MMM is back in Nigeria. The Ponzi scheme issued a statement via Twitter account.
“This is to officially inform you that MMM Nigeria is open for business a day earlier than promised! Let’s go there Nigerians,” the post said.
This time around the Russian Ponzi scheme is back with new conditions, which includes encouraging its members to use bitcoin for transactions.
This is innovation and training. We are looking for Students Ambassadors to cover all universities, colleges of education, and polytechnics across Nigeria. This is to assist the enrollment of students in our online cybersecurity business, First Atlantic Cybersecurity Institute (Facyber), which is U.S.based, but coordinated in Nigeria by Fasmicro.
About the Job
First Atlantic Cybersecurity Institute (Facyber) is a cybersecurity training, consulting and research company specializing in all areas of cybersecurity including Cybersecurity Policy, Management, Technology, Intelligence and Digital Forensics. The clientele base covers universities, polytechnics, colleges of education, governments, government labs and agencies, businesses, civil organizations, and individuals. Specifically, the online courses are designed for the needs of students of any discipline or field (CS, Engineering, Law, Policy, Business, etc) with the components covering policy, management, and technology. Please see complete Facyber curricula here.
The programs are structured thus:
The purpose of a Students Ambassador is to promote Facyber training programs in the respective campus. The incumbent will coordinate the enrollment of students in his/her campus. When necessary, the incumbent will help coordinate cybersecurity and digital forensics seminars/workshops in the campus in partnership with Fcyber local partner, Fasmicro.
Qualifications for Students Ambassador include:
• Be an active student of the school to be represented
• No sales experience needed
• Tech-savvy with strong presence in social media
• Relationship development skills a must. You must be self-driven . We want students with good networks in their schools.
All the students will report remotely to our Director of Campus Initiatives who is based in Owerri, Nigeria.
Qualified applicants are encouraged to send an intent email (add a short CV please) to info@facyber.com. We plan to have 2-3 students per school and once we meet our targets, the opportunities will close.
This is an opportunity to earn extra naira while in school, so do not delay.
First Atlantic Cybersecurity Institute (facyber) offers diploma programs on Cybersecurity Management.
This is a practical-oriented program where learners are tasked with developing cybersecurity project management capabilities with the guidance of a mentor. Examples include developing cybersecurity implementation frameworks, cybersecurity Center of Excellence charters, cybersecurity management processes, etc. Learners are encouraged to take on projects which will have real impacts in their organizations. A project report is required at the end of the program. Has Certificate in Cybersecurity Management as a prerequisite.
Curriculum: Learners will be guided by an instructor to use the knowledge acquired during the Certificate program to undertake a Capstone (a project) which is expected to last 12 weeks. Learners must write an acceptable report at the end of the project.
Table of Contents: Click the prerequisite Certificate program detailed Table of Contents
To register, click here today .
Please Note: If you had already purchased the prerequisite, email us for a code to enable you pay for only Diploma. Click Here . Otherwise, proceed to pay covering the Certificate program prerequisite and the Diploma.
MEMS microphones are very small devices that employ a pressure-sensitive diaphragm etched on a semiconductor. The microphones are commonly employed in cellphones, headsets, notebook PCs and video cameras, replacing conventional electret condenser microphones (ECM) while providing greater clarity and reception of sound for the commands spoken by users into their devices.
Although they are significantly more expensive than ECM devices, MEMS microphones provide a host of advantages in terms of size, scalability, temperature stability and sound quality. These attributes have spurred the adoption of MEMS microphones among major brand names like Apple and Samsung, resulting in rapid sales growth.
Apple uses two analog MEMS microphones in its iPhone 4 and 4S phones, one analog MEMS microphone in the headset sold with the iPhone, and one digital MEMS microphone for Pad 2 tablets.
Samsung uses dual MEMS microphones for its smartphones, and the microphones are also utilized in the company’s Galaxy 10.1 tablet.
Other notable MEMS microphones buyers include LG Electronics for its phones and G-Slate tablet; as well as Motorola Inc., an early adopter via its Razr phones as early as 2003.
Mobile search is an evolving branch of information retrieval services that is centered around the convergence of mobile platforms and mobile phones and other mobile devices. Web search engine ability in a mobile form allows users to find mobile content on websites which are available to mobile devices on mobile networks. As this happens mobile content shows a media shift toward mobile multimedia. Simply put, mobile search is not just a spatial shift of PC web search to mobile equipment, but is witnessing more of treelike branching into specialized segments of mobile broadband and mobile content, both of which show a fast-paced evolution.
Mobile Search is important for the usability of mobile content for the same reasons as internet search engines became important to the usability of internet content. Early internet content was largely provided by portals such as Netscape. As the depth of available content grew, portals were unable to provide total coverage. As a result Internet web search engines such as Google and AltaVista proved popular as a way of allowing users to find the increasingly specialist content they were looking for. In a international journal article,’Exploring the logic of mobile search’, Westlund, Gómez-Barroso, Compañó, and Feijóo(2011) outline a through review of research on mobile search usage, and also present an in-depth study of user patterns. They conclude that mobile search has started to change mobile media consumption patters radically. they also emphasize that future developments of mobile search must be sensitive to the mobile logic.
Types of mobile search
Mobile optimized search engines — Most major search engines have implemented a mobile optimized version of their products that take into consideration bandwidth and form factor limitations of the mobile platform. Mobile question and answer services — These services allow a user to text a question to a central database and receive a reply using text. A usage example would be a user that wants to know the answer to a very specific question but is not in front of his/her computer. Most mobile ‘Q&A’ services are powered by human researchers and are therefore a type of organic search engine.
Mobile directory search: This service is known by different names dependent on country and operator. It can also be known as ‘Find My Nearest’ or ‘Mobile Yellow Pages’ services. The basics of the services allow users to find local services in the vicinity of their current location.
Mobile discovery services: These services offer users recommendations on what they should do next. An example would be recommending a user a similar ringtone to the one that s/he has just browsed for. They operate, in a mobile context, in a similar way to the recommendation engines provided by internet retail shops such as Amazon.com.
Mobile navigation services: These services provide the indexing structure to the portals provided by mobile operators. They index the content already on the operators’ portal but also provide users access to mobile specific content that is available outside the confines of the portal.
Dynamic Mobile Selection Interface Services: A new category of mobile search tool that is emerging is one in which a pre-selected set of possible search content is downloaded in advance by a mobile user and then allows for a final internet search step. An example of such search tools is the Worldport Navigator for the iPhone, which provides users with a push-button experience of selecting from thousands of human-screened and categorized Web selections in three or four seconds, without the need for text entry, search, result review, or page-scrolling.
*Contributed by Ahman Makams