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One-Click Mining

Mining with Messiah changes the way users engage with cryptocurrency mining. By removing the technical barriers traditionally associated with setting up and managing mining operations, you can get started irrespective of your technical expertise. Just like our nodes with just a simple click, you can deploy mining nodes, select a partner GPU and start earning cryptocurrency immediately.

All “behind the scenes” complexity is handled, including real-time monitoring, performance optimisation and troubleshooting. This means that users can focus on maximising their rewards and earnings without worrying about the intricate details surrounding the maintenance of their hardware and software. Our automated management systems ensure operations run at peak efficiency, reducing downtime and increasing profitability. Additionally, users can easily scale their operations according to their needs.

As we want to make web3 infrastructure accessible to all we have built our mining service with fractionalisation. Users are able to invest in a fraction of a mining node, allowing them to participate in said operations without the need for significant upfront capital. Again, lowering the barrier to entry and enabling more users to benefit from mining rewards. By pooling resources, users can collectively optimise performance and share rewards, making mining truly inclusive.

Problem​

The need for compute and network resources is growing, not just as a whole but also at individual locations and even for individual user tasks. Compute needs are outstripping what can be sustained by regionally available data centers and individual users.

Solution​

We enable developers and businesses to leverage the enormous power of graphics processing units (GPUs) for a variety of applications through GPU clusters and a specialized GPU marketplace.

The Solution From a Human Perspective​

One-Click Mining will create a user interface capable of provisioning and orchestrating cloud resources (CPU, memory, storage, network, hashrate) from both remote and local providers to achieve a task-based, compute-intensive goal, such as blockchain mining (e.g., Kaspa Mining). With the simplicity of "one-click" configuration made possible by the integration of blockchain and deployment orchestration technology that will allow the task application to self-provision its own on-demand resources from decentralized compute sources.

The One-Click Mining project will be the first step and proof of concept phase leading to additional development to allow not only additional "mining" type tasks to be completed on Messiah but also more complex tasks that would allow the system to be leveraged for tasks of various utility such as AI workloads, video processing or even hosting of user facing applications that require complex backend infrastructures.

The work we do here could make it possible for an application to simply come with the resources you need to run it, or for someone with minimal access to a functioning web browser to fully participate in the web3 landscape.

The Solution From a Technical Perspective​

The One-Click Mining initiative aims to create and implement a technology stack that uses deployment automation, mesh networking, and blockchain technology to provide the user a seamless experience as they leverage a web application capable of autonomous deployment and orchestration of cloud resources from multiple external and internal sources to acquire the necessary compute power to fulfill their application's needs.

  • Potential for passive income rewards that would give back to our community, highlighting our focus on ensuring return on value at all stages of technology development.
  • Kaspa has a thriving community of decentralized open-source developers that will allow us to leverage the human element of cooperation and coordination, as well as numerous available binaries usable "as is" in our implementation, restricting Messiah development needs strictly to deployment and orchestration of the task, which are most important to develop at this stage.