Product security is often insufficient, after all, at some firms, the silo creates an expectation that security is entirely the responsibility of the security team and it is up to them to figure out what security defects or issues may be introduced as a result of a product. There are however more roles involved in the design of security in a product or service.
Chief security officers should play a key role in building trust with customers, and that translates to better customer acquisition, greater customer loyalty, and more revenue.
Software security engineering offers several best practices, techniques, and methods to develop systems and services that are built for security, resiliency, sustainability. Not to mention, helping to ensure security by design without getting in the way of agile development and continuous delivery.
The scope of the design coordination process includes all design activity, particularly all new or changed service solutions that are being designed for transition into (or out of, in the case of a service retirement) the live environment.
Standards are based on experience in operations and industry-wide best practices, and have been developed to provide a high level of quality and transparency. On the flip side, security through (or by) obscurity is a referring to a principle in security engineering which attempts to use secrecy (of design, implementation, etc.) to provide security.
Security by design aims to integrate recent advances in reliability, availability and serviceability and put process design strategies into practice according to best practice guidelines.
Defining, designing, creating, and implementing a process to solve a business challenge or meet a business objective is the most valuable role in EVERY company and organization.
The principle of least privilege is an example of security by design, simple APIs with secure defaults are another.
However, implementing and integrating concrete security practices into the existing development processes is challenging, as best practices for the automation domain are still missing, complex and costly. To improve the security of an existing product or solution is more expensive when compared to applying a secure by design approach in the first place. Therefore, it is recommended you create a software architecture and design your software to implement and enforce security policies.
Its main objective is to provide a total solution from the angle of fundamental security ecosystem, in order to build an unified platform to enable system convergence by applying the core concept of security by design. It is an essential part of good corporate governance, assisting organizations to maximise the value of information while minimising risks and costs by providing a mechanism to align policies and processes, people and technologies across an organization. Also, systems should have programmatic interfaces for sharing and accessing the information available to them.
Previously known as privacy by design, the GDPR makes data protection and security by design and default a legal requirement. Safeguarding and protecting information is a critical requirement within any organization. Your ‘secure by design’ approach manages risk with multiple defensive strategies so that if one layer of defense turns out to be inadequate, another layer of defense will, ideally, prevent a full breach.
Continuous monitoring maintain situational awareness of security-related events through the centralized collection and analysis of event logs from systems, applications and services. Hybrid network architectures pose significant challenges to design a system platform to efficiently manage data, in particular when real-time connectivity needs to be ensured across multiple wireless technologies to support the reliable risk management.
Want to check how your Security by Design Processes are performing? You don’t know what you don’t know. Find out with our Security by Design Self Assessment Toolkit: