Open Cosmos, which runs a constellation of small satellites which customers access for data, will design and build the platform of PhotSat, a space mission coordinated by the Institute of …

The post Open Cosmos to develop astrophysical satellite appeared first on Electronics Weekly .

Vicor has released three automotive-grade power modules for 48V electric vehicles: a bidirectional 2.5kW 800V to-from 48V converter, a 2kW 48V to 12V regulator and a 2.5kW 48V to 48V …

The post DC-DC converters for 800V EVs with 48V zones appeared first on Electronics Weekly .

Littelfuse has introduced a ‘tact’ style push-button with change-over contacts. ‘KSC DCT’ as it will be known, has a 6.2 x 6.2mm surface-mount body and is sealed to IP67. Both …

The post Tact push-button has change-over contacts for monitoring appeared first on Electronics Weekly .

French research lab CEA-Leti has announced an open-source cybersecurity project to produce physical true random number generators (TRNGs) for ICs using ring-oscillators. It is called OpenTRNG. “The project’s launch is …

The post Open source random number generators for ICs appeared first on Electronics Weekly .

Renesas has introduced a four-channel IO-Link master for the industrial IO-Link bus, and a dual-channel resistive sensor signal conditioner. “IO-Link has become increasingly popular in recent years due to its …

The post Four channel IO-Link bus master, and bridge sensor interface appeared first on Electronics Weekly .

AWS CodePipeline V2 type pipelines introduces the ability to skip a stage as a result of a stage level condition evaluation. With this launch, you can now set “Skip,” “Fail,” and “Rollback” as a result of a stage condition failing. “Skip” can only be used with conditions evaluated before a pipeline execution enters a stage.

To skip a stage, add a condition to the before entry with “Skip” as the result. Add a rule such as variable check to the condition to evaluate if a pipeline variable matches a specific value. When a pipeline execution is waiting to enter the stage, the variable check rule is evaluated. If the rule fails, the condition fails and the stage where the condition is configured will fail, resulting in the stage being skipped.

To learn more about using the skipping a stage in your pipeline, visit our documentation . For more information about AWS CodePipeline, visit our product page . The stage level conditions feature is available in all regions where AWS CodePipeline is supported.
 

Starting today, Amazon EC2 D3en instances, the latest generation of the dense HDD-storage instances, are available in the Asia Pacific (Sydney) region. D3en instances are ideal for workloads including distributed/clustered file systems, big data and analytics, and high capacity data lakes. With D3en instances, you can easily migrate from previous-generation D2 instances or on-premises infrastructure to a platform optimized for dense HDD storage workloads.

Amazon EC2 D3en instances are built on the AWS Nitro System, a collection of AWS-designed hardware and software innovations that enable the delivery of private networking, and efficient, flexible, and secure cloud services with isolated multi-tenancy. D3en instances offer up to 336 TB of local HDD storage. These instances also offer up to 75 Gbps of network bandwidth, and up to 7 Gbps of bandwidth to the Amazon Elastic Block Store (Amazon EBS).

To get started with D3en instances, visit the AWS Management Console , AWS Command Line Interface (CLI) , or AWS SDKs . To learn more, visit the EC2 D3en instances page.
 

Amazon Redshift now supports the ‘refresh interval’ feature for zero-ETL integration, allowing you to control the frequency of data replication into Amazon Redshift. When you specify a non-zero refresh interval to your integration, the ongoing replication process will only start after the specified interval has elapsed.

Amazon Redshift’s zero-ETL integrations enable you to break down data silos in your organization and run near real-time analytics and machine learning (ML) on the data from your operational databases. Now, with the launch of refresh interval, you have the flexibility to control the frequency of data replication to Amazon Redshift. Existing integrations will continue to have a zero refresh interval, but you can modify them depending on your data latency requirements.

To learn more and get started with zero-ETL integration, visit the getting started guides for Amazon Redshift . To learn more about how to use refresh interval, see the documentation .
 

AWS Transfer Family now provides real-time status of file transfers initiated using SFTP connectors. With this capability, you can easily monitor the current state of your file transfer operations and orchestrate post-transfer actions to automate your Managed File Transfer (MFT) workflows in AWS.

SFTP connectors provide a fully managed, low-code capability to transfer files between remote SFTP servers and Amazon S3. Now you can query the status of your file transfer operations on demand, such as which file transfers are completed, in-progress, queued, or failed. You can use this capability to orchestrate post-transfer actions based on file status, such as sending status notifications, triggering downstream processing of the files that have transferred successfully, or initiating retries for any failures. For example, when using AWS Step Functions to orchestrate file transfer workflows, you can now recursively poll the status of a requested file transfer operation using SFTP connectors and automatically initiate post processing steps once a file transfer completes.

Support for querying file transfer status for SFTP connectors is available in all AWS Regions where Transfer Family is available . For pricing information, visit the Transfer Family pricing page . To get started with querying the status of your file transfers with SFTP connectors, use the ListFileTransferResults API command and visit the Transfer Family User Guide .

Amazon Verified Permissions is now a Health Insurance Portability and Accountability Act (HIPAA) eligible service, enabling healthcare and life sciences organizations subject to HIPAA to use the service for permissions management. Amazon Verified Permissions is a permissions management and fine-grained authorization service for the applications that you build. Amazon Verified Permissions uses the Cedar policy language to enable developers and admins to define policy-based access controls using roles and attributes. For example, an patient management application might call Amazon Verified Permissions (AVP) to determine if Alice is permitted access to Bob’s patient records, given that she is in the doctors group and is Bob’s doctor.

If you have a HIPAA Business Associate Addendum (BAA) in place with AWS, you can now use Amazon Verified Permissions for workloads that are subject to HIPAA compliance. If you are building applications on API Gateway, you can get started with Amazon Verified Permissions with a just few clicks. Connect to your identity provider and configure permissions that protect API’s based on user groups and attributes. If you don’t have a BAA in place with AWS, or if you have any other questions about running HIPAA-regulated workloads on AWS, please contact us .

You can find AWS HIPPA eligible services on the HIPAA Eligible Services Reference page. For more information on the service visit Fine-Grained Authorization – Amazon Verified Permissions – AWS