Search Results for "september 24"

Too Many Key Masters, Not Enough Gate Keepers – DTNS 4368

Why did Twitter grant 4,000 plus employees elevated access privileges to user accounts and how does that compare to a competent IT security policy? Sensor Tower reports revenue from Apple’s App Store dipped 5% on the year in September and Google Play revenue fell 8% on the year. Is this simply due to inflation and COL issues and what does it mean for those services moving forward? The European Council approved the Digital Services Act and USB-C for charging phone, laptop and other devices.

Starring Tom Merritt, Sarah Lane, Rod Simmons, Roger Chang, Joe, Amos


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What the Ethereum Merge Means – DTNS 4354

Sony gives journalists some hands-on time with their upcoming next-gen VR headset the PSVR2. A study reveals people are more willing to lie to others when using a laptop vs a smartphone. On September 15th at around 1 AM Eastern time, the Ethereum blockchain will experience “The Merge” where it will switch from proof of work to proof of stake. Why does it matter and will holders of Ethereum notice?

Starring Tom Merritt, Sarah Lane, Scott Johnson, Roger Chang, Joe, Amos

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About DisplayPort

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Tom dives into the history of DisplayPort and explains why DisplayPort isn’t just HDMI with a new-fangled connector.

Featuring Tom Merritt.

Episodes mentioned:

About USB 4

About Variable Refresh Rate

About HDMI 2.1

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Episode transcript:

A buddy of mine gave me a monitor and it uses DisplayPort? What the heck is that?

I looked it up and the connector looks like Thunderbolt AND USB-C. What the heck is up with that?

And what is it good for anyway? Why isn’t it just HDMI?

Confused? Don’t be. Let’s help you Know a Little More about DisplayPort.

