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Report finds old misconfiguration woes continue to pound corporate clouds

Visitors crowd a cloud computing presentation at the CeBIT technology trade fair on March 2, 2011 in Hanover, Germany. Misconfigured buckets and leaky APIs continue to be the biggest and most impactful cloud security holes for businesses. (Sean Gallup/Getty Images) Misconfigured buckets and leaky APIs continue to be the biggest and most impactful cloud security holes for businesses. New research from security vendor Aqua Security, which draws on the past year of internal customer data, finds that businesses continue to suffer fallout from their poorly configured cloud assets in the form of data breaches. That jives with previous research: cloud misconfiguration errors compose close to half of all “miscellaneous error”-related breaches tracked in Verizon’s 2020 Data Breach and Incident Response report, while the percentage of misconfigured assets discovered continues to rise each year.

Real-Time Innovations launches Connext 6 1

Real-Time Innovations launches Connext 6.1 Real-Time Innovations (RTI), the software framework company for autonomous systems, has announced the latest version of its software framework, RTI Connext. According to RTI, Connext 6.1 is the first software framework designed to address the development and deployment challenges associated with remotely-operated autonomous systems. Autonomous systems must operate in inaccessible, remote, or hazardous environments and since artificial intelligence cannot handle all situations, these applications have to use remote operators to supervise and intervene in difficult scenarios. Connectivity for distributed control is challenging and applications require high reliability and real-time performance even though connectivity in these inhospitable environments is often unreliable and low bandwidth. Depending on the operator’s proximity, communication may also span local, wide area, public and private networks.

Open Source API Gateway KrakenD Becomes Linux Foundation Project

Open Source API Gateway KrakenD Becomes Linux Foundation Project KrakenD framework becomes the Lura Project and gets home at Linux Foundation where it will be the only enterprise-grade API Gateway hosted in a neutral, open forum News provided by Share this article Share this article SAN FRANCISCO, May 11, 2021 /PRNewswire/  The Linux Foundation, the nonprofit organization enabling mass innovation through open source, today announced it is hosting the Lura Project, formerly the KrakenD open source project. Lura is a framework for building Application Programming Interfaces (API) Gateways that goes beyond simple reverse proxy, functioning as an aggregator for many microservices and is a declarative tool for creating endpoints.

A fork in the InsurTech road? BaFin s measures disappoint, whilst EIOPA s proposals offer hope | Dentons

The German Federal Financial Supervisory Authority ( BaFin) recently published its stringent new requirements 1 for InsuranceTechs seeking authorization from the German regulator. 2 The news comes after a tumultuous year for InsuranceTechs in Germany and indeed worldwide, with investment plummeting in Q1 of 2020 3 before reaching a record high of US$7.1 billion by the end of the year. 4 Meanwhile, the European Insurance and Occupational Pensions Authority ( EIOPA) published a consultation paper on open insurance from a pan-European perspective. 5 This consultation gives hope there could be an innovation-friendly European InsuranceTech regulation in the near future. InsurTech is a term used to describe “young and tech-savvy companies”

Computational storage: A Computer Weekly analysis series

CW Developer Network Latest Blog Posts Related Content CIO interview: Richard Corbridge, Boots Starting a career in the digital economy Download Current Issue Software runs on data and data is often regarded as the new oil. So it makes sense to put data as close to where it is being processed as possible, in order to reduce latency for performance-hungry processing tasks.  Some architectures call for big chunks of memory-like storage located near the compute function, while, conversely, in some cases, it makes more sense to move the compute nearer to the bulk storage.  In this series of articles we explore the architectural decisions driving modern data processing.

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