Today, companies from different industries are familiarizing themselves and turning to collaboration agreements with managed service providers for the management of certain IT functions, particularly email hosting, customer relationship management (CRM), storage, backup and network recovery and monitoring.
The approach and use of managed services emerges as a preventive tool in terms of management and the risk of losing control over company technologies. The business world changes drastically, regardless of the deployment of solutions focused on the rapid resolution of problems in technology; For this reason, it is necessary to have an expert in administration that supports the requirements of the business and the current environment.
Managed services have been around for a long time, but adoption has been relatively low: just a year ago, only 3 in 10 organizations had an IT management partner, but more than two-thirds have used a provider in the past. last 12 months.
Why have a managed service provider?
It’s easier to respond to IT demands and complexities when you have the right support experts. Keeping up with maintenance costs, multiple hardware and software vendors, and increasing demands for stable system applications for end-user performance takes time and a high level of expertise. Having a managed service provider can produce significant benefits for your business:
- Improving the efficiency and reliability of IT operations is a primary driving factor in having a managed service provider. According to the most recent CompTIA’s Fourth Annual Trends in Managed Services Study , 56% of companies with 100 or more employees and 47% of companies with fewer than 100 employees consider that a management ally streamlines processes in supporting the IT needs of the business.
- Increased security and compliance are key factors for 38% of companies of all sizes. Savings and investment returns are a determining factor for 33% of companies with 100 or more employees and for 28% of companies with fewer than 100 employees.
1. Find a service provider to suit you
Part of the problem between the approach and the adoption of managed services lies in the definition and role that this type of providers is generating in the industry. In these days of software-as-a-service (SaaS), customers (and sometimes providers) remain unclear about what actually constitutes a managed mis webmail login.
Some vendors offer a portfolio of services focused on managing data analysis, business intelligence, and advanced application monitoring. There is currently a growing demand in these areas, but most vendors are looking to extend solutions beyond software management and network infrastructure.
While it’s true that the managed services community hasn’t done the best job communicating the benefits to users, the fact that usage has nearly doubled in the last year suggests that they have already started.
2. Partners, not replacements
It is important to note that while companies increasingly rely on external vendors to cover a portion of their IT needs, medium-sized projects generally complement each other rather than replace the technology needs they require.
Few of these companies contemplate ditching their IT staff just because they join a managed service provider. Instead, especially in large companies, they make the perfect mix between the IT department and the external service team; a merger that adds a strategic vision to the companies and that translates into a win-win relationship.
This also highlights the reasons why organizations turn to managed service providers. Customers are looking for additional benefits such as generating income and helping the business become more efficient. Even security has gone from being an obstacle to the use of services to a reason to have a team of specialists. Companies have changed their views on security as it has become clear that security issues are often the result of human error on the part of internal staff.
In short, the acceleration and demand of IT processes forces companies to turn to the search for a specialist to help solve problems. The growth of the market and the arrival on the scene of management providers offers a complete scenario for the integration of services focused on profitability and use of technology, without forgetting the business model of companies and the requirements in terms of IT.
Everything you need to know about Adam Equipment moisture analyzers
Widely used for quality control in industries, the Adam equipment moisture analyzer measures the exact amount of moisture in various types of products. Check out our article and learn more about its importance.
What is an Adam equipment moisture analyzer?
The moisture analyzer has as its main routine application the precise determination of the moisture content and of total or liquid solids, by the precise method of weighing and homogeneous heating.
Everything happens in this single piece of equipment, generating fast results and with high accuracy, due to the non-existence of manipulation of the sample until the result.
The moisture analyzer is applied to a wide variety of samples, both organic and inorganic. They are commonly found in the chemical, food, pharmaceutical, cosmetic, paper, textile, and wastewater industries, among others.
How the equipment works
The equipment operates through the loss of moisture through the drying process by a uniform heat source over the sample, and the result is recorded on a semi-analytical balance. The measure is given by the difference of the initial weight x final weight, present in different products. They can be liquid, paste, granulated, powdered, or hybrids of organic, mineral, and chemical substances.
In addition to operating with accuracy, this equipment is capable of obtaining data very easily and quickly. Due to the demands on product quality, it is widely used in the industrial environment.
The importance of the moisture analyzer
When it comes to industrial production, quality control is one of the most important steps. And it is in this context that a primordial piece of equipment comes into play: the moisture analyzer.
After all, this instrument is essential to monitor the moisture content of a product, as it interferes with its useful life and quality. Be it a food, a chemical, or pharmaceutical product – in order for it to reach the final consumer inadequate conditions, it is necessary that the humidity is within the correct parameters.
In other words, both in terms of product quality and in terms of the safety of the manufacturing process, the moisture analyzer will be an ally and a guaranteed return investment.
Discover Adam equipment’s options
Adam Equipment moisture analyzers can be used in laboratories, industries, and in any analysis environment.