DisplayPort is one of many different interfaces that turn bits of data into pictures on a monitor for you. It’s the one that has that rectangular connector with a funny angle on one corner.
DisplayPort is developed by the Video Electronics Standards Association or VESA. VESA is a standards incorporation created by NEC Home Electronics in July 1989 as a successor to the VGA standards. The organization now made up of about 300 companies and is based in San Jose, California.
OK back to DisplayPort.
DisplayPort is a high-quality display tech. It has something called Dual mode that can output either DisplayPort, Single-link DVI or HDMI from the same port. I know. That’s more than two. But it’s still called dual mode. Deal with it.
Because of dual mode, DisplayPort is compatible with HDMI and single-link DVI with passive adapters. Just dongles. If you want more, like dual-link DVI, you’ll need a powered active adapter. But I know you only care about HDMI. You can use a passive adapter to use a DisplayPort jack with an HDMI display. But you can’t connect DisplayPort to an HDMI source. Well, technically, it can be done but it’s not practical. So if your laptop has a DisplayPort jack and your monitor is HDMI you can get a dongle. If your laptop has an HDMI port and your monitor only has DisplayPort, that’s probably not going to work.
Now I know that most of you identify a display connection by the connector. The shape of the plug.
DisplayPort supports two types of connectors. A full-size connector, the previously mentioned one with the angled corner. That one is called Standard DisplayPort. It sometimes comes with a latching mechanism.
The second type is a mini display port connector, which was developed by Apple and logically called Mini DisplayPort. Thunderbolt 1 and 2 used the Mini DisplayPort connector shape before Thunderbolt switched to USB-C’s shape for Thunderbolt 3.
There are a few other types of DisplayPort connections you may encounter.
An embedded DisplayPort connection or eDP is used in some laptops to connect the motherboard to the screen. That all happens inside your laptop so you’ll probably only run into it during repairs. And inside TVs there is a version called Internal Display Port or IDP. Again. All on the inside.
One you’re much more likely to come across is DisplayPort’s Alt Mode on USB-4. This lets DisplayPort signals come out of a USB-C port. You can do this because some of the pins on the USB-C connector are reserved for other protocols. Like DisplayPort. DisplayPort is part of the USB4 standard. (See our episode on USB4!) So you can connect a laptop with a USB-C port to a DisplayPort monitor! Yay!
So what does the DisplayPort protocol itself do?
DisplayPort has 4 lanes of data and can transmit video and audio either simultaneously or one without the other. It can also carry USB 2.0 data. It supports up to 32 channels of 16 or 24-bit audio. Because it has independent data streams it can support multiple monitors– if it has enough bandwidth for the resolution.
A note about bandwidth numbers. You’re going to hear two kinds of bandwidth specs in this episode. The DisplayPort spec notes both. Maximum bandwidth is how much the standard is capable of. Effective bandwidth is how much you get after accounting for the overhead of encoding.
VESA approved DisplayPort version 1.0 on May 3 2006. It allowed a maximum bandwidth of up to 10.8 gigabits per second. Version 1.1 added support for HDCP and fiber optics, meaning cables could be longer.
In January 2010, Version 1.2 doubled the maximum bandwidth to 21.6 Gbps. It added Multi-stream Transport, or MST so you can daisy-chain multiple monitors on one port. It officially included Apple’s Mini Display Port as well. That’s the one that shared a connector shape with Thunderbolt before Thunderbolt changed its connector shape to be the same as USB-C. Sigh.
In January 2013, version 1.3 added optional support for adaptive sync like AMD’s FreeSync. We covered that a little in the episode on Variable Refresh Rate.
On September 15 2014 brought out DisplayPort 1.3 with a maximum bandwidth of 32.4 gigabits per second with HBR3 mode that featured 8.1 Gb/s per lane. The effective bandwidth was 25.92 Gb/s. That gave enough overhead to support 4K at 120 Hertz, two 4K monitors at 60 Hertz, or even 8K at 30 Hertz. It also added support for HDMI 2.0 (see our episode on that as well) and HDCP 2.2 copy protection.
In March 2016, Version 1.4 didn’t increase bandwidth, but it did add support for HDR10 metadata, Forward Error Correction and a big one, Display Stream Compression aka DSC. DSC helps squeeze more bandwidth out of video signals. It really accounts for a lot of what DisplayPort can do now. But it does modify the signal a bit. They call it a “light compression.” In practice it affects video quality more than latency since it encodes and decodes in real time, but it doesn’t affect either very much. Version 1.4 also increased the maximum in-line audio channels to 32.
Finally, DisplayPort 2.0 came along June 26 2019. It has a maximum bandwidth of 80 Gbps. and supports 8K at 60 Hertz without compression. With DSC it can go all the way up to 16K at 60Hertz or two 8K displays at 120 Hertz and even three 10K displays at 60 Hertz. Oh, I know. None of you have 8K monitors. Fine. For someone who would like a more practical example, try two 4K monitors at 144 Hertz with no compression or three 4K at 90 Hertz.
If you’re using USB-C to connect to a display-port monitor, Display Port Alt Mode 2.0 can support one 8K monitor at 30 Hertz with no compression or 2 4K monitors at 120 Hertz and 3 4K monitors at 144 Hertz with compression.
Another thing it can do with all that adaptability is support VR and AR headsets at high resolution since headsets have one screen for each eye.
OK. Now you know what the DisplayPort can do, let’s talk cables!
There are three certifications for DisplayPort cables and 5 names for the speed of the cable. The speeds I’ll give here are the effective speeds, aka the speeds you get after accounting for overhead. When shopping you may see either the speed name or the certification type, so I’ll give you both.
RBR (both the name for the certifications and the speed) supports version 1.0 up to 6.48 Gb/s. You probably won’t see this one anymore.
Standard certification supports version 1.2. That covers the HBR and HBR 2 speeds of 10.8 Gbps and 17.28 Gbps.
And DP8K certification supports versions 1.3, 1.4 and 2 and the HBR3 and UHBR speeds of 25.92 Gbps and 77.36 Gbps.
Cables can run from from 2 meters to 15 meters long. Though if you’re daisy-chaining that will reduce the maximum length it works at.
If you don’t know what version your device supports… good luck? One annoying thing about DisplayPort is you usually have to look at spec sheets to tell the version. There’s no standard way of identifying it on ports or cables.
And another annoying thing is Deep Sleep. This is an energy-saving mode on some DisplayPort monitors that doesn’t cut power entirely when they go to sleep in order to wake faster. Great when it works. If you’re having trouble getting your DisplayPort monitor to wake from sleep, disabling deep sleep may help.
So who is DisplayPort for? If you’re not trying to get the cheapest option and you don’t need the widespread compatibility of an HDMI, DisplayPort will give you higher refresh rates and more options to configure adaptive refresh rates.
In other words, I hope you know a little more about DisplayPort.

Russia opts-out of the International Space Station – DTH

DTH-6-150x150Amazon Prime price hikes are coming to Europe this September, Alibaba plans to list as a duel-primary in Hong Kong and New York stock exchanges, and Russia opts-out of the International Space Station in 2024.

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About CBDCs

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Tom breaks down Central Bank Digital Currencies and why they are not the same as cryptocurrency.

Featuring Tom Merritt.

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Thanks to Kevin MacLeod of Incompetech.com for the theme music.

