RISK MANAGEMENT
Governance & Priority for Hosted Payloads
Hosted payload programs don’t break on hardware—they break on authority, resource conflicts, and “who decides” during anomalies. This page is a buyer-side playbook for quote-grade terms.
Priority scheme (no-fault)
Define what happens when power/thermal/downlink become scarce—before it happens.
Anomaly authority in writing
Who may safemode/shutdown, what approvals are required, and how recovery is executed.
Contract-to-ops continuity
Change control, logs, evidence, and escalation paths that survive schedule slip and program churn.
Customer / Provider / Shared (case-by-case)
Immediate / with approval / bounded actions only
Reserved resources / tiered / best-effort
Waivers + approvals + audit logs
Customer-owned / shared / provider restrictions
Logs + uptime + conflict reports + incident timeline
Why governance & priority are the real product
A hosted payload is a shared spacecraft program with asymmetric leverage: the host owns the bus, schedule, and many operational decisions. When anomalies happen—or resources get tight—outcomes are determined by governance terms (authority, priority, change control), not marketing promises. High-quality hosted payload agreements often include a “priority scheme” to handle resource scarcity on a no-fault basis so conflicts are resolved predictably instead of politically.
Authority model
Priority scheme
Anomaly playbooks
Change control
Evidence + logs
Compliance posture
Insurance-ready boundaries
HOW IT WORKS
Turn “who decides” into a schedulable system.
This is the buyer-side workflow Full Orbit uses to translate a messy multi-party program into quote-grade, comparable offers and enforceable governance.
1
Define the shared-resource map
What can become scarce: power (avg/peak), thermal, CPU/storage, downlink windows, pointing time, and command bandwidth.
2
Choose an authority model
Provider-operated, shared ops, or customer-operated via secure link—plus what happens during anomalies.
3
Specify a no-fault priority scheme
If scarcity happens (for any cause), define who gets priority, what is preemptible, and what compensation applies.
4
Lock change control + waivers
What changes require approval, how long reviews take, and what evidence is required to approve exceptions.
5
Make it insurance- and audit-ready
Incident timelines, logs, uptime, conflict reports, and clear “who owns what” boundaries.
Where governance terms come from (vendor archetypes).
Different hosted payload providers default to different governance models. Knowing the archetype lets buyers anticipate risk and request the right protections.
Turnkey “provider-operated” hosting programs
Best for
Fast time-to-orbit and minimal ops burden
Typical pricing
Program fee + usage tiers + add-on governance packages
What you'll need to provide
Strong anomaly authority terms + measurable SLAs + clear data rights
Shared-ops hosting (customer can task)
Best for
Teams that need tasking control without full spacecraft ops
Typical pricing
Integration fee + monthly ops tier + tasking/API add-ons
What you'll need to provide
Command boundaries, approval workflows, and scheduling conflict rules
Customer-operated via secure link
Best for
Sensitive payloads and advanced operators
Typical pricing
Higher integration/security + dedicated support options
What you'll need to provide
Security model, key mgmt, emergency safemode overrides, and auditability
Multi-payload “hub” operators
Best for
Providers hosting many payloads with standardized interfaces
Typical pricing
Tiered packages; sometimes “capacity reservations” for priority
What you'll need to provide
Explicit priority semantics and preemption compensation
Gov / compliance-first providers
Best for
Export-controlled or high-sensitivity missions
Typical pricing
Compliance overhead + restricted access controls
What you'll need to provide
Compliance posture flags, data handling requirements, and residency constraints
THE CHECKLIST
Buyer protections checklist (quote-grade).
Use this to force comparable quotes. If a vendor can’t answer these cleanly, you don’t have a quote—you have a conversation.
