Orca Aerospace growth playbook

Add a short proof band under the hero: "Selected by Orbital for onboard autonomy across its data-center fleet (letter of intent, up to $20M)", linking to the Payload story, next to "Backed by Y Combinator". Below "Orca Lives Onboard", add a three-step "How Orca comes aboard" strip from the deal: (1) integrate once with your flight software, (2) fly in shadow mode, with every decision sent down for human review, (3) hand over autonomy layer by layer, collision avoidance first. Rename the button to "Request a shadow-mode briefing". Confirm the wording with Orbital before publishing.

Spacecraft operators buy from vendors other operators have trusted, and the biggest objection to AI commanding a vehicle is the risk. A named customer plus a visible, reversible adoption path answers both on the first screen, and turns press attention into briefing requests instead of a dead end.

PROOF BAND
Selected by Orbital for onboard autonomy across its data-center fleet (letter of intent, up to $20M) · Backed by Y Combinator · Registered for U.S. government & defense contracts

HOW ORCA COMES ABOARD
1. Integrate once. Orca connects to your flight software stack one time; every vehicle follows the same rules.
2. Fly in shadow mode. Orca decides, your team reviews every decision on the ground.
3. Hand over in layers. Collision avoidance first, then tasking and fault response, when you're ready.

[Request a shadow-mode briefing]

• A letter of intent is not a contract

  Say "letter of intent" plainly; buyers in space respect precise wording.

• Orbital prefers not to be named

  Use "a data-center constellation" plus the Payload link until it agrees.

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source
• Your websiteSitemap: 5 URLs (home, founders, join, privacy, terms), all last updated August 28, 2026; no blog, news, documentation, case-study, pricing or government page; the homepage has no social share image.Source

Add an Open Graph and Twitter card image (the orca mark plus "Mission Control, Onboard" and "Selected by Orbital"), a share title and description to every page, and check previews in LinkedIn's post inspector.

A visual preview gets more clicks on every share, at no cost, exactly when attention is highest.

• Cached old previews

  Re-scrape in the LinkedIn inspector.

• Your websiteSitemap: 5 URLs (home, founders, join, privacy, terms), all last updated August 28, 2026; no blog, news, documentation, case-study, pricing or government page; the homepage has no social share image.Source
• Y CombinatorY Combinator profile: Fall 2026 batch, founded 2026, team of 5, San Francisco; "AI spacecraft operators that lives onboard the vehicle"; lists a LinkedIn company page and the November 5, 2026 Payload story, neither of which the website links to.Source

Add /news with dated entries: the YC Fall 2026 batch, the Orbital letter of intent with the Payload link, and each future milestone (pilot, flight test, award). Link it from the navigation and keep the sitemap dates current.

Due-diligence readers (operators, investors, candidates) look for momentum; a dated record shows it and gives search engines fresh pages.

• A sparse page looks thin

  Add short build updates between big milestones.

• Your websiteSitemap: 5 URLs (home, founders, join, privacy, terms), all last updated August 28, 2026; no blog, news, documentation, case-study, pricing or government page; the homepage has no social share image.Source
• Y CombinatorY Combinator profile: Fall 2026 batch, founded 2026, team of 5, San Francisco; "AI spacecraft operators that lives onboard the vehicle"; lists a LinkedIn company page and the November 5, 2026 Payload story, neither of which the website links to.Source
• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source

Add the LinkedIn link to the header or footer, then post a short monthly update from the company page, reshared by both founders: what was integrated, what was tested in the loop, what was learned. Pin the Orbital story.

Regular, technical updates keep Orca in front of the small number of people who buy or influence spacecraft software, and help recruiting.

• Revealing customer details

  Share only what partners have announced.

• Y CombinatorY Combinator profile: Fall 2026 batch, founded 2026, team of 5, San Francisco; "AI spacecraft operators that lives onboard the vehicle"; lists a LinkedIn company page and the November 5, 2026 Payload story, neither of which the website links to.Source
• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source
• Your websiteFounders page: the CEO founded the first AI-GNC team at Lockheed Martin Space and has over a decade of spacecraft GNC experience; the CTO did trajectory and mission design research at MIT's ACL and ARCLab, worked on GNC at Lockheed Martin and has published AAS/AIAA astrodynamics work.Source

Ask four short questions with the request: organisation, fleet size (now and planned), orbit regime, and flight-software stack or bus. Reply within one working day with a proposed agenda based on the answers; send small or early fleets the safety-case paper and a shorter call.