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Episode Transcript:

I’ve barely wrapped my head around Bitcoin and now you tell me the government is getting into it?
There’s something called Seabee Geebies or CBDCs??
Is cash going away?
Are you confused?
Don’t be.
Let’s help you Know a Little more about Central Bank Digital Currencies or CBDCs

Central Bank Digital Currencies or CBDCs are digital currencies issued by a government institution– usually a central bank– an alternative to– not a replacement for– an alternative to coins or printed money. They’re sometimes called digital base money or digital fiat currency. Fiat currency is the name for the money most governments issue. Side note, fiat means issued by order or decree. The term fiat money arose to distinguish it from money backed by something like gold or silver.
CBDCs are often compared to cryptocurrencies because they’re digital, but that’s a confusing comparison because they have different aims. Cryptocurrencies are generally meant to be independent, and often are decentralized, where no one entity controls the servers the system runs on. Even when a cryptocurrency is centralized it’s generally meant to be independent of governmental institutions. And cryptocurrencies are often seen as an investment. CBDCs are no more or less of an investment than the country’s fiat currency.
CBDCs are also different from a particular kind of cryptocurrency called a stable coin. Stable coins are usually linked to a stable fiat currency so the value doesn’t fluctuate any more than the currency it’s based on. One stable coin linked to the Euro would always be worth one Euro. These are closer to a CBDC but they’re not issued by the central bank.
So I think about government digital currency less as a government form of cryptocurrency and more like a digital driver’s license or a virtual transit pass. It’s something the government creates in a digital form instead of physical form.
And most of the CBDCs in development don’t use a blockchain or any kind of distributed ledger. In many ways they’re more like the money in your bank account than they are like bitcoin. Except even though you only see your bank account money as a number on your bank’s website or app, somewhere– allegedly– there’s a stack of paper money representing the balances in that bank. With CBDCs there would not be.The digital currency would be the same as the paper currency not just a digital record that it exists.
So if they aren’t cryptocurrencies exactly and they aren’t necessarily using a blockchain and aren’t even backed by paper money what are they and how do you get off calling them money?
Let’s figure out how this works.
Whatever system a central bank uses, a CBDC will rely on the consumer having a digital wallet. This will most often be done in software on a mobile device, but could also be done in hardware like a smart card or some other kind of smart dongle.
The wallet would authenticate the user some robust way. This could be by PIN, password, or biometrics. Most CBDCs contemplate using the FIDO alliance password-less strong authentication. See our episode on FIDO for more on that.
Wallets would also need to authenticate parties in a transaction, whether sending or receiving currency. This can be done with public and private key exchanges (we have an episode on that too) between two wallets or with a central database.
A few central banks are considering using a distributed ledger like a blockchain. It would still be centrally controlled but would include the security of the blockchain and be an easy way to get a system running. But it also introduces some complexity that’s not necessary for this system. You don’t need to avoid centralized control, which is one of the main aims of a blockchain.
So most Central Bank Digital Currencies being developed use a token-based system. Tokens are protected with strong encryption from being duplicated– kind of like Bitcoin– and then recorded in a database under the control of the government, usually the central bank. The bank itself may run the database or it may contract a private entity to do it for them, but the government is in charge, not the private entity.
The database keeps a record of any entity, people, companies, government organizations etc, that hold the digital currency. So you could have an account which tracks the balance in your CBDC wallet from which you could pay others or accept payments or deposits.
There isn’t one settled way to run a CBDC yet. One thing they all have in common though, is the need for strong cryptography to keep each unit of the currency from being copyable. And as far as payments and transactions, there’s a lot of security already built into the current system– like in point of sale units– that can be adapted for CBDCs.
That sounds like a lot of work. Why do that? Why not just keep the system we have now? It works, right?
Well CBDCs, like blockchain-based cryptocurrencies that inspired them, would be way more efficient. Right now when you pay someone using a bank or a credit card there are dozens of entities involved in the transaction. The point of sale system talks to a credit authorization system which communicates with a payment processor which talks to a clearing house which talks to a bank. And that’s a major oversimplification. That’s why money transfers can take up to three days.
With a CBDC there’s one entity, the central bank, that does the transfer, in real time from you to the person you’re paying. This reduces risk because you know immediately if the payment was successful. It makes accounting easier because you don’t have a lot of stuff you’re waiting to clear through the banking system. And it eliminates fees since there are no organizations in the middle taking a cut.
And because your account/wallet holds your actual digital currency a run on the bank would not cause your money to be unavailable because the cash isn’t in the vault.
