Nov 9, 2022, 12:19 PM ETInterview, Fireside Chat

Privateer’s Steve Wozniak, Alex Fielding, and Dr. Moriba Jah on the Data Highway Above

Debris Volume: There are over 1 million pieces of space debris smaller than 1 centimeter currently orbiting Earth, with the vast majority undetectable by ground-based radar.
Trackable Objects: Approximately 26,000 pieces of debris larger than a softball (roughly 18,000 mph) are currently tracked, representing a 96% ratio of trash to active satellites in older datasets.
Compliance Failure: Over 40% of registered space objects are currently out of compliance with the Outer Space Treaty, with no effective enforcement mechanism in place.
Orbital Capacity: The shell of Low Earth Orbit (LEO) between 250 and 1,000 kilometers has an estimated "carrying capacity" of roughly 110 million distinct orbital "bubbles," meaning the global auto industry's annual car production could theoretically exhaust this capacity in a single year without advanced traffic management.
GPS Fragility: The U.S. GPS constellation relies on approximately 30 satellites to maintain a Service Level Agreement (SLA) of 95% uptime, a threshold significantly lower than critical terrestrial infrastructure like power grids.

Exponential Cost Reduction: The cost to launch payloads to LEO has dropped from over $10,000 per kilogram to under $1,000 per kilogram, driving an exponential increase in launch volume and accelerating the "tragedy of the commons" in space.
Private Sector Dominance: Commercial entities now account for roughly 80% of all objects launched into space, a complete inversion from the historical norm where 80% of launches were government-led.
"Elon's Orbit": SpaceX has effectively occupied the 500-kilometer orbital shell with nearly 3,000 satellites, creating a de facto first-come-first-served monopoly that frustrates competitors and regulatory bodies despite lacking legal ownership of the orbit.
Insurance Exclusions: Many existing space insurance policies explicitly exclude damages caused by space debris, forcing operators to absorb the full risk of collisions with untracked objects.
Treaty Obsolescence: Current space law is largely based on maritime frameworks and lacks fundamental definitions for "right of way," traffic control, and liability for collisions between active satellites, creating a regulatory vacuum.

Circular Economy Framework: Privateer advocates for a hierarchy of space debris management prioritized by efficacy: 1) Mitigation/Prevention, 2) Reuse/Recycle, 3) Disposal, 4) Removal, and 5) Abandonment (the least preferred option).
Open Data Strategy: Privateer launched "Wayfinder," a platform providing free space situational awareness (SSA) data to democratize access and dismantle the "mafia-like" extortion model of legacy commercial data providers.
Mutual Benefit Model: The company operates a data-sharing ecosystem where contributing telemetry grants access to superior tracking capabilities, incentivizing collaboration over hoarding.
Pono Constellation: Privateer is deploying its own satellite constellation named "Pono" (Hawaiian for "doing the right thing") to independently verify and augment global tracking data.
Stewardship Philosophy: The organization explicitly rejects a gatekeeper role, aiming instead to enable a global sharing economy where space traffic management functions as a free public utility similar to terrestrial air traffic control.

Kessler Effect Risk: Experts predict specific orbital highways will reach saturation points within the next decade if current launch rates and debris management strategies do not change, leading to cascading collisions.
Catastrophic Threshold: The probability of space debris intersecting with commercial aviation or shipping traffic is currently low but increasing; a single catastrophic event involving debris striking a plane could serve as the primary catalyst for urgent regulatory reform.
Enforcement Shift: The conversation is moving from voluntary compliance to potential government-led enforcement of orbital speed limits and disposal mandates, driven by the need to prevent irreversible ecosystem collapse.
Terrestrial Disruption: Companies operating purely on Earth face future disruption from space-based entities that are unregulated, untaxed, and operate on different cost structures, potentially shifting economic paradigms for terrestrial services.
Long-Term Civilization Goal: The ultimate objective is to prevent space from becoming a "no-go" zone for the majority of humanity, preserving it as a resource for improving life on Earth and enabling an interplanetary species.

Empathy vs. Apathy: The primary barrier to space sustainability is identified as societal apathy rather than a lack of technology; the "space rush" is currently driven by individual or corporate self-interest rather than collective stewardship.
Lack of Shared Vocabulary: Terms like "space sustainability" are emerging, but a lack of universal conceptual vocabulary and imagery prevents the public from understanding the magnitude of the debris crisis.
Generational Knowledge Gap: Younger generations possess no practical skills for navigation without satellites, making modern society uniquely vulnerable to the degradation of LEO infrastructure.
Inclusivity in Talent: The space sector is actively moving away from exclusive STEM/STEAM framing to recruit "knowledge creators" and "solution creators" from diverse backgrounds to solve complex systemic issues.