Authority model
• Default authority: provider / customer / shared
• What the customer can task directly vs what requires approval
• “Emergency authority” during anomalies (and who holds it)
Anomaly response
• Who may safemode/shutdown and under what triggers
• Customer notification + approval requirements (and timing)
• Recovery playbook ownership and max time-to-restore targets
Priority scheme (no-fault)
• If resources are scarce (any cause), who gets priority and why
• What is preemptible: compute jobs, downlink slots, pointing windows, power peaks
• Compensation/credits if customer is preempted or curtailed
Resource budgets & enforcement
• Power avg/peak guardrails + enforcement mechanism
• Thermal class assumptions + throttling behavior
• Compute/storage quotas + persistence rules (retention, encryption, deletion)
Scheduling conflicts
• Conflict resolution method (queue, reservations, tiers, “first-come” rules)
• Lead times and what changes are allowed inside freeze windows
• What happens when the host reschedules due to bus constraints
Change control & waivers
• What changes require approval (ICD, software, ops modes, security posture)
• Review SLA (e.g., 5/10/20 business days) and escalation path
• Waiver structure and “stop-the-line” criteria
Data rights & delivery
• Data ownership, derived data rights, and retention policy
• Access controls (roles, keys), audit logs, and breach notification
• Delivery SLA definition: raw data vs results products vs alerts/events
Compliance posture (high level)
• Export posture: ITAR/EAR constraints and technical data handling
• Frequency/regulatory responsibilities (who files/coordinates)
• Remote sensing licensing triggers (if imaging/EO is involved)
Insurance & liability coordination
• Named insureds / additional insureds / subrogation waivers
• Cross-waivers and liability caps aligned to the program reality
• Claims evidence: incident timelines, logs, root-cause process
Termination, end-of-life, and continuity
• Termination for cause vs convenience and data return obligations
• End-of-life decisions (deorbit, disposal orbit, replacement timing)
• What happens if the host is sold, reorganized, or the program changes
Where governance prevents expensive failure.
Resource scarcity mid-mission
Power or thermal becomes constrained; the priority scheme determines whether your payload is throttled, preempted, or preserved—and what you get if preempted.
Anomaly shutdown risk
A bus or payload anomaly triggers safemode. Authority terms decide who can shut down, how fast you are notified, and how recovery is executed.
Schedule slip + integration window loss
Integration windows shift. Reserved integration terms and change control prevent “you missed the slot” outcomes without remedy.
Edge AI “results product” delivery
You care about alerts/tracks/summaries, not raw data. Governance defines delivery SLAs, persistence, and what happens during conflicts.
Compliance-sensitive payload hosting
Export posture and regulatory responsibilities must be explicit so technical data handling doesn’t stall the program late.
How governance is priced (what you should expect).
Baseline governance (included)
Standard anomaly procedures and notification
Basic tasking rules and support hours
Best-effort scheduling under shared resources
MOST POPULAR
Priority Ops Package (add-on)
Defined priority tier + preemption semantics
Guaranteed response windows for anomalies
Incident timeline + evidence pack delivery
Reserved Resources (add-on)
Reserved integration window / reserved downlink windows
Reserved compute/storage quotas + persistence guarantees
Credits/compensation if reserved capacity is not delivered
Mission-critical governance (premium)
Tighter authority rules + emergency playbooks
Higher auditability (logs, approvals, change history)
Stronger delivery SLAs (especially for edge-AI results products)
Tip: treat “priority” like cloud QoS. You’re not buying vibes—you’re buying explicit preemption rules and compensation if you’re curtailed.
Governance & Priority FAQs
Why does a “priority scheme” matter so much?
Because scarcity happens in shared spacecraft programs (power, thermal, pointing, downlink). A written priority scheme resolves conflicts predictably—often on a no-fault basis—so outcomes don’t depend on leverage or surprise negotiations mid-mission.
Should the provider always have anomaly shutdown authority?
Providers often need emergency authority to protect the bus, but buyers should negotiate boundaries: what triggers allow immediate action, when customer approval is required, and what “bounded actions” are permitted without approval.
How do I prevent “they shut me down and still charged me”?
Define payment/credit rules tied to uptime or availability, plus incident classification. If shutdown occurs, contract terms should specify whether fees pause, credits accrue, or milestones shift.
What evidence should I demand after incidents or conflicts?
A short incident timeline, logs (tasking, commands, state changes), conflict reports (who was preempted and why), and a root-cause process with dates. This is also what makes insurance and renewals work.
Who is responsible for regulatory licensing and frequency coordination?
It depends on structure. Hosted configurations can involve multiple licensing/coordination steps (space/ground licensing, filings, and modifications), so the contract should explicitly assign responsibility, timelines, and “who pays” to avoid late-stage stalls.
What about export controls and technical data?
Even when “data” may not be export-controlled, technical data about satellite/payload design and operations can be. Buyers should set an export posture early and ensure the ops model, access controls, and vendor staffing plan can comply.
Is this legal advice?
No. This is a procurement checklist and risk-management framework. Use it to structure quotes and then have counsel validate terms for your mission, jurisdiction, and compliance posture.