Clear orbital service windows.
Longer satellite life.
Dorbita extends LEO satellite lifetime with a dual offering: Dorbita Planner (SaaS that identifies optimal service windows) and Dorbita OSV (on-orbit servicer for reboost, orbit/attitude correction, towing and inspection).
We minimize ΞV, risk, and costβbacked by transparent scoring and audit-ready plans.
The LEO Challenge
Satellites face constant threats that erode operational life and increase costs. Without proactive servicing, operators lose months of revenue and face exponentially higher replacement expenses.
Orbital Decay
Satellites lose altitude daily due to atmospheric drag. Without intervention, operational life drops by months or years.
Fuel Constraints
On-board propellant is finite. Every unnecessary maneuver shortens mission duration and operational flexibility.
Collision Risk
Growing debris population increases conjunction alerts. Each maneuver must balance service needs with SSA coordination.
Service Degradation
Attitude errors and power issues accumulate over time. Early detection and correction prevent cascading failures.
Insurance Pressure
Underwriters demand proof of active maintenance and risk mitigation. No audit trail = higher premiums or coverage denial.
Replacement Costs
Building and launching a new satellite costs tens to hundreds of millions. Life extension delivers 10-100x ROI.
The Opportunity
Safe life-extension and OPEX savings through precision service windows and on-demand orbital maintenance. Every month of extended operation delivers immediate ROI while reducing space debris risk and insurance costs.
The Dorbita Solution
A comprehensive platform combining intelligent planning with physical servicing capabilities.
Dorbita Planner
SaaS Platform
Mission control for your entire LEO fleet. Get optimal 7-day service windows with transparent scoring, exportable audit-ready plans, and API integration for seamless ops.
- Fleet Snapshot: Instant overview β Serviceable, Monitor, or Not Serviceable status for every asset
- 7-Day Windows: Ranked BEST / GOOD / FAIR / POOR with UTC timestamps
- Exportable Plans: PDF and CSV downloads for ops teams and auditors
- Full API: Programmatic access for CI/CD, alerts, and mission automation
Dorbita OSV
On-Orbit Servicer
Physical intervention when you need it. Our servicer handles cooperative capture, orbit/attitude correction, inspection, and end-of-life disposal with hybrid propulsion for maximum efficiency.
- Reboost: Restore altitude, extend mission life by 6-24 months
- Orbit/Attitude Correction: Fix drift, re-orient solar panels, stabilize tumbling assets
- Towing & Disposal: Move defunct satellites to graveyard or de-orbit safely
- Close Inspection: Visual and sensor assessment for insurance claims and diagnostics
- Hybrid Propulsion: Electric for efficiency + Chemical for high-impulse maneuvers
Seamless Integration
Use Dorbita Planner to identify optimal windows, then order OSV intervention directly through the platform. Every maneuver is logged, scored, and exportable for regulators and insurers.
Decide in 10 Seconds
Instant visibility into your fleet status with transparent, data-driven recommendations.
Sat-Alpha
7-Day Service Windows
π Second Opinion: Why This Assessment?
ΞV Required
2.3 m/s (15% below fleet avg)
Time to Rendezvous
4.2 hours (optimal)
SSA Risk
Low - 0 conjunctions in Β±24h
Link Visibility
98% GS coverage during maneuver
Energy/Thermal
Full illumination, thermal nominal
Business Priority
Priority 1 - Contract renewal window
Demo uses simulated but realistic data. Production system integrates live TLE/OD feeds, SSA alerts, and GS networks.
Service Opportunity Score (SOS)
Transparent, quantitative scoring that combines technical feasibility, safety, and business priorities.
How We Calculate SOS (0β100)
ΞV Efficiency (25% weight)
Less ΞV = better. Normalized against fleet baseline. Minimizes fuel consumption and extends servicer lifetime.
Time to Rendezvous (15% weight)
Faster = better. Reduces exposure to conjunctions and mission risk. Typical range: 4-12 hours.
SSA Risk (25% weight)
Fewer conjunction alerts = better. Inverted score (1βfβ) so low risk = high contribution. Includes COLA buffer analysis.
Link Visibility (15% weight)
Ground-station pass quality during maneuver. Higher coverage = better telemetry and abort capability.
