SpaceSI Compute

Super Intelligence compute infrastructure for space

Our mission

Pulsar Space is building SI compute infrastructure for space. Our goal is to make orbital compute accessible to anyone who needs it. We begin with onboard inference and extend to a broader range of SI workloads in orbit.

{{ p.title }}

{{ p.desc }}
00: The problem

Orbital compute remains fragmented and mission-specific. Pulsar Space is building shared SI infrastructure that can serve workloads across missions. It supports onboard inference and broader applications while operating within radiation, power, thermal, and communication constraints.

GPU/TPU memory, live
Bit flip ECC corrected 0
01: The compute platform

Intelligence from
sensor to decision

Pulsar Space runs SI workloads across orbital compute nodes. The platform coordinates execution from flight hardware through the fleet and makes that capacity accessible through a common control plane.

{{ c.code }} {{ c.tag }}

{{ c.title }}

{{ c.metric }}{{ c.metricLabel }}

{{ c.desc }}

{{ spec }}
02: System architecture

From onboard sensors to orbital decisions

Pulsar Space compute fabric
Mode AutonomousReplan AdaptiveState Operational
{{ L.code }}{{ L.status }}
{{ L.title }}
{{ L.metric }}
{{ n }}
Telemetry and checkpoints↑
↓Commands and policies
03: Capabilities

What orbital SI compute can enable

{{ cap.num }}Enforced

{{ cap.title }}

{{ cap.desc }}

{{ cap.metricLabel }}{{ cap.metric }}
Now onboarding launch partners

Bringing Compute To space

Partners
Qrivara
Quantum hardware collaboration

Building quantum chips for deep-space exploration.
Technology: Runtime

A runtime built for an environment that breaks computers

The runtime coordinates fault recovery, workload scheduling, and autonomous operations. SI workloads continue through radiation events and constrained power budgets. The spacecraft remains operational when communication with Earth is interrupted.

{{ c.code }}
{{ c.tag }}

{{ c.title }}

{{ c.long }}

{{ sp }}
Operating envelope
{{ r.k }}
{{ r.v }}
Applications

Put orbital data to work in real time

Pulsar Space is building a shared SI compute layer in orbit. Developers, researchers, and mission operators will be able to deploy workloads through one platform. Satellites can use the same infrastructure for onboard inference and autonomous operations.
{{ applicationDetail.code }}: {{ applicationDetail.tag }}

{{ applicationDetail.heroLead }} {{ applicationDetail.heroAccent }} {{ applicationDetail.heroClose }}

{{ applicationDetail.intro }}

Mission

{{ applicationDetail.mission }}

Operating loop
{{ step.number }}

{{ step.title }}

{{ step.body }}
Core architecture

{{ system.title }}

{{ system.body }}
Engineering realities

{{ reality.title }}

{{ reality.body }}
Validation gates
{{ measure.label }}

{{ measure.target }}

{{ measure.note }}
Missions: Capabilities

Plan every workload around the orbit ahead

Pulsar Space forecasts orbital constraints before they affect operations. The forecast covers eclipse and radiation exposure. It also tracks thermal limits and downlink access. Each job can then be scheduled, checkpointed, or rerouted as conditions change.

{{ f.code }} {{ f.cadence }}
{{ f.metricLabel }}
{{ f.metric }}
Risk{{ f.risk }}

{{ f.title }}

{{ f.desc }}

Scheduler action {{ f.response }}
Predictive scheduler with adaptive horizon

Workloads, planned against the orbit ahead

{{ stat.label }}
{{ stat.value }}
{{ time }}
{{ row.label }}
{{ row.detail }}
{{ slot.label }}
Scheduler decision
Checkpoint before SAA entry, defer mapping batch, resume at T+48, and transmit on Pass 04
Roadmap

From interorbital mobility and SI compute to Solar System infrastructure

Pulsar Space begins with interorbital vehicles and a software layer that makes high-performance compute dependable in orbit. Each horizon extends those foundations. The roadmap advances through autonomous servicing, world models, hybrid computing, physical SI, and Solar System energy infrastructure.

Planning windows, not launch promises. Every phase advances only after its technical evidence, safety case, capital, and mission partnership are secured; programs overlap where shared technology makes parallel progress credible.

{{ r.code }}
{{ r.period }} {{ r.stage }}

{{ r.desc }}

{{ outcome }}
The next frontier

Let us build Physical SI For space And extend Human consciousness Into deep space

Physical SI gives machines the ability to perceive and reason beyond Earth. It enables them to build and survive there. This capability supports deep-space exploration and extends human consciousness.

The throughline

Interorbital vehicles establish mobility. A resilient compute fabric makes intelligence available wherever it is needed. Together they expand into autonomous systems that can service infrastructure, coordinate operations, and manage energy beyond Earth.
{{ horizonDetail.code }}, {{ horizonDetail.period }}, {{ horizonDetail.stage }}

{{ horizonDetail.heroLead }} {{ horizonDetail.heroAccent }} {{ horizonDetail.heroClose }}

{{ horizonDetail.intro }}

{{ horizonDetail.signalTitle }}
Mode {{ horizonDetail.signalMode }}State {{ horizonDetail.signalState }}
{{ horizonDetail.signalLeft }}{{ horizonDetail.signalCenter }}{{ horizonDetail.signalRight }}
Mission

{{ horizonDetail.mission }}

Core systems
{{ system.number }}

{{ system.title }}

{{ system.body }}
Engineering realities

{{ reality.title }}

{{ reality.body }}
Progression
{{ step.number }}

{{ step.phase }}

{{ step.window }}

{{ step.text }}

Evidence required: {{ step.evidence }}
Validation gates
{{ measure.label }}
{{ measure.target }}

{{ measure.note }}
Company

SI workloads are moving closer to where orbital data is created. We are building the infrastructure that makes SI compute in space dependable and accessible.

{{ v.num }}

{{ v.title }}

{{ v.desc }}
The team
[ portrait ]
{{ p.name }}
{{ p.role }}
Seeking backing

Help build the infrastructure for a spacefaring civilization

Pulsar Space is looking for aligned investors and partners who understand the technical ambition of widely accessible SI compute in space.

{{ partner.code }}

{{ partner.title }}

{{ partner.desc }}
Careers

Let’s build a spacefaring civilization together

Join us in Oslo to develop orbital SI infrastructure that makes compute widely accessible. Advance autonomous servicing, world models, hybrid quantum-GPU systems, and physical SI for deep space.

Roles Coming Soon

Careers: Application

Build what orbits next

Tell us what you have built, what you want to solve, and why space is where you want to do your best work.

Selected role
{{ applicationRoleTitle }}
✓

Application received

Thank you for applying to Pulsar Space. Your application and CV have been submitted for review.

{{ applicationError }}
Privacy

Your data stays mission-specific

This notice explains how Pulsar Space handles information submitted through the contact and careers forms. Last updated 27 July 2026.

{{ section.title }}

{{ section.body }}
Partnerships

Build the next mission with us

Choose the path that fits your mission, technology, investment focus, or interest in joining the founding team.

{{ ci.k }}
{{ ci.v }}
✓

Transmission received

Your message was sent successfully. We'll be in touch within two business days.

{{ contactError }}