Ting has been a popular MVNO carrier for years for folks who doesn't use their phones very much. Much like Google Fi, the network's pricing is oriented towards people who are close to Wi-Fi most of the time, but Ting does stand out with its choice of multiple networks to choose from (it added Verizon just this year). Dish today announced that it has acquired Ting's customer base, and will use Ting's parent company to kickstart its new carrier operation.
Dish is the company that acquired Boost Mobile (a former MVNO of Sprint) and limited access to T-Mobile's network earlier this year, as part of the approval process required for T-Mobile's merger with Sprint. Dish has now purchased Ting Mobile from its former parent company, Tucows, further boosting its customer base. "Effective August 1, 2020, most Ting Mobile customers across the U.S. became customers of DISH," a press release said.
Ting has added a new network
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This article previously stated that Ting was dropping the option for Verizon SIM cards, but the company has only said it will reveal more details about its network options soon. The errors in the article have been corrected, and we apologize for any confusion.
So, how can you get those valuable contacts you need? The secret is one thing you should say in every cold-network attempt. Once you have that down, you can use several strategies to develop a failsafe cold-network strategy.
Starting in iOS 14.5, iPadOS 14.5, and macOS Big Sur 11.1, you can keep track of personal items with an attached AirTag and compatible third-party products in the Items tab of the Find My app. Learn how to get started.
The new Items tab in Find My lets you keep track of personal items with an attached AirTag as well as compatible third-party products using the power of the Find My network, an encrypted, anonymous network of hundreds of millions of Apple devices. Devices in the Find My network use secure Bluetooth technology to detect your missing items nearby and report their approximate location back to you, so you can find them privately and securely.
Add an AirTag Make sure that your device is ready for setup.
If your AirTag is new, remove the wrap around the product and then pull out the tab to activate the battery. Your AirTag will play a sound.
Hold your AirTag near your iPhone, iPad, or iPod touch, then tap Connect.* If you have multiple AirTags and see "More than one AirTag detected", make sure only one AirTag is near your device at one time. AirTag not connecting?
Select an item name from the list, or select Custom Name to name your AirTag and choose an emoji. Then tap Continue.
To register your AirTag with your Apple ID, tap Continue again.
Tap Done.
Now you can attach your AirTag to your item and see it in the Find My app.
Effective August 1, 2020, most Ting Mobile customers across the U.S. became customers of DISH. These customers will continue to use their current phones and will enjoy the same rates and excellent customer experience. As with DISH's recently acquired Boost customers, these Ting Mobile customers will have access to the new T-Mobile network.
In mobile, Tucows will focus on growing its MSE business, delivering a wide range of functions including billing, activation, provisioning, and funnel marketing to mobile providers. Tucows provides leading enablement platforms in domain registration and fiber-to-the-home. DISH is now the first Tucows mobile technology customer.
About TucowsTucows is a provider of network access, mobile technology services, domain names and other Internet services. Ting Internet ( ) delivers fixed fiber Internet access with outstanding customer support. Tucows' mobile services enabler (MSE) platform provides network access, provisioning and billing services for mobile virtual network operators (MVNOs). OpenSRS ( ), Enom ( ) and Ascio ( ) combined manage approximately 24 million domain names and millions of value-added services through a global reseller network of over 36,000 web hosts and ISPs. Hover ( ) makes it easy for individuals and small businesses to manage their domain names and email addresses. More information can be found on Tucows' corporate website ( ).
About DISHDISH Network Corporation is a connectivity company. Since 1980, it has served as a disruptive force, driving innovation and value on behalf of consumers. Through its subsidiaries, the company provides television entertainment and award-winning technology to millions of customers with its satellite DISH TV and streaming SLING TV services. In 2020, the company became a nationwide U.S. wireless carrier through the acquisition of Boost Mobile. DISH continues to innovate in wireless, building the nation's first virtualized, standalone 5G broadband network. DISH Network Corporation (NASDAQ: DISH) is a Fortune 250 company.
