Table of Contents
- Key Highlights:
- Introduction
- The Genesis of Multiverse Computing
- CompactifAI: Revolutionizing Model Compression
- Introducing ChickBrain: A Powerhouse on Small Devices
- SuperFly: The Compact Conversational Interface
- The Competitive Landscape
- Practical Applications for ChickBrain and SuperFly
- Strategic Partnerships and Market Position
- Looking Ahead: The Future of AI Integration
Key Highlights:
- Multiverse Computing has introduced two new AI models, ChickBrain and SuperFly, designed for deployment in IoT devices and local computation.
- ChickBrain boasts 3.2 billion parameters with advanced reasoning capabilities, while SuperFly, at 94 million parameters, focuses on straightforward command recognition.
- Both models utilize CompactifAI, a quantum-inspired technology that allows for significant model compression without sacrificing performance.
Introduction
In a move that could reshape the integration of artificial intelligence into everyday devices, Multiverse Computing, a notable European startup, has unveiled two innovative AI models named ChickBrain and SuperFly. These models are engineered specifically for the burgeoning Internet of Things (IoT) sector, where efficiency and compactness are paramount. As technology continues to infiltrate more aspects of daily life—from smart household appliances to healthcare devices—the need for AI systems that function seamlessly in a localized environment without reliance on internet connectivity has never been greater.
With the introduction of their new models, Multiverse Computing aims to facilitate a future where AI capabilities can be accessed directly on devices such as smartphones, tablets, and home appliances. Their sophisticated compression technology, CompactifAI, provides a pathway to powerful AI in compact spaces, opening up revolutionary possibilities for developers and device manufacturers alike.
The Genesis of Multiverse Computing
Founded in Donostia, Spain, in 2019 by a team of experts including Román Orús, a prominent professor in quantum computing, Multiverse Computing specializes in quantum-inspired AI technology. The startup has quickly gained recognition for its ability to compress traditional AI models, making them more accessible for integration into a wide range of devices without significant compromises on performance. In June 2025, the company raised about €189 million (approximately $215 million) to further its mission, bringing its total funding to around $250 million.
CompactifAI: Revolutionizing Model Compression
Multiverse Computing’s innovative solution, CompactifAI, employs a unique quantum-inspired compression algorithm that diverges from traditional methods employed in the fields of computer science and machine learning. Orús describes this method as “more subtle and refined,” indicating a level of sophistication aimed at vastly reducing model size while maintaining operational integrity.
From the outset, CompactifAI has targeted a fundamental challenge in the AI landscape: the increasing demand for more capable conversational agents and reasoning models, juxtaposed with the practical limitations of processing power and storage in IoT devices. Each AI model now needs to fit within the constraints of smaller computational environments, a consideration that is critical as the deployment of AI technology continues to escalate.
Introducing ChickBrain: A Powerhouse on Small Devices
The ChickBrain model stands out as a significant leap in AI capabilities. At 3.2 billion parameters, it is a compressed version of Meta’s Llama 3.1 8B model, designed to execute complex reasoning tasks while operating within stringent hardware limitations. It performs particularly well on established benchmarks such as MMLU-Pro for language skills and GSM8K for mathematics, demonstrating its superior capabilities compared to its larger counterparts.
ChickBrain serves not just as a robust solution for AI computation but as a templating model for how future AI systems could function independently from internet resources. Its ability to run on MacBooks without requiring an internet connection opens up a plethora of applications, from personal assistants to advanced problem-solving tools across various sectors, including home automation and medical assistance.
SuperFly: The Compact Conversational Interface
In a savvy nod to its diminutive size, SuperFly is engineered with a mere 94 million parameters, drawing comparisons to the brain size of a fly. This model excels in its specialized domain of command recognition and basic interaction, perfect for smart devices that operate using voice commands. The ingenuity behind SuperFly’s architecture allows it to process requests for home appliances, such as asking a washing machine to "start quick wash" or addressing simple troubleshooting queries.
