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AI is making processes easier in a wide variety of industries. In the manufacturing sector smart AI systems can make production lines more efficient and safer. Similarly, in the waste management industry computer vision based AI models can sort waste autonomously. In addition to these highly visible advances AI has

Quality image and video data is at the heart of any successful computer vision based AI project. Precisely annotated training datasets invariably lead to models which are capable of high-level performance in a chaotic and changing world. The inverse is also true, datasets strewn with errors and inaccuracies can lead

The potential of autonomous vehicles is huge. By supporting or replacing human drivers AI models can make roads safer and increase the efficiency of transport and delivery for us all. However, there still remain significant barriers to the widespread use of this technology. Autonomous vehicles will not be adopted until

The global shipping industry is responsible for moving billions of dollars worth of goods and raw materials around the planet every day. Closer to home smaller boats form the backbone of many cities' transportation systems. It is no surprise then that many AI companies are attempting to make water

Accessing precisely labeled training data at scale is a key challenge for computer vision based AI companies. The process of labeling images and video can be extremely time consuming and labour intensive. As a consequence commercial annotation tool providers, like Keylabs, are constantly seeking to speed up annotation tasks. However,

The construction sector is expected to grow by as much as 9% in 2021. This growth is due to the return of normal working practices and demand levels as the COVID-19 pandemic eases. However, forecasters expect strong growth in the industry through the beginning of this decade. Demand for housing,

Robots can help surgeons to perform some of the most complex medical procedures. Surgeons use these devices to perform extremely precise micro-surgeries. The precision movement of robots helps surgeons maintain control of complex procedures and helps to avoid post-surgical infections. Now AI developers are looking for ways in which machine