Maximize Your Reach: Grow Audiences with Wirecast’s New Cloud Multistr – Videoguys

As the video streaming industry continues to grow, content creators need innovative solutions to reach wider audiences across multiple platforms. Whether you’re a brand creator, live event broadcaster, or involved in worship services or sports streaming, the ability to stream live content to different platforms simultaneously is essential. Telestream’s latest Wirecast Pro release introduces Cloud Multistreaming, a game-changing feature designed to help users overcome common challenges like cost concerns and broadband limitations, all while enhancing viewer experiences on any platform.

What Is Wirecast Cloud Multistreaming?

Wirecast Cloud Multistreaming allows users to send a single stream to the cloud, which is then distributed across multiple platforms such as Facebook, YouTube, Twitch, and more. This cloud-based multistreaming eliminates the need for creators to juggle separate streams, making it easier to engage larger audiences and boost visibility without sacrificing quality. For content creators aiming to grow their influence, multistreaming can be a powerful way to expand reach and drive engagement.

Benefits of Wirecast Cloud Multistreaming for Content Creators

One of the major advantages of Wirecast Cloud Multistreaming is its cost-effectiveness and efficiency. Instead of using up bandwidth for each platform, users only need to stream once, saving up to 50% in bandwidth usage. This is especially important as research shows that 28% of live social viewers stream across multiple platforms—missing out on those opportunities could mean losing significant audience growth.

Moreover, Wirecast Cloud Multistreaming does the heavy lifting in terms of internet upload speed, bandwidth, and CPU usage. This feature enables creators to bypass expensive hardware purchases for handling multiple streams, allowing gamers, educators, and event broadcasters to focus on content without worrying about technical constraints.

How Wirecast Simplifies Live Multistreaming

Known for its robust functionality and ease of use, Wirecast Pro continues to set the standard for professional streaming software. As Simon Clarke, CTO of Telestream, puts it, “Wirecast is recognized for its robust functionality and ease of use; it’s essentially a Swiss Army knife for streamers. Cloud Multistreaming reduces the hardware requirements for customers, greatly increasing the ability for someone to tell their story to whomever they want to, with Wirecast working smarter, not harder.”

By using Wirecast’s cloud multistreaming capability, creators can efficiently expand their audience reach, ensure optimal streaming quality, and streamline their production process—all without the added cost or complexity.

Why Choose Wirecast for Your Streaming Needs?

Telestream is committed to staying at the forefront of live streaming and video production technology. The company continues to innovate by introducing advanced features like AI, video production enhancements, and cloud streaming technology that amplify the creative potential of its users. Whether you’re streaming live sports, educational content, or worship services, Wirecast’s Cloud Multistreaming offers a powerful way to engage with more viewers on platforms that matter to your audience.

Maximize your streaming potential with Wirecast today, and take your content to new heights with multistreaming technology designed to grow your influence across the web.

Read the full article from Wirecast HERE

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Nick Jewell, associate director of club sports, intramural sports, and sport camps for MIT’s Department of Athletics, Physical Education, and Recreation (DAPER) became a recreation professional because of the impact club sports (competitive, nonvarsity athletic teams) has made on his life. His participation in club sports has allowed him to find community anywhere he travels, whether domestically or abroad. In addition to creating an environment that provides education, inspires leadership, and promotes wellness, a pillar of DAPER is developing community, which makes Jewell’s professional and personal background an asset to the department.

After graduating from Clemson University with a master’s degree in education, student affairs for college athletics, Jewell moved to Boston. Five years ago, he began his career at MIT overseeing the front desk for DAPER. Moving up the ladder, Jewell now runs a variety of programming throughout the year. Much of his job is dedicated to the execution of MIT’s intramural and club teams.

Annually, MIT fields 20 to 25 intramural sport leagues, with the majority of them competing in the fall. Seasons last between six and eight weeks each semester, and teams are available for various skill levels. Current offerings include badminton, 3v3 basketball, and volleyball. MIT’s Club Sports Program complements the Institute’s intercollegiate athletic and intramural programs. MIT students, faculty, staff, alumni (and their spouses) are encouraged to join one of 34 club teams that range from alpine skiing to wrestling. Intramural sports are intended to be casual, while club sports require players to have a higher level of skill and commitment.

Jewell credits the success of club sports to the students who run them, and lends his supervision as needed. For example, if a club team wants to participate in a tournament in New York City, student officers ask Jewell to approve their participation. After Jewell signs off, the students reserve hotels and transportation, either through the Division of Student Life or by using their allowed budget (which Jewell manages) themselves. Clubs can also fundraise for their travel and have found that the most successful method is to host a tournament on campus. While these are also largely managed by students, Jewell serves as the liaison between the club officers and facility operations to reserve spaces and troubleshoot issues that may arise. 

Jewell is also in charge of the MIT All Sports Summer Day Camp, which runs for seven weeks and offers a variety of athletic activities along with swim instruction. Each winter, he hires 50 part-time employees, including counselors, for camp. When camp registration opens, Jewell and his team input the information of 800 registered campers in their database in time for them to arrive on campus.

Always looking for innovative offerings for the community, Jewell recently attended the National Intramural-Recreational Sports Association (NIRSA) conference to learn what other university recreation departments are providing for their students. One takeaway was that arcade games are making a comeback. At the start of the pandemic, MIT students were engaging with each other by playing “Mario Kart” and other interactive video games, as it was easy to stay socially distant and compete while communicating over headsets. When students no longer needed to social distance, they continued to participate in competitive video games. With a squash court that was no longer in use, excitement from students, and newly raised funds, Jewell created MIT’s Esports Room. The room includes a PlayStation 5 and Nintendo Switch with four controllers for each, and a mini movie theater with a large projector and beanbag chairs for 15 people to sit. With the equipment in place and the space complete, Jewell’s next plan is to create e-sports tournaments. 

