Tag: Amazon EC2

Blockdaemon’s Builder Vault addresses the challenge of securing high-value cryptographic operations for digital assets using Multi-Party Computation (MPC) and AWS Nitro Enclaves. By splitting cryptographic operations across multiple independent parties, Builder Vault enables organizations to implement granular access controls and enforce multi-party governance without exposing private keys at any point in their lifecycle. The solution provides institutional-grade digital asset management through a distributed architecture that makes unauthorized access significantly more challenging while maintaining operational flexibility.

Learn how to implement a Zero Trust strategy that takes security a step beyond traditional, perpetual access permissions by continually verifying credentials and access permissions based on the latest threat intelligence, and revoking access when a threat is detected. This post covers how StrongDM’s Just-in-Time access secures AWS data plane resources such as Amazon Redshift, Amazon EC2 instances and Amazon Elastic Kubernetes Service while supporting Zero Trust principles.

AWS and Intel are collaborating to make Large Language Models (LLMs) more accessible and cost-effective for enterprises by running Small Language Models (SLMs) directly on CPUs. By offering distilled versions of models like DeepSeek-R1, they enable efficient, cost-effective deployments that maintain high performance while running on standard hardware.

Data privacy regulations are tightening globally, requiring organizations to enhance security for sensitive data in the cloud. Among various security controls, tokenization replaces sensitive information with cryptographically generated, non-sensitive identifiers. This post explores how Thales’ CipherTrust Tokenization Solution on AWS helps organizations meet PCI-DSS compliance requirements while protecting sensitive payment data.

YugabyteDB has enhanced its Hybrid Logical Clock mechanism by integrating with Amazon Time Sync Service on Amazon EC2 instances, providing microsecond-accurate reference clocks that have resulted in up to 3x reduced latency and 2x increased throughput compared to not using the service. This integration represents a significant advancement in distributed database performance, benefiting YugabyteDB’s customers across various industries including fintech, retail, streaming media, and automotive manufacturing who rely on quick data access while maintaining consistency and resiliency.

Juniper Cloud-Native Router (JCNR) on AWS can enable seamless connectivity and integration between on-premises telecom networks and 5G core workloads running on AWS. JCNRs can leverage EVPN routing over VXLAN to provide multi-tenant, secure, scalable, and performant hybrid cloud networking between on-premises layer 2 segments and AWS VPC subnets. By bridging on-premises and AWS environments, JCNR simplifies the deployment of distributed network workloads and edge computing architectures.

Coverage and utilization metrics can be misleading and do not always tell the full story when it comes to managing commitments and measuring their impact. Effective Savings Rate (ESR) is an objective FinOps metric that measures your true ROI. In this blog post, we will discuss challenges with coverage and utilization, why ESR is important, benchmarking insights, and automation with ProsperOps.

To close the gap for customers between customizing a respective luxury car model and really seeing it in action, MHP created a platform solution on AWS called the MHP Elastic Content Platform (MHP ECP). It’s a modular solution able to emulate a virtually delivered automotive showroom experience for prospective buyers. Explore the challenges that come with creating a virtual immersive showroom experience, and how MHP ECP achieves this feat by relying on the AWS Cloud as technology platform of choice.

When a DXC Technology customer wanted a complete view of requests traveling through an application so they could compare trace sets with different conditions, DXC deployed distributed tracing using AWS X-Ray. This helped monitor and debug distributed applications within the workflow to aid in swift identification of performance issues or errors. Explore the solution’s reference architecture and follow a step-by-step how to enable AWS X-Ray for different AWS products.

Containerization is a modernization pathway that can lead to strong business outcomes, but it’s not without its challenges. Applications being modernized normally require multiple rounds of application cutover—a manual process that demands highly skilled resources, often with high risk and costs. Explore a two-step modernization approach crafted by CloudHedge and AWS that helps organizations modernize an application continuously and incrementally, regardless of where they are in their journey.