Flow Computing

Koti
Suomi
Helsinki
Flow Computing

Enabler of the CPU 2.0 - the new era of Supercharged CPUs Speed is the superpower of computing.

Our Parallel Processing Unit (PPU) gives CPUs a significant performance boost.

26/06/2026

The future of logistics isn’t only robotics.
It’s the compute infrastructure behind it.

Warehouse automation, autonomous systems to sensor processing, real-time decision-making, and logistics systems are becoming increasingly compute-intensive.

As workloads scale, efficient parallel performance matters.

Flow PPU is built to support scalable parallel performance alongside the CPU for next-gen industrial and embedded systems.

This Logistics Day, we’re thinking about the compute infrastructure powering smarter, more autonomous logistics systems.

Learn more:
https://eu1.hubs.ly/H0vTxcv0

17/06/2026

Last week, our CEO & Co-Founder, Timo Valtonen, represented us at Hello Tomorrow Investor Day & Summit in Amsterdam and Arctic15 - 15th Anniversary Edition in Helsinki, where he also spoke at the Butterfly Ventures LP Meetup.

Thank you to everyone who took the time to connect with Timo throughout the week.

Learn more about Flow PPU:

https://eu1.hubs.ly/H0wcP110

11/06/2026

Computing power is increasingly becoming one of the defining resources of the AI era.

This Friday, our CEO & Co-Founder, Timo Valtonen, will be speaking at the Butterfly Ventures LP Meetup during Arctic15 - 15th Anniversary Edition in Helsinki.

The event brings together investors, founders, and technology companies to explore semiconductor innovation, computing efficiency, AI infrastructure, and next-generation chip technologies.

As part of the program, Timo will present:
A Quantum-Level Leap in Existing Technologies

We look forward to joining the discussion on the future of computing alongside fellow innovators from across the semiconductor ecosystem.

More on Flow PPU: https://eu1.hubs.ly/H0w3NBV0

09/06/2026

Compute demand is accelerating.

As AI, cloud infrastructure, and large-scale workloads continue to scale, overall system performance increasingly depends on how efficiently parallel workloads are executed.

In this interview with Beyond Innovation TV, our CEO & Co-Founder, Timo Valtonen, discusses:
- Why CPU performance bottlenecks matter
- Why efficient parallel ex*****on is becoming increasingly important
- What this could mean for the next generation of compute infrastructure

Swipe for key highlights from the conversation.

Watch the full interview:
https://eu1.hubs.ly/H0w09sw0

08/06/2026

What do you wish you knew as a junior engineer?

Recently, our Head of CPU Development, Marcello Ranone, returned to his home university, di Torino, to speak with computer architecture students about his journey from engineering student to working on cutting-edge CPU architectures in the semiconductor industry.

The discussion covered:
-Collaboration across international teams
-Professional growth
-The transition to technical leadership
-Career insights, mindset shifts, & practical advice for young engineers

A big thank you to Annachiara Ruospo and Politecnico di Torino for the invitation, and to Francesco Politino for the photos.

Curious about the kind of compute Marcello works on today?
Learn more about us: http://flow-computing.com

03/06/2026

Next week, our CEO & Co-Founder, Timo Valtonen, will represent us at Hello Tomorrow Investor Day & Summit and Arctic15.

Hello TomorrowInvestor Day & Summit (June 10-11, Amsterdam)
Following Flow’s selection as a Hello Tomorrow Deep Tech Pioneer, Timo will meet with investors, partners, and industry leaders in semiconductors and AI.

Arctic15 - 15th Anniversary Edition (June 12, Helsinki)
Timo will attend and participate as a panelist.

If you’ll be at Hello Tomorrow and want to connect, request a meeting with Timo here:
https://eu1.hubs.ly/H0vLWv60

01/06/2026

Winner of the High-Performance Computing track at DTM100.
Top 7 out of 5,000+ startups.

Our CEO & Co-Founder, Timo Valtonen, represented Flow at Deep Tech Momentum in the DTM100 pitch competition.

We advanced to the finals and were recognized as the High-Performance Computing track winner.

Across sectors, these challenges surfaced repeatedly:
- Compute infrastructure
- CPU bottlenecks
- Parallel performance

Compute demands are growing. Efficient performance is critical.
Flow PPU solves this challenge.

Thank you to the Deep Tech Momentum team, judges, investors, founders, and everyone we met in Berlin.

Learn more about our approach to scalable parallel performance:
https://eu1.hubs.ly/H0vMYm20

28/05/2026

Something new from Flow.

Over the past few months, we’ve been validating new performance results for Flow PPU across parallel benchmarks and legacy code workloads.

More soon.

20/05/2026

Modern processor architectures often struggle with scalability, synchronization overhead, and inefficient resource utilization as parallel workloads become more demanding.

Our architecture is designed differently.

Flow PPU uses a scalable multi-fibered multicore architecture designed to:

-Adjust parallelism according to the needs of the algorithm

-Improve memory access scalability and bandwidth utilization

-Minimize synchronization costs

-Split common and data-parallel ex*****on into architectural entities optimized for their designated use

In Flow’s hybrid architecture, the CPU handles sequential ex*****on and control flow, while Flow PPU handles ex*****on of individual fibers independently of their number.

Learn more about the science behind Flow PPU: https://eu1.hubs.ly/H0vs-8z0

Osoite

Helsinki

Nettisivu

http://flow-computing.com/

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Tiede, teknologia ja suunnittelu