Multiverse has illustrated the capabilities of SuperFly through live demonstrations, showcasing how it can interpret and execute commands with minimal processing power. This functionality ensures that even everyday devices can harness AI, promoting a new wave of user-friendly smart technology that requires no internet connection for operation.
The Competitive Landscape
Multiverse Computing enters a dynamic and competitive AI landscape. Traditional models by tech giants such as OpenAI and Google dominate the field, with their state-of-the-art offerings often relegated to server-based systems requiring robust connections. Multiverse’s compact, in-device solutions strategically position it to capitalize on the growing demand for efficient, reliable AI in the realm of IoT.
Even though Multiverse recognizes that its models may not consistently outperform the largest, cutting-edge models in standardized benchmarks, the focus on shrinking model size without any performance trade-off positions it uniquely. This is an especially favorable proposition in a market where device manufacturers are increasingly prioritizing efficiency and cost-effectiveness.
Practical Applications for ChickBrain and SuperFly
The versatility of both ChickBrain and SuperFly allows for extensive practical applications across numerous industries. Their integration into consumer products can reshape how users interact with household devices, medical tools, and even automotive systems.
Smart Appliances Multiverse’s models empower smart appliances with sophisticated voice recognition and operational intelligence. Imagine refrigerators that not only recognize spoken commands for adjustments in temperature but also suggest recipes based on the ingredients available inside. Furthermore, these appliances can even execute intelligent diagnostics, alerting users when maintenance is needed, thereby preventing potential issues before they arise.
Healthcare Devices In health technology, the implications are profound. Devices could utilize ChickBrain for patient monitoring systems, processing voice commands to deliver critical health data or even allowing patients to ask about their medical conditions. This could contribute significantly to enhancing the patient experience by simplifying the interface between patients and healthcare providers.
Automotive Technologies Innovative features in vehicles could be propelled by these models. Voice-activated system controls that allow drivers to navigate, communicate, or even adjust car settings through verbal instructions could create a more streamlined, distraction-free driving experience.
Strategic Partnerships and Market Position
Multiverse Computing is actively engaging with leading device manufacturers such as Apple, Samsung, and Sony, signaling its commitment to influencing the next generation of smart devices. By partnering with established technological giants, Multiverse is poised to leverage significant distribution networks that can amplify the accessibility of their AI models to a broader audience.
Additionally, the company has ventured into strategic investments, welcoming HP as an investor after their recent funding round. Such collaborations not only boost capital but also bring in industry insights that are invaluable for ongoing product development and market positioning.
Looking Ahead: The Future of AI Integration
As Multiverse Computing continues to innovate, the potential for AI models like ChickBrain and SuperFly extends far beyond current applications. The rapid evolution of technology combined with its pioneering approach to model compression is set to influence a variety of fields, from retail to education, and even entertainment.
Furthermore, as IoT devices proliferate, the need for onboard AI processing becomes increasingly critical. Multiverse's focus on providing accessible and efficient AI capabilities within these devices could significantly alter consumer expectations surrounding technology use.
FAQ
What are ChickBrain and SuperFly? ChickBrain and SuperFly are two AI models introduced by Multiverse Computing, specifically designed for application in IoT devices. ChickBrain is capable of advanced reasoning with 3.2 billion parameters, while SuperFly specializes in command recognition with 94 million parameters.
How does CompactifAI work? CompactifAI is a quantum-inspired compression algorithm that reduces the size of existing AI models without compromising their performance. This allows for efficient deployment on lower-power devices.
What kind of devices can utilize these AI models? Both models can be embedded into various smart devices, including home appliances, smartphones, and tablets, enabling them to operate without internet connectivity.
What industries can benefit from Multiverse’s models? Industries like healthcare, automotive, and consumer electronics stand to benefit from the integration of ChickBrain and SuperFly, enhancing user interaction and device intelligence.
How does Multiverse plan to expand its reach? Multiverse Computing is actively pursuing partnerships with major device manufacturers and exploring collaborations to distribute its technology widely across the market.
As the AI landscape evolves, companies like Multiverse Computing will undoubtedly continue to push boundaries, encouraging not only the advancement of technology in traditional sectors but also the emergence of entirely new markets empowered by AI.