Energy/Thermal (10% weight)
Solar illumination and thermal margins. Full sun = better power and thermal stability during maneuver.
Business Priority (10% weight)
SLA urgency, penalty risk, contract renewal windows. Customer-defined priorities integrated into scoring.
Go / No-Go Thresholds
Optimal conditions. Proceed with confidence.
Acceptable. Minor trade-offs balanced.
Marginal. Requires expert review.
High risk. Defer or alternative strategy.
Uncertainty & Confidence Bands
All SOS values include Β±3Ο confidence intervals based on:
- β’Orbit determination accuracy β TLE vs high-precision OD feeds
- β’Drag model uncertainty β Solar activity variations (F10.7, Kp)
- β’Conjunction probability β Covariance propagation from SSA data
- β’GS visibility prediction β Weather, maintenance windows
Example: SOS = 87 Β±5 means 99.7% confidence the true score is between 82β92. We display the band visually and flag high-uncertainty windows for operator review.
How It Works
Our end-to-end pipeline transforms raw orbital data into actionable service plans in seconds.
Data Ingestion
Pull TLE/OD from Space-Track, SSA alerts from providers, ground station schedules, and thermal/illumination models.
Orbit Propagation
High-precision propagation with drag models (NRLMSISE-00), solar activity indices, and covariance analysis.
Constraint Checking
Apply keep-out zones, conjunction buffers (COLA), link visibility requirements, and energy/thermal thresholds.
Window Scoring
Compute SOS for each candidate window using normalized factors and customer-defined weights.
Plan Generation
Rank windows BEST/GOOD/FAIR/POOR, generate maneuver sequences, and estimate ΞV/propellant consumption.
Export & Notify
Deliver PDF/CSV exports, trigger API webhooks, and push alerts to ops teams. Audit trail locked for compliance.
See the Full Technical Pipeline
Download our detailed architecture diagram and integration guide.
π Download Technical DocsLive Demo
See Dorbita Planner in action. Watch how we identify optimal service windows in under 10 seconds.
90-Second Product Demo
Fleet snapshot β Select satellite β Best window β Second opinion β Export plan
Video embed placeholder. Production: host on YouTube/Vimeo and embed iframe.
Interactive Sandbox
Run a sample scenario with pre-loaded satellite data. Test different window selections and download mock reports.
β οΈ Disclaimer: This demo uses simulated but realistic orbital data. Production system integrates live feeds from Space-Track, commercial SSA providers, and customer ground station networks.
Want to integrate Dorbita Planner into your ops workflow?
π§ Explore API DocumentationTransparent Pricing
Flexible plans for every mission. No hidden fees. No vendor lock-in.
Dorbita Planner (SaaS)
raising
- Monitor up to 5 satellites
- 7-day service windows
- PDF/CSV exports
- Email support
- No API access
raising+ asistencia periodica
- Monitor up to 25 satellites
- 14-day service windows
- Full API access
- Webhook alerts
- Priority support (24h response)
raising + asistencia continua
- Unlimited satellites
- Custom window horizons
- SSO & SAML authentication
- Audit logs & compliance reports
- Dedicated account manager
Dorbita OSV (On-Orbit Services)
Pay-per-maneuver model: Base fee + β¬/m/s delivered + risk/urgency multipliers
Life-Extension Campaign
6β12 month reboost series with periodic altitude restoration
Depends on ΞV, frequency, and orbit regime
Stabilize & Correct
Targeted orbit/attitude corrections for drifting satellites
Single intervention with pre/post diagnostics
Inspect
Close approach + high-res imaging + sensor data
Insurance-grade reports included
Deorbit / Disposal
Safe removal to graveyard orbit or controlled reentry
Full compliance documentation
Add-ons: Cooperative capture interface kit (+β¬25k), Insurance-grade inspection reports (+β¬15k)
Request Custom QuoteAll prices in EUR. SaaS billed monthly or annually (10% discount). OSV services quoted per mission.
No hidden fees. Cancel anytime. No vendor lock-inβexport all your data via API or CSV.
π Sustainability First
Space operations must be sustainable. We prioritize debris mitigation, end-of-life responsibility, and lifecycle thinking.
