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This article was written by Adv. Ronit Scharf, from our Commercial Department at ABADI & CO., which advises technology companies, start-ups, and entrepreneurs on commercial and corporate matters, including complex agreements in the fields of software, hardware, intellectual property, licensing, distribution, and international transactions. Over the years, Ronit has advised on significant transactions and commercial initiatives for technology companies at various stages of growth, developing extensive experience in these areas.
We all love the tangibility of the physical world. We rush to buy the latest smartphone, a new dress, or a smart television offering innovative applications. But have you ever noticed that the hardware industry is led almost exclusively by companies with deep pockets?
So where is the catch? Why, in most cases, only large companies with substantial financial resources dare to enter the world of hardware-based products? Or even raw materials?
The answer is not a simple one and is made up of many layers.
It is not merely because physical manufacturing requires substantial capital. In physical manufacturing the legal risk profile is exponentially more complex and dangerous than that of software. If, as a software company, your software crashes, you will push a hotfix to the cloud, send a brief apology email, and your users refresh their browsers. The total cost? A few hours of work by the development team.
But what happens when your hardware product fails? Your product could be sitting in a container stuck at a European port simply because a customs official determined that a capacitor does not comply with applicable standards. In a worst-case, a defective battery could catch fire in a customer's living room. In such a situation, you are not merely dealing with a negative review on social media. You may be facing a multimillion-dollar tort claim, customs seizures, and a logistical nightmare capable of wiping out your cash reserves almost overnight.
Code vs. Hardware: The Tort-Law Time Bomb
Legal advisers to software companies spend their days mitigating contractual breaches, system uptime commitments, data privacy issues, and service levels.
Entrepreneurs and legal advisers to companies with a physical component in their offering, quickly discover that the challenge is not limited to manufacturing, supply chains, or shipping costs, although each of these is complex and expensive in its own right. Those are merely the starting point. Legal teams operating in the hardware world must build systems of protection for a physical reality: products that break down, are lost in transit, arrive defective from the factory (DOA), or cause actual physical damage to property or individuals. Developing a product that includes a hardware component opens up an entire world of legal complexities that software products generally do not have to address.
The reason is simple: hardware is a physical asset. It can break down, be lost, damaged during shipment, arrive late, be returned, require ongoing maintenance, and in some cases cause bodily injury, property damage, or disruption to the customer's business operations. Each of these scenarios changes the risk and liability landscape and, accordingly, the way a commercial agreement should be drafted to properly protect the developer, manufacturer, or supplier.
Consider, for example, the structural difference in intellectual property (IP) protection. In the software world, protection focuses primarily on the copyright in the code: a relatively clean, digital, and straightforward process. In hardware, by contrast, companies must navigate a complex web of functional patents, industrial designs, and dedicated, stringent confidentiality agreements (NDAs) with subcontractors and manufacturers. If your manufacturing partner in China copies the design of your product casing, the generic NDA you have obtained from a software company will not protect you.
The Regulatory Minefield: The Geopolitical Trap
Software products are global by nature from day one. Hardware is local and stubbornly physical. A single IoT (Internet of Things) product can encounter a vast array of complex regulations that vary dramatically across different jurisdictions.
For example, exporting a smart device to the European market alone may require compliance with three stringent regulatory frameworks simultaneously:
CE Marking: A declaration that the product complies with the European Union's requirements regarding safety, health, and environmental protection.
RoHS: Strict restrictions on the use of hazardous substances in electrical and electronic equipment.
WEEE: Regulations imposing responsibility on producers for the recycling and treatment of waste electrical and electronic equipment.
Failure to comply with any of the above regulations can result in significant damage, both financially and for from a reputation perspective, and meeting the compliance requirements themselves are far from inexpensive.
If you launch a software feature that violates a minor local regulation, you can simply block the feature in that geographic market. But if your physical product fails a RoHS compliance inspection at the German border, your entire inventory may remain in customs warehouses, accumulating storage fees while your capital slowly drains away.
Hardware SLAs: A Completely Different Ball Game
In a Software-as-a-Service (SaaS) model, a Service Level Agreement (SLA) measures system availability ("uptime"). If the system falls below 99.9% availability, you compensate the customer with a proportional credit on the following month's invoice.
In hardware, an SLA is an operational and financial commitment carrying significantly greater risk. You are legally binding your company to real-world physical performance metrics:
Turnaround Time: How many days exactly do you have to repair or replace a defective physical component?
Availability of Spare Parts: Are you contractually required to maintain spare-parts inventory for 3, 5, or 10 years after the product has already ceased production?
DOA and Recall Protocols: If an entire shipment arrives defective from the factory, who bears the costs of reverse logistics, import duties, and reshipping?
Each such legal commitment translates directly into an immediate cash expense. If your contract guarantees delivery of a replacement device within 48 hours, but your overseas hardware manufacturer experiences a supply-chain delay, you may automatically find yourself in breach of contract and exposed to claims for damages.
Practical Steps for Managers in the Hardware Industry
To survive in the physical world, your commercial agreements cannot rely on generic templates. They must be precisely and rigorously tailored to your product:
Define Clear Exclusions of Liability: Specify, in unambiguous terms, which types of damage are excluded from your liability, such as misuse, ordinary wear and tear, inadequate maintenance, or unauthorized modifications to the product.
Limit Liability in Time and Amount: Ensure that your limitation-of-liability clause includes a maximum liability cap, such as the purchase price or the amount paid during the previous 12 months, as well as a clearly defined and time-limited warranty period.
Precisely Define Shipping and Tax Terms (Incoterms): Never write in a contract that "the supplier is responsible for shipping." Use precise international commercial terms, such as DDP or Ex Works, to determine exactly when risk and title to the goods transfer from the factory to you, and from you to the customer.
Invest in Comprehensive Product Liability Insurance: A standard business insurance policy will not be sufficient. You need dedicated product liability coverage for hardware, including coverage for recalls and global shipping risks.
Conclusion: The Advantage of Legal Precision
Developing and manufacturing hardware products are complex and demanding challenges. But the greater the difficulty, the greater the potential reward. Physical products create a strong and stable barrier to entry, or moat, in the market—one that pure software companies may find extremely difficult to replicate. Unlike software, the development, manufacturing, and delivery of a tangible product require substantial capital, complex logistical infrastructure, and considerable time to reach mass production. This complexity makes it more difficult for new competitors to copy the product or compete effectively.
However, entering the physical world with a legal mindset designed for the software world is a recipe for disaster. Through early planning of supply agreements and aligning them with sales agreements through back-to-back commitments, developing a deep understanding of the regulations applicable in the target market, and moving away from template agreements toward legal protections tailored to the specific characteristics of the product, companies can reduce risk, protect their business, and increase long-term profitability.
Your next step: Review your current manufacturer and distributor agreements today. Do your liability caps reflect the true physical risk profile of your business? If you are unsure, now is the time to conduct a legal audit of your supply chain before the next shipment leaves the port.
Legal Disclaimer
The information contained in this article is provided in summary form for general informational purposes only and does not constitute legal advice, a legal opinion, or a substitute for professional advice tailored to the specific circumstances of any particular case. In the event of any legal question or the need to make a decision with legal implications, professional and qualified legal advice should be sought.