Another benefit is that CBDCs are often promoted as a solution for the unbanked. Banks need to develop and maintain infrastructure to provide access to its financial system. This involves verifying identities, creating credit cards and debit cards, offering ATMs etc. CBDCs could just be run on a phone with a connection to the CBDC database. So instead of having to apply for a bank account, every citizen could get a wallet or account from the central bank through a phone. This could be done with an app but as has been shown by systems like M-Pesa in Kenya could also operate over text messaging. 89.9% of people own at least one mobile phone, that’s 7.1 billion people. And even for those who don’t have or don’t want to use a phone for CBDCs, cards similar to transit cards can be created to act as digital wallets for the digital currency.
And then there’s a benefit that’s also a downside. Tracking. Every transaction is recorded which helps governments collect taxes and combat crimes like money laundering. But also means the government knows every transaction making people uneasy, especially if they don’t trust their government.
Another downside with an upside, is that CBDCs could take away a kind of revenue from banks, causing them to have to shift their business models. A downside for the banking industry but possibly an upside for consumers who might benefit from increased banking competition to get you to use them for deposits and loans. They’d have to offer you new features to convince you, versus now where you feel like you have to use them because your alternative is sticking your money in a mattress or burying it in a jar out back.
And of course the one main downside to CBDCs, centralized control. Bad actors within a government might be tempted to abuse their control to punish political opponents or activists by removing money or access. More often and more likely are the privacy and security issues faced by ISPs and current banks. The central bank would become a prime target for attackers looking to crack into the database and steal money or information.
Up until now I’ve been describing what are called Retail CBDCs. The money us regular folks use in day to day life. There’s also something called a Wholesale CBDC. These would be used for payments between central banks or between any banks. You think the system is complicated for you buying that Violet Crumble at the Aldi? It’s way more complicated for banks to exchange money across borders. CBDCs could be used to make it easier for banks to do cross-border transfers.
In September, central banks in Australia, Singapore, Malaysia and South Africa started testing a system to use CBDCs to make cross-border transactions cheaper and easier between those countries.
And the Bank for International Settlements which handles this issue for fiat currencies is also exploring using CBDCs for cross-border payments with the central banks of China, Hong Kong, Thailand and the UAE.
So we know how they kind of work. And we know some big fancy international banking is testing them. When can I get a wallet?
I mean seriously. Is any country actually doing this for its citizens?
Yes. And it’s not El Salvador. You may have heard that El Salvador adopted Bitcoin as an official currency. That is not a Central Bank Digital Currency because it’s not issued by a central bank. It’s no different than El Salvador saying Canadian Tire Bucks are now they’re official currency. It’s the government giving a currency they are not in control of the official blessing to pay for things with it.
But it’s not a Central Bank Digital Currency.
The Bahamas get the credit for the first Central Bank Digital Currency. The Sand Dollar is the official digital version of the Bahamian dollar, issued by the Central Bank of the Bahamas in collaboration with MasterCard and Island Pay. It was officially deployed in October 2020.
With 700 islands, moving actual cash around the Bahamas is costly and time-consuming. You have to put it on boats and stuff. The hope is that disbursements using the sand dollar will reduce the need to move actual paper notes by boat or otherwise.
5 other Caribbean islands have followed suit, including St. Kitts and Nevis, Antigua and Barbuda, Saint Lucia, and Grenada.
China is also fairly well along in a central bank Digital currency
China is the biggest country that has an active test of a working CBDC, the digital RMB for domestic use and digital Yuan for international use. It launched its test programs in 2020.
China’s CBDC exists on a phone or digital card and does not need an active internet connection to make transactions, though it does need internet to access accounts. Some of China’s tests of its digital currency set expiration dates to encourage spending. But they don’t usually do that. And China replaces one unit of physical currency for every digital unit it releases, keeping the money supply the same. China’s CBDCs are issued by the People’s Bank of China to a few private banks for disbursement, keeping banks in the loop.
China has conducted multiple tests of CBDCs in many cities like Shanghai, Shenzhen and Beijing, giving citizens free grants of small amounts to spend in a few participating test locations including Mcdonald’s, Subway, and Starbucks. The big test is expected to happen at the 2022 Winter Olympics in Beijing which will feature a pilot program with a wide national and international footprint for the first time.
And that’s about it. While around 90% of government central banks are investigating or developing digital currencies, there aren’t many who have launched them.
For instance MIT and the Boston Fed are undertaking Project Hamilton to research and test a FedCoin for the US. The Bank of England has created a CBDC task force and the EU launched a two-year investigation into a digital Euro project in July 2021. But none of them are coming anytime soon.
So there you have it. Central Bank Digital Currencies are something central banks around the world would someday like to issue as an alternative to paper notes and coins, that you could hold and spend in digital cards or phone apps for easy efficient spending and saving.
In other words I hope now you know a little more about CBDCs.

