Referencing AIP-009.
Networks develop best when they have factors participants can leverage: persistent lower costs, higher reach, scale and agglomeration economies, security, switching costs. Together these form an auto-compounding mass that generates a gravity well which only deepens and expands over time.
One way we could get more and more nodes onboarded, supported and scaled, before the network reaches the critical mass to generate its own gravitational pull (enough to create the flywheel of drawing in contributors and manufacturers with their own industry go-to-markets worked out, on its own), is by putting in the leg work to pave the way, clear paths, and make connections that create a backend of warm and ready players, links and systems.
Our network’s unique value proposition is local nodes solving regional needs, and that’s exactly what this is meant to serve. No single node in West Texas, Lagos or Manila would have to negotiate the backend alone. Every node could inherit it. That’s pooling resources at global scale, applied to the supply side. And local conversations, like a rancher describing what he actually needs, are exactly the demand-side intel that should be flowing back into the same pipeline.
Below is what that leg work has produced so far. All of it is exploratory: nothing committed on the DAO’s behalf.
What a shared manufacturing backend could look like
One possibility is to give each manufacturing node access to shared development and manufacturing support resources, so any component or sub-system could be procured and they could build and assemble for their local context, whatever their local capabilities or infrastructure limitations happened to be.
If a node doesn’t have SMT PCBA capability, or complex electro-mechanical kitting, or advanced 3D printing access, or has a payload concept it wants driven to prototype, or a tested system it wants produced at scale, it could make a design, purchase, or production request through the Arrow portal. That request might get routed to the best provider, or return a list of options with services enumerated and key contacts attached: backend providers, or other nodes with greater capability.
China
From July the 17th till August the 14th, I was in China doing all kinds of thing and interacting with loads of ecosystems, and some of what I came back with:
Hobbywing: one of the world’s largest producers of drone and RC drive and control systems. I was taken through their Shenzhen R&D office and all three of their factory complexes in Huizhou, covering PCB SMT, CNC machining, motor testing and assembly. I also had a few sit-downs with their team to explore how both sides could leverage each other: branding and sponsorship, ODM for motors and power electronics, and ecosystem links.
The idea we discussed that could matter most for AIP-009: special distribution dispensation and logistics links for their propulsion systems, extended to every Arrow node on the network worldwide. Someone standing up a node in Qatar could get price and logistics benefits on their motors simply by virtue of being on the network. We also discussed co-branding and marketing to sponsor and soft-launch the network alongside other UAV component suppliers, into their existing customer base, so component manufacturers, engineers and new market entrants hear about Arrow from suppliers they already trust.
Elecrow: I walked their PCBA manufacturing lines and discussed an end-to-end, design-to-dropship framework for drone and robot components and sub-modules. They have an electronics R&D team, host an open-source ecosystem, and run component sourcing plus assembly with direct dropship to customers.
The shape of it: a contributor or node has an idea, sends design files (PCB, 3D printing, CNC), Elecrow makes it, tests it, stores it, and handles fulfilment. Imagine a multi-spectral imaging payload for Quiver, spec’d and designed by a node; through the portal they could pick Elecrow from a list of options, get the design reviewed, manufactured and stocked; when a customer buys that payload from the Arrow store, the fulfilment order would route to Elecrow and ship out.
Minewing: I sat down with them to explore how a network of engineers and developers could have a support backend built for them to route production needs through.
A China-based electronics development and manufacturing house with over 20 years in the industry, running the full arc themselves: requirement analysis and feasibility, hardware design and PCB layout, rapid prototyping via 3D printing, CNC and silicone moulding, EVT/DVT/PVT trial batches with DFM optimisation, then volume assembly with retail packaging and worldwide shipping. They also cover enclosure design and plastic tooling alongside the PCBA, so a node can hand off a complete product rather than a bare board.
The detail that matters most for AIP-009: no MOQ. They explicitly support single-unit prototyping and low-volume trials through to mass production. A node building one airframe gets served on the same terms as one building a hundred, which is exactly the constraint most small nodes would otherwise hit first.
Shenzhen Foundry: investor, accelerator and manufacturing guide, useful as a routing partner for nodes navigating Shenzhen supply chains cold.
Their stated thesis maps onto Arrow’s almost exactly: AI moving off the screen into edge AI, physical AI and embodied systems, with the important startups of the next decade combining machine intelligence, physical interfaces, network effects and Shenzhen-speed execution. They name DePIN and crypto-native infrastructure among the areas they want to work with, and run a Web3 track covering tokenized hardware ownership and decentralised production. More or less a description of AIP-009, written by someone else.
The team is Shenzhen-embedded: a hardware director with 20+ years in Chinese manufacturing and 300+ domestic partner relationships, a British industrial designer handling design-to-production, advisors out of Apple R&D and MIT. Huawei, vivo, OPPO and Rokid are listed partners.
Most useful to nodes is their supplier verification service. Boots-on-the-ground factory audits by embedded, Chinese-speaking operators, no agency layer, no affiliation with any factory, most reported within five business days. Basic audits from $600, standard due diligence with sample inspection and risk scoring from $1,800, ongoing monitoring from $900/month. They also keep a searchable database of 620 suppliers across ten categories, including robotics, motion control, sensors and LiDAR, and drones.
