AWS Partner Network (APN) Blog

Tag: Compute

Deep-Instinct_AWS-Competency

How Deep Neural Networks Built on AWS Can Help Predict and Prevent Security Threats

Deep learning is inspired by the human brain and once a brain learns to identify an object, its identification becomes second nature. Similarly, as Deep Instinct’s artificial neural network learns to detect more and more types of cyber threats, its prediction capabilities become instinctive. As a result, malware both known and new can be predicted and prevented in zero-time. Deep Instinct’s predictive threat prevention platform can be applied against known or unknown threats, whether it be a file or fileless attack.

Veeam_AWS Solutions

How to Achieve On-Demand Disaster Recovery with VMware Cloud on AWS and Veeam Cloud Tier

One of the costliest aspects of any disaster recovery (DR) implementation is the price associated with keeping resources on-demand at the target end. VMware Cloud on AWS provides the enterprise capabilities of VMware’s SDDC, including compute, storage, and networking, delivered as a service on AWS. Within hours, an SDDC can be ready to start deploying workloads into, and this is where leveraging VMware Cloud on AWS and Veeam Cloud Tier for on-demand disaster recovery is possible.

AWS Partner Network

The Most Viewed APN Blog Posts in 2019

Take a look at the most popular APN Blog posts in 2019. Our goal with this blog is to share timely and relevant news, technical solutions, partner success stories, and more from Amazon Web Services and the AWS Partner Network (APN) specifically. The APN is the global partner program for AWS and helps tens of thousands of organizations across the world build, market, and sell their AWS-based offerings. Thank you for reading, and Happy New Year!

Spotinst_AWS Solutions-1

Serverless Containers are the Future of Container Infrastructure

With the shift to containers and serverless solutions, organizations are presented with a unique question: how do you maximize an application’s uptime while maintaining a cost-effective infrastructure at both layers? Keeping availability high by over-provisioning is easy, but it’s also very expensive. As a result, several challenges have arisen on the path to building an optimized, cost-effective, and highly available containerized infrastructure on AWS: pricing, instance sizing, and containers utilization.

VMworld-2019-1

Know Before You Go: VMware Cloud on AWS at VMworld 2019

We are headed back to VMworld in 2019! VMworld brings you a week-long journey of innovation to accelerate your cloud adoption. The growth of VMware Cloud on AWS has been nothing short of stellar thanks to a strong partnership between AWS and VMware, an APN Advanced Technology Partner. To get you ready for VMworld 2019 Europe, we have put together a “Know Before You Go Guide” highlighting all of the AWS activities you can’t miss.

Cloudwiry_AWS Solutions

Increasing Savings and Mitigating Risks with Amazon EC2 Convertible Reserved Instances

When managing AWS spending, you want to mitigate risks and costs wherever possible. One way to do this is to increase your coverage of Amazon EC2 Reserved Instances, which results in significant discounts and increased savings. However, constantly improving technology and the evolving needs of your company can render your committed Reserved Instances obsolete. Cloudwiry’s cost management platform specializes in this cost-recovery practice by optimizing Reserved Instance coverage for ROI.

DevOps-2

Calculating SaaS Cost Per Tenant: A PoC Implementation in an AWS Kubernetes Environment

In a SaaS environment, the compute, storage, and bandwidth resources are often shared among tenants, but this makes it challenging to deduce per tenant cost. A SaaS application running on a Kubernetes cluster on AWS adds a layer of further complexity as far as calculating the per tenant cost. Kubernetes is great at abstracting away the underlying pool of hardware. It almost gives us an illusion of having access to a single large compute resource.

VMware Cloud on AWS_blue

Diving Deep on the Foundational Blocks of VMware Cloud on AWS

VMware Cloud on AWS enables customers to extend their on-premises data centers and easily migrate application workloads without having to convert machine image formats or undergo a re-platforming process. Customers no longer have to over-provision hardware resources to accommodate for host failures. Instead, they can increase utilization of the cluster resources, as host failure replacement takes minutes, not days or weeks. In this post, we dive deeper into the foundational blocks that make up this service.