![]() From conference calls to video chats with family, WiFi provides us with cheaper (and sometimes free) solutions to what data companies charge extortionate amounts for.įor many of us, WiFi has also been a lifesaver during the coronavirus pandemic, keeping us sane almost as we remain at home.īusinesses have also been reaping the benefits of WiFi for years – from large corporate offices to small cafes, WiFi has allowed business owners to save on communication costs, utilize more dynamic and advanced technology and equipment, and allows business owners to turn their physical venue into an intelligent space with analytics and automation. When WiFi works well, we genuinely love it – it allows us to be connected at home, at work, and in public spaces. ![]() WiFi: The Good, The Bad, and Why You Need an Upgrade With the rise of advanced wearable tech, smart appliances/machinery, and other WiFi-enabled devices, easy-access WiFi has become a staple, and we’ve dramatically hiked up our standards around speed, signal strength, and security.Īs a result, many of us have turned to the latest networking hardware such as WiFi Extenders, boosters, and Powerline Adapters in an attempt to not only improve the quality and security of our internet connection but to ensure that we can stay connected at all times.Īs a relatively risk-free investment that can drastically improve our WiFi experience, it’s no surprise that we’ve been fervently taking to our search engines to ask the question “how do WiFi extenders work?”. Geared toward investment-ready women entrepreneurs, SheBoot is looking for fifteen startups to join and vie for a minimum of $300,000 in equity investment from women angel investors.Nowadays, WiFi is more than just a convenient way to connect to the internet – it’s an essential tool that we use to remain productive, efficient, and connected. Pretekt’s tech, which is already in service with New York’s Metropolitan Transportation Authority, will be used by PSTA’s bus maintenance team to identify potential problems before they happen.įemale-focused tech boot camp SheBoot is taking applications for its next cohort. Hamilton-based Preteckt, which makes AI systems that monitor vehicle performance, has signed a deal with the Pinellas Suncoast Transit Authority in Florida to use the technology on its bus fleet. Connected Minds, a collaboration between York and Queen’s University, will receive $105 million to examine how emerging technologies like artificial intelligence are transforming society. UofT will receive $200 million to support its “ self-driving lab” research, which combines AI, robotics and advanced computing to discover new materials. UofT and York University are receiving major investments from the federal government as a part of a $1.4-billion bid to boost Canadian strategic research. Toronto universities land massive research grants Vivid’s computer vision tech mounts on farm equipment and tracks plant growth, capturing data that helps predict yields. ![]() Vivid Machines, a Toronto startup that uses sensors and computer vision to provide insights to fruit growers on the health of their crop, raised $4.3 million (U.S.) in seed funding. “We’re projecting tens of thousands of satellites launching over the next decade.”įruit startup growing thanks to successful seed round Mitry says that with commercial operators growing globally and the barriers for entry to space lowering, the amount of data being generated above our heads is set to soar. Historically, space has been the domain of national governments, but Kepler’s fundraising is another sign of the increasingly strong commercial space market. This will allow users to more quickly perform data-heavy tasks, such as making real-time observations of the Earth’s surface or weather patterns. While its existing satellites operate on radio frequencies, it is planning to launch a second group that will use faster, laser-based optical communications to provide internet coverage. The company recently raised $92 million (U.S.) to expand its fleet further. Kepler currently has 21 satellites in orbit, which it builds at its headquarters on Spadina Avenue in downtown. In future, they will be able to connect to Kepler’s network, making communications easier between assets in space and between space and ground stations. “Right now, missions going into space are building communications from scratch for each program,” says Mina Mitry, Kepler’s co-founder and CEO. While it might seem very “Jetsons” to be developing an orbital internet, as space becomes busier with commercial traffic, better ways of keeping in touch with vehicles and transferring data among satellites are needed. Space is getting internet coverage - thanks to Toronto-based company Kepler, which plans to build a new network of satellites in low-earth orbit.
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