About RCS

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Tom dives in to the world of text messaging, explaining what RCS is and how it’s probably not what you’re expecting.

Featuring Tom Merritt.

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Episode transcript:

My text messaging includes videos and read receipts but a friend tells me I have to have RCS to do that stuff.
Do I have RCS?
And if so, why does my friend not get my videos by text?
Confused?
Don’t be.
Let’s help you Know A Little More about RCS.

RCS stands for Rich Communication Services. It’s a communication protocol supported by mobile carriers for sending multimedia messages between users.
It goes under a few other names depending on the carrier, the implementation and which part of the world you’re in. You don’t need to know all the names, but if one of these sounds familiar to you– Advanced Messaging, joyn, SMSoIP, Message+ or SMS+– those are all using RCS under another name.
RCS is the successor to SMS, simple messaging service. But before we go into explaining all of that, let’s address something that may confuse some folks about messaging apps.
Messaging apps come in wide varieties but I like to think of them in two main groups, 3rd-party apps and carrier-supported apps.
Most third-party apps are easy to identify. WhatsApp, WeChat, Signal, Telegram etc. They may be linked to your phone number but your mobile carrier has nothing to do with them. Their messages are carried over the internet and therefore will not work if your data service isn’t available. Also, third party apps can implement whatever features they want because they run their whole messaging network.
The other group– carrier-supported apps– I often think of as SMS apps, though I suppose I’ll need to update that to RCS apps. These apps work with your mobile carrier’s text messaging service. Historically, SMS is not carried over the internet so there are times when you can get a text message out even if you don’t have data service, because it’s going over the part of the network used for voice calls, not the open internet.
There’s some confusion out there because phone operating system makers have mushed the carrier service into their own apps. So you get a combination of features *like* a third party app, right along side carrier-supported SMS.
Apple’s Messages app is a prime example of this. It handles the SMS service but also runs its own third-party iMessage service in the same app. iMessage needs a data connection. Hence the blue color for messages between people using iMessage and green messages for SMS. If you think of green as Android users, that’s only because there is no Apple Messages app for Android, so you only ever send SMS between iOS and Android devices.
And of course Android has had literally dozens of apps you can use as your SMS app along with an internet-based messaging service from whomever made the app, usually Google but sometimes the phone maker like Samsung or the carrier like Verizon.
Google has pushed to simplify that by supporting RCS early and pushing carriers to support the Android Messages app as the default SMS/RCS app. And they’ve had pretty good success with that.
So to sum up, when talking about RCS, we’re talking about your mobile-carrier-supported messages in the default text messaging app on your phone. Those default apps are usually Apple Messages or Android Messages or maybe Samsung Messages. Most often.
So what is RCS anyway?
The Rich Communication Suite initiative was started in 2007 and in February 2008, the GSM Association– the mobile carrier industry group– established a steering committee to pursue RCS as an industry standard. The S in RCS was later changed from Suite to Services.
Samsung launched RCS support for some of its phones in 2012.
In September 2015, Google acquired Jibe Mobile and announced it would use that acquisition to bring support for RCS to Android. And it has.
In November 2016, the GSMA published a single spec for RCS called the Universal Profile. Carriers and operating systems that follow the profile guarantee interconnection. This lets your messages go to anyone without them having to have the same exact app. That’s how SMS works too.
In 2018 Google started working with carriers on RCS implementations, and in June 2019, Google started deploying RCS in Messages.
And in some date to be added in a future update to this episode, I’m guessing Apple will announce support? But it hasn’t yet. Maybe it won’t. Who knows?
So what does RCS get you?
RCS uses your broadband connection in most cases. The times when you have voice service and not data are getting rare, so RCS is just running on the data service.
It also supports features SMS does not, like group chats, video, audio, high-resolution images, read receipts and typing indicators.
RCS also lets messages go over WiFi, not just the data connection, lets you rename chat groups and add and remove participants from a group chat. And it supports location sharing, file transfers, and voice and video calls over the internet.
Some of you are thinking or possibly even saying aloud, but I have all that already on SMS. Actually no. You don’t. You have that in your messaging app that also handles SMS maybe. But every time you send a message between Android and iOS you experience the difference. Have you had a group chat split into individual messages to each recipient? You fell back to SMS. Have you received an image that was very tiny and low-res? You fell back to SMS. Have you ever said “Video” what video? I didn’t get a video?” You have fallen back to SMS. Had a text get cut off after 160 characters? You fell back to SMS. (Side note: Twitter’s original 140-character limit was because it was originally designed as an SMS service and needed messages to fit into the SMS along with 20 characters for routing information.)
None of that fall-back behavior will happen in RCS as long as you’re messaging between apps that support RCS. Like Android messages to Samsung Messages. Or Samsung messages to Verizon Messages.
Maybe you’re thinking you might jump from Telegram to using RCS now?
Before you start the campaign to convince all your friends and family to move, let’s tell you what you don’t get.
Your friends and family on iOS. Until Apple supports RCS, if you’re messaging someone using Apple Messages, you will fall back to all those SMS behaviors I just mentioned. Same goes for anyone using any app that supports SMS but doesn’t support RCS.
You also may not get end-to-end encryption. RCS allows for end-to-end encryption but not all the apps have implemented it. Google supports it on one to one conversation and is launching it on Group chats as well. But if you have someone in the chat not using Android Messages you might not get it.
You won’t get Cross-device support. RCS has no standard way to support messaging on laptops, desktops, tablets, and watches. That one may sound worse than it is though, since SMS doesn’t support it either and lots of services including Apple’s Messages have found workarounds for it.
And RCS users also won’t get whatever the newest feature from WhatsApp, Signal or WeChat is. Those platforms and platforms like it own their own system so can add features fast even if they aren’t first to do it. RCS requires the industry group to vet it and deploy it to the whole ecosystem. With Google on board that isn’t as slow as you might think but it’s generally not the first or even second with new features. Not yet.
That’s what you don’t get.
Now before we wrap up let’s acknowledge what businesses get out of RCS. Because they get a little more.
In industry terminology, your message to your friends and family is known as P2P, which in this case stands for person to person. Even a group chat of actual people is P2P. But even on SMS there can be applications sending messages on behalf of businesses. Like your shipping notifications and solicitations for political donations. Those are known as Application to Person or A2P.
The RCS version of that is called RCS Business Messaging or RBM. It was created to address the fact that 3rd-party messaging apps were trying to win businesses over to their platforms with lots of cool features SMS didn’t have. Businesses have largely stayed on SMS, and thus paying carriers in most cases, because they know all their customers have a phone but all their customers don’t use the same 3rd-party app. So RBM is meant to keep businesses from being tempted to switch over to third-party entirely.
RBM gets all the features of RCS but also adds quick-reply suggestions, branding and richer cards and carousels. RBM requires a Messaging-as-a-Platform server which controls verified sender details. That can help cut down on SMS spam or make it a lot easier to identify it.
Right now any shady operator can just use a bunch of SIM cards to avoid paying A2P rates. With RBM it will be obvious that they’re doing that because their messages will not be RBM and not support the RBM features, particularly branding. I mean, never underestimate the ingenuity of shady operators to find workarounds, but theoretically they should be a little easier to block and spot.
If you’re already a dedicated third-party app user and never touch the SMS app on your phone RCS will mean almost nothing to you. BUT if you frequently use your default Messages app for that old fogey 50-year-old podcaster in your life who just never seems to respond to your Facebook messages pings, well, RCS will help you send a sticker or video mocking him for that.
In other words, I hope you know a little more about RCS.