A specific agenda shows expertise before the first meeting, and qualification protects founder time for the fleets that pay per satellite.

• Fewer requests from added fields

  Keep it to four optional-looking short fields.

• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source
• Y CombinatorY Combinator profile: Fall 2026 batch, founded 2026, team of 5, San Francisco; "AI spacecraft operators that lives onboard the vehicle"; lists a LinkedIn company page and the November 5, 2026 Payload story, neither of which the website links to.Source
• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source

Decide whether the role can be remote, then make both listings match. Add to the join page the equity range, the eligibility requirement, the languages, and a short note on what the hardware-in-the-loop setup looks like and the first integration (the Orbital program).

Clear, consistent posts bring more qualified applicants and avoid late-stage drop-outs over location or eligibility.

• Remote weakens hardware testing

  State the on-site days needed for the bench.

• HiringJoin page: one open role, Founding Flight Software Engineer, San Francisco on-site or hybrid, $100k–$200k plus equity; writes and tests flight software for the onboard operator stack, runs software- and hardware-in-the-loop testing and integrates with other flight software platforms; applications go to the Y Combinator listing.Source
• HiringFounding Flight Software Engineer on Y Combinator: San Francisco or Remote (US), 0.25%–2.00% equity, 1+ years, US citizen/visa only, C++, Python and Linux; integrates the stack with flight software platforms customers already fly and tests against flight-representative targets; an onboard LLM decides what to do and a deterministic flight stack decides how.Source

Raise the contrast of the flagged text, subset the fonts to the characters used (or use one fewer weight), and serve them from a host with long cache lifetimes. Keep the page as light as it is when adding the proof band and news.

Readable text matters for the engineers and programme staff reviewing the site; lighter fonts keep it fast as content grows.

• Font change alters the look

  Subset, don't replace.

• PageSpeedMobile performance 99 and desktop 100; Chrome field data shows real visitors pass Core Web Vitals (LCP 888 ms, INP 62 ms, CLS 0 at the 75th percentile); fonts are 183 KB of a 207 KB page and longer cache lifetimes could save about 185 KB; accessibility 95 with one colour-contrast failure.Source

Package a fixed-scope pilot: Orca runs in shadow mode on the operator's simulator or flight-representative target, against their own scenarios, for a set period, ending in a report of every decision Orca would have taken and how it compares with what the team did. Price it as a paid integration fee that is credited against the per-satellite license if they proceed.

A defined first step with a credit shortens procurement, and it mirrors the integration-fee-plus-license model Orbital already accepted.

• Pilots consume the small team

  Cap at two concurrent pilots.

• Operators won't share data

  Run against their simulator, not live telemetry.

• #1 Put the Orbital letter of intent and the shadow-mode adoption path on the homepage, which still shows no customer

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• HiringFounding Flight Software Engineer on Y Combinator: San Francisco or Remote (US), 0.25%–2.00% equity, 1+ years, US citizen/visa only, C++, Python and Linux; integrates the stack with flight software platforms customers already fly and tests against flight-representative targets; an onboard LLM decides what to do and a deterministic flight stack decides how.Source
• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source

Add a /compatibility page listing supported stacks (Reflex Aerospace via the Orbital program), stacks in progress, the interface Orca needs (telemetry in, commands out through the guardrail), and compute and memory requirements. Add a "request your stack" form that asks for the stack and bus.

Engineers short-list vendors that plainly fit their stack, and the requests tell Orca which integration to build next for the most satellites.

• Revealing too much architecture

  Publish the interface, not the internals.

