THE INTELLIGENCE BENEATH
SOVEREIGN AI AND EVERY SMART CITY

Artificial intelligence is no longer a tool, it’s the very infrastructure of modern life.

The world is moving into an era where artificial intelligence is no longer a tool, but the very infrastructure of modern life.

At Cognicatus, we design advanced chips that push beyond cognition, hardware that doesn’t just process information but empowers machines, cities, and societies to think, adapt, and evolve. We also believe sustainability will be an imperative foundation for the data centers of the future and we invest in immersion and liquid cooling with the potential to harvest useful energy from all computing activities.

The Technology Behind
the Vision

The Technology
Behind
the Vision

Adaptive Intelligence → Architectures optimized for machine learning, neuromorphic computing, and real-time decision-making.

Scalable Performance → From edge devices to hyperscale AI data centers.

Sustainable Power → Energy-efficient design to reduce the footprint of AI as it scales globally.

The World Is Entering the Age of Intelligent Infrastructure

The World Is Entering the Age of Intelligent Infrastructure

AI capacity is growing at an unprecedented rate — global demand for compute is doubling every 3–6 months.

Sovereign AI ecosystems and smart cities are emerging as the new infrastructure model, relying on real-time data, adaptive systems, and predictive infrastructure.

AI is no longer confined to labs — it is embedded in daily life, from healthcare to mobility, education, and energy.

The challenge

The energy and hardware required to sustain this growth.

The opportunity

To reimagine chips that don’t
just keep up, but lead the way.

Applications

A fast black sports car races down the highway.

AI Data Centers

High-performance chips optimized for large-scale training and inference.

A fast black sports car races down the highway.

AI Data Centers

High-performance chips optimized for large-scale training and inference.

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Imperative Trends for AI Computing

Dramatic increase in usage of and investments into AI infrastructure, AI data centers and AI compute equipment

Increased concern on environmental effects from AI due to increasing electricity use, electricity waste from cooling and large need for fresh water for cooling purposes

Less resilient national electricity grids due to global electrification and introduction of more solar and wind power

Present geopolitics challenging European dependency on US AI compute infrastructure
and global strive for sovereign AI

Imperative Trends for AI Computing

Dramatic increase in usage of and investments into AI infrastructure, AI data centers and AI compute equipment

Increased concern on environmental effects from AI due to increasing electricity use, electricity waste from cooling and large need for fresh water for cooling purposes

Less resilient national electricity grids due to global electrification and introduction of more solar and wind power

Present geopolitics challenging European dependency on US AI compute infrastructure and global strive for sovereign AI

Imperative Trends for AI Computing

Dramatic increase in usage of and investments into AI infrastructure, AI data centers and AI compute equipment

Increased concern on environmental effects from AI due to increasing electricity use, electricity waste from cooling and large need for fresh water for cooling purposes

Less resilient national electricity grids due to global electrification and introduction of more solar and wind power

Present geopolitics challenging European dependency on US AI compute infrastructure
and global strive for sovereign AI

Chip Tape-outs

2026

Karve

6 nm · inference

The efficient workhorse. Designed for the most tokens per USD and per kilowatt in everyday AI inference: chat, search, assistants and enterprise applications.

Karve AI chip, a single 6 nm die

2027

Knarr

3 nm (planned)

Built to carry heavy loads. Designed for large reasoning models, AI agents and long context, with the lowest cost per token at scale for AI factories and sovereign AI infrastructure.

Nine Knarr AI chips

2028

Skeid

2 nm (planned)

The flagship. Designed for the largest and most demanding workloads, including frontier models, multimodal and physical AI, at maximum inference power for minimum cost and energy.

Grid of many Skeid AI chips

Explore the full chip history

Building a Smarter, Greener Future

AI’s growth must not come at the planet’s expense. Cognicatus is committed to designing chips that reduce energy demand and extend efficiency across the entire AI infrastructure. By creating smarter semiconductors, we support both technological progress and environmental responsibility.

Partners

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Partner with Cognicatus

Ready to push sovereignty, performance, intelligence, and sustainability together?

Let’s Connect

Cognicatus AB

Cognicatus was founded in 2008 to deliver premium chip design and consulting services, building on decades of expertise in analog, digital, mixed-signal, and RF chip development. Our mission is to create intelligent, efficient, and sustainable semiconductor solutions for data centers, sovereign AI, smart cities, and advanced industries.

Cognicatus AB

Cognicatus was founded in 2008 to deliver premium chip design and consulting services, building on decades of expertise in analog, digital, mixed-signal, and RF chip development. Our mission is to create intelligent, efficient, and sustainable semiconductor solutions for data centers, sovereign AI, smart cities, and advanced industries.