Pillars of Premium Cloud Hosting
Security, Reliability, Speed, and Support. Multi-master, High-Availability, no Single Point of Failure, self-healing, Strong Cryptography, Global Reach, Highly Skilled 24×7 Support.

High-Availability Network
Tier-1 Internet Service Providers
Exclusive collaboration with multiple Tier-1 ISPs.
N+1 Redundancy
24x7 Monitor & Support
Our 24×7 Monitoring and NOC observes, work proactively to deliver a stable, congestion-free, premium network for our services.
High-Availability Power
Monthly Tests
Monthly tests are performed on all generators and UPS regarding building load, as well as load bank tests.
Transformers & Diesel Generators
At least N+1 pairs of transformers and at least N+1 diesel generators are installed, supporting at least twice or three times the total
Data Center load.
UPS Redundancy
At least N+1 and usually 2N UPS configurations are also in place in all Data Centers, with different levels of battery autonomy. The minimum autonomy is usually around 10 minutes.
High-Availability Hardware
No Downtime During Failure
If a hardware server in any of our clusters fails, then the services that were running on that hardware server get instantly transferred to other servers of the cluster.
Bypassing Time to Failure Observation
No Downtime During Maintenance
Instant Hardware Upgrades
High-Availability Storage
Triple Replicated Storage
Self-Healing Storage
Pure SSD Storage
Ultimate Flexibility & Scalability in Cloud Computing
Hardware Failures Do Not Affect Server Uptime
Since MassiveGRID exclusively utilizes enterprise-grade IT equipment, it is highly unlikely for hardware failures to take place.
On top of that, our IT engineers make sure to monitor equipment performance and regularly proceed with maintenance, replacements, and upgrades.
In the unlikely event of hardware failure, clients’ servers instantly reboot on a healthy sector of the node or cluster, with identical resource capacity and configuration.
This way, we bypass all downtime that is caused by hardware failures, including the time needed to observe the failure, and manually set in motion a series of processes for the replacement of the defective hardware.
Horizontal & Vertical Cluster Expansion
Depending on the operational load some applications need horizontal scaling, while others vertical scaling. Our infrastructure architecture and technologies are designed to allow Horizontal & Vertical scaling with the following limits:
Vertical Scaling (per Cluster Node or Server):
up to 224 Physical, 448 Virtual Cores of Intel® Xeon® Platinum 8280L Processor at 4.00 GHz max turbo frequency
up to 128 TB of RAM per process
up to 4x 400 Gbps network
Horizontal Scaling:
up to 64 Nodes in a High-Availability Cluster
no limit on the number of H/A Clusters
Avoid Downtime By Maintenance
With IT downtime costing $300.000 per hour, on average, according to Gartner, it does not really matter If downtime is intentional or not.
Our Clusters offer flexibility since servers can move from one Node to another while live.
This means that if maintenance needs to be performed on your server, it can be easily moved to other nodes. As a result, maintenance is performed as the server is online. Upon maintenance completion, your server is instantly transferred back to the updated node.
Instant Upgrades Without Downtime
Upgrading available resources, such as Storage, CPU cores, RAM, or Network capacity is completed automatically.
Clients can deploy new High-Availability servers or upgrade specs of existing ones, instantly.