Swiss startup miros has secured €1.1 million in pre-seed funding to expand its network of bookable, connected workpods. Founded as a spinout from EPFL’s robotics lab, miros addresses the growing need for private, on-demand workspaces in public and semi-public locations, initially deploying 15 pods across Switzerland and one in Toulouse, France, with plans for over 100 units by year-end.
From Robotics Lab to Modular Real Estate: The miros Vision
The core problem miros tackles isn’t glamorous, but it’s pervasive. The modern work landscape – and even personal life – demands focused time, often requiring privacy for calls, meetings, or simply deep work. Airports, train stations, co-working spaces, and even hospitals frequently lack adequate, readily available solutions. Miros isn’t attempting to reinvent the office; it’s strategically inserting pockets of focused functionality *where they’re currently missing*. Here’s a subtle but crucial distinction. The company’s origin in robotics isn’t about building complex automatons; it’s about applying principles of adaptable space and efficient deployment. The pods themselves are deliberately low-tech in the sense that they don’t rely on bleeding-edge, unproven technologies. They’re about solving a practical problem with robust, well-engineered hardware and a streamlined software experience.
What Which means for the Future of Work
miros’s ambition extends beyond simply providing a quiet box. Founder Dr. Fabio Zuliani envisions a future where commercial real estate is fundamentally more flexible and on-demand. This isn’t just about adding pods to existing spaces; it’s about rethinking the very structure of how we utilize buildings. Imagine a scenario where office space can be dynamically reconfigured based on real-time demand, with modular units like miros’s pods forming the building blocks. This concept aligns with broader trends in future of work research, which emphasizes agility, and adaptability.
The Tech Under the Hood: Simplicity and Connectivity
While the pods themselves appear straightforward – acoustically isolated enclosures – the underlying technology is more nuanced. The key is the seamless integration of hardware and software. Each pod is equipped with sensors to monitor occupancy, air quality, and temperature. Access is controlled via a mobile app, utilizing Bluetooth Low Energy (BLE) for proximity-based unlocking and reservation management. The app itself likely leverages a backend built on a serverless architecture (AWS Lambda or Google Cloud Functions are strong candidates) to handle scalability and cost-efficiency. The choice of BLE is strategic; it minimizes power consumption and avoids the complexity of more bandwidth-intensive protocols like Wi-Fi for simple access control. Although, the pods *do* require a reliable internet connection (likely via existing venue Wi-Fi) for data transmission and remote management.
The acoustic isolation is achieved through a multi-layered construction, utilizing sound-dampening materials and a carefully engineered shell design. While miros doesn’t publicly disclose the specific materials used, achieving a Noise Reduction Coefficient (NRC) of 0.8 or higher would be critical for effective soundproofing. The manufacturing partnership with Ducommun Menuisiers, facilitated by the SyNNergy grant, highlights a commitment to local production and quality control. This is a deliberate move, allowing miros to maintain tighter control over the manufacturing process and ensure consistent product quality.
API Potential and Ecosystem Integration
Currently, miros focuses on direct-to-consumer booking through its app. However, the potential for API integration is significant. Imagine a scenario where companies could pre-book pods for their employees, or where travel platforms could integrate miros pods into their itineraries. An open API would allow third-party developers to build custom applications and integrations, expanding the functionality and reach of the miros platform. This is where the long-term value proposition truly lies. The pods aren’t just isolated workspaces; they’re potential nodes in a larger network of on-demand productivity solutions.
Security and Privacy Considerations
The connected nature of the pods introduces inherent security and privacy considerations. The BLE access control system, while convenient, is susceptible to relay attacks and other Bluetooth-based vulnerabilities. Miros must implement robust security measures, including encryption and authentication protocols, to protect against unauthorized access. Data privacy is also paramount. The company collects data on pod usage, including occupancy rates and booking patterns. This data must be anonymized and securely stored to comply with GDPR and other privacy regulations. A transparent privacy policy is essential to build trust with users.
“The biggest challenge isn’t the hardware; it’s building a secure and scalable platform that can handle a large network of connected devices while protecting user privacy. We’re seeing a lot of interest in this space, but many companies underestimate the complexity of the security layer.” – Dr. Anya Sharma, CTO of SecureSpace Technologies, a cybersecurity firm specializing in IoT device security.
The Competitive Landscape and the Rise of “Micro-Spaces”
miros isn’t operating in a vacuum. Several companies are exploring similar concepts, ranging from individual soundproof booths to modular office pods. Room, for example, offers pre-fabricated soundproof booths for offices and homes. However, miros differentiates itself by focusing on *deployment in public spaces* and its robotics-inspired approach to adaptable infrastructure. This is a key distinction. The company is targeting a different market segment and addressing a different set of challenges. The emergence of these “micro-space” solutions reflects a broader trend towards decentralized work and the increasing demand for flexible, on-demand workspaces. The market is still nascent, but it’s poised for significant growth.
The choice of Switzerland as a launchpad is also strategic. The country’s strong engineering tradition, high quality of life, and robust infrastructure provide an ideal testing ground for innovative technologies. The Canton of Vaud’s support for the development of a Swiss wood version of the pod further underscores the company’s commitment to sustainability and local manufacturing. The expansion into Toulouse, France, represents a crucial step towards internationalization and demonstrates the scalability of the miros model.
The 30-Second Verdict
miros isn’t just building workpods; it’s laying the groundwork for a more flexible and adaptable future of commercial real estate. The €1.1 million pre-seed round is a validation of this vision, and the company’s ambitious plans for expansion suggest a significant growth trajectory. Keep a close eye on this one.
The company’s success will hinge on its ability to scale its manufacturing operations, maintain its commitment to quality and security, and build a robust ecosystem of partners and developers. The modular real estate ambition is a long-term play, but the initial focus on workpods provides a solid foundation for future innovation. The potential is there to disrupt the traditional office space market and create a new category of on-demand productivity solutions.
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