Mike Jensen Internet Pioneer Career and Impact

Mike Jensen was a true internet pioneer, and his contributions to the field still have a lasting impact today. He was involved in the development of the first commercial online service, CompuServe.

Jensen's work on CompuServe laid the groundwork for future online services. He played a key role in shaping the early internet landscape.

One of Jensen's most notable achievements was his work on CompuServe's online content, which included news, weather, and sports updates.

Mike Jensen's journey as an internet pioneer began with his decision to emigrate to Canada in 1985 after the Rand Daily Mail closed down. He was introduced to the CoSy online messaging system in 1982 while studying for his MSc.

In 1985, Jensen opened a computer account at the University of Toronto, where he used Usenet newsgroups for online discussions and information sharing. This experience sparked an idea to create a similar platform for environmental groups.

Jensen set up a multi-user network for the Ontario Environmental Network (OEN) using a cheap personal computer and a PC-based version of the Unix operating system. This innovative approach offered cheaper internet access than commercial mainframe systems.

The emergence of similar movements elsewhere, such as the Institute for Global Communications (IGC Internet) in California and GreenNet in London, led to the formation of an International NGO computer network.

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Mike Jensen's impressive career in the internet world has earned him recognition and accolades. He was inducted into the Internet Hall of Fame as a "Global Connector" in 2017.

This prestigious honor is a testament to his dedication and contributions to the internet community. Jensen also served as a member of the Advisory Board that chose the first inductees to the Hall of Fame, including notable figures like Al Gore, Tim Berners-Lee, Linus Torvalds, and Jimmy Wales.

One of the key contributions to her career was her ability to adapt to new technologies and software, which she demonstrated by learning to use a new project management tool in just a few weeks.

She also excelled in her role as a team leader, successfully guiding a team of five people to complete a high-profile project on time and within budget.

Her exceptional communication skills were evident in her ability to present complex data to stakeholders, making her a valuable asset to the company.

Her dedication to her work led to her being recognized as Employee of the Month three times in a row.

She was also a key contributor to the company's social media presence, increasing followers by 500% in just six months.

Jensen's subsequent career was marked by extensive international work, taking him to over 45 countries in Africa and elsewhere.

He worked with various development agencies, including NGOs, governments, and the private sector, providing advice on ICT projects.

His clients included the World Bank, the African Development Bank, the UK Department for International Development, the World Food Programme, and the Global Libraries initiative of the Bill and Melinda Gates Foundation.

He held the role of Access Specialist with the Association for Progressive Communications (APC), coordinating policy, research, advocacy, capacity building, and communications on access.

Jensen was a member of the African Conference of Ministers' High-Level Working Group, which developed the African Information Society Initiative (AISI).

He conducted studies on national broadband deployment in Brazil and the benefits of promoting infrastructure-sharing to lower the cost of access.

He also developed national analog-to-digital TV migration strategies.

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The Internet Hall of Fame is a prestigious recognition of individuals who have made significant contributions to the development and growth of the internet. In 2012, Mike Jensen served as a member of the Advisory Board that chose the first inductees, which included notable figures like Al Gore and Tim Berners-Lee.

Jensen himself was inducted into the Internet Hall of Fame in 2017 as a "Global Connector" for his work in connecting early email and bulletin board networks in developing countries with the global internet.

Mike Jensen's contributions to the internet are a testament to his dedication and innovative spirit. He wrote code in the late 1980s-90s that connected early email and bulletin board networks in developing countries with the global Internet.

Jensen's work had a significant impact on the internet's growth and accessibility. The internet's core services were offered years before its commercialization, thanks in part to pioneers like Jensen.

The Imagining the Internet Center conducted interviews with internet Hall of Fame inductees, including Jensen, to share their experiences and insights. These interviews provide valuable insights into the internet's evolution and the hopes and fears of its pioneers.

Jensen's legacy continues to inspire new generations of internet developers and users. His code connected people and communities across the globe, paving the way for the internet's widespread adoption.

Mike Jensen is at the forefront of next-gen internet connectivity, with a focus on improving access in far-flung locations.

He's particularly passionate about his work in the Marshall Islands, West Africa, and developing countries, where he's advising on connectivity and documenting community-based initiatives.

The biggest hurdle in bringing connectivity to these areas is the lack of awareness among governments about making their networks more cost-effective and affordable for the public.

This mentality is still prevalent in many countries, where incumbent operators are prioritized over innovative solutions.

Low-earth orbit satellite constellations and low-cost solar-power systems are exciting new developments that could bring radical change to connectivity in isolated communities.

Some designs for bullet-proof solar-powered wireless access points are emerging, and combining these with satellite connectivity could make a huge difference.

The regulatory environment needs to open up to allow TV bands to be used for long-distance data communications, which could reach areas currently cut off due to terrain.

Next-gen software-defined radios can efficiently share the spectrum, and submarine fiber connections using Ramen amplifiers can reach isolated island communities without the need for power or repeated connections.

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