Please Return to Campus – DTNS 4044

Apple CEO Tim Cook sent out an email to employees asking them to partially return to the office starting in September. WhatsApp confirmed that it will support multiple devices allowing users to access their accounts from up to four linked devices. The US Supreme Court has slashed the scope of the 1986 Computer Fraud and Abuse Act in a 6-3 decision handed down Thursday.

Starring Sarah Lane, Rich Stroffolino, Justin Robert Young, Roger Chang, Joe

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FB Deli Slices The Truth – DTNS 4040

Facebook announced Wednesday that it will de-rank the accounts of and limit the spread of posts from users who repeatedly share content that has been debunked by fact checkers. Bloomberg’s sources say Nintendo will begin assembly of a new updated Switch console as early as July, with a release scheduled for September or October. Mozilla runs targeted ads on Facebook and Comcast issues a DMCA warning to a user who downloaded…. Linux.

Starring Tom Merritt, Sarah Lane, Justin Robert Young, Roger Chang, Joe.


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A special thanks to all our supporters–without you, none of this would be possible.

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Big thanks to Dan Lueders for the headlines music and Martin Bell for the opening theme!

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Show Notes
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About the Gig Economy

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Tom discusses where we’ve been, who is affected and where we may or may not be going with the legal issues surrounding the Gig Economy.

Featuring Tom Merritt.

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Episode Script
You’ve heard of the gig economy
It means folks can pick up extra work and make a little extra money easily right?
Or wait, does it mean big tech companies get to exploit desperate unemployed people to pay them a pittance with no benefits or workplace protections?
Also somehow the laws on what’s a gig worker and what isn’t seems to only apply to everyone BUT Uber drivers?
Are you confused?
Don’t be.
Let’s help you Know a Little more about the Gig Economy

