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# AWS EC2 Utilization Metrics for all EC2 Instances
query MyQuery {
  EC2_Utilization {
    CPUUtilization
    DiskReadOps
    DiskWriteOps
    NetworkIn
    NetworkOut
    cpu_harmonic_mean
    cpu_variance
    disk_read_harmonic_mean
    disk_write_harmonic_mean
    mem_harmonic_mean
    mem_used_percent
    mem_variance
    network_in_harmonic_mean
    network_out_harmonic_mean
  }
}
{
  "data": {
    "EC2_Utilization": [
      {
        "CPUUtilization": 5.99,
        "DiskReadOps": null,
        "DiskWriteOps": null,
        "NetworkIn": 227,
        "NetworkOut": 61,
        "cpu_harmonic_mean": 0.63,
        "cpu_variance": 59.85,
        "disk_read_harmonic_mean": null,
        "disk_write_harmonic_mean": null,
        "mem_harmonic_mean": null,
        "mem_used_percent": null,
        "mem_variance": null,
        "network_in_harmonic_mean": 0.32,
        "network_out_harmonic_mean": 0.21
      },
      {
        "CPUUtilization": 9.13,
        "DiskReadOps": null,
        "DiskWriteOps": null,
        "NetworkIn": 91,
        "NetworkOut": 2,
        "cpu_harmonic_mean": 4.67,
        "cpu_variance": 87.56,
        "disk_read_harmonic_mean": null,
        "disk_write_harmonic_mean": null,
        "mem_harmonic_mean": null,
        "mem_used_percent": null,
        "mem_variance": null,
        "network_in_harmonic_mean": 0.04,
        "network_out_harmonic_mean": 0.51
      },
      {
        "CPUUtilization": 81.79,
        "DiskReadOps": null,
        "DiskWriteOps": null,
        "NetworkIn": 28863,
        "NetworkOut": 10651,
        "cpu_harmonic_mean": 70.68,
        "cpu_variance": 669.75,
        "disk_read_harmonic_mean": null,
        "disk_write_harmonic_mean": null,
        "mem_harmonic_mean": null,
        "mem_used_percent": null,
        "mem_variance": null,
        "network_in_harmonic_mean": 20103.2,
        "network_out_harmonic_mean": 7999.71
      },
      {
        "CPUUtilization": 41.26,
        "DiskReadOps": null,
        "DiskWriteOps": null,
        "NetworkIn": 2229,
        "NetworkOut": 186,
        "cpu_harmonic_mean": 39.37,
        "cpu_variance": 107.21,
        "disk_read_harmonic_mean": null,
        "disk_write_harmonic_mean": null,
        "mem_harmonic_mean": null,
        "mem_used_percent": null,
        "mem_variance": null,
        "network_in_harmonic_mean": 714.06,
        "network_out_harmonic_mean": 180.72
      }
    ]
  }
}
# Unencrypted EBS volumes with extra relations to VPC and EC2
query MyQuery {
  EC2_Instances(where: {EBS_Volume: {encrypted: {_eq: false}}}) {
    EBS_Volume {
      name
      product_name
      size
      type
      create_time
      VPC_Instance {
        dhcp_options_id
        cidr_block
        instance_tenancy
        resource_id
      }
    }
    region
    private_ip_address
    resource_id
    launch_time
  }
}
{
  "data": {
    "EC2_Instances": [
      {
        "EBS_Volume": {
          "name": "",
          "product_name": "Amazon Elastic Compute Cloud",
          "size": 120,
          "type": "ebs",
          "create_time": "2020-02-05T21:29:01.679+00:00",
          "VPC_Instance": {
            "dhcp_options_id": "dopt-d1d91fba",
            "cidr_block": "10.7.0.0/16",
            "instance_tenancy": "default",
            "resource_id": "vpc-5fd281df3a"
          }
        },
        "region": "us-west-2",
        "private_ip_address": "10.7.3.23",
        "resource_id": "i-08eece54ry5d40f2d80",
        "launch_time": "2020-02-05T21:29:00+00:00"
      },
      {
        "EBS_Volume": {
          "name": "",
          "product_name": "Amazon Elastic Compute Cloud",
          "size": 50,
          "type": "ebs",
          "create_time": "2020-02-05T21:29:01.585+00:00",
          "VPC_Instance": {
            "dhcp_options_id": "dopt-d1d91fba",
            "cidr_block": "10.7.0.0/16",
            "instance_tenancy": "default",
            "resource_id": "vpc-5fd281df3a"
          }
        },
        "region": "us-west-2",
        "private_ip_address": "10.7.3.23",
        "resource_id": "i-08eec05rgrty0f2d80",
        "launch_time": "2020-02-05T21:29:00+00:00"
      }
   ]
  }
}
# Unused AWS EBS Volume including total cost
query MyQuery {
  EBS_Volumes(
    where: {_or: [{attached: {_is_null: true}},
      {EC2_Instance: {state: {_neq: "running"}}}], active: {_eq: true}}
  ) {
    resource_id
    name
    EC2_Instance {
      region
      total_cost
      private_ip_address
      availability_zone
    }
  }
}
{
  "data": {
    "EBS_Volumes": [
      {
        "resource_id": "vol-0ace54617a2dbcc",
        "name": "cms-webserver",
        "EC2_Instance": {
          "region": "us-west-2",
          "total_cost": 1046.6847,
          "private_ip_address": "172.30.0.78",
          "availability_zone": "us-west-2a"
        }
      },
      {
        "resource_id": "vol-038erytdga8488175",
        "name": "VPN_SERVER",
        "EC2_Instance": {
          "region": "us-west-2",
          "total_cost": 15.740887,
          "private_ip_address": "10.2.1.89",
          "availability_zone": "us-west-2a"
        }
      }
    ]
  }
}