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• HiringFounding Flight Software Engineer on Y Combinator: San Francisco or Remote (US), 0.25%–2.00% equity, 1+ years, US citizen/visa only, C++, Python and Linux; integrates the stack with flight software platforms customers already fly and tests against flight-representative targets; an onboard LLM decides what to do and a deterministic flight stack decides how.Source
• Your websiteSitemap: 5 URLs (home, founders, join, privacy, terms), all last updated August 28, 2026; no blog, news, documentation, case-study, pricing or government page; the homepage has no social share image.Source

Write a technical paper (8-12 pages) on the gated architecture: the split between "what" and "how", what the safety kernel checks, how it fails safe, how shadow mode builds evidence, and how it is tested in the loop. Publish it ungated as a PDF and a web page, and turn it into a conference paper.

In safety-critical markets the safety argument is the sales pitch; a clear paper travels inside the buyer's organisation without Orca in the room.

• Giving competitors the design

  Explain the principles and checks, not the code.

• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source
• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• Your websiteFounders page: the CEO founded the first AI-GNC team at Lockheed Martin Space and has over a decade of spacecraft GNC experience; the CTO did trajectory and mission design research at MIT's ACL and ARCLab, worked on GNC at Lockheed Martin and has published AAS/AIAA astrodynamics work.Source

Publish a /government page and a one-page capability statement PDF: core capabilities, differentiators (gated architecture, onboard operation), CAGE code and other identifiers, relevant NAICS codes, the team's past performance at Lockheed Martin and MIT, and contact details. Link it from the footer.

Government buyers and primes look for a capability statement first; having one is table stakes for teaming and SBIR conversations.

• Overstating past performance

  Describe the founders' prior work as theirs, not the company's.

• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source
• Competitor researchIn Orbit Aerospace (Payload, October 14, 2026): INTELLACT onboard autonomy for spacecraft health, maneuvers and anomaly response; a NASA Phase I SBIR for swarms and a SpaceWERX Phase I STTR for LEO constellations, building on a $1.8M Phase II STTR; slated to debut in shadow mode on the AFRL/NASA HyperSTEP mission in 2027; pitches moving operators from "in the loop" to "on the loop".See the research Source
• Your websiteFounders page: the CEO founded the first AI-GNC team at Lockheed Martin Space and has over a decade of spacecraft GNC experience; the CTO did trajectory and mission design research at MIT's ACL and ARCLab, worked on GNC at Lockheed Martin and has published AAS/AIAA astrodynamics work.Source

Track every open NASA, SpaceWERX and AFRL topic on spacecraft autonomy, collision avoidance and constellation operations; pick two a quarter that match the gated architecture; pair the STTR ones with the CTO's university labs. Reuse the safety case (idea 4) as the technical core of each proposal.

Non-dilutive money extends a five-person runway, and a Phase I award is the government proof Orca's site is missing.

• Proposals pull focus from Orbital

  Only bid topics that build the same product.

• #4 Publish the safety case for "Gated": how a guardrail approves or denies every command an AI proposes
• #5 Turn "Registered for U.S. government & defense contracts" into a government page with a capability statement

• Competitor researchIn Orbit Aerospace (Payload, October 14, 2026): INTELLACT onboard autonomy for spacecraft health, maneuvers and anomaly response; a NASA Phase I SBIR for swarms and a SpaceWERX Phase I STTR for LEO constellations, building on a $1.8M Phase II STTR; slated to debut in shadow mode on the AFRL/NASA HyperSTEP mission in 2027; pitches moving operators from "in the loop" to "on the loop".See the research Source
• Your websiteFounders page: the CEO founded the first AI-GNC team at Lockheed Martin Space and has over a decade of spacecraft GNC experience; the CTO did trajectory and mission design research at MIT's ACL and ARCLab, worked on GNC at Lockheed Martin and has published AAS/AIAA astrodynamics work.Source
• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source

Submit talks or papers to the main astrodynamics, small-satellite and space-traffic conferences on onboard collision avoidance for dense constellations and on gating AI decisions with deterministic planners. Post slides and recordings on the news page.

Technical talks reach the engineers who recommend vendors, and they compound into citations and inbound briefings.

• Long lead times

  Also apply for panels and workshops with shorter deadlines.

