-risk terrain
Approved landing zone
CompassX hazard flag (AI on)
Touch controls (bottom-right of the field) work on mobile. Best grade this browser: {{ simBestGrade }}

Ready to Navigate the Future?

The Moon is calling. Whether you are planning a mission, building a rover, or investing in the next giant leap — we are looking for partners to join us. Don't just watch the stars. Chart them.

Mission Planners → Let's ensure your lander touches down safely Investors → Join the ground floor of the space economy Engineers → We're hiring rebels with a cause
— Office
CompassX AG
EPFL Innovation Park
1015 Lausanne, Switzerland
Thanks — your message is on its way. We'll be in touch shortly.
— Updates

Latest from CompassX.

2027 · MILESTONE
CompassX Achieves LunaNet Compliance
Our navigation software is now certified interoperable with NASA and ESA's LunaNet architecture, and we've signed our first Letter of Intent with a commercial lander provider.
2026 · PARTNERSHIP
ESA BIC Switzerland Proposal Submitted
CompassX is founded in Lausanne and submits its first incubation proposal to the European Space Agency's Business Incubation Centre Switzerland.
2025 · RESEARCH
LuGRE Confirms GNSS Signals Reach the Moon
NASA's LuGRE experiment proves GPS and Galileo signals are usable at lunar distance — the foundation CompassX's hybrid positioning engine is built on.
— Careers

Help Build the Moon's Navigation Layer.

We're a small Swiss team working on one of the hardest open problems in the new space economy. If autonomous navigation, computer vision or flight software excites you, we want to hear from you.

AI / Computer Vision Engineer
Lausanne, CH · Full-time
Apply
Flight Software Engineer
Lausanne, CH · Full-time
Apply
GNC / Navigation Systems Engineer
Lausanne, CH · Full-time
Apply

Don't see your role? Reach out anyway — careers@compassx.ch

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