Application Development. A. Where applicable, Contractor shall have a comprehensive secure development lifecycle System in place consistent with industry standard best practices, including policies, training, audits, testing, emergency updates, proactive management, and regular updates to the secure development lifecycle System itself.
Application Development. Contractor agrees that it will not engage in any application development without or until it has demonstrated compliance with the provisions of these General Conditions and Exhibit B and Exhibit C.
Application Development a. Stack provides software as a solution. In developing the software provided as the Service, Stack shall adopt secure coding practices that address at a minimum the Open Web Application Security Project (OWASP) top ten vulnerabilities.
Application Development. Application developers must ensure that their programs contain the following security precautions:
Application Development. Contractor must utilize State technology stack to complete development.
Application Development. Data exports; Maintenance plans Inc. Data Cleansing; Configuration Management; Change Management; Release Management; Problem Management; Process Design; forms; documents; templates; alerts; optional settings; tray management.
Application Development. The application and associated databases must validate all input fields for positive and negative bounds defined. • Implement safeguards against attacks (e.g., sniffing, password cracking, defacing, backdoor exploits) • Protect the data by using a least privilege and a defense-in-depth layered strategy tocompartmentalize the data. • Handle errors and faults by always failing securely without providing non-essential information during error handling. • Log data to support general troubleshooting, success and failure of audit trail investigative requirements, andregulatory requirements, with support for centralized monitoring where appropriate. • Built-in security controls – built-in access controls, security auditing features, fail- overfeatures, etc. • Prevent buffer overflows. • Avoid arithmetic errors. • Implement an error handling scheme. Error messages should not provide information that could be used to gain unauthorized access. • Test data used during development must be non-production simulated data. • Implement protocols (TCP/IP, HTTP, etc.) without deviation from standards.
Application Development. Application Development is the development of new applications which may be server, network-based, cloud-based, web-based or a combination and may require interfaces to existing applications. Application Maintenance and Support includes troubleshooting, modifying, maintaining, improving security, and enhancing legacy systems and applications which may be running in a production environment. Examples may include: • Designing, developing, and deploying custom software applications to meet our specific business needs. • Creating user-friendly interfaces and intuitive user experiences. • Ensuring scalability, performance, and security of the applications. • Utilizing modern development frameworks and technologies. • Enhancing and maintaining existing applications to meet evolving business needs. • Conducting thorough testing, debugging, and documentation of applications. Doc2u.SignAEpnpvelilocpaetiIDon: 5MC14a4inA6teBn-BaCn4cDe-4a7n37d-8S9Eu 9p-p74o4r5tE–28A85p3pBl3ication Maintenance and Support includes troubleshooting, modifying, maintaining, improving security, and enhancing legacy systems and applications which may be running in a production environment. Examples may include: • Providing ongoing maintenance and support services for our existing applications. • Conducting regular monitoring and enhancements to ensure optimal performance. • Offering timely response and resolution to reported issues and incidents. • Performing routine updates, bug fixes, and troubleshooting. • Ensuring the availability, responsiveness, performance, and security of applications. • Applying industry best practices and proactive measures to minimize downtime.
Application Development. ▪ The application and associated databases must validate all input. ▪ Implement safeguards against attacks (e.g. sniffing, password cracking, defacing, backdoor exploits) ▪ Protect the data by using a least privilege and a defense-in-depth layered strategy to compartmentalize the data. ▪ Handle errors and faults by always failing securely without providing non-essential information during error handling. ▪ Log data to support general troubleshooting, audit trail investigative requirements, and regulatory requirements, with support for centralized monitoring where appropriate. ▪ Built-in security controls – built-in access controls, security auditing features, fail-over features, etc. ▪ Prevent buffer overflows. ▪ Avoid arithmetic errors. ▪ Implement an error handling scheme. Error messages should not provide information that could be used to gain unauthorized access. ▪ Test data used during development must be non-production simulated data. ▪ Implement protocols (TCP/IP, HTTP, etc.) without deviation from standards.
Application Development. Yale will prepare the application for prospective Fellows (the “Fellowship Application”), soliciting input from SCSU, NHP and NHPS.
