Should a resource at any site give the Captioner concern, they need to be able to quickly redirect to a different facility to minimize caption loss (especially when captioning live events!).The remote staff needs to connect reliably to any of the three facilities to access specialized software/services.They have offices in two US states and a remote data center, and the majority of their staff work remotely - keeping their organization operating 24/7. Any info then sent back to your device from Access Server is encrypted as well, so that anything that goes over that connection in either direction is unreadable to anyone else.Ĭlosed Captioning Courtesy of OpenVPN Access Server: Remote Access to LANĪ nonprofit corporation provides closed captioning for broadcast, opening up television access to the deaf and hard-of-hearing communities. Access Server, however, has keys to un-encrypt it, which is how it can read it. While it’s in transit there, no one can understand it - it’s simply garbled nonsense. When connected to AS with your phone, any information you pull up becomes encrypted and unreadable - only then does it goes on it’s merry way across the internet To everyone else, it’s just a garbled mess.Įncryption is a pillar of VPNs. That means only your device and the Access Server in your office know how to read it. Whatever you send out on your own Wifi, at your office, or somewhere in between, gets encrypted. Anyone on your wifi network could eavesdrop on what you’re doing. But anything you send over the internet that isn’t protected can be seen by any other people along that path. The most logical and popular method of transporting info is the public internet - so a VPN carries information there. How remote access VPN works is this: you start with an already existing connection. How exactly does Access Server accomplish this? They then have access to all your company resources, and somehow your data is *still* secure, even if they’re using (gasp!) public Wifi. Remote workers aren’t there to log in - so you need a remote access VPN.Ī remote access VPN means your remote employees can log on to your office network from anywhere - home, traveling, in transit - that has access to the internet. It provides them with resources and the company with security. The problem is, everyone on your team at the office uses the office network. That’s a win for everyone - so offering remote work is a no-brainer. cost the company less (that’s one less desk!).It’s secure and protects your team from sketchy websites.īut then you start hiring remote employees. On this network, you can access printers, connect to IT resources, transfer data, and more. Let’s talk about remote access - and, more specifically, your remote access VPN. Experience in prototype development and testing, and demonstrated experience in providing innovative solutions is preferred.Remote Access VPN: Give Your Employees the Access They Need Skills and experience in circuit design, hardware/firmware implementation, noise analysis, signal acquisition, signal conditioning, and sensor interfaces, are definite pluses. At a minimum, completion of a Master’s degree in Electrical Engineering, Electronics Engineering or similar discipline is required. You are expected to generate significant intellectual property. A demonstrated track record of successfully solving highly complex technical problems and an open-mindset with innovative approaches to complex problems are must. You are expected to develop new architectures and methodologies to increase the overall system robustness. You will actively participate in a multi-disciplinary effort where you will provide your analytical and signal processing expertise to improve channel capacity utilizing innovative sensing and processing technology. This is a job for someone who enjoys trading off complex, highly interdependent variables and makes timely decisions. We are looking for experts in electrical engineering specializing in digital communications, signal processing and high power/low power electronics.Īs a subject matter expert, you are expected to contribute to all aspects of a major corporate R&D thrust to become leaders in downhole data communications technology.
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