Funding for this project was canceled by the project creator on September 4, 2012.
Funding for this project was canceled by the project creator on September 4, 2012.
Beesper is a flexible system for detection, analysis and control of environmental data, powerful but easy to use.
With Beesper you can:
Very soon, thanks to sensors and nodes being finalized now, you will be able also to:
Beepser consists of:
1. an ultra-low-power long range Wireless Sensor Network (WSN), able to self-organize, that supports many different sensors,
2. an App (Android, iPhone) and a website to analyze and custom-control the gathered data (eg: by sending an alarm upon a trigger),
3. a set of plugins for targeted use. And you can even build your own N-Apps!
The Beesper wireless network consists of:
The network setup is very easy: the Beesper Network is auto-configuring, once started a BeesperNode looks for the closer BeesperBridge or BeesperNode on the same network and connects to it!
If the distance between a BeesperNode and a BeesperBridge is too long to establish a direct wireless link, a BeesperNode will, automatically, connect to another, closer, BeesperNode and use it as relay towards the BeesperBridge. The various Beesper Nodes discover the best path to the bridge and shape themselves as a tree-shaped network.
It is also possible to add more BeesperNodes or sensors at any time to extend the coverage area! Each node can be reused for different tasks by changing its sensors or simply via the website or the N-App.
Do you want to know more about the tech?
Check the Beesper tech data page!
Now it is the time to explore your data!
From your Android phone or tablet (and thanks to Kickstarter also from your iPhone/iPad and website) you can get the Beesper app, free to download. Just put in your login and password and you can see your Beesper network and put it at your use!
Beesper puts at your fingertips even more advanced applications: BeesperBeer lets you brew a great craft beer, BeesperGreen keeps an eye over your garden and helps you to grow your plants, BeesperEnergy gets inside your power-hungry gadgets to find out who is the culprit for that sky-high electricity bill!
Moreover you can share with other Beesper users, and your friends, all the information and discoveries you made! You will even be able to create a group of friends for a collaborative task!
To get started, simply “drag&drop” the BeesperNode on the desired Beesper App and you're done! The node's data will be used by the app.
The above Beesper Apps are ready to be used but only your imagination is the limit: Beesper will allow you to program custom app through the development APIs (developed within Kickstarter).
If you do not want to touch a single line of code, you can also share data with your family or friends on social networks, send an email, an alert or a text message with the BeesperWizard app!
With Beesper we want to make a powerful industrial technology, born in the research laboratory Henesis, open to all and easy to apply to real-world problems.
Starting point: our h-WSN platform, developed over the last years aimed at professional applications. We are at the third version of our electronics and network protocol, which is based on the standard IEEE802.15.4 at 2.4GHz.
Our latest improvement is the possibility to update the firmware of each node wirelessly and from remote, while the Beesper network is in place!
Here are some pictures of our platform at the state in which we are now.
Wisnp is the current user interface to the network, web-only and not so user-friendly... another of the improvements Kickstarter will trigger! On the right panel the tree topology automatically chosen by the nodes is visible, together with an aggregated view of ambient temperature data.
We can already integrate several external sensors (a subset is shown in the rewards section, last picture): some of them are commercial (heat flow, electrical current, temperature probe), while others were hand-assembled purposively for Kickstarter (soil moisture and temperature, and temperature probe for beer)!
For our BeesperGarden, aiming at offering an affordable but complete sensor, we added a temperature sensor to a commercial low cost soil moisture sensor (from Watermark US) and assembled it in our headquarter. For our BeesperBeer, we integrated a precise digital temperature sensor in a food-grade stainless steel bar. Both sensors will need engineering work for production, and we'll do it during Kickstarter.
Here are the two prototypical kits in place in our lab! You will soon be able to follow them in real time!!
We feel time has come for Beesper, a real leap frog. We are following these three guidelines and we wish to share them with you:
Important technical notes
1. The minimal system requires one BeesperBridge and one BeesperNode but you can add as many BeesperNode (and BeesperBridge) as needed.
2. The BeesperNodes are, as of today, CE certified and soon will be FCC certified, thanks to Kickstarter
3. We made the choice to adopt only high quality (therefore more expensive) sensors, because you can trust our and your N-Apps only if you can trust your data.
Sensors (continuously updated!):
All the technical activities during Kickstarter will be completed in our headquarter in Parma (Italy). We hope that, also thanks to Kickstarter, we can soon activate our US branch (officially open but still in its infancy)!
Become a Beesper supporter and help us achieve some important objectