Highly effective ecosystem on open real time wireless networking infrastructure where machines is to be unified on web across various protocols and services.

Real-time web eco-system to support secure, real-time data exchange between distributed physical objects and the Internet. This includes a private, secure “cloud” and networking hardware.

The Synaptic Real Time Web hosts real-time “avatars” or representations of a range ™ of real-worlds objects from simple temperature or radiation sensors to complex multi-sensor objects like an entire North Sea oil rig. The Synaptic Real Time Web allows the object owner to control who accesses which object data and a number of “views” can be defined against one or more objects. Object data access can for each view be a combination of read-only or both read and write for properties that can be manipulated in the physical object through the radio interface.

Mobile internet today is struggling to develop good mobility services that can be fast and less expensive on network traffic and bandwidth. The internet standard (Web standard) does not support event driven message transaction and ad hoc networking. In a world of mobility where physical resources need to be tracked and become part of the network actors, the traditional web server approach doesn’t really work. A need of an event driven model in combination with cloud computing technology, provide much more dynamic possibilities to identify and distribute mobile resources in an ad hoc manner.

The purpose of the Synaptic RTW is to create a new way to access and share real time information on physical resources without making changes to the existing network configuration and topology. The network is designed to be fast and with minimal overhead. Synaptic RTW creates a marketplace where application and service can share their physical resources across the internet. Synaptic RTW also supports virtual resources and references to external resource entities.

There are several levels of mobility and actors that can be targeted to have access to a resource. The main purpose is to create a marketplace, much like how Internet is working today. By semantically identify natural physical resources, service providers can gain access to unlimited real time resources through the Synaptic RTW cloud. The cloud always keeps up to date state information of any actors and resources. This save a lot of network traffic since the communication is no longer point-to-point between actors and the resources. Resources state change can be distributed between multiple actors and vendors without unnecessary request and response against multiple web servers from different vendors. The cloud provides easy access to any resources and its characteristic, which is difficult to achieve by use of traditional web server and current WWW topology.

Application services providers can gain access to resources that are ad hoc identified/changed, meaning that the service can become part of an entity of other services and resources anytime when the application is active. The application service can access multiple resources and services in one information stream and get notification on any state/semantic changes to any object of interest.

Advantages on using Synaptic RealTimeWeb

Flexible business models:

Infrastructure as a service (IAAS) provide you with necessary monitoring of all your HW product out there.

Software as a service (SAAS) provide you with business integrated process and real time data exchange service

Platform as a service (PAAS) provide you with continuous billing and invoice monitoring

Global data sharing:

Tag your product and data senters to be public and sell real time data online

Adjust domain ontology to make your service available to ad hoc machines and web service without defining web service API

Advanced security:

Proactive security program provide pattern recognition

Manual security evaluation on your online service

Authentication/identification without lookups

Cryptation and compression

Virtual dynamic http server:

Provide ad hoc dynamic virtual http server to infrastructure and middleware HW equipments/components

Decentralized storage:

Stream data directly to your database

Datawarehouse as a service

Datawarehousing integrations

Domain administrator:

Place to set up your RTW domain

Place to set up service descriptors

Real time Search:

Place to search product vendors and real time services

Adjust search ratings and keywords for your own service and products

Ontology enabled links:

Set semantics to be automatize and weighted

Make your service public with ad hoc support

Service descriptors tools:

Define your own Restful API as part of web links

Activate your Ontology domain to adjust external API's

Billing engine:

Monitor your service and activity level

Provide invoice data

Real Time data trade and marketplaces:

Tag your service with a price label

Buy/sell information strings in a global public marketplace

Ad hoc / plug and play:

Provide none hand shaking bidirectional communication

Make your physical and virtual service available online

Cybernet (RTW+WWW) is the new eco system of commercialized web