01
Broad mandate
The foundry is not restricted to a single chip class. CPUs, accelerators, edge devices, memory-adjacent hardware and future silicon paths all belong to the same operational territory.
Hardware foundations for the next computing cycle
PHONE-SOFT FOUNDRY
A modern hardware creation initiative for PHONE-SOFT AI and next-generation computing — combining architecture, design automation, FPGA-based prototyping, AI-assisted development and long-term silicon pathways.
AI-first hardware creation
From specification to real compute infrastructure.
Virtual to physical foundry
From orchestrated realization to deeper silicon control.
Compute sovereignty
Reducing dependence on concentrated external supply.
Hardware for AI. Designed with AI.
The foundry is not defined only by cleanrooms, but by the ability to control how hardware comes into existence.
From idea to hardware reality
PHONE-SOFT FOUNDRY is the strategic layer where future compute pathways are explored, prototyped, hardened and, over time, materialized into real products.
Mission
Not just fabrication. Hardware creation under software control.
PHONE-SOFT FOUNDRY is the unit where PHONE-SOFT develops the hardware foundations of its future AI and computing infrastructure. The focus is broader than finished chips alone: architecture, rapid prototyping, AI-assisted design, hardware realization pathways and long-term compute independence belong to the same strategic framework.
02
AI as method
AI is not only a target workload. It is also part of the design process itself, helping reshape how hardware is conceived, explored and implemented.
03
Internal sovereignty
The core purpose is to strengthen PHONE-SOFT’s own technological position by building controlled hardware pathways instead of relying entirely on external market structures.
Why now
A new hardware cycle is opening.
AI is reordering the economics of compute, memory, packaging and specialized silicon. At the same time, the software layer that shapes hardware creation is becoming more important than ever. This creates a rare window for new, software-centered hardware initiatives.
Structural pressure
- AI infrastructure is increasing pressure across multiple hardware classes.
- Concentrated supply can amplify price power and delivery risk.
- Compute, memory and storage are becoming strategic bottlenecks.
- Resilience and sovereignty are no longer abstract policy themes.
Strategic opportunity
- Modern AI methods can accelerate hardware design workflows.
- Virtual-foundry models allow earlier market entry than legacy fab thinking.
- Rapid prototyping can turn vision into visible reality quickly.
- New compute pathways can be shaped before the next market structure hardens.
The decisive question is no longer only who owns a cleanroom, but who can control the path from specification to hardware.
PHONE-SOFT FOUNDRY is built around that shift.
Foundry model
Virtual at first. Deeper over time.
The foundry does not need to start as a billion-euro cleanroom operator. It can begin as a modern hardware-realization function: selecting the right materialization path, coordinating implementation, and turning architecture into deployable hardware outcomes.
A
Architecture
Define what hardware should exist, why it matters and how it fits into PHONE-SOFT’s future compute landscape.
B
Materialization
Choose the right implementation stage for each idea — from programmable logic to hardened silicon pathways.
C
Realization
Coordinate the route from design to real hardware through internal methods, partner ecosystems and, over time, deeper physical control.
Strategy
Full-spectrum mandate. Selective first wave.
Strategically, the foundry is not a niche project. It is a full-spectrum compute initiative. Tactically, however, every wave must start somewhere. The first operations can be chosen by urgency, leverage, economics and implementation readiness — without shrinking the long-term mandate.
Strategic constants
- No principled restriction to a single chip family or node class.
- Internal technology strengthening before broad external supply.
- Hardware paths chosen for sovereignty, not only procurement convenience.
- Compute creation treated as a core strategic capability.
Execution path
Stage 1 — visible beginnings
Establish a credible hardware creation layer with real prototypes, strong narratives and clear strategic framing.
Stage 2 — controlled capability
Expand into reusable hardware pathways, design automation and increasingly proprietary compute components.
Stage 3 — hardened position
Move toward deeper silicon control where economics, leverage and strategic need justify it.
Investor perspective
A platform for the next hardware realignment.
PHONE-SOFT FOUNDRY is positioned at the intersection of AI, compute demand, supply concentration and software-driven hardware design. It aims to turn that convergence into a long-term strategic capability rather than a temporary market reaction.
Visible structural need
Hardware demand is being reshaped by AI expansion, while supply remains concentrated in key layers of the value chain.
Modern creation thesis
Hardware leadership increasingly depends on software-guided creation, automation and intelligent design flows, not only on legacy industrial form factors.
Stepwise buildability
The foundry model supports a phased path from visible early assets to deeper hardware capability, instead of requiring a single all-or-nothing leap.
Start the conversation early.
PHONE-SOFT FOUNDRY is being shaped as a real strategic layer for future computing infrastructure. Early dialogue can help define where architecture, investment, partnerships and execution paths align.