Key features of edge computing include:
Proximity to Data Source: Edge computing systems are located close to the devices or sensors that generate data. This reduces latency and enables real-time or near-real-time processing.
Key features of edge computing include:
Proximity to Data Source: Edge computing systems are located close to the devices or sensors that generate data. This reduces latency and enables real-time or near-real-time processing.
Every technologist have heard the buzzwords Cutting Edge and Bleeding Edge.
This is the choice presented when selecting technology for mission critical objective. It's important that the technology selected not only meets the goals but is tried and tested fully. This is true for the complex organizations that cannot afford to fail, cannot use beta products or the versions of the product which are not yet fully matured with all the major defects fixed.
On the other hand, sometimes organizations wants the technology that ahead of it's time even if all the bugs are not removed fully removed. Military weapons and warplanes are good examples for adopting to technologies which are not yet fully matured but can gain significant competitive advantage.
Metaphorically speaking, the tip of the knife is a bleeding edge and the better part of the knife that does most of the cutting is called cutting edge.
Feature parity objective is to ensure that all the
existing features and functionalities within current
products are successfully replicated on new platform without any regression.
This is more important when organization wanted to retire
existing application, platform or product but wants to ensure that the new
system continue to meet the same expectation at a minimum.
Performance parity, in line with feature parity is to
ensure there is no performance degradation as features are moved to new
systems.
TOGAF is the
most popular Enterprise Architecture framework to design, plan, implement and
govern the Enterprise Information Architecture. It's a high-level approach to
help define business goals and align them with Architecture objectives.
TOGAF,
developed by the open group, is a global standard for Enterprise Architecture.
It was initiated in 1990s and since then have gone through multiple versions
with latest being TOGAF 10 released in April 2022.
TOGAF helps reduce cost, time, risks, redundancies
in the development of the Enterprise infrastructure. The four typical domains
identified in TOGAF for Enterprise Architecture are Business, Data, Application
and Technology.
Microservices can be very useful in building distributed system that are faster, better when compared to monolithic systems. Microservices can reduce all dependencies and complexities to quickly scale the system. However, microservices are not a free lunch.
What are the sorts of problems can Microservices bring? Here are 10 drawbacks of using Microservices to carefully considered while adopting to Microservices architecture.