• #4 Publish the safety case for "Gated": how a guardrail approves or denies every command an AI proposes

• Your websiteFounders page: the CEO founded the first AI-GNC team at Lockheed Martin Space and has over a decade of spacecraft GNC experience; the CTO did trajectory and mission design research at MIT's ACL and ARCLab, worked on GNC at Lockheed Martin and has published AAS/AIAA astrodynamics work.Source
• Your websiteSitemap: 5 URLs (home, founders, join, privacy, terms), all last updated August 28, 2026; no blog, news, documentation, case-study, pricing or government page; the homepage has no social share image.Source

Build a simple calculator: fleet size, passes per day, expected conjunctions and anomalies, and minutes of human attention each. Show ground-team headcount needed with today's approach and with Orca handling routine maneuvers onboard, with clear, editable assumptions. Offer the result as a PDF for the buyer's business case.

It turns a vision into a budget line, gives the champion a document to circulate, and captures fleet-size data with every use.

• Numbers look like marketing

  Show every assumption and let users change it.

• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source
• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source

Build a list of companies with announced or filed plans for large constellations, especially in sun-synchronous orbits, from public regulatory filings and trade press. Rank by planned fleet size and launch date, and approach each with the Orbital proof, the shadow-mode pilot and the ops calculator.

The same problem, the same orbit and a reference customer make the conversation short; per-satellite pricing makes big fleets worth the founders' time.

• Orbital sees rivals being courted

  Agree up front what exclusivity, if any, the deal implies.

• #1 Put the Orbital letter of intent and the shadow-mode adoption path on the homepage, which still shows no customer
• #2 Turn shadow mode into a defined, paid pilot offer that operators can say yes to
• #13 An operations-scaling calculator: how many operators a fleet needs at 10, 100 and 1,000 satellites

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source

Propose a co-marketing and referral agreement with Reflex Aerospace: Orca listed as an onboard autonomy option for its buses, a joint technical note, and a referral or resale share on licenses. Repeat with each new stack Orca supports.

Bus makers are in the room early in every mission design, and an autonomy option makes their bus more attractive to operators facing staffing limits.

• The bus maker builds its own autonomy

  Position Orca as the safety-gated layer they would not want to certify alone.

• #3 Publish a flight-software compatibility page: which stacks Orca already integrates with and which are next

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• HiringFounding Flight Software Engineer on Y Combinator: San Francisco or Remote (US), 0.25%–2.00% equity, 1+ years, US citizen/visa only, C++, Python and Linux; integrates the stack with flight software platforms customers already fly and tests against flight-representative targets; an onboard LLM decides what to do and a deterministic flight stack decides how.Source

Generate a weekly report for each customer: decisions Orca would have taken, how they compare with the ground team's actions, guardrail denials, response times, and a running "ready for the next layer" checklist agreed at the start. Review it monthly with the customer's operations lead.

It converts shadow mode into a measurable path to autonomy, and to more licensed satellites, with the evidence the customer's own safety board needs.

• Reports expose early mistakes

  That is the point of shadow mode; show the fixes too.

• #2 Turn shadow mode into a defined, paid pilot offer that operators can say yes to

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• Competitor researchIn Orbit Aerospace (Payload, October 14, 2026): INTELLACT onboard autonomy for spacecraft health, maneuvers and anomaly response; a NASA Phase I SBIR for swarms and a SpaceWERX Phase I STTR for LEO constellations, building on a $1.8M Phase II STTR; slated to debut in shadow mode on the AFRL/NASA HyperSTEP mission in 2027; pitches moving operators from "in the loop" to "on the loop".See the research Source

Add a short "How Orca is licensed" section: a one-time integration per flight-software stack, a per-satellite license that scales with the fleet, and a paid shadow-mode pilot credited toward the license. Give ranges or volume tiers only if comfortable; the structure alone helps.

Clear pricing structure lets champions start budget conversations early and filters out fleets that can't pay.

• Anchoring negotiations

  Publish structure, not exact prices.

• #2 Turn shadow mode into a defined, paid pilot offer that operators can say yes to

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• Your websiteSitemap: 5 URLs (home, founders, join, privacy, terms), all last updated August 28, 2026; no blog, news, documentation, case-study, pricing or government page; the homepage has no social share image.Source

Write and publish version 0.1 of a protocol for autonomous vehicles to share intent and agree on avoidance maneuvers: message formats, priority rules and fall-backs to the ground. Release a reference implementation, invite two other operators to review, and offer Orca as the easiest way to speak it.

