Our Infrastructure 

Why Bare-Metal Cloud

 

Scalability

Our infrastructure can easily scale on demand, based on the needs of the network and our ability to financially support the required upgrades.

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Lower Latency

Since our architecture does not involve a hypervisor, optimal performance is achieved with significantly lower latency on data packet transfers.

Disaster Recovery

Business continuity is ensured via a fast and easy recovery process in case of a catastrophic event.

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Security

A dedicated server is utilized for the block production, in an as-safe-as-it-gets approach for data protection, since resources in a bare-metal cloud implementation aren’t provisioned through virtualization.

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Flexibility

Our approach gets the best of both worlds. We get the advantages of offsite server storage without losing the ability to completely customize our dedicated and private server environment.

Lower Big Data Costs

With a bare-metal cloud we can pre-calculate our operating costs and minimize our overhead by avoiding solutions that usually charge more for bandwidth and traffic.

Our Dedicated Producer Node

 

CPU

2 x Intel Xeon E5 2630v4 (10×2.20GHz)

RAM

256 GB REG ECC RAM

HARD DISK

500 GB SSD + 4 x 4 TB HDD, RAID 10

NETWORK

1 Gbps

Our Dedicated Full API and P2P Node

 

CPU

Intel Xeon E5 2630v4 (10×2.20GHz)

RAM

256 GB REG ECC RAM

HARD DISK

12 TB HDD

NETWORK

1 Gbps

A Peek Into the Future

 

Required Upgrades

CPU, RAM, HDD and Network upgrades will take place after assessing in practice the economic viability of each upgrade in respect to our current setup and the network’s needs.

Additional Nodes

Similarly, adding more nodes to better serve the EOS ecosystem is to be considered given a paid Block Producer position, as per Code of Conduct. 

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