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MenuI need you to look at my sales & commission tracking app and help me formulate a clear cut monetization strategy. #iPhone #MiFunnel
3000 downloads YTD! 700 email addresses of users; making $$ a month from in app purchases.
Answers
What's the name of the app so we can look at it?
Hello, I'm willing to help you with that. If you want we can schedule a call here or you can send me an e-mail at martin [at] oriorcreative [dot] com
This is my VIP link for a free call https://clarity.fm/martinzhelyazkov/inbound
I have a technical background from the advertising industry and in monetization on mobile.
There are several monetization loops that can be employed on iOS. If you already have the tracking app implemented on other platforms or is cross-platform compatible, you can achieve similarly successful yields from Android with a different set of best practices.
If you point me to your app, I am happy to review it and have detailed follow-up discussions over clarity.fm.
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Well, that's a first. I don't usually answer questions here on Clarity.fm with my electrical engineer hat on. Shielding materials vary depending on the frequency distribution of EM waves emanating from the source. The same medium will have a greater or lesser attenuating effect for high and low frequencies – e.g. microwaves and radio waves. Also, energy will dissipate across distance even in a vacuum. The government uses more robust computers that are insulated against electromagnetic leakage, since keyboard signals can be externally tapped, giving away passwords. Plastics are used. So is copper mesh for RF shielding – though not for microwave frequencies. The range of suitable materials is actually quite extensive, and multiple substances may need to be utilized in combination, depending on the frequency distribution. Thickness is a factor as well, obviously. Hire an electrical engineering student to evaluate the frequency spectrum emanating from your target devices. The student ought to be able to suggest materials and design shielding to reduce energy levels below any desired threshold. One of my professors was involved with mathematical simulations of EM penetration into child brains during the early days of cell phones. (Kids have less shielding, since their ears and skull are smaller. SWell, that's a first. I don't usually answer questions here on Clarity.fm with my electrical engineer hat on. Shielding materials vary depending on the frequency distribution of EM waves emanating from the source. The same medium will have a greater or lesser attenuating effect for high and low frequencies – e.g. microwaves and radio waves. Also, energy will dissipate across distance even in a vacuum. The government uses more robust computers that are insulated against electromagnetic leakage, since keyboard signals can be externally tapped, giving away passwords. Plastics are used. So is copper mesh for RF shielding – though not for microwave frequencies. The range of suitable materials is actually quite extensive, and multiple substances may need to be utilized in combination, depending on the frequency distribution. Thickness is a factor as well, obviously. Hire an electrical engineering student to evaluate the frequency spectrum emanating from your target devices. The student ought to be able to suggest materials and design shielding to reduce energy levels below any desired threshold. One of my professors was involved with mathematical simulations of EM penetration into child brains during the early days of cell phones. (Kids have less shielding, since their ears and skull are smaller. So the industry standards are based on such small heads as the limiting case.)JP
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