Z-Wave Gets a Boost With New Chip Provider as Trident IoT Launches

If anyone needed further proof that the arrival of the Matter standard is not going to instantly wipe out all pre-existing smart home wireless protocols, they need look no further than the official launch of Trident IoT. Founded this past April with a clear mission to design and support specialized Z-Wave devices, the new company has officially burst onto the scene with a major announcement: it is just a month away from taping out its very first silicon chips and plans to begin sampling them to prospective customers before the close of the year.

This development represents monumental news for the broader smart home industry and particularly for the enduring Z-Wave ecosystem. For decades, industry observers, developers, and device manufacturers discussing the Z-Wave standard frequently expressed a dual sentiment. On one hand, there was widespread praise for the remarkable reliability of its proprietary mesh networking technology, which has long made it a favorite for security systems and robust home automation. On the other hand, there was persistent frustration regarding a major supply chain bottleneck: for many years, only a single company—Zensys—provided the silicon powering these devices.

This exclusive reliance on one chip provider caused lingering anxiety throughout the smart home community. Customers and hardware manufacturers desperately wanted a reliable second source for silicon. A secondary supplier was viewed as essential for keeping component pricing competitive and healthy, while also serving as a vital insurance policy in the unexpected event that Zensys ever ceased operations.

The timeline of corporate stewardship over the Z-Wave standard has been a long and winding road. Back in 2008, Zensys was acquired by Sigma Designs, which briefly elevated hopes across the industry that another silicon provider might finally emerge or that the proprietary standard would be opened up to wider manufacturing. Unfortunately, Sigma Designs kept a tight grip on the radio protocol, leaving the single-source ecosystem largely intact. A decade later, in 2018, hope resurfaced when Silicon Labs announced its acquisition of Sigma Designs, bringing Z-Wave under its vast corporate umbrella.

That acquisition eventually paved the way for a major strategic shift. In 2020, Silicon Labs initiated the process of decentralizing and opening up the standard by officially spinning out the independent Z-Wave Alliance. The evolution reached a critical milestone in 2022 when the Z-Wave Alliance announced that the complete source code had been made available to anyone wishing to use it, alongside news that the underlying technology had successfully been ported to a modern chip architecture.

Despite these progressive steps, getting to the point where an independent entity like Trident IoT could successfully emerge as a viable second source of Z-Wave chips has been a protracted journey. During this extensive timeframe, the wider smart home landscape underwent radical transformations. Consumer interest in smart homes skyrocketed, and general conversation among everyday users quickly shifted away from underlying radio standards like Z-Wave or ZigBee. Instead, mainstream consumers became overwhelmingly focused on cross-vendor interoperability—grappling with whether a particular smart sensor or light bulb would successfully integrate with Google Nest or Amazon Alexa.

Meanwhile, commercial security companies continued to rely heavily on Z-Wave for their professional installations, and dedicated do-it-yourself enthusiasts eagerly sought out specialized automation hubs that included native Z-Wave radios. However, after the heavyweights of the tech industry threw their collective weight behind the launch of the Matter standard—which relies primarily on Wi-Fi and Thread for connectivity—a prevailing narrative took root that traditional standards like Z-Wave would inevitably fade into obsolescence.

Yet, as the launch of Trident IoT proves, Z-Wave is preparing to fight back rather than quietly fade away. Industry conversations with companies currently manufacturing professional security system hardware and complex access control devices reveal a deep, ongoing financial and engineering commitment to the Z-Wave standard. Furthermore, the Z-Wave Alliance has poured substantial resources into developing and promoting long-range iterations of its mesh networking technology, which is capable of transmitting encrypted data reliably over distances spanning up to a mile. According to figures released by the organization, the ecosystem boasted more than 4,000 certified Z-Wave devices as of March of this year. Mariusz Malkowski, the founder and Chief Technology Officer of Trident IoT, notes that he has already engaged in extensive discussions with potential enterprise customers eager to build even more.

Malkowski also emphasized that Trident IoT’s business strategy extends beyond a single protocol. The company is intentionally focusing on multiple complementary wireless standards to ensure that its clients possess the flexibility to build hardware capable of operating seamlessly across Z-Wave, Matter, Thread, ZigBee, or any other protocol demanded by a specific project. To achieve this, the firm has assembled a team of engineering specialists boasting deep expertise across a wide variety of Internet of Things protocols. This broad embrace of multiple concurrent standards bears a striking resemblance to Silicon Labs’ foundational corporate strategy of positioning itself as a comprehensive, dedicated IoT semiconductor provider.

Far from viewing the newcomer as a competitive threat, Silicon Labs has reportedly been supportive of Trident IoT’s corporate mission, even providing an encouraging statement that was prominently featured in the startup’s official launch press release. Industry analysts expect that if Trident IoT manages to achieve commercial success, the milestone will provide a powerful psychological and practical boost to the entire ecosystem. By finally establishing a reliable secondary source of silicon chips, the venture will reassure existing manufacturers, encourage new hardware developers to adopt Z-Wave, and ultimately foster a healthier relationship between both semiconductor providers.

Ultimately, this competitive diversification is a highly positive development for end users as well, particularly at a time when multi-protocol smart home hubs appear to be making a noticeable resurgence in the marketplace. While the Matter protocol has introduced incredible promise for the industry, it has simultaneously encountered notable growing pains and adoption hurdles since its heavily publicized rollout. The unique technical advantages offered by a long-range Z-Wave option—such as powering energy-efficient outdoor sensors situated far away in distant yards or operating remote access control gates—remain significant and difficult to replicate with standard Wi-Fi or short-range radios.

The classic comic strip scenario depicting the introduction of yet another competing standard to solve fragmentation is once again playing out in real time across the smart home sector. However, for hardware manufacturers and developers who have already invested heavily in betting on the Z-Wave ecosystem, the arrival of Trident IoT ensures they finally have a strong, viable alternative moving forward.