Supply Chain as a Moat
Topics worth your time: why building hardware increasingly means understanding how it’s sourced, a visual comparison of payloads to orbit, breadboard tips (including a 6502 breadboard computer), manufacturing defects in Dyson's new toothbrush, and more.
Interesting Report: Electronics Supply Chain at an Inflection Point
Most of an engineer’s job, as it’s usually understood, is some flavor of design, analysis, build, and test. Supply chain and procurement are admittedly not the most interesting subject matter (it’s safe to assume few enter the profession to think about tariffs or landed costs), nor does most standard curriculum ask them to. Simply look at the outline of this cheatsheet, which doubles as a clean summary of a mechanical engineering degree: a thorough accounting of the physics, with little on how any of it is sourced in practice.
While the core engineering work will always be the most important factor (nature cannot be fooled), successful hardware programs are increasingly dependent on factors that sit outside the design itself. a16z makes the case well in Everything is Computer. Nearly every modern machine now follows the same component stack of batteries, sensors, motors, compute and software, which is to say that an electric vehicle is a “smartphone with wheels,” a drone is a “smartphone with propellers,” or a robot is a “smartphone that moves.” A gross simplification, but the broader idea is true - what separates successful companies today is both the design of the final product and command of a supply chain that can turn commodity parts into working systems as quickly as possible.
The Xiaomi 18 Fold is a real-time example of what that command enables. By following breadcrumbs from the supply chain of the iPhone Duo and using control of a domestic supplier base no countries can match, Xiaomi compressed the design, sourcing and ramp of a new form factor ahead of Apple’s own launch!
For anyone who wants the bigger picture, BCG’s The Electronics Supply Chain Has Crossed an Inflection Point is a useful synthesis of where the global electronics supplier base is moving. A few interesting observations:
The old playbook is gone. For two decades, electronics sourcing meant building in one cluster at the lowest cost. Major customers now require multi-country supply to qualify a vendor, and 56% of Greater China manufacturers have built plants abroad, up from 12% in 2017.
Standardized processes move fast. Assembly, PCBA, mechanical and battery suppliers can relocate in 12–24 months, while fabs, advanced packaging, displays and sensors take three to five years.
Specialized hubs. Just like how China has its own specialized regions, the same pattern is repeating in Southeast Asia: Thailand for PCBA, Vietnam for connectivity and mechanical components, and Malaysia for chip packaging and test.
Interesting Chart: Payload to Orbit
A relative comparison of Starship's first orbital payload and the scale of what a single launch can carry.
This photo from last week's launch was too good to not include.
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Tech Week is coming to the West Coast, and Revel is bringing the party to both cities!
SF: Commanding the Physical World (Thu 10/8, 6 PM, Persona SF). Building for the physical world, from defense and nuclear to aerospace, robotics, automotive, and advanced manufacturing? Expect great cocktails, better conversation, and a fireside with Scott Morton (Founder/CEO, Revel) and Miles Grimshaw (Partner, Thrive Capital) on the next wave of physical-world innovation. Grab your SF spot.
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More From Around the Web
Breadboarding tips from Ben Eater. Or for the deeper rabbit hole, building a breadboard computer based on the 6502 microprocessor.
Dyson’s new camera-equipped toothbrush took six years to develop and was pulled from retail in the first month. The company attributes the water damage to a manufacturing defect in one batch of jet tubes.
How to publish an open-source textbook. The textbook in question: CAD as Code - Parametric Modeling and Engineering with Python.
A great story from r/Electricians on mentorship and tough managers.
Sponsored: Hardware teams are shipping faster than ever, and their tools have to keep up. Join the Trace.Space founders on October 8 for the launch of Trinity, the AI harness for hardware R&D. Register here.
Manufacturing & Startup News
Synopsys partnered with OpenAI to develop GPT-Synopsys, an AI model trained to use its chip design software, with the companies sharing revenue from the product.
AMP secured $70M in project debt to build two recycling facilities in Portsmouth, Virginia, using automated robot systems to sort waste.
Aleph Surgical raised a $7.5M pre-seed round to develop an autonomous surgical robot that learns from demonstrations, with Andreessen Horowitz leading the round.
Hop Aero raised $11M in funding to develop a suborbital rocket for cargo delivery, with its first flight planned for mid-2027.
ASI received a $225M investment from SoftBank and formed a joint venture with the company to automate construction equipment.
Tools From Our Partners
Xometry - Custom hardware sourcing backed by real experts. See us at SF Tech Week.
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Aris Machina Protos – Design & validate anything, with the AI-native workspace for industrial science and hardware R&D.
SolidWorks for Startups – Full access to SolidWorks’ product development tools, free for early-stage startups.
Zoo – AI-native CAD with a modern geometry engine, readable code, and editable feature trees for precise, editable models.
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