Changes in computing fabric, devices and services formed by digital business continue to shape risk and security landscapes, according to Gartner. By year-end 2017, more than 20 percent of enterprises will have digital risk services devoted to protecting business initiatives using devices and services in the Internet of Things (IoT).
The traditional model ascribed for decades to IT security has been one of confidentiality, integrity and availability (CIA). Most organizations in 2015 have not shown a consistent ability to substantially mitigate those risks. The CIA model is still relevant and applicable in cybersecurity, but it isn't enough.
The digital explosion is moving technologies from core architectures to a highly distributed and fit-for-purpose edge. "Core" describes general-purpose technologies and services for computing, such as servers, laptops and mobile platforms, as well as cloud and mobile services.
"Edge" is a term used to describe devices that aren't servers or laptops and perform specific functions in the business and are positioned at the boundary between the business and its customers, partners and providers.
The digital explosion disrupts the foundations of services for technology and information and elevates traditional IT services, such as cloud computing and advanced analytics, to a mandatory status to support the scale and functional needs of the edge. The edge itself is more physical than digital, with devices and physical assets becoming more intelligent to meet the shifting demands of business. This is the core-to-edge continuum.
The other continuum in the cybersecurity scenario is one of openness. An organization must decide, as part of its evolution in digital business, on the ultimate transparency of its services to its customers. The degree of openness depends on an organization's approach to data accessibility, infrastructure used, culture, process and adaptation to change.
Gartner believes that the demands for transparency in the digital business of 2020 will drive more organizations toward openness as a strategy of priorities.
Requirements for large-scale, real-time adaptive protection, safety and privacy at the digital and physical levels will drive new cybersecurity skills, practices and technologies. The race to the edge requires that organizations consolidate the prioritization of cybersecurity efforts across broader technology areas that require protection and are interdependent.
