Manufacturing in China

In 2016, an Israeli entrepreneur named Yekutiel Sherman launched a Kickstarter campaign for Stikbox, a smartphone case that folded out into a selfie stick. Backers loved it. He’d priced it at $47.

One week later, exact replicas of his product appeared on Alibaba at $8 each. His own backers turned on him, accusing him of price gouging. He spent the next several months, and by his own account 20% of his working time, tracking down the Chinese factories that were selling his design before he’d even finished his funding round.

Sherman hadn’t signed a single supplier contract yet. The factories never needed to touch his prototype. They built from his Kickstarter video.

If you’re a hardware founder considering manufacturing in China, this is the risk you’re walking into. And it’s the reason “protect your design” has to mean something more than a clause in an NDA.

The risk picture isn’t theoretical. It’s in the court filings.

China remains on the USTR Priority Watch List in the 2025 Special 301 Report. The report flags ongoing concerns about technology transfer, trade secrets, counterfeiting, bad-faith trademarks, and patent enforcement, and specifically the “high evidentiary burdens, limited discovery, and difficulties in obtaining deterrent-level damages awards” foreign companies still face.

The scale, in numbers:

• 11,066 new foreign-related IP cases were accepted by Chinese courts in 2025, up 34.1% from 8,252 the year before.
• Foreign IP civil filings have grown by an average of 24% per year for four consecutive years.
• China Customs seized 76.39 million trademark-infringing items at the border in 2024.

That’s the volume of foreign-owned IP being defended in Chinese courts right now. Behind every case is a Western company that thought a contract or an NDA would be enough.

Why “we have an NDA” isn’t IP protection

The good news first: foreign companies are winning more cases. The 2024 China Courts IP Judicial Protection Report puts the foreign-plaintiff success rate at 68%. In Beijing’s Chaoyang District court, foreign plaintiffs won 77% of suits against domestic defendants between 2014 and 2022. Punitive damages cases were up 44.2% in 2024, totalling RMB 873 million across just 18 Supreme People’s Court cases. In June 2024, the Geely v Weltmeister trade-secrets judgment landed a 640 million yuan award, the largest IP damages award in Chinese history.

The bad news is the timeline. Patent infringement cases at first instance run 1.5 to 3 years, with only about 70% resolving inside 12 months. Most other IP first-instance cases land in the 6 to 18 month range. Court filing fees alone are 0.5–1% of the damages claimed.

Eighteen months is a long time. In eighteen months, the knockoff is on Amazon, your Kickstarter backers have been asking refund questions, the counterfeiter has sold a year’s worth of inventory, and the original product launch window has closed. Winning the case in year two does not get any of that back.

Contracts and NDAs give you the right to pursue someone after the IP is out. They don’t prevent the leak. Real protection has to be operational, built into the factory floor, not just into the legal agreement.

What “IP protection at the source” actually means

Most Chinese contract manufacturers protect IP through a contract clause and a corridor with a lock on it. That isn’t an IP protection system. That’s a door.

Shield Works was built around a different model: protection at the source of manufacture, certified to the GB/T 2940-2013 Enterprise IP Management Standard (the highest enterprise IP management standard in China) and independently audited by NOA Testing and Certification Group. It’s not a self-declaration.

The model runs in four integrated layers:

1. Physical Security. Appointment-only gate with QR check-in, 24/7 guards, lift and floor-based access approval, controlled entry to secure zones, fingerprint or pass access to core areas, strict audit trails. No one enters sensitive areas without approval.
2. Internal Access Control (black-box workflow). Operators see only their own task. Sensitive assemblies are compartmentalised. Design data is restricted to authorised engineering. Reverse engineering from within is structurally impossible because no one operator ever sees the whole product.
3. Supplier Isolation. External suppliers receive only the data they need for their part. They never see the full BOM or the “secret sauce.” Sub-assemblies are integrated internally by Shield Works staff under controlled protocols. No supplier can reconstruct a complete product independently.
4. Client Project Segmentation. Each client’s project is fully isolated within the facility. No cross-project exposure, even between two clients working in the same building.

This is the difference between “IP protection” as marketing language and IP protection as a building-and-process design.

How black-box workflow works on a real product

Consider a recent Shield Works project: a connected smart coaster that autonomously positions itself beneath a user’s drink. The product combines a polished stone enclosure, a four-wheel Mecanum drive base with closed-loop control, IR and time-of-flight sensors with accelerometer fusion, and an SoC processor with embedded computer vision.

Each of those sub-systems (vision, drive, sensors, processor, power, enclosure) would be a separate IP exposure if a single operator or a single supplier saw the full design. The drive geometry could be reverse-engineered from the chassis. The sensor fusion logic could be reconstructed from the firmware. The housing CAD could be lifted by any vendor cutting the marble.

Black-box workflow means none of those exposures happens. The drive sub-assembly is built in one zone. The optical sensor module is built in another. Final integration happens under restricted access. No one outside the authorised engineering team sees the full BOM. A supplier polishing the stone enclosure doesn’t see the electronics. A supplier producing the PCB doesn’t see the chassis geometry.

This is not extra paperwork on top of normal contract manufacturing. It’s a different way of running a factory.

The legal layer, done right

Operational security protects the production phase. The legal layer protects everything around it, and most founders get the order wrong.

Three rules:

China is first-to-file, for both patents and trademarks. Use in commerce does not establish ownership. Whoever files first owns the mark and the patent in China. Tesla and Apple have both faced expensive trademark disputes precisely because squatters filed their marks first. If you have been selling abroad for years but have not filed in China, you have no rights in China.

Run a dual filing strategy on patents. Three patent types, three timelines:

Patent type	Average time to grant	What it protects
Utility model	~6 months	Functional innovations, formalities check only
Design patent	A few months (2 months on accelerated examination)	Product appearance
Invention patent	15.5 months average (down from 3–5 years historically per CNIPA 2024 data)	Full substantive protection

File a utility model and an invention patent on the same disclosure. The utility model lands in roughly six months and gives you protection while the invention patent works through full examination. Add a design patent on the housing if appearance is part of your differentiation.

Record your IP with China Customs. This is the underused multiplier. Over 26,000 IP owners are enrolled in the China Customs recordation system. More than 90% of customs IP seizures are on goods exported from China. Customs intercepts knockoffs before they leave the country. Over 90% are ex officio, meaning Customs acts on its own from the recordation, with no enforcement action required from you. Seizures grew from 18,000 in 2012 to 84,000 in 2021, a seven-fold increase. For any founder worried about counterfeits hitting Amazon, Etsy or a crowdfunding fulfilment channel, Customs IP recording is the cheapest and most effective single move.

Shield Works partners with Innopat, a China-authorised IP agency, for patent applications across Mainland China, Hong Kong and Macau, trademark filings, copyright registration, customs IP recording, and patent invalidation work.

A realistic IP timeline

Anchor on what actually grants what.

Start IP filings at least 4–6 months before any production data leaves your team. Utility model and design patents should be filed before the Route to Market Plan begins. The invention patent and trademark file in parallel, they’ll still be pending when you ship, but the filing date is what locks priority.

For Shield Works specifically, the RTMP runs 6–12 weeks. The full sequence looks like this:

• Month 0–1. Legal filings begin: utility model, design patent, trademark, customs IP recording.
• Month 1–3. RTMP runs in parallel inside the Shield Works facility.
• Month 3–6. Tooling and pilot production. Utility model and design patent typically granted by this point.
• Month 6+. Mass production. Invention patent still pending but with priority date secured.

If you’re already in production without filings in place, you’re working backwards from a higher-risk position. The fix isn’t to skip the filings; it’s to start them now and accelerate where possible.

What to do tomorrow

Three actions that lower risk before any factory decision:

1. File the legal protections first. Utility model, design patent, trademark, and Customs IP recording. Use a China-authorised IP agency. This is the layer most founders skip because it feels procedural. It’s the one that gives you any standing at all if a leak does happen.
2. Audit your current data exposure. Who has your full BOM? How many sub-suppliers have your CAD? Every additional set of eyes on the complete design is a risk. Move toward partial-data sharing as the default.
3. Plan the transition to a controlled facility. If you’re in pre-production or your current contract manufacturer can’t protect IP structurally, the next step is moving your IP-sensitive sub-assemblies into a facility that does. Start with a Route to Market Plan to scope the move. For more on why factory architecture matters more than contract clauses, read our related piece on assembling in an IP-protected facility in China.

Stikbox didn’t fail because Yekutiel Sherman was careless. He failed because there was no IP protection layer between his Kickstarter video and the Chinese factories watching it. Hardware founders don’t need to repeat that experiment.

Ready to scope the move? Request a Consultation with the Shield Works team. We’ll review your product, your current exposure, and the right sequence of legal and operational steps to protect it.