Pi Network legalization milestone! Valour promotes regulated ETP to enter TradFi

Pi Network gains legitimacy through the regulated ETP issuance by Valour, and collaborates with OpenMind to utilize its 350,000 nodes. Valour launched the Pi Network ETP on the Swedish Spotlight stock market, marking Pi Network's first entry into a regulated financial market, boosting the confidence of institutional investors.

Sweden ETP Launches to Open European Compliance Investment Channel

(Source: X)

Pi Network has achieved a significant milestone in its journey toward global legalization. Europe's leading digital asset issuer, Valour, has launched Pi Network exchange-traded products (ETP) on the Swedish Spotlight stock market. This provides European investors with the first regulated access to Pi tokens through traditional financial channels. This marks Pi Network's entry into regulated financial markets for the first time.

This launch provides investors with a compliant, transparent, and convenient way to participate in the Pi ecosystem without the need to engage in cryptocurrency trading directly. This move also reinforces the growing global influence of Pi Network, marking its transformation from a mobile mining program to a real-world financial ecosystem. For Pi Network, which has long faced questions about “when the mainnet will go live,” this ETP launch is the strongest endorsement of its legitimacy.

Valour has decided to list Pi ETP, demonstrating that institutional investors are increasingly confident in the potential of Pi Network. This Sweden-based company is known for launching compliant and investor-friendly cryptocurrency ETPs in Europe, bridging the gap between digital assets and traditional finance. This development is significant for Pi holders and “pioneers,” marking the transition of Pi Network from a community-driven action mining project to a recognized financial instrument.

Three Major Significances of Pi Network ETP Launch

Regulatory Legitimacy Confirmation: Approved by the Swedish Financial Supervisory Authority, proving that Pi complies with European securities regulations.

Institutional Investment Channels Opened: Traditional investors can invest in Pi through securities accounts without needing to access cryptocurrency exchanges.

Brand Reputation Enhancement: Valour's endorsement provides recognition for Pi Network in the mainstream financial market.

The Swedish Spotlight stock market is an important trading platform for small and medium-sized enterprises and emerging assets in the Nordic region. Launching on this regulated market means that Pi Network must meet a series of requirements, including information disclosure, auditing, and investor protection. This regulatory scrutiny provides additional security for investors and paves the way for Pi Network to enter more mainstream markets in the future.

From the perspective of global cryptocurrency regulatory trends, Europe's MiCA (Markets in Crypto-Assets Regulation) has begun implementation in 2024, providing a clear regulatory framework for crypto businesses. Pi Network's entry into the European market through Valour demonstrates its proactive embrace of regulation rather than evasion. This compliance-first strategy will position Pi Network favorably amid tightening global regulations in the future.

350,000 Nodes Build a Global Decentralized AI Supercomputer

The development of the Pi Network is not limited to the financial sector. Recently, Pi Network DEX shared another groundbreaking advancement: over 350,000 Pi Nodes collaborated with the Silicon Valley startup OpenMind to successfully run AI robot models. Tests indicate that Pi's decentralized network is capable of supporting real-world AI workloads. This transcends the realm of cryptocurrencies and is evolving into a global distributed supercomputer.

These nodes perform complex AI tasks in the robotic system, demonstrating their scalability, reliability, and true computational potential on a large-scale decentralized level. According to Pi Network Ventures, the company recently invested millions of dollars in OpenMind to support its vision. OpenMind was founded by Stanford University professor Jan Liphardt and is dedicated to developing the intelligence machine-oriented open-source operating system OM1, as well as the FABRIC blockchain protocol for secure robotic communication.

The strategic significance of this cooperation far exceeds its superficial value. First of all, it provides Pi Network with practical application scenarios. For a long time, Pi Network has been criticized for being “just a mining tool with no use.” The collaboration with OpenMind proves that Pi Nodes are not only accounting tools but can also become decentralized computing resources, providing computing power for AI training and robotic computations.

Secondly, this collaboration combines Pi Network with the current hottest AI narrative. AI requires a large amount of computing power, and traditional centralized supercomputers are costly and have single point of failure risks. The 350,000 nodes of Pi Network are distributed globally, forming a natural decentralized computing network. If this model is successfully validated, Pi Network may become the infrastructure provider for the AI era.

Third, the endorsement from Stanford University professors adds academic authority to Pi Network. Jan Liphardt, a well-known expert in the fields of robotics and synthetic biology, has chosen to collaborate with Pi Network, demonstrating his recognition of the network's technological capabilities. This combination of academia and cryptocurrency projects is rare in the industry, providing Pi Network with a differentiated advantage.

Transformation from Mobile Mining to Practical Network

Pi Network collaborates with OpenMind to build AI robot models using 350,000 Pi Nodes, acting as a global decentralized supercomputer. This partnership and the launch of ETP mark Pi Network's rapid development into a practical network, preparing for the mainnet. The integration of blockchain with artificial intelligence and robotics technology aims to allow users to earn Pi tokens by sharing computing resources with AI systems through this collaboration.

This concept envisions a decentralized “Internet of Things” where robots and smart devices interact through blockchain verification, thereby eliminating centralized control. Ultimately, this could enable ordinary users to earn Pi coins by utilizing idle computing power, transforming the network into a real-world resource economy. Therefore, this model represents a practical use case of blockchain beyond trading and speculation.

In less than six years, Pi Network has evolved from a mobile mining experiment into a diversified global ecosystem. With the launch of ETP in Sweden, Pi has officially entered the regulated financial sector. At the same time, through collaboration with the artificial intelligence sector, Pi is moving toward the next generation of decentralized technology. These advancements indicate that Pi is rapidly maturing. In fact, it is no longer just smartphone mining, but is committed to creating practical value, building infrastructure, and creating opportunities.

Three Pillars of Pi Network Transformation

Financial Legitimacy: Entering regulated markets through Valour ETP to gain recognition in traditional finance.

Technical Practicality: Collaborating with OpenMind to convert nodes into AI computing power, creating actual value.

Ecological Diversification: Expanding from single mining to multiple fields such as payments, DeFi, AI computing, etc.

As the launch date of the Pi mainnet approaches, it increasingly resembles not an experimental project, but rather a digital giant that is shaping the intersection of finance, blockchain, and artificial intelligence. The combination of these technologies holds the promise of enabling autonomous robots to collaborate securely and efficiently within the network. By connecting its vast active Node network with emerging artificial intelligence technologies, the Pi Network demonstrates tangible value by integrating Web3 infrastructure into real-world industrial and scientific systems.