IYABOKO Software & Hardware
Governed space intelligence for mission planning, orbital simulation, telemetry support, and structured aerospace delivery.
Space OS supports universities, aerospace labs, early mission teams, innovation programs, and strategic projects needing stronger mission logic, orbital planning, telemetry support, and simulation pathways.
Mission logic, system flow, objective framing, and multi-stage planning.
Trajectory framing, orbital review, environment thinking, and scenario comparison.
Dashboard planning, data-flow thinking, and operational communication support.
Route thinking, conjunction framing, power discipline, and mission continuity.
Who Space OS is built for
Designed for teams exploring aerospace planning, mission support, telemetry, orbital logic, and high-value space pathways.
Universities and labs
Universities, aerospace research labs, and student-led mission programs needing stronger mission and simulation structure.
Innovation teams
Early mission teams, startups, and innovation groups exploring telemetry logic, route thinking, and prototype direction.
Public-interest projects
Organisations exploring space capability, sensing strategy, orbital logic, and managed planning pathways.
Flagship system: Space Traffic and Power Optimizer
A premium pathway combining simulation, route logic, thresholds, power discipline, and managed aerospace support.
Why this system matters
- Supports crowded orbital environments and route decision logic
- Improves traffic awareness, manoeuvre thinking, and power discipline
- Creates a simulation-first pathway before expensive execution
- Fits research, aerospace, institutional, and future software pathways
How it fits IYABOKO thinking
- Dakida — thresholds and safety envelopes
- Itamuto — route and multi-objective optimisation
- Gotomai — replan-on-change mission continuity
- Kaboo — stable and controlled operational flow
Priority use cases
Best used where mission structure, simulation support, and operational clarity are needed before execution.
Mission planning
Support for mission logic, system flow, objective framing, and multi-stage project planning.
Orbital simulation
Structured support for orbital thinking, trajectory framing, environment review, and scenario comparison.
Space traffic and tracking
Support for conjunction logic, traffic framing, data planning, tracking structure, and operational overview design.
Payload and sensing pathways
Support for concept development around sensing modules, payload logic, and future operational integration.
Typical Space OS deliverables
Governed planning, simulation support, and mission-structure intelligence.
- Consultation summary and mission scope note
- Orbital or traffic-planning brief
- Telemetry-support workflow outline
- Simulation planning memo
- Prototype or pilot pathway recommendation
- Clearer mission decision structure
- Stronger simulation discipline before spend
- Better coordination across technical teams
- Management-ready outputs and next-step clarity
Distinctive concept: debris reform and orbital reuse
Space OS explores ways to classify orbital debris as reusable material through structured planning, classification, and future support logic.
Debris intelligence
Understand debris patterns, location logic, and strategic relevance inside broader orbital planning.
Reuse thinking
Develop concepts for treating debris as future orbital resource or support material rather than only waste.
Strategic advantage
Support long-term planning around orbital sustainability, mission support, and reusable-space-material concepts.
How Space OS fits the wider platform
Space OS runs on the same CoreOS backbone as the rest of IYABOKO.
CoreOS
Identity, workflows, approvals, dashboards, and controlled release for space and mission engagements.
Simulation
Scenario modelling, mission review, telemetry support, traffic framing, and orbital analysis.
Prototype Pathway
Mission dashboards, orbital logic, sensing workflows, tracking tools, and optimiser concepts.
Commercial Delivery
Consultation, pilot programs, managed workspaces, premium support, and institutional delivery.
Start with one serious space systems consultation
Define the right scope, validate the managed-service model, and build a pathway toward simulation, prototype, pilot, and delivery.