Setting the Stage Late 2013 and early 2014 proved to be a watershed with regards to public understanding of digital privacy and security. We learned a lot about what intelligence organizations, both U.S. and foreign, had been doing in terms of surveillance both domestically and internationally. I’d hypothesize that many — ?most? — Information Security professionals assumed the level of intelligence collection capabilities that the Snowden leaks proved…but no-one had ever confirmed it. Obviously, no-one SHOULD have confirmed anything, but… that’s what happened. Due to at Target, Home Depot, Dairy Queen, Albertsons, UPS, JP Morgan Chase, Staples and KMart, the security of our commerce and communications systems was repeatedly called into question. The fact that service providers were into our lives and turning us into commodities became common knowledge. These revelations about government and corporate access to our personal data and communications brought Internet privacy and security to the forefront of our collective consciousness. Topics that had previously been the domain of old UNIX greybeards and IT nerds became hot topics for the nightly news and congressional hearings. breaches snooping With these events as a backdrop, the company that I work for, , announced it was looking for a new technology to incubate and launch. I spent a considerable amount of time building systems for the government in the areas of attribution management and online anonymity. My experience working in and for the government drove me to the conclusion that Internet privacy presents three fundamental problems: Kyrus Tech are . In this model, users exchange privacy and security for free and convenient access. Ubiquitous free Internet and services becoming the norm The organizations best positioned to enact proper privacy controls are the ones with the least incentive to do so. When businesses are expected to provide their services for free, they . find other ways to make money In our current “always on” and “always connected” world, and perimeters are largely a thing of the past. everyone is a traveler In other words, I saw a set of problems or harms that would never be solved by those who solve them. To do so would undermine their real goal: making money at the expense of our privacy. I decided to do something about it and Kyrus backed my idea. Our goal: Create a scalable cloud platform to provide privacy, security, and anonymity — accessible to all Internet users. Strong security, delivered simply. should How does IDVector help resolve these issues? addresses critical data protection and privacy concerns by providing a simple, scalable solution to encrypt your data in transit and provide diversified Internet access paths to ensure privacy, security, and anonymity when required. IDVector To do this, we’ve devised several core technologies which fall into two basic categories: Client Devices and/or Software Ephemeral, on-demand, cloud-based network redirection and egress nodes There are currently : the IDVector Pro USB client and the IDVector Mobile client for iOS. The Pro client is a small form factor USB powered device that has at its core an Atmel System on Chip and WiFi chipset. It is runs a custom Linux implementation and uses both proprietary (patent pending) client software and commodity Open Source VPN software. A hardware device allows us to solve some problems that software solutions simply cannot do alone. two clients First and most simply, we provide an additional layer of security — good old defense-in-depth. By using an offboard WiFi device, we move the external facing surface area off of a user’s laptop hardware and software. In other words, we keep your laptop’s hardware and Operating System isolated from unknown and possibly insecure WiFi while still allowing you to access the Internet via these free connections. Second, we introduce some new concepts and features. We created a pre-negotiation or captive portal protection proxy which ensures that you can’t be attacked while your computer is negotiating your connection. This functionality was inspired by a series of attacks against business travelers, nicknamed “ ”. In these attacks, the captive portal systems at hotels were compromised and malware was installed that would based on their personal details. This malware presented itself while users were negotiating the hotel captive portal (entering their room number, last name, etc). Most importantly, the malware was presented to the travelers as a legitimate software update with a valid ( ) cryptographic signature, and so the target systems downloaded and installed it as if it were a valid update. Our captive portal protection proxy technology prevents binary code from reaching the client computer by stopping it at the IDVector Pro client layer. We also allow users to automatically and randomly change the WiFi MAC address of their IDVector Pro client. This helps to prevent “free WiFi” providers from profiling users or targeting them based on a previously collected MAC address. Darkhotel target specific travelers though weak Finally, IDVector clients allow the user to choose to access the Internet via an IDVector Shared Path or a custom Private Path. Shared paths are inexpensive and available to all IDVector users. Shared paths have a limited lifespan and are automatically created and destroyed periodically using new server instances, new cryptographic keys and new IP addresses. IDVector Private Paths are completely private — they are hosted on dedicated cloud servers that are created and destroyed at the click of a button. With both Shared and Private Paths you choose where in the world you want to appear on the Internet. The cryptographic material that secures the Pro client’s connection to both types of paths is never used for more than one connection and is generated on the IDVector Pro client. The IDVector servers never possess the client’s cryptographic keys. literally On the mobile side, we provide an iOS app that does many of the same things as the Pro client, from within the Apple iOS platform. Because Apple and iOS are somewhat restrictive, there are some limitations. For example, we can’t implement the captive portal protection proxy because Apple has its own iOS device captive portal negotiation mechanism. Much of the rest of the IDVector technology passes straight through to the iOS client. You can use Shared Paths or Private Paths and all of your data goes through the secure and private VPN technology exiting the path wherever you want it to, world wide. Our IDVector Mobile client for Android should be available early in the 4th quarter of 2016. In the Cloud we use a variety of providers to achieve global coverage. We leverage Apache LibCloud to control our cloud instances. LibCloud allows us to quickly and easily add more providers as demand increases for particular regions. Our Cloud infrastructure is incredibly scalable; we’re excited to test how far it can grow. As noted above, because cryptographic material for Pro Client VPN connections is generated on the client device, we (as the service provider) snoop on the traffic of our customers. All VPN paths use IKEv2 with Perfect Forward Secrecy as a default. We designed the system from the start to take ourselves out of the loop. CANNOT All of your important data should already be encrypted between your web browser and the server, but with IDVector neither we nor the big data collection platforms can tell who you are, where your data originated, and in many cases, where it is eventually ending up. Even if you use a corporate or personal VPN to encrypt traffic from your system to your remote work environment and/or the Internet, your system is still directly connected to insecure WiFi and is therefore vulnerable to local attacks as well as data collection schemes that can see the source and destination of your encrypted data streams. IDVector blocks those attacks and masks the endpoint of all of your network traffic. There is a that shows (at a high level) how it all works. diagram on our web page Because we truly think that privacy, security, and anonymity are important, we allow users to pay for IDVector service through anonymous mechanisms. To that end, we have selected Stripe as our payment processing partner in part because they accept BitCoin. If you aren’t interested in the cryptocurrency space, the best “old fashioned” anonymous payment mechanism is prepaid cards — which Stripe also supports. So, who needs IDVector? We think everyone needs IDVector — we’re all travelers in a perimeter-free world. As a starting point, we’re focusing on 5 core groups: Corporate Executives — people targeted both because of their access to information and their likelihood to conduct business in a variety of insecure places. Information Security Professionals — Incident Responders, Forensic Analysts, Reverse Engineers, and others who conduct open source intelligence collection and don’t want corporate or private IP addresses in server logs. Lawyers, Medical Organizations, Media and Content Creators — people who are responsible for protecting other people’s privacy, anonymity, rights, content and intellectual property. Journalists — all of them. Whether they are investigative journalists working with sensitive sources or are themselves operating out of denied territory under restrictive regimes. Journalists can protect themselves and their sources with IDVector. Government travelers -Department of Defense, Department of State, or any federal employee who may find themselves abroad but without a secure way to communicate with their headquarters. Our long term road-map includes an Enterprise offering as well as exploring incorporation of IDVector technology into small office and home office (SoHo) routers. We believe geographically dispersed teams should be able to create dynamic secure and private shared work spaces. We believe every individual ought to be able to surf from their home without fear of their service provider snooping into their traffic. Enterprise and SoHo versions of IDVector technology will enable these scenarios.
