Dutch Startup Raises $50 Million to Secure Microchips with Physical Fingerprints
Amsterdam, Tuesday 15 September 2026
Amsterdam-based Fortaegis has raised $50 million to commercialise silicon-level security that runs 200 times faster than standard internet encryption protocols.
A Shift from Software to Silicon
As digital networks grow increasingly autonomous and distributed, traditional software-based security overlays are proving insufficient to protect critical infrastructure [3][4]. Fortaegis, an Amsterdam-based deep-tech company founded by entrepreneur Boudewijn Wijnands, addresses this vulnerability by embedding security directly into the physical hardware layer [3][5]. The startup’s technology exploits tiny, unavoidable physical variations introduced during the chip manufacturing process [1][6]. These microscopic imperfections act as a unique “hardware fingerprint” [1][6]. By extracting this fingerprint, the Fortaegis Silicon Platform generates and randomises encryption keys that change constantly and are never stored on the device itself, eliminating a primary target for hackers [7]. [alert! ‘Sources conflict on whether Fortaegis was founded in 2022 or 2023: LinkedIn posts state 2022 or three years ago, while Quotenet reports 2023.’]
Unprecedented Speed and Global Backing
This hardware-rooted approach offers significant performance advantages. External tests indicate that communication secured via Fortaegis’s architecture runs at 200 times the speed of standard cryptographic protocols currently used to protect data sent over the internet [7]. This extreme efficiency makes the platform highly suitable for high-speed, low-latency applications such as drone swarms, satellites, and autonomous vehicles [7]. The company is already collaborating with approximately 25 partners across defence, space, telecommunications, and data centres, including the governments of the United States, the United Kingdom, Japan, Singapore, Germany, France, and the Netherlands [1][7]. In one notable partnership, the Dutch research organisation TNO is working with Fortaegis to apply this technology to optical links for drone swarms numbering in the tens of thousands [7].
The Funding and the Path to 2027 Production
To scale this technology from validation to commercial production, Fortaegis secured an oversubscribed $50 million Series A funding round, announced on 13 September 2026 [3][4]. The round was led by Singapore-based Serendipity Capital, with participation from Tokyo Electron Venture Capital, Dutch research organisation TNO (which holds a strategic and financial stake), and previous backers including Eindhoven-based Prodrive Technologies [1][5]. Rob Jesudason, CEO of Serendipity Capital and a Fortaegis board member, emphasised the scale of the company’s ambition, stating that Wijnands is aiming to build a company “where the chips will be in every serious product in the world” [7]. The fresh capital will be used to prepare for broader commercial manufacturing and deployment starting in 2027 [1][7].
Sovereignty and the European Semiconductor Chain
The success of Fortaegis highlights the growing strength of the Dutch semiconductor and deep-tech ecosystem [GPT]. As governments globally focus on supply chain resilience and strategic autonomy, having a defensible, sovereign position in trusted hardware computing is increasingly vital [1][6]. The Netherlands already plays a central role in the global semiconductor value chain, housing lithography giant ASML and advanced deposition equipment manufacturer ASM International, which enable the precise manufacturing processes where these unique physical chip variations occur [GPT]. Furthermore, with the rise of integrated photonics championed by clusters like PhotonDelta, the integration of hardware-level security into next-generation optical and silicon designs will be crucial [GPT]. However, Fortaegis must still navigate demanding hurdles before widespread adoption, including rigorous testing for reliability, interoperability, side-channel resistance, and compatibility with global standards [1].