The gig economy refers to the idea that you and I can take gigs, get paid for them and move on to the next gig without having to sign on to a full time job. The benefits are usually touted as flexibility and being your own boss. It’s often pitched as a side job to make a little extra money. The downside is that gigs don’t provide any of the protections that a full time job would, like minimum wage, workers compensation, insurance, 401k and most notably for state governments, payroll tax.
Taking gigs is not new. Musicians, accountants, construction workers all essentially operate in the gig economy. And states have had rules for a long time to accommodate that.
The issue that these rules address is whether someone is truly a freelancer taking advantage of the freedom to pursue their own gigs, or if the person is actually a full time employee but their employer calls them a freelancer to avoid paying minimum wage, payroll tax and providing benefits like insurance.
Then came Uber, and Uber-like companies.
In an old internet story, the old rules didn’t quite fit well with the new internet-driven business. And California has led the way in trying to adapt its rules to the gig economy with a law known as AB5.
Let’s work through what the old rules were, what the new rules are and what Uber, Lyft and others want to change them to.
We start by taking you back to 1989 and the birth of something called the Borello test which would last for decades as the standard to judge if someone was a full time employee or a contractor.
That test came out of a case called S. G. Borello & Sons, Inc. v. Department of Industrial Relations. At issue was whether people hired to harvest cucumbers were independent contractors exempt from workers compensation or not.
The decision resulted in a simple 11-part test.
Court’s would examine all 11 parts and come to a conclusion based on how many were met. No single factor was most important. It was a judgement call. Hence you needed judges.
The first two parts of Borello were given special emphasis though. Whether the person performing the work was in a business separate from the company hiring them and whether the work itself was part of the hiring company’s main business. An accountant hired as a contractor could be considered distinct, a person picking cucumbers for a cucumber farm? Maybe not as much. With Uber the company argued their business wasn’t providing rides but merely connecting drivers with riders. Remember that argument.
The other 9 parts of Borello included whether the company provided tools and supplies for the worker, whether the worker owned their own equipment or materials, what skill was required to do the work, whether the work was done under the company’s supervision or direction and whether the profit a worker made depended on their own managerial skill. The other parts related to how long the worker performed the service for the company. Were they always working for this company or did they move around to multiple companies. Whether they got paid by the job or by the amount of time worked. And whether both parties saw the relationship as contractor and client or employee – employer.
Simple right? It led to shortcuts, some based on subsequent court cases, like you couldn’t keep a contractor working for you for more than a year, or a worker had to show they had multiple clients. I personally have had to show I invoiced other media outlets in order to be considered an independent contractor for companies I’ve done videos or articles for.
Now these rules are just for California, but a lot of other jurisdictions looked to Borello as a model in their own cases.
So along comes Uber– and others like it like Lyft or DoorDash but Uber got all the attention. Under Borello, Uber was able to classify its drivers as independent contractors because not only did it claim it didn’t provide the rides, only the connection platform, but it didn’t set hours, it didn’t provide the cars, and it didn’t in its opinion directly supervise the drivers, just told them where the riders wanted to go.
Well the legal guns came out for Uber from disgruntled drivers who felt taken advantage of, labor unions who also felt the drivers were taken advantage of and competing businesses like taxi companies who didn’t benefit from the gig economy the way Uber did.
After many legal wranglings Borello was changed on April 30, 2018 when the California Supreme Court issued a decision in a case called Dynamex Operations West, Inc. v. Superior Court. This decision resulted in something called the ABC test. A simplified and stricter version of Borello.
The case itself involved drivers for a same-day delivery company called Dynamex. Before 2004, Dynamex classified its drivers as employees and paid them minimum wage, insurance etc. That ended up being fatal to their case by the way.
In 2004, Dynamex changed that classifying drivers as independent contractors. Drivers were allowed to set their own schedule with advance notice. Drivers could reject delivery requests and drivers were paid by type of delivery not by the hour. Drivers also had to buy their own trucks, gas, and pay for maintenance and insurance. Saves Dynamex money and satisfies a Borello condition. Dynamex were also required drivers to buy a Nextel phone to talk to dispatchers and buy uniforms to wear during Dynamex deliveries.
The court found for the drivers and created the ABC Test in its opinion.
The court determined that a worker should be presumed an employee unless the hiring business could show all three of the following factors were met. Remember Borello was just 11 test to help a decision. ABC was stricter. You were an employee unless you could satisfy all three tests.
Here they are:
A. That the worker is free from the control and direction of the hiring entity.
In other words, I tell you what I want done and you go do it on your own time in your own location with your own tools and I only care if it’s done. This works for accountants. Here’s my info go do my books. Not so much for cucumbers. I need you to pick these cucumbers… right here on my land… Uber? Give this person a ride. Enjoy! Maybe?
Test B. That the worker performs work that is outside the usual course of the hiring entity’s business. This is similar to the main factor in Borello. If I’m a cucumber farmer it’s hard to say that pickling cucumbers is not part of my core business. BUt if I make an app for connecting people. *I* don’t give rides. YOU do. Right?
Final test C. The worker is customarily engaged in an independently established trade, occupation, or business of the same nature as the work performed.
