Multiverse Computing launches SuperFly and ChickBrain, ultra-tiny AI models bringing chat, speech, and reasoning to everyday edge devices.
Europe’s leading AI startup Multiverse Computing has developed two of the world’s smallest yet high-performing artificial intelligence models, humorously named after the brains of a fly and a chicken.
The company says these compact systems can deliver chat, speech, and reasoning capabilities while being small enough to run on IoT devices without needing the internet.
Multiverse Computing, widely recognized for pushing the frontiers of artificial intelligence, has introduced a new family of AI models it calls the “Model Zoo.”
True to the playful branding, the company names these models after animal brains, underlining their unique size-to-performance ratio.
Unlike traditional large language models that demand vast computational power, these lightweight systems are designed to run efficiently on edge devices.
Their compactness opens the door to embedding AI into everyday objects such as home appliances, wearables, and even smart sensors — without constant cloud support.
“We can compress the model so much that they can fit on devices,” founder Román Orús told TechCrunch.
“You can run them on premises, directly on your iPhone, or on your Apple Watch.”
“We have a compression technology that is not the typical compression technology that the people from computer science or machine learning will do, because we come from quantum physics,” he described. “It’s a more subtle and more refined compression algorithm.”
The ChickBrain model is the smaller of the two. As the name suggests, it draws inspiration from the size of a chicken’s brain.
Despite its tiny architecture, ChickBrain is capable of handling basic conversational AI tasks and processing simple voice commands with remarkable efficiency.
This model is not built for heavy-duty reasoning but focuses on chat and speech-based interactions.
Its strength lies in making AI-powered assistants highly accessible to low-power devices, especially in scenarios where real-time responses are essential, and internet connectivity may be unreliable.
For example, ChickBrain could be embedded in household devices like smart kettles, thermostats, or washing machines, giving them conversational capabilities without relying on cloud servers.
This marks a significant step in local AI deployment, where data stays within the device, enhancing privacy and speed.
The SuperFly model takes inspiration from the comparatively tiny but complex fly brain.
While still extremely compact, SuperFly is a more advanced system compared to ChickBrain.
In addition to handling chat and voice tasks, SuperFly introduces reasoning capabilities, meaning it can process more nuanced queries and perform basic problem-solving functions.
Its design enables it to be deployed on edge devices that need a bit more intelligence without sacrificing efficiency.
SuperFly could power smart medical devices, industrial IoT sensors, or autonomous robots in environments with limited connectivity.
By providing reasoning ability in such a small package, Multiverse Computing positions SuperFly as a game-changer in edge AI applications.
The release of ChickBrain and SuperFly reflects a larger trend in AI development: making models more lightweight, cost-effective, and privacy-friendly.
Unlike massive AI systems that require extensive hardware and cloud infrastructure, these models demonstrate that smaller can still be powerful.
With no dependency on internet access, they not only reduce operational costs but also make AI adoption possible in remote or resource-constrained environments.
At the same time, keeping computations local ensures stronger data security and lower latency, two of the biggest concerns in mainstream AI applications.
By launching these playful yet powerful models under its “Model Zoo,” Multiverse Computing emphasizes the creative and practical future of AI.
With ChickBrain and SuperFly, AI may soon become ubiquitous in everyday devices — from appliances and gadgets to healthcare tools — all without heavy reliance on massive data centers.
This step positions Multiverse Computing not just as an innovator in quantum and AI research, but as a pioneer in scalable, edge-ready intelligence that could redefine how humans interact with machines.
I am an entrepreneur, marketer, and mentor with a certification in entrepreneurship from IIT Delhi, one of the most prestigious institutions in India. I have a passion for connecting businesses with their ideal customers, solving real-world problems, and inspiring the next generation of founders.I founded and lead DevoByte, a digital marketing agency that provides a range of services, from SEO a
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