Open standards spread faster than products, and each adopter is a natural buyer of the onboard operator that implements it best.

• Rivals adopt it without paying

  Open the protocol, license the onboard operator.

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source
• Competitor researchRivals' own homepages: Neuraspace, "Smart Autonomy for Space", with six product lines including STM & Ops and NeuraspaceDEF for operators, launch providers, defence agencies, insurers and regulators; Kayhan Space, "Making Spaceflight Safer", with Satcat and Dynamics for orbit estimation and simulation.See the research Source

Build a set of simulated dense-orbit scenarios (conjunctions, communication gaps, faults) with published rules and scoring: time to decision, fuel used, risk avoided, guardrail denials. Publish Orca's scores, how a scripted ground process would perform, and invite others to run the same scenarios.

A benchmark creates the comparison buyers want and places Orca as the reference others are measured against.

• Seen as rigged

  Publish the method and have a lab review it.

• #4 Publish the safety case for "Gated": how a guardrail approves or denies every command an AI proposes

• Competitor researchRivals' own homepages: Neuraspace, "Smart Autonomy for Space", with six product lines including STM & Ops and NeuraspaceDEF for operators, launch providers, defence agencies, insurers and regulators; Kayhan Space, "Making Spaceflight Safer", with Satcat and Dynamics for orbit estimation and simulation.See the research Source
• Competitor researchIn Orbit Aerospace (Payload, October 14, 2026): INTELLACT onboard autonomy for spacecraft health, maneuvers and anomaly response; a NASA Phase I SBIR for swarms and a SpaceWERX Phase I STTR for LEO constellations, building on a $1.8M Phase II STTR; slated to debut in shadow mode on the AFRL/NASA HyperSTEP mission in 2027; pitches moving operators from "in the loop" to "on the loop".See the research Source
• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source

Scope a "relay" tier: a thin onboard client with the safety kernel on small spacecraft, with heavier planning running on orbital compute and decisions still gated onboard. Price it per connected vehicle. Start with a design study with Orbital and one small-satellite operator.

It widens the market from large buses to small satellites and ties Orca's growth to Orbital's fleet growth.

• Depends on Orbital's timeline

  Keep it a study until Orbital's satellites fly.

• #7 Publish the coordination protocol as an open spec other operators can adopt

• PressPayload, November 5, 2026: a letter of intent with Orbital worth up to $20M (an integration fee plus a per-satellite license fee) for Orbital's planned data-center satellite fleet; Orca integrates once with the flight software of Orbital's bus partner, Reflex Aerospace; it starts in shadow mode, sending telemetry down for human review, then gains autonomy in layers; parts may be tested on Orbital's July 2027 Pathfinder and it is slated for Orbital-1 in 2028; Orbital plans 10 satellites in 2029, 100 in 2030 and 1,000 in 2031; Orca plans to keep its coordination protocols open to other operators.Source

Brief two or three space insurance underwriters on the gated architecture and shadow-mode evidence, and ask what data would let them treat Orca-equipped satellites differently. If any will, that becomes a reason for operators to buy and a co-authored note to publish.

If an insurer recognises the risk reduction, Orca's price can be framed against premiums, a budget line that already exists.

• Insurers see autonomy as new risk

  Lead with guardrails and shadow-mode evidence.

• #4 Publish the safety case for "Gated": how a guardrail approves or denies every command an AI proposes

• Competitor researchRivals' own homepages: Neuraspace, "Smart Autonomy for Space", with six product lines including STM & Ops and NeuraspaceDEF for operators, launch providers, defence agencies, insurers and regulators; Kayhan Space, "Making Spaceflight Safer", with Satcat and Dynamics for orbit estimation and simulation.See the research Source
• Your websiteHomepage (checked November 9, 2026): title "Orca Aerospace — Mission Control, Onboard"; sections "Space Is Scaling Faster Than The People Who Fly It", "Orca Lives Onboard" (Onboard, Gated, Independent) and "Put An Orca Onboard"; a "Request a briefing" button and an email link to the founders; "Backed by Y Combinator" and "Registered for U.S. government & defense contracts" with a CAGE code. No customer, partner, deal, news or social-media link appears.Source