DePIN & Blockchains
DePIN enables the seamless integration of real-world devices and resources into a single decentralized framework, offering unprecedented opportunities for resource optimization and asset utilization. DePIN was created to leverage computational resources on devices owned by the average user which till now remained underutilized. Those innovative networks not only enhance operational efficiencies but also democratizes access to digital and physical resources globally, effectively lowering the entry barriers to often very exclusive market sectors.
What are Decentralized Physical Infrastructure Networks (DePIN)?
DePIN (Decentralized Physical Infrastructure Networks) is a blockchain-based network that rewards users with tokens for sharing resources and real-world devices like processors, storage, or cameras. These networks make use of existing devices, saving resources and avoiding the need to build new infrastructure. DePIN connects device owners in a decentralized network to perform tasks and share results, promoting independence from single providers, reducing supply risks and enhances the diversification of delivered solutions or data. This setup fosters choice among competitive providers and diversifies the solutions offered, including sensory and energy networks, cloud services, and storage systems.
Approach to DePin complicated infrastructure
The DePIN network is a complex infrastructure of connections between service providers, companies delivering these services to users, users themselves, and project creators overseeing the entire network. Therefore, it is crucial to understand not only the flow of tokens but also the services themselves. This requires the creation of appropriate economic models for the entire system, taking into account its specificities. Key elements include developing proper guidelines for service pricing and the methods of settlement between providers and end users. These projects often feature a burn-and-mint mechanism, which, when implemented, allows for a more balanced ecosystem. This mechanism helps maintain equilibrium even in the case of demand fluctuations.
What areas do we help in?
Tokenomics and token utility
Our team excels at designing tokenomics and assigning utility to tokens so they fit within the complex economic infrastructures of DePIN projects. We create comprehensive tokenomics and plan the token flow within the system. We allocate token pools in a way that they can anticipate all transactions, including indirect settlements, ensure seamless compensation for service providers, and establish reserves for the reward pool. The primary utility of the token is to power the network and facilitate smooth transactions. Our experts also consider the token’s investment value beyond its main utility, ensuring it remains attractive to investors.
Settlement Systems with Providers
Our company specializes in developing efficient and transparent settlement systems for DePIN projects. We plan and implement settlement systems between the main agents, including service providers, buyers, and intermediary companies. We address the needs of creators, of the system itself and the influence of external agents like speculators on prices. Our goal is to ensure that all transactions are seamless and transparent.
Agent Characterization
We conduct a comprehensive process to characterize all agents within the system. By understanding their needs and the psychology that drives their motivations, we can propose mechanisms that consider their interests. Our team identifies potential collusions between agents and the system, protecting your project from negative actions. We ensure that every agent’s role is clearly defined and aligned with the overall goals of the project.
System Incentives
Building an engaged community is critical to the success of any Web3 project. Our team designs comprehensive incentive systems to effectively engage all participants. We motivate users to stay within the system and develop mechanisms to reduce selling pressure. By creating a robust incentive structure, we help foster a vibrant and active community around your project.
Mathematical specification and Digital Twin
Our team turns your vision into reality through detailed mathematical specifications. These guidelines, documented in this form, can assist project developers and serve as a comprehensive manual for the developed solutions. Then the entire design process is translated into Economic Digital Twin, which is precise, reliable code written in the CadCAD language and developed in a Python environment.
Assumption Validation
Our token engineers specialize in validating the assumptions of the entire project. By running hundreds of scenarios in the simulation process, we identify potential opportunities and threats to the system. We pay particular attention to the dynamics of token flow through the system, ensuring its liquidity and the resilience of designed pools against depletion. Based on the simulation results, we then develop detailed recommendations, proposing solutions to existing problems, ideas for project development, and optimization of mechanisms. This final step is crucial to ensure the long-term development and success of your project.
Let’s Collaborate
Whether you have questions, collaboration ideas, or just want to say hello, we’re here and ready to connect. Your inquiries are important to us, and we look forward to engaging in meaningful conversations.
We specialize in six key areas to ensure the success of your DePIN project
System Discovery
We enhance your DePIN project idea into concrete solutions and mechanisms, leveraging the experience and research of our team.
System Mapping
We map your system using methods such as Stock & Flow and agent relationship mapping to understand every asset flow and motivation within the DePIN system.
Mathematical Specification
Every mechanism we propose comes with a complete mathematical specification and working examples, making it understandable even for non-technical stakeholders and serving as guidelines for developers.
Digital Twin Creation
We create a digital twin, coded in CadCAD within a Python environment, which replicates your entire economic system before implementation.
Validation
This allows us to test the functionality and potential of all mechanisms, as well as understand the system dynamics, all before starting to write smart contracts. We anticipate project behavior under various conditions to test its resilience and adaptability.
Technical Implementation
Based on the created and validated system specification, we proceed to implement smart contracts. This step translates theoretical solutions into working technological components.
Building Trust Starts Here
Our company was founded on the principle of trust, a vital element in the rapidly evolving crypto and blockchain industry. We aim to demystify the complexities of crypto-economics, providing clear and reliable guidance.
Our focus is to build strong, trust-based relationships with our clients, ensuring they feel confident and supported as they navigate the cryptocurrency landscape with us as their trusted partner.
Frequently asked questions
Case Study
DePIN – Decentralized Physical Infrastructure Networks Explained
DeFi Onchain Economics Validation
Tokenomics Explained – Tokenomics Depends on the context
What do our clients say?
Consulting Company 2023
Recognition
Let’s Collaborate
Whether you have questions, collaboration ideas, or just want to say hello, we’re here and ready to connect. Your inquiries are important to us, and we look forward to engaging in meaningful conversations.