That’s the “can I trust this factory?” problem every new node would otherwise face alone, and the sort of thing that might be worth negotiating once at network level rather than 50 times at node level.
Fuchsia: I met Alex and Tony, the co-founders, through Shenzhen Foundry. YC-backed hardware compliance startup: maps applicable standards, drafts lab-ready documentation, and connects teams with qualified testing partners via agentic workflows.
Their workflow: an agent maps a product to the standards that apply and returns cited requirements, drafts the documentation the lab needs, matches the product to labs specialising in its category, then tracks the lot in one place. Standards include FCC, CE, UL, and ISO 9001 / AS9100, which is what qualifies a supplier for aerospace and defence supply chains.
This may be the piece nodes hit hardest and latest. Every node certifying independently, from scratch, in its own jurisdiction, would be the most expensive duplication in the whole model. Making standards-mapping and lab-matching a shared, routed service could be worth real money to every participant.
Philippines: a node that already exists
Arkpad Group operate island and seasteading projects in the Philippines. I’ve been talking with Mike and his co-founder Mitchell for a while now.
In their own words: they have a restaurant kitchen on shore next to the Reef Resort and would use Quiver for transporting food, dishes and supplies, with many Philippine islands able to benefit from Spearhead’s range and speed for deliveries. They run a mechanical engineering shop building drone boats, ROVs and other equipment, plus a fiberglass facility for seasteads and boat hulls, so they are, in their words, already equipped and staffed to produce Arrow designs. They’re also interested in Caribou for heavy lift, to place the spars on their seasteads.
So: potentially an operator, a customer, and a candidate AIP-009 manufacturing node in Manila, all at once.
Their team has also offered something back. They built and flew a Ground Effect Vehicle (Ekranoplan) in 2025, intended for over-water logistics and parcel transport between mainlands and nearby islands. They want to share their files and research with the DAO, potentially as an Arrow product, in exchange for design feedback and improvements, and have asked how to proceed on a collaboration.
That’s worth a proper discussion in its own right. A node contributing an airframe back to the DAO would be the AIP-009 flywheel running in the direction we’d actually want it to.
How the pieces might fit, and what’s still open
Sketching this out surfaced a few things worth thinking about, and left plenty undecided. None of it is settled or proposed as spec; it’s one possible shape, offered to be argued with.
Two front ends, two different actors. The Arrow store could be where customers buy finished products; the node portal would be a node’s window onto the rest of the network. A customer order need never pass through the portal.
Backend providers needn’t ever deal with the customer. An order could route from the store to the nearest capable node, with that node owning the relationship end to end and deciding what to build and what to source. If a payload sat in a provider’s warehouse, the purchase would cause the node to trigger fulfilment: the provider ships, the customer’s counterparty stays the node. That’s what would make providers swappable per region without a customer noticing.
Which would give the bond a natural home. If accountability follows the relationship, the node is manufacturer of record for the whole unit. AIP-009’s per-unit bond and inspection window carry over unchanged, no amendment needed. The cost: a node could be slashed over a sub-assembly it never inspected, though that also prices its choice of who to route to.
Though enforcement might need a second lever. Bonds bite on nodes because nodes hold ARROW. They’d do nothing against a provider that ships late, wrong, or never. Withheld payment looks like the only lever that works on an unbonded party, which would mean escrow between node and provider. Without it a node pays out of pocket, eats the loss, and is still slashable for the same failure: bonded on both sides, protected on neither.
Providers could perhaps be bonded too. Not as a gate but a ladder: listed providers under escrow only, bonded providers posting slashable ARROW for routing priority, trusted providers earning network terms. Reputation scoring could apply at every tier, and would be the cheapest to build and the only one that bites before there’s volume. A major propulsion manufacturer would likely never bond, and might not need to. Worth noting where that ends up, though: a bonded provider with a stake and a score starts to look like an AIP-009 participant, which might make the node/provider split one participant type with capability tags rather than two categories.
Stock location would follow the same choices. Provider-held means dropship and near-zero working capital; node-held suits local integration and repair; a regional hub sits between. None need be network-wide, since the portal could support all three per product line.
Open questions
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Which node gets an order. Nearest with the capability, nodes bidding, or regional territory: each would produce a different network.
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Directory or broker. If a node pays the provider and keeps the margin, Arrow is a directory: cheap, no exposure, weak gravity. If the network held terms and escrow, network-negotiated supply could become enforceable and inherited, but the DAO would sit inside the commercial relationship. Though AIP-009 already built dispute arbitration, so some of that cost may be sunk.
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If providers bond, who gets slashed. Two bonded parties, one defect. Split by attributable fault, or reduce a node’s bond when it routes to a bonded provider, the latter working as an incentive to route to bonded parties.
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On the backend concept: is portal-routed access to shared manufacturing services the right primitive, or is there a leaner version?
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On the three open questions above: particularly directory versus broker, which decides more about what this network is than anything else on the list.
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On Arkpad: who wants to be in the Ekranoplan conversation ?
None of this needs answering to start, but it would need answering before any network routing layer can become real.