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Bulletin SMPP provides your company with a simple and powerful way to communicate with mobile devices. A few lines of code are all that is needed to send and receive SMS messages through networks all over the world. Bulletin specialises in direct carrier connectivity to ensure the widest range of features are available to our clients.
Our patented temporary addressing technology enables real two-way messaging. Replies are correlated with outgoing messages, enabling sophisticated SMS applications like dispatch systems, auctions, ordering, and chat. We support a wide range of message features, including multipart messages, business cards, calendaring, and internet push.
Getting started is quick and easy. You can use your credit card to sign up online and begin sending messages immediately. If you're sending a lot of messages we offer volume discounts, and if you're in need of a billing solution, you can use ours.
Bulletin SMPP; we take care of the details so that you can get on with business.
Bulletin SMPP connects your applications to the global mobile network so we are able to provide a single point of contact for sending SMS messages to any mobile phone, worldwide.
With a range of business interfaces, Bulletin SMPP ensures that integrating SMS into your applications or solutions is easy. The most popular interfaces include a SOAP based Web Service and an extremely simple, powerful and adaptive HTTP API interface.
- Global Access
We are a global network access provider. We connect directly to the networks to ensure that a wide range of features can be offered, and dedicate a lot of time to ensuring that our connectivity is optimized.
- Short Code Support
Bulletin SMPP includes full support for short codes (network specific custom numbers). We take the hassle out of setting up by working with the network providers for you.
- Integrated Billing
We can handle customer billing for you, saving money and allowing you to get to market quickly.
- Reply Tracking
We specialize in two-way messaging. We use our patented mTAG technology to transparently return replies to your messages.
- Smart Messaging Support
With support for multipart messages, business cards, calendaring, and more, Bulletin SMPP allows you to deliver a wide range of rich content, simply.
We provide message status notification, end to end monitoring, online logging, and load graphs to help keep your application ticking.
Bulletin SMPP offers two programming interfaces: SOAP, for industry standard integration with your development environment and applications, and an HTTP interface to enable simple hand-coded solutions.
A lightweight API HTTP provides the simplicity that you're looking for. Sending a message is as easy as POSTing a web form, and receiving is as easy as getting a web page.
An industry standard, SOAP is supported in all modern development environments. Use SOAP to address the Bulletin SMPP interface in an object oriented and strongly typed manner, reducing development time and errors.
The short message peer-to-peer protocol (SMPP) is a telecommunications industry protocol for exchanging SMS messages between Telcos's (carriers). It also allows third parties (e.g. Bulletin.net) to submit messages allowing us to provide carrier grade connectivity to you.
If you use a legacy SMPP system and would like to remove your reliance on one carrier and reduce your overheads then contact us and ask about our SMPP Connector.
We can deliver messages to your application in real time (push messaging), or you can poll Bulletin SMPP to retrieve messages in batches (pull messaging).
Polling is easy to set up and to secure, and avoids problems with firewalls. Push messaging is more appropriate when low latency is critical.
Both the SOAP and HTTP interfaces offer SSL security. Your application must support SSL to secure messages sent to it in push mode.
Our patented mTAGTM technology enables real two-way messaging.
When someone replies to an SMS message, the mobile device does not tell the network which message the user is replying to. This restricts SMS applications to a flat request/ reply flow, and requires that each application you run have a unique address. By associating a temporary reply address with each outgoing message we overcome these limitations.
Consider an internet messaging application like Windows Live Messenger or Skype. Sending SMS messages from these applications is easy, but they can't accept replies to SMS messages because it is impossible to tell who to forward the incoming messages to:
a. Bob uses the chat application to send Alice a message.
b. Carol uses the chat application to send Alice a message.
c. The chat application forwards the messages to Alice.
d. Alice replies to the message from Bob.
e. Who is the message for?
You'll encounter the same problem yourself if you text two questions to a friend. They might send back two replies, or one, and they might send replies in any order:
What's your favourite colour?
How are you feeling?
It is impossible to correlate incoming messages with outgoing messages because the protocols used to send SMS messages don't retain any information about how the messages are related to each other; hitting the "reply" button on your mobile phone doesn't tag the message you send as being a reply to the message you're viewing, it just fills out the destination number for you.
Bulletin SMPP maintains a large pool of numbers to send messages from. Every time we send a message we pick a new address from our pool and store it, along with the message and destination number, in our database. When the message arrives at its destination the "from" address that appears on the phone is the number we picked from our pool. When the user hits "reply" the "from" address is used as the destination. Then, when the Bulletin Connect receives the reply, we can correlate it with the outgoing message by looking in our database for the message with a matching pool and destination number.
To make reply tracking easy for client applications we allow them to pass an ID with each outgoing message. The correlated ID is then returned to the client with each reply.
The diagram below shows the processing path of a message from creation to reply:
mTAG Message Processing
True two-way messaging enables a class of SMS applications that could not be built before: chat applications (as above); dispatch applications, where drivers pick jobs from lists sent to them; auction applications, where bidders reply to notifications when they're out-bid; and email to SMS bridges, to name a few.
Bulletin holds patents in the United States and New Zealand that cover this technique (US Patent #6134432 and NZ Patent #330703).
With over 550 Billion messages sent in 2004, SMS is the workhorse of the mobile world.
Some networks (notably GSM networks) support multipart SMS, allowing more than 160 characters to be sent to mobile devices. Where available, Bulletin Connect supports long messages transparently.
The vcard format allows you to send contact information directly to a mobile phone's contact list. The standard, which is maintained and documented by the Internet Mail Consortium (http://www.imc.org), is supported by most phones.
BEGIN:VCARD VERSION:2.1 N:Spears;Britney TEL;PREF:+13107528000 EMAIL;INTERNET;1:firstname.lastname@example.org ADR;INTL;HOME:;Suite 300;132 South Rodeo Drive;Beverly Hills;CA;90212;USA BDAY:19811202 END:VCARD
Vcalendar, another IMC format, allows you to send appointments and to-do notes to phones.
BEGIN:VCALENDAR PRODID:-//xyz Corp//NONSGML PDA Calendar Version 1.0//EN VERSION:2.0 BEGIN:VEVENT DTSTAMP:20051104T120000Z UID:email@example.com ORGANIZER:MAILTO:firstname.lastname@example.org DTSTART:20060225T043000Z DTEND:20060225T053000Z STATUS:CONFIRMED CATEGORIES:CONFERENCE SUMMARY:Team meeting DESCRIPTION:Bulletin Wireless Team Meeting END:VEVENT END:VCALENDAR
As the number of internet ready phones increases, the demand for rich content like music, video, and games is increasing. Use WAP push messages to initiate downloads of 3G content from your application.
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