Zero Fragmentation
All maneuvers designed to avoid creating debris. Cooperative capture only (Phase I). Non-cooperative handled with extreme caution and regulatory approval (Phase II+).
End-of-Life De-orbit
Dorbita OSV includes passivation and controlled de-orbit at mission end. We follow IADC and FCC 25-year guidelinesβaiming to exceed them.
Passivation Protocol
All serviced satellites receive passivation checks: battery discharge, propellant venting, spin stabilization if needed.
Propellant Policy
Hybrid propulsion (electric + chemical) minimizes toxic propellant use. Green propellants preferred where mission allows. All tanks designed for passivation.
Lifecycle View
We track environmental impact from manufacturing through deorbit:
- βLaunch emissions offset: Partner with carbon-neutral launch providers where possible
- βServicer reusability: Design for 50+ interventions per OSV unit
- βMaterial selection: Minimize hazardous materials, maximize recyclability post-reentry
- βTransparency: Annual sustainability report with debris metrics and compliance audits
Our Commitment
By 2030, we aim to have extended the operational life of 100+ satellites, preventing premature replacements and avoiding an estimated 5,000+ tons of COβ-equivalent emissions from unnecessary launches.
βοΈ Compliance & Safety
Space operations demand regulatory rigor. We proactively coordinate with authorities and maintain audit-ready documentation.
STM / SSA Coordination
Real-time integration with Space-Track, commercial SSA providers, and national authorities. All maneuvers logged and shared per STM best practices.
Keep-Out Zones
Respect ISS, crewed vehicles, and customer-defined exclusion zones. Automated checks prevent scheduling conflicts.
Maneuver Logging
Every planned and executed maneuver logged with timestamps, ΞV, operator ID, and approval chain. Immutable audit trail for regulators.
Spectrum / TT&C
Frequency coordination per ITU guidelines. TT&C handoff protocols documented and tested. Customer maintains command authority at all times.
Licensing Pathway
Dorbita Planner: SaaS, no special licensing. Dorbita OSV: Launch + operational license (FCC/FAA or equivalent). We handle the paperwork; you focus on ops.
Export Controls
We navigate ITAR, EAR, and EU dual-use regulations. Service available to vetted customers in cleared jurisdictions. Transparent compliance docs provided.
Regulatory Partnerships
We actively engage with:
β οΈ Risk & Mitigations
On-orbit servicing is inherently risky. We manage this through phased rollout, redundant systems, and conservative go/no-go criteria.
π€Rendezvous Safety
- βCooperative-first: Phase I targets only cooperative satellites with compatible interfaces
- βCollision avoidance: Real-time SSA feed integration with automated abort triggers
- βApproach corridors: Defined safe approach vectors with multiple checkpoints
- βAbort box: Pre-computed escape maneuvers at every phase of rendezvous
π‘οΈNon-Cooperative Targets
- β Phase gating: Non-cooperative ops only after proven cooperative track record (50+ missions)
- β Simulation first: Ground-tested with hardware-in-the-loop before flight attempts
- β Insurance requirements: Higher coverage for non-cooperative; underwriter approval mandatory
- β Regulatory clearance: Case-by-case approval from launch/flag state authorities
π§ GN&C Redundancy
- βDual sensor suites: LIDAR + optical for independent state estimation
- βFault detection: Real-time anomaly detection with autonomous safe-mode triggers
- βGround override: Human-in-the-loop can abort or replan at any checkpoint
- βHeritage algorithms: Based on proven ISS/ATV/Dragon rendezvous techniques
π‘Conjunction Re-planning
- βContinuous monitoring: SSA feed checked every 5 minutes during approach
- βDynamic rescheduling: Planner can regenerate windows in <60s if conjunction alert arises
- βCOLA coordination: Automatic notification to SpaceTrack and customer ops
- βBuffer zones: 5km minimum separation during non-critical phases
ποΈRegulatory Roadmap
SaaS offering. No special licensing required. Already operational.
Launch license, orbital debris assessment, frequency coordination. Target: single cooperative reboost.
Multi-satellite operations. Insurance framework established. Ongoing dialogue with FCC/ESA/IADC.
Subject to proven track record and updated regulatory guidance. Will not proceed without clear legal framework.