This document was produced by a group operating under the W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
The Interaction Model of W3C WoT defines three types of Interaction Affordances: Properties (PropertyAffordance class) can be used for sensing and controlling parameters, such as getting the current value or setting an operation state. Actions (ActionAffordance class) model invocation of physical (and hence time-consuming) processes, but can also be used to abstract RPC-like calls of existing platforms. Events (EventAffordance class) are used for the push model of communication where notifications, discrete events, or streams of values are sent asynchronously to the receiver. See [wot-architecture11] for details.
The Event affordance enables a mechanism for asynchronous messages to be sent by a Thing. Here, a subscription to be notified upon a possible overheating event of the lamp can be obtained by using HTTP with its long polling subprotocol on
In order to address the above-mentioned scenarios or others, the Thing Model can be used that mainly provides the data model definitions within Things' Properties, Actions, and/or Events and can be potentially used as template for creating Thing Description instances. In the following a sample Thing Model is presented that can be seen as a model for the Thing Description instance in Example 1.
Thing Model definitions are identified by the "@type": "tm:ThingModel". As the example shows, it does not provide details about a single Thing instance due to the lack of communication and security metadata. This specification presents a mechanism for deriving valid Thing Description instances from such Thing Model definitions. In addition, other design concepts are specified, including how to override, extend, and reuse existing Thing Model definitions.
Because a Vocabulary under some namespace IRI can only undergo non-breaking changes, its content can be safely cached or embedded in applications. One advantage of exposing relatively static content under a namespace IRI is to optimize payload sizes of messages exchanged between constrained devices. It also avoids any privacy leakage resulting from devices accessing publicly available vocabularies from private networks (see also 11. Privacy Considerations).
The UML diagram shown next gives an overview of the TD Information Model. It represents all classes as tables and the associations that exist between classes, starting from the class Thing, as directed arrows. For the sake of readability, the diagram was split in four parts, one for each of the four base Vocabularies.
The Signature of a Class allows to construct two functions that further define Classes: an Assignment Function and a Type Function. The Assignment Function of a Class takes a Vocabulary Term of the Class's Signature as input and returns either true or false as output. Intuitively, the Assignment Function indicates whether an element of the Signature is mandatory or optional when instantiating the Class. The Type Function of a Class also takes a Vocabulary Term of the Class's Signature as input and returns another Class as output. These functions are partial: their domain is limited to the Signature of the Class being defined.
By convention, Simple Types are denoted by names starting with lowercase. The TD Information Model references the following Simple Types defined in XML Schema [XMLSCHEMA11-2-20120405]: string, anyURI, dateTime, integer, unsignedInt, double, and boolean. Their definition (i.e., the specification of their lexical form) is outside of the scope of the TD Information Model.
The formalization introduced here does not consider the possible relation between Objects as abstract data structures and physical world objects such as Things. However, care was given to the possibility of re-interpreting all Vocabulary Terms involved in the TD Information Model as RDF resources, so as to integrate them in a larger model of the physical world (an ontology). For details about semantic processing, please refer to C. JSON-LD Context Usage and the documentation under the namespace IRIs, e.g.,
To determine the base direction of all human-readable text in Thing Description and Thing Model instances this specification recommends to follow the [STRING-META] guideline about string-specific directional information when no built-in mechanism for associating base direction metadata is available.
TD Processors should be aware of certain special cases when processing bidirectional text. TD Processors SHOULD take care to use bidi isolation when presenting strings to users, particularly when embedding in surrounding text (e.g., for Web user interface). Mixed direction text can occur in any language, even when the language is properly identified.
Metadata of a Thing that shows the possible choices to Consumers, thereby suggesting how Consumers may interact with the Thing. There are many types of potential affordances, but W3C WoT defines three types of Interaction Affordances: Properties, Actions, and Events. 2ff7e9595c
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