Comviva will offer Communication Service Providers next-generation software products and platforms built on Amazon Web Services through a Software-as-a-Service (SaaS) model

Paul Trueman, Netskills, University of Newcastle will be facilitating this session. Web services technology provides the opportunity to integrate applications and business functionality in to existing Web enabled VLEs. A Web service exposes business functionality by both consuming and producing data in XML format. Future online learning environments may be fully developed and maintained using a web services infrastructure. Web services solutions as yet still need to reach their full potential; particularly in the academic sector. In this session Paul will demonstrate potential uses of web services to support e-Learning and present guidelines on how to consider making best use of this emerging technology.

Web applications often have the ability to interface with system functions and critical databases to add or modify data. By design, web applications need to enable customers and users access to this data.  This capability means that attackers are often able to leverage the same forms or other data entry methods to exploit flaws in web frameworks or other related software to bypass access controls. Web applications exist on remote servers or in cloud environments, and data is transmitted over public networks, presenting a very real and present attack path in the organization’s global attack vector. Web application security is a critical aspect to ensure the confidentiality, integrity, and availability of web applications. This report provides a combined view of data collected using the Tenable Web App Scanner and Tenable Vulnerability Management using Nessus.

Organizations need to know what web services are operating in the environment to ensure these web services are analyzed for current known vulnerabilities and attacks. Tenable Security Center along with Tenable Web App Scanning provides a thorough view of risks related to web services.  Leveraging both scan methods enables the security operations team and application developers to see risk and threat vectors from application frameworks and vulnerabilities on the host servers themselves.

Security and compliance frameworks, such as the Open Web Application Security Project (OWASP) Top 10, provides risk managers insight into methods used by adversaries to exploit common flaws and misconfigurations. Tenable Web App Scanner attributes vulnerabilities using the Cross Reference field to link to all published OWASP versions. Upon completion of the web application scan, the vulnerabilities detected and linked to OWASP 2021 provide an industry best practice approach to mitigating vulnerabilities.  

The report and its components are available in the Tenable.sc Feed, a comprehensive collection of dashboards, reports, assurance report cards and assets. The report can be easily located in the Tenable Security Center Feed under the category Threat Detection & Vulnerability Assessments. The requirements for this report are:

• Tenable Security Center 6.2.0
• Tenable Nessus 10.5.4
• Tenable Web Application Scanner

Security leaders need to SEE everything, PREDICT what matters most and ACT to address cyber risk and effectively align cybersecurity initiatives with business objectives. Tenable Security Center discovers and analyzes assets continuously to provide an accurate and unified view of an organization's security posture.

Chapters

Executive Summary: The chapter provides a high-level view of web related vulnerabilities collected by Tenable Web App Scanner and Tenable Nessus. Through trending and comparative charts, security managers are able to view current and past health of web applications and the associated server assets.  

SSL Related Vulnerabilities: This chapter provides the development team with information related to SSL, TLS and other encryption related vulnerabilities. The trending charts and tables enables risk migration teams to identify the affected assets and begin the remediation process.  

Most Critical OWASP 2021 Vulnerabilities: This chapter combines the OWASP 2021 categories along with CVSSv3 categories to identify the top vulnerably that needs to be mitigated first. A series of tables and charts provide the vulnerability details and affected URL assets. 

Web Application Vulnerabilities by Collection Method: This chapter provides a summarized list of all web application vulnerabilities from both Nessus and Tenable Web App Scanner.  A series of tables and trend charts helps security operations teams and risk managers to track progress and focus efforts as needed. 

Web applications often have the ability to interface with system functions and critical databases to add or modify data. By design, web applications need to enable customers and users to access this data.  This capability means that attackers are often able to leverage the same forms or other data entry methods to exploit flaws in web frameworks or other related software to bypass access controls. Web applications exist on remote servers or in cloud environments, and data is transmitted over public networks, presenting a very real and present attack path in the organization’s global attack vector. Web application security is a critical aspect to ensure the confidentiality, integrity, and availability of web applications. This dashboard provides a combined view of data collected using the Tenable Web App Scanner and Tenable Vulnerability Management using Nessus.

Organizations need to know what web services are operating in the environment to ensure these web services are analyzed for current known vulnerabilities and attacks. Tenable Security Center along with Web Application Scanning provides a thorough view of risks related to web services.  Leveraging both scan methods, enables the security operations team and application developers to see risk and threat vectors from application frameworks and vulnerabilities on the host servers themselves.  

Security and compliance frameworks, such as the Open Web Application Security Project (OWASP) Top 10, provides risk managers insight into methods used by adversaries to exploit common flaws and misconfigurations. Tenable Web Application Scanner attributes vulnerabilities using the Cross Reference field to link to all published OWASP versions. Upon completion of the web application scan, the vulnerabilities detected and linked to OWASP 2021 provide an industry best practice approach to mitigating vulnerabilities.  