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nOps is a real-time event-driven Cloud data platform. nOps allows companies to automate mitigation and recurrence of cost, security, governance, and compliance.

Your team gets access to normalized cloud data through a GraphQL endpoint to automate routine tasks without the headache of managing Cloud data infrastructure. Companies can easily automate their reserved instances, tune Lambdas after their deployments, right-size resources, and automate countless manual tasks.

AWS and Azure Well-Architected
Framework Alignment

Get continuous insights on your AWS and Azure infrastructure health for cost optimization, security, reliability, performance efficiency, and operational excellence.
Save time and yield better insights when running a Well-Architected Review on your AWS and Azure workloads.
Since AWS and Azure Well-Architected alignment should be monitored continuously (best practices are not one-and-done), nOps provides you continuous feedback following the Review.
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Resource & Cost Optimization

Monitor infrastructure changes continuously to optimize resource utilization and cost; identify zombie instances & underutilized resources for immediate savings.
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Use the security dashboard and built-in nOps rules to ensure alignment with AWS and Azure best practices and to detect security breaches.
Receive real-time alerts regarding non-compliant events leveraging AWS CloudTrail and Azure Activity log.
Check all changes to security policies and configurations within your workload. Manage Unrestricted SSH Check and Users Without MFA using IAM groups and IAM roles.
Get nOps security readiness reports for HIPAA, SOC 2, and CIS Benchmarks.
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Visibility & Change Management

Get near-instant visibility to changes to your infrastructure, configuration history, and continuous notifications.
Track changes by user, resource, events, and workload.
Synchronize issues via two-way Jira integration, create Jira tickets within nOps.
Get notifications via Slack and email.
Use sophisticated, reusable filters with nOps query language and context-sensitive and fuzzy text matching to search your cloud inventory across multiple cloud providers..

Operational Accountability

360° visibility into provisioned workloads across multiple cloud platforms.
Actionable, in-depth insights into resources usage segmented by users, accounts, and regions. Your CCOE team can leverage these insights into enforcing operational accountability across the board.
Continuous monitoring of violations and changes allowing dynamic alignment of operations with cloud adoption goals.
Tagging feature to ensure all resources are accounted for.
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"Leveraging nOps, partners can shorten the time it takes validating some of the answers found in an AWS Well-Architected Review and reduce time to uncover high-risk issues and opportunities to innovate and drive better customer outcomes."

- Matt Yanchyshyn, Director, Solutions Architecture, AWS

"[nOps is] a great example of a partner who is not only innovating on behalf of their customers but also innovating to help other partners."

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"nOps bridges a gap in AWS’s portfolio for automated discovery in keeping with Well-Architected principles and provides a DevOps-savvy front end for integrating input from various AWS cloud management services and creating actionable views."

- Jean Atelsek, Market Insight, April 23, 2019

"nOps was instrumental in helping our team keep running fast while we worked on achieving ISO-27001 certification – and reduced our AWS costs by 50%."

"We particularly like nOps’ billing anomaly, change management, change reports, and cost dashboard features, which enable Yewno to track costs and changes on a continuous basis."

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"nOps lets organizations manage all aspects of AWS infrastructure and cloud-based development to track, manage, and control the environments in which their systems run."

"[nOps] offers both clear oversight of dependencies and a quick route to identifying cost savings across cloud."

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