PalmAI is building a blockchain-based network that brings together distributed compute, onchain rewards, and verifiable research into one open system.

The goal is simple: speed up research and innovation by giving open access to compute power and transparent data records, while making sure contributors are properly rewarded. Instead of leaving discoveries locked away in private labs or closed datasets, PalmAI creates a framework where researchers, developers, and communities can collaborate in the open, with results recorded permanently onchain.

Most past attempts at decentralizing research have struggled because they made participation too complicated. Running nodes, handling funding, or verifying results often required expertise far beyond the average contributor. PalmAI lowers that barrier. From the first interaction, people can take part in the network without needing to master the technical details.

Blockchain is present in the system, but it only appears when it adds real value:

• Recording research outputs permanently onchain
• Rewarding compute providers and contributors with tokens
• Creating verifiable data trails that can be independently checked and reused

This is what sets PalmAI apart. It doesn’t try to turn everyone into a blockchain specialist. Instead, it lets people engage in the way that suits them best, contributing compute, publishing data, or tapping into shared infrastructure.

And it makes sure the first impression is shaped by the essentials:

• Easy access to distributed, affordable compute
• Clear incentives for useful contributions
• Transparency in results and attribution

Breaking Down Barriers to Open Research

One of the biggest challenges in decentralized research and AI compute is onboarding. Participants are often required to set up custom hardware, manage complex configurations, or understand token mechanics before they can contribute.

PalmAI takes a different approach. Its infrastructure is built to reduce friction, allowing users to join quickly while still preserving integrity and accountability.

Frictionless Node Participation
Providers can contribute compute resources to the network without navigating complicated setup processes.

Integrated Incentives
Tokenized rewards are embedded directly into the system, rewarding both compute providers and research contributors.

Optional Advanced Tools
Experienced users have the option to customize their participation through staking, delegation, or governance, but none of these steps are mandatory.

The result is a system where participation feels natural and accessible, while accountability, incentives, and trust are quietly maintained onchain in the background.

The PalmAI Network: Compute, Data, and Discovery

While compute incentives are often the first point of entry, PalmAI is designed around a larger vision: building an interconnected research network where compute, data, and knowledge move freely across borders.

Inside the Network
PalmAI’s architecture allows individuals and organizations to submit computational tasks, access distributed compute, and record results with verifiable proofs. Research outputs are no longer locked inside institutions but stored immutably and made accessible worldwide.

Beyond Compute
The PalmAI Research Portal offers access to datasets, publications, and collaborative opportunities that extend far beyond raw computation. Contributors can trace provenance, build reputation, and integrate their work into broader projects.

Cross-Disciplinary Growth
By combining compute infrastructure with open research records, PalmAI is positioned to expand across multiple domains, from life sciences and engineering to AI and machine learning. Researchers, students, and institutions can join at different levels of participation, each adding to a growing body of verifiable knowledge.

Paths of Participation

PalmAI is designed to welcome a broad range of participants, recognizing that not everyone contributes in the same way. Entry points differ based on skills, resources, and goals, creating a network that grows stronger through diversity.

Compute Providers
Individuals, universities, or institutions can contribute unused compute power to the network. By doing so, they earn rewards while enabling researchers worldwide to access affordable resources that might otherwise be unavailable. Compute providers form the backbone of the system, ensuring tasks can be processed at scale without being limited to a few centralized data centers.

Researchers
Scientists, students, and independent developers can submit tasks, access distributed compute, and publish results that are recorded immutably onchain. Every output comes with verifiable attribution and transparent data trails, allowing others to audit, replicate, and build on prior work. This lowers the barrier for collaboration and increases the visibility of contributions across the research community.

Collaborators and Developers
Teams and builders can extend PalmAI by creating new tools, dashboards, or applications that sit on top of the infrastructure. This includes analytics platforms, visualization tools, or specialized modules tailored to different industries such as life sciences, engineering, or finance. Developers help shape the user experience and expand PalmAI’s reach into new fields.

Through these multiple paths of participation, PalmAI fosters a dynamic community where contributors can evolve their roles over time. A participant who starts out as a compute provider may later publish research, while a researcher may eventually become a builder of new applications. The ecosystem is designed for flexibility, ensuring that engagement deepens naturally as the network grows.

Web3 Infrastructure That Stays in the Background

For PalmAI to scale effectively, its blockchain foundation must remain in the background and only surface when it creates real value. The platform is built to deliver exactly that experience.

Distributed Compute Layer
The system is optimized for scalability, allowing computational tasks to be processed efficiently across a wide network of contributors. This ensures workloads are not concentrated in one place but spread across many participants.

Transparent Rewards System
Incentives are tracked and recorded onchain, but payouts remain straightforward and reliable. Contributors receive fair compensation without needing to manage complex processes.

Persistent Research Trails
All outputs are recorded immutably, creating verifiable data trails that remain accessible long term. This allows future researchers to audit, replicate, or expand upon earlier work with confidence.

Global Accessibility
PalmAI is designed for international participation, lowering entry barriers so researchers from any region can contribute and benefit. The infrastructure supports broad adoption without requiring specialized knowledge or location-specific resources.

In practice, PalmAI operates much like a traditional research or compute network. The difference lies in the foundation: ownership, transparency, and trust are embedded at the protocol level, ensuring the system remains reliable and accountable as it grows.

Strengthening Trust with UNCX Liquidity Locks

In decentralized networks, trust is not only about the quality of research but also about financial stability. To reinforce that stability, PalmAI has secured a portion of its liquidity through UNCX’s onchain lockers, sending a clear signal of transparency and long-term commitment.

Publicly Verifiable
The lock can be confirmed by anyone directly onchain, providing full visibility into the project’s liquidity status.

Time-Bound and Secure
Locked liquidity cannot be withdrawn unexpectedly, reducing risk for both contributors and participants.

Commitment to the Future
By locking funds, PalmAI demonstrates that it is focused on long-term development and aligned with best practices in Web3 project management.

Learn more about the lock here: https://app.uncx.network/lockers/univ2/chain/1/address/0x051ef36e55875c08e4efaea6072c6d0f66fb0b9f

By locking its liquidity, PalmAI reinforces its position as a reliable project and gives its community confidence that both financial resources and research infrastructure are securely protected.

Serving a Global Research Community

PalmAI brings together compute providers, researchers, institutions, and developers into a single network where contributions reinforce one another. By combining accessible onboarding, transparent incentives, and financial stability secured through UNCX liquidity locking, it offers a framework that is both practical and dependable.

The result is an ecosystem where innovation can scale without barriers and communities can trust that the foundation is secure. PalmAI demonstrates how decentralized infrastructure can support research in a way that is open, verifiable, and sustainable, setting a higher standard for how knowledge is created and shared onchain.