Our Philosophy
Safety first. Always. We will not compromise mission safety for speed or cost. Every Go decision is backed by data, redundancy, and regulatory clearance.
π Roadmap
From SaaS platform to operational servicerβa phased approach that builds trust and capability.
Dorbita Planner Launch
SaaS platform operational. Serving first customers with fleet monitoring, window identification, and audit-ready exports.
Early adopter satellite operators, SSA data providers, ground station networks
Demo Mission
First Dorbita OSV launch. Single cooperative reboost mission to validate hardware, GN&C, and regulatory framework.
Clean capture, ΞV delivery within 5% of plan, zero debris events, full telemetry recorded, customer satisfaction survey >8/10.
Launch provider, target satellite operator, insurance underwriter, FCC/FAA or equivalent
Operational Fleet
Scale to 3-5 servicers. Offer continuous reboost, correction, inspection, and deorbit services to multiple customers.
- β’ First multi-satellite campaign (1 servicer β 3 targets in 6 months)
- β’ Inspection service proven with insurance-grade report acceptance
- β’ Deorbit service commercialized (2-3 end-of-life removals)
Advanced Capabilities
Conditional on regulatory clarity and proven track record: non-cooperative servicing, MEO/GEO missions, and advanced robotics.
Note: Phase III is aspirational and contingent on international regulatory frameworks, insurance availability, and sustained customer demand. We will not rush into high-risk scenarios.
Want to follow our progress or become a partner?
π Case Study (Projected)
Realistic scenario based on current LEO economics and orbital mechanics. Numbers derived from industry studies and simulation.
EarthObserver-3
Commercial EO constellation asset β’ 550 km LEO β’ 200 kg mass
β BEFORE Dorbita
β AFTER Dorbita
β¬280k investment β β¬10.52M benefit
Plus avoided replacement cost, insurance savings, and zero debris events.
Intervention Details
Mission Timeline
- Day 0: Window identified by Planner (SOS = 92)
- Day 2: Customer approval, maneuver plan filed with SSA
- Day 5: OSV launch to rendezvous orbit
- Day 7: Approach phase (5 checkpoints, all nominal)
- Day 8: Cooperative capture (docking interface)
- Day 8-10: Reboost maneuver sequence (3 burns)
- Day 10: Release, post-maneuver inspection
- Day 11: Final report delivered (PDF + telemetry CSV)
Key Metrics Achieved
- β ΞV accuracy: 95% (38/40 m/s delivered)
- β Altitude gain: +40 km (target: +38 km)
- β Inclination error: <0.01Β° (within spec)
- β Zero debris events: Clean capture and release
- β Link visibility: 100% during critical phases
- β Customer satisfaction: 9.5/10 (post-mission survey)
- β Insurance report accepted: Premium reduction approved
π Key Performance Indicators
We measure what matters. Transparent KPIs that prove value and safety.
ΞV Delivery Accuracy
Actual ΞV delivered vs planned. Industry-leading precision.
Life Extension
Average operational life added per reboost campaign.
Conjunction Conflicts Avoided
High-risk alerts eliminated by moving to safer orbits.
Go Window Success Rate
Windows rated BEST/GOOD that proceeded without abort.
β¬ Saved vs Replacement
Cumulative customer savings by avoiding premature satellite replacement.
Debris Events
Zero fragmentation events across all missions. Safety first.
Operational Metrics
Dorbita Planner (SaaS)
Dorbita OSV (Servicer)
Live Mission Dashboard
Enterprise customers get real-time access to fleet status, ongoing maneuvers, and historical KPI trends.
Request Dashboard Demoπ Data Transparency: All KPIs are calculated from actual mission telemetry and customer feedback. We publish quarterly performance reports for Enterprise customers and annual summaries publicly.
β Frequently Asked Questions
Everything you need to know about Dorbitaβtechnical, operational, pricing, compliance, and more.
Didn't find what you're looking for?
Contact Our TeamReady to Extend Your Satellite Life?
Join the operators who are saving millions, avoiding premature replacements, and building a sustainable space future.
Clear Go/No-Go windows with transparent SOS scoring
Typical service investment vs replacement savings
Zero debris events. Audit-ready compliance logs.