The devices are sturdy, made of high-quality materials, and can be used in a variety of applications. They have infrared or halogen heat sources and their results are obtained after simple and quick operations, not requiring much experience from those who operate, nor specific training.
In addition, Adam Equipment moisture analyzers are compact, taking up little space on your bench. They also issue reports using a thermal printer, based on the data obtained, simplifying compliance with ISO, LPG, and GMP quality standards.
Why invest in an Adam equipment moisture analyzer
The moisture analyzer accurately measures the percentage of moisture present in various products, whether they are powder, granules, or a mixture of organic, mineral, and chemical substances. It is a sophisticated instrument that can obtain data very easily.
Moisture affects the shelf life and quality of products. In order for them to reach the final consumer in the right conditions, it is necessary to ensure that the moisture content is within the appropriate parameters. In other words, both in terms of product quality and the safety of its manufacture, the moisture analyzer is an ally and can guarantee the return on your investment.
Joseph Antoine Ferdinand Plateau: inventor of moving images and forerunner of cinema
Joseph Antoine Ferdinand Plateau Belgian scientist demonstrated the optical illusion of the movement of an image by means of correlative drawings in an invention known as the phenakistiscope.
Joseph Plateau Biography.
Plateau was a child prodigy who at the age of six could already read fluently and who was interested in scientific experiments from his first years in Primary school when he received a Physics lesson. At that time, his vocation was clear by promising himself to investigate those secrets.
He was orphaned in adolescence and that marked him to the point of becoming ill. His maternal uncle’s family took care of him and from a young age, he knew how to earn a living by giving private lessons to achieve his dream of studying at university.
In addition to his research and discoveries, Plateau has been known to be a “martyr of science”, since in 1828 he observed the Sun directly for 25 seconds and lost his vision for a couple of days, and years later, when he was 42 years old. , went blind. Although recent research questions the cause-effect relationship between both situations.
Joseph Plateau’s highlights the principle of persistence of vision in 1829 and the invention of the phenakistiscope in 1832
Joseph Antoine Born and Raise
Antoine Ferdinand Plateau was born in the capital of Belgium on October 14, 1801. His father was an artist specializing in painting flowers who always wanted him to dedicate himself to art. However, a physics lesson in elementary school captivated him so much. After that moment he knew that he would dedicate himself to discovering things through experiments.
He learned to read fluently at the age of six. He and used to spend his school holidays in Marche-Les-Dames with his uncle and his family. His cousin and playmate were Auguste Payen, who later became the architect and chief designer of the Belgian railways.
Joseph Antoine Ferdinand Plateau Education
Plateau began his studies at the Brussels Academy of Design driven by his father’s interest in following in his footsteps. This fact impressed him deeply and he became ill. It is the lawyer Thirion, his maternal uncle, and his two sisters, who took care of him.
After the death of his parents, he regained his interest in Physics and began to organize evenings in which he carried out experiments with instruments built by him that impressed the audience. Between 1817 and 1822 Joseph Plateau attended class at the Atheneum College in Brussels. Where one of his teachers was Adolphe Quetelet, for who Plateau will have great admiration throughout his life.
In 1822 he entered the University of Liège, where he enrolled in both Philosophy and Letters and Sciences. But finally obtained a doctorate in Physical Sciences and Mathematics in 1829. While at the University he became Professor of Mathematics at the Atheneum College of Brussels to pay for his studies.
A good part of his studies in Optical Physiology focused on the perception of colors and post-images. In 1828, for post-imaging self-experimentation, he gazed at the Sun for 25 seconds and spent several days with greatly decreased visual acuity, although he eventually regained his normal vision.
Joseph Ferdinand Plateau Achievement
In 1832 he invented the strobe device, which turned out the first device to give the illusion of moving image. It contains two discs, one with small equidistant radial windows through which the viewer looks. However, others containing a sequence of images. When the two discs were spinning at the correct speed. The synchronization of the windows and images created an animated effect. The projection of strobe photographs, creating the illusion of movement, eventually led to the development of cinema.
Plateau also studied the phenomena of capillary action and exterior tension. In fact, the mathematical problem of the existence of a minimum surface with a given limit bears his name. He also conducted extensive studies of soap films and formulated the Laws of Plateau, which describe the structures formed by such films in foams. In 1835 he appointed Professor of Experimental Physics at the University of Ghent, teaching Physics and Astronomy.
Plateau’s career-long and productive, as he continued to investigate even after his retirement when he became totally blind in 1843. It may have apparently been the result of an experiment in physiological optics in 1829 when he looked directly at the Sun for 25 seconds. In 1841 he showed signs of severe inflammation of the cornea, which steadily worsened and ended in blindness. During this, he assisted in his work by colleagues, particularly Lamarle, Duprez, his son Felix and his son-in-law Van der Mensbrugghe.