Jewell’s pitch about intramural and club sports is simple: join one. When he speaks at orientation for new students, he tells parents about how the offerings from DAPER will enhance their child’s experience as a student — and beyond. Jewell and his colleagues want to ensure that when graduates have a career opportunity in a new city, or if they travel somewhere where they do not speak the language, they will be able to find community through sports. 

Soundbytes

Q: What project at DAPER are you the proudest of?

Jewell: During the pandemic, I wanted to help students get outside and stay active. Because of this I created the “Simply Walk to Mordor Challenge” (from “Lord of the Rings”). Students made teams (fellowships) of up to six and added the steps they took each day into a spreadsheet. They could not only race characters Samwise Gamgee and Frodo Baggins, but they could also race other adventuring parties the distance from the Shire to Mount Doom. There was also a personal bar graph that showed students where they were in the book if they wanted to read along while they walked. It gained a lot of traction, and over 100 students participated. I was proud to get it off the ground and we got a lot of positive feedback from the students.

Q: What do you like the most about the MIT community?

Jewell: At MIT there is no such thing as a bad idea. Community members come to me with ideas that they know may not come to fruition, but that does not diminish their enthusiasm. For example, a student contacted me who wanted to start a varsity paddle ball team. I told him that starting a varsity team is tough, and we do not have any paddle ball courts. He suggested that we use one of our tennis courts to create a court for paddle ball. Eventually I had to tell him that it wasn’t going to work, but you don’t get creative, fun ideas without tossing everything against the wall and seeing what sticks. I love that students, staff, and faculty are creative enough to come up with ideas and ask, “What if we tried this?” Sometimes we can’t, but when we can it’s magic.

Q: What advice would you give to a new staff member at MIT?

Jewell: Go to all of the meetings and activities that you can and interact with people outside of your department. There is a lot happening on campus that you can participate in and a lot of interesting people to meet. If a staff member wants to play flag football with undergraduates, we encourage that! Staff members can also get a membership to the DAPER gym, and we offer a lot of different athletic events and recreation opportunities for both mental and physical health. 

Seven with MIT ties elected to National Academy of Medicine for 2024

The National Academy of Medicine recently announced the election of more than 90 members during its annual meeting, including MIT faculty members Matthew Vander Heiden and Fan Wang, along with five MIT alumni.

Election to the National Academy of Medicine (NAM) is considered one of the highest honors in the fields of health and medicine and recognizes individuals who have demonstrated outstanding professional achievement and commitment to service.

Matthew Vander Heiden is the director of the Koch Institute for Integrative Cancer Research at MIT, a Lester Wolfe Professor of Molecular Biology, and a member of the Broad Institute of MIT and Harvard. His research explores how cancer cells reprogram their metabolism to fuel tumor growth and has provided key insights into metabolic pathways that support cancer progression, with implications for developing new therapeutic strategies. The National Academy of Medicine recognized Vander Heiden for his contributions to “the development of approved therapies for cancer and anemia” and his role as a “thought leader in understanding metabolic phenotypes and their relations to disease pathogenesis.”

Vander Heiden earned his MD and PhD from the University of Chicago and completed  his clinical training in internal medicine and medical oncology at the Brigham and Women’s Hospital and the Dana-Farber Cancer Institute. After postdoctoral research at Harvard Medical School, Vander Heiden joined the faculty of the MIT Department of Biology and the Koch Institute in 2010. He is also a practicing oncologist and instructor in medicine at Dana-Farber Cancer Institute and Harvard Medical School. 

Fan Wang is a professor of brain and cognitive sciences, an investigator at the McGovern Institute, and director of the K. Lisa Yang and Hock E. Tan Center for Molecular Therapeutics at MIT.  Wang’s research focuses on the neural circuits governing the bidirectional interactions between the brain and body. She is specifically interested in the circuits that control the sensory and emotional aspects of pain and addiction, as well as the sensory and motor circuits that work together to execute behaviors such as eating, drinking, and moving. The National Academy of Medicine has recognized her body of work for “providing the foundational knowledge to develop new therapies to treat chronic pain and movement disorders.”

Before coming to MIT in 2021, Wang obtained her PhD from Columbia University and received her postdoctoral training at the University of California at San Francisco and Stanford University. She became a faculty member at Duke University in 2003 and was later appointed the Morris N. Broad Professor of Neurobiology. Wang is also a member of the American Academy of Arts and Sciences and she continues to make important contributions to the neural mechanisms underlying general anesthesia, pain perception, and movement control. 

MIT alumni who were elected to the NAM for 2024 include:

  • Leemore Dafny PhD ’01 (Economics);

  • David Huang ’85 MS ’89  (Electrical Engineering and Computer Science) PhD ’93 Medical Engineering and Medical Physics);

  • Nola M. Hylton ’79 (Chemical Engineering);

  • Mark R. Prausnitz PhD ’94 (Chemical Engineering); and

  • Konstantina M. Stankovic ’92 (Biology and Physics) PhD ’98 (Speech and Hearing Bioscience and Technology)

Established originally as the Institute of Medicine in 1970 by the National Academy of Sciences, the National Academy of Medicine addresses critical issues in health, science, medicine, and related policy and inspires positive actions across sectors.

“This class of new members represents the most exceptional researchers and leaders in health and medicine, who have made significant breakthroughs, led the response to major public health challenges, and advanced health equity,” said National Academy of Medicine President Victor J. Dzau. “Their expertise will be necessary to supporting NAM’s work to address the pressing health and scientific challenges we face today.” 

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