The dashboard and its components are available in the Tenable.sc Feed, a comprehensive collection of dashboards, reports, assurance report cards and assets. The dashboard can be easily located in the Tenable Security Center Feed under the category Threat Detection & Vulnerability Assessments.

The requirements for this dashboard are:

• Tenable Security Center 6.2.0
• Tenable Nessus X.Y.Z
• Tenable Web Application Scanner

Security leaders need to SEE everything, PREDICT what matters most and ACT to address cyber risk and effectively align cybersecurity initiatives with business objectives. Tenable Security Scanner discovers and analyzes assets continuously to provide an accurate and unified view of an organization's security posture. 

Components

Web Services - WAS Highest Vulnerabilities by Plugin Family: This component provides a summary of the highest risk affecting (severity Medium to Critical) vulnerabilities collected using Tenable Web App Scanner. The Plugin Family Summary tool enables security teams to see at a high level the percentage of high-risk vulnerabilities. In addition to the severity filter, a new filter called Web App Scanning, set to “Only Web App Results” ensures that only the vulnerabilities that are collected from the web application scan are presented.  The drill down will also go straight to the “Web App Scanning” tab in the Analysis view.

Web Services - Most Critical Web Application Vulnerabilities Discovered by Nessus: This component provides a summary of the highest risk affecting (severity Medium to Critical) vulnerabilities collected using Nessus. The Plugin Family Summary tool enables security teams to see at a high level the percentage of high-risk vulnerabilities. The component also uses the Plugin Family filter and only selects the CGI and Web Server families. In addition to the severity and Plugin Family filters, a new filter called Web App Scanning, set to “Exclude Web App Results” ensures that only the vulnerabilities that are collected from a Nessus scan are presented.  

Web Services - Host and Web Application SSL Vulnerabilities: This matrix compares the web server related vulnerabilities by severity and collection method. Each row is separated using the Web App Scanning filter.  The top row has the filter set to “Exclude Web App Results” and bottom row is set to “Only Web App Results”.  This view allows the security operations team to get a side-by-side view of web-based vulnerabilities linked by severity.  

Web Services - Most Critical OWASP 2021 Categories: This matrix provides an indicator for each OWASP 2021 category where vulnerabilities were detected using the Tenable Web App Scanner. In addition to Cross Reference filter, the matrix uses CVSSv3 Vectors to provide a higher level of risk. The vectors used are: Attack Vector: Network (AV:N), Attack Complexity: Low (AC:L), Privileges Required: None (PR). If the vulnerability has any of these vectors applied, the attacks on the asset are at a greater risk to being exploited, and need to be addressed immediately.

Web Services - Web App Vulnerabilities over last 50 days: This component provides a trend summary of the highest risk affecting (severity Medium to Critical) vulnerabilities collected using Tenable Web App Scanner.  The data points are calculated with the Vulnerability Last Observed set to within the last day, thus each query point in the graph will show the total vulnerabilities that were seen since the last query point. In addition to the date and severity filters, a new filter called Web App Scanning, set to “Only Web App Results” ensures that only the vulnerabilities that are collected from the web application scan are presented.

In this Episode we're talking about Web Services with IBM's Olaf Zimmermann. We mainly focus on the WS-* stack. We also discuss a couple of SOA foundations and architectural decisions that need to be taken when building an SOA using Web Serivces. We also briefly mention the REST vs. WS-* debate.

Conformance of ITU-T H.810 personal health system: Services interface Part 1: Web services interoperability: Health & Fitness Service sender

Location: Electronic Resource- 

We're looking for a team lead / solution architect to work with AWS and SFMC. Position is full remote, but must be in the USA. Details are here.

Our planned investment will contribute $23.3 billion to India’s GDP by 2030, and support approximately 1,31,700 full-time jobs annually at local businesses, says Chris Casey of AWS

Nara Lokesh seeks investments from Amazon Web Services and Salesforce for AI and technology development in Andhra Pradesh

Amazon Web Services (AWS), the Cloud arm of retail giant Amazon has announced the third availability zone in its Mumbai Cloud Region.

Getting Started Guide: Microchip PIC-IoT WA (Wireless for Amazon Web Services) Application

Senior software engineer says he quit after firings over coronavirus safety protests

With the release of the O*NET 25.1 Database in November 2020, O*NET Web Services will transition to the O*NET-SOC 2019 taxonomy. This taxonomy, based on the 2018 SOC, introduces several changes to the occupations returned by our services. It includes 1,016 occupational titles, 923 of which represent O*NET data-level occupations. For more information on these changes, see the O*NET-SOC Taxonomy page at the O*NET Resource Center.

To help O*NET Web Services users with the upcoming taxonomy transition, Taxonomy Services are now available to enable developers to connect occupational data between existing systems based on the O*NET-SOC 2010 taxonomy, and the future O*NET-SOC 2019 taxonomy-based O*NET Web Services.

Wittig, Michael, 1987- author

AWS exec Olivier Klein says the company offers fully managed services in areas like machine learning/AI. He says users don’t need to understand how to build the machine learning model, or train it