Plateau’s first works were in the field of Physiological Optics. The basis for much of this work was his observation that an image takes an appreciable time to form and disappear from the retina. Plateau showed, among other things, that the total length of an impression, from the moment it acquires its full force until it is barely noticeable, is about a third of a second.
He applied his results to the study of the principles of color mixing produced by the rapid succession of colors. This led to the formulation of the law (now known as the Talbot-Plateau law) that the effect of a color briefly present to the eye is proportional to both the strength of the light and the time of appearance.
He also studied in great detail the phenomena of accidental colors and irradiation. He considered derived from a similar cause related to the persistence of the image on the retina. Accidental colors are those that appear after looking at a colored object for a while and then at a black surface, or closing the eyes and pressing the hands on them. An image of the object appears, usually in a complementary color and slightly reduced in size. Plateau’s results include his discovery that accidental colors are combined with each other and with actual colors according to the usual laws of color mixing. In irradiation, luminous substance on a shady background appear distended, a factor clearly of attention to astronomers,
Plateau was one of the first to attempt to measure sensory distance, using the bisection method and presenting artists with black and white papers, asking them to produce a color midway between the two. Joseph Plateau also did some interesting work in magnetism, showing that it is impossible to suspend something in the air using only magnetic forces. His mathematical writing even includes articles on number theory, so it said that his prolific research work also offered interesting and current results in all branches of Physics, Optics, and Mathematics.
Joseph Plateau died in the Belgian city of Ghent on September 15, 1883, at the age of 81, and buried three days later in the Mariakerke cemetery, in a ceremony attended by many personalities.
Technologies That Change the Quality of Life
Over the last few years, the acceleration of technological innovation has allowed new branches of science to work alongside medicine to devise solutions that make our life better. Mobility 123 is one of the leading independent living solutions providers for your home or business. The bioengineering has established itself as one of the most promising fields of application. Among the many technologies in the research, development and application phase, It is being chosen some that can give an idea of how things are evolving from small practical solutions to large life support machinery, here are several new technologies that will change the quality of life for people with disabilities.
Scooter for Life:
Mobility Scooter for the elderly people life is a prototype designed as a solution to the mobility problems of elderly people. The reference from which it draws inspiration are the small push scooters that you see more and more present in our cities, whose traditional characteristics have been associated with others to meet the target audience: equipped with three wheels, for greater stability, the scooter it also has a basket placed in the front; to ensure maximum safety, it only moves when the brake is released, it can be equipped with a child seat and even an electric motor.
Bruno Elite Stairlift:
The wheelchair that knows how to use the stairs, the freedom of movement of traditional wheelchairs stops in the presence of stairs or other architectural barriers that unfortunately our cities are full of. The Bruno wheelchair aims to solve this problem, with its ability to climb and descend stairs and offer maximum stability on uneven ground. Another innovative and interesting feature of Bruno is the Elevation Mode, which allows its user to be raised to an interlocutor’s eye level or in any case to rise when visibility is obstructed. Bruno is currently available on Mobility 123.
The tricycle that is used with the hands, it is a hand-propelled bicycle / wheelchair, designed to ensure mobility for those people who have lower limb problems. This innovative wheelchair-bicycle is also equipped with an adaptable cushion for maximum comfort and a canopy for protection from the sun and rain. A small space to carry essential accessories completes the equipment.
Kitchen utensils for those who can only use one hand. It is the name of a series of kitchen utensils designed for those people who, both temporarily and permanently, can only use one hand. Conceived by an Industrial Design student from Singapore, the One ware prototypes are currently two: a cutting board equipped with stops to make the food to be cut stable and a mat for washing dishes with a silicone surface suitable for holding the dishes in place during the wash.
The mobile phone in Braille, if the touchscreen becomes a braille screen, everything becomes possible. The Textura phone is a concept that aims to give access to the world of smart telephony also this category of people. The phone has a Braille surface that changes and adapts to various information. Alternatively, it is also equipped with headphones that transmit to those who are unable to see a whole series of voice instructions on what the phone is doing or capable of doing.
The training system for people in wheelchairs, it is an upper body training system that aims to meet the training needs of wheelchair users. The system works by locking the wheelchair in the desired position, allowing users to carry out their workout in peace. The digital sensors integrated in the system record the usage data and show them on a display, where the athlete can view a series of useful information such as training time, heart rate and the number of calories burned.
Smart Gloves that translate gestures into text:
These intelligent, translatable gloves are designed to help the deaf communicate with all those people who are unfamiliar with sign language. Shown for the first time at the Computex Global Trade Show in Taipei, these black gloves are equipped with sensors on the fingers, accelerators and gyroscopes that make it possible not only to understand the difference between the multiple hand gestures, but also to translate them into a translation in time.
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