This is why I had to show invoices that I had other clients. I do this thing for a living. I’m not just taking this job and no others. Maybe cucumber pickers could show this? Uber drivers are certainly allowed to drive for Lyft, DoorDash and others.
Anyway, Unlike Borello this test was iron clad. You had to meet all three or you weren’t an independent contractor.
Now the Dynamex decision came down in April 2018. And it was questionable how other courts might apply it given some legal nuance in the case. So by December 3, 2018, Assemblywoman Lorena Gonzalez introduced Assembly Bill 5—or “AB5” that would clarify the ABC test and make it a law. This would make it harder to tie up cases in court arguing exceptions. AB5 was signed into law September 18, 2019 and went into effect January 1, 2020.
One of the clarification was who AB5 would apply to. The Legislature or the Industrial Welfare Commission could make exceptions and either define specific rules or apply the Borello test.
Exceptions included insurance agents, doctors, attorneys, architects, engineers, private investigators and accountants, money managers, direct sales, and many others that fell strictly under the Borello test. Other exceptions like construction, marketing, HR and busineess-to-business contracting, Real estate, repo agencies and another large list had their own specific rules usually based on Borello with a few other considerations.
And a few other situations might not fall under AB5, say if there is an applicable federal law that pre-empts it in which case the Borello test would apply.
See? Simple!
Oh wait. One more thing. AB5 also included a clause restricting freelance writers from accepting more than 35 assignments from a single outlet and made no provisions for musicians or comedians performing at a club as well as being vague on a lot of standard entertainment industry practices. Which led to horror stories of bands not being booked because they would technically have to be employees of the club.
So on September 4, 2020 more exceptions were signed into law repealing the 35 article limit and exempting freelance writers, musicians, recording artists, songwriters, producers, promoters, film support crews, visual artists, translators and more. But not drivers.
Of course you might assume that all of this, which was generally motivated by protecting drivers for Uber, Lyft, DoorDash and others, would have ended up making them employees and getting them all the protections of full-time drivers.
You would be forgiven for making that assumption because that didn’t happen.
Uber and Lyft looked at AB5 and said that they believed their drivers still qualified as independent contractors. They said the drivers are in a different business. Remember Uber says they are a technology platform connecting people with each other. They said the drivers and the riders decide how the work is carried out not Uber. And they said drivers are free to take rides from as many providers as they wish and many drivers do operate for multiple ride-hailing and delivery companies. Plus AB5 never mentions ride hailing specifically. See? They met all three parts no problem.
Well, the state of California and several city attorneys general had a different opinion and sued Uber for violation of AB5. A San Francisco court ruled that the companies would have to reclassify drivers as full time and Uber and Lyft threatened to stop operations in California in reply.
Uber has said it would have to reduce drivers to 25% of its more than 200,000 in California and raise prices as much as 120%. Uber bases that on only having 40-hour/week employees which the law does not require. Some also dispute that fares would have to increase that much.
But it didn’t matter because a state appeals court ruled that the companies needed more time to adapt to the ruling and ordered them to submit sworn testimony that they were developing infrastructure to handle reclassification of drivers as full time employees.
One of the reasons the court gave the companies more time was that Uber and friends are pushing a law at the ballot box that would make the state’s court case moot. Uber, Lyft, DoorDash, Instacart, Postmates and others have spent more than $180 million to support Proposition 22 which will be on the ballot in California November 3, 2020.
On the ballot it will be called Exempts App-Based Transportation and Delivery Companies from Providing Employee Benefits to Certain Drivers. Initiative Statute. And that’s pretty much what it does. If the voters approve it it will define app-based transportation (rideshare) and delivery drivers as independent contractors and adopt labor and wage policies specific to app-based drivers and companies.
App-based drivers would be defined as someone who
A- provides delivery services on an on-demand basis through a business’s app or platform
OR
B- uses a personal vehicle to provide prearranged transportation services for compensation through a business’s app or platform
But that’s not all Prop 22 would also provide a minimum amount drivers could make based on 120% of the minimum wage applied to a driver’s engaged time and 30 cents a mile.
Limit drivers to 12 hours during a 24 hour shift.
Require health care subsidies equal to 82% of California Covered premiums for drivers who average 25 hours per week. And 41% for drivers who average 15-25 hours per week.
And Require companies to provide occupational accident insurance and accidental death insurance.
The fiscal impact of the bill is listed as “minor increases in state income taxes paid by rideshare and delivery companies” That of course is compared to not making drivers full time employees.
So that’s where we’re at. Lots of folks who are not drivers now don’t count as contractors, lots of exemptions had to be lined out in state law for contractors who the state do want to qualify as contractors and the whole issue of drivers is taken to the ballot box for the people to decide.
I hope now you get where we’ve been who this affected and where we may or may not be going.
In other words I hope now you know a little more about the gig economy.

Server Found with Info on 419 Million Facebook Accounts – DTH

DTH_CoverArt_1500x1500Security researchers discovered a server with information on 419 million Facebook accounts unsecured online, Samsung’s Galaxy Fold launches in South Korea on September 6th, and Garmin announces three new smartwatches.

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Send us email to [email protected]

Show Notes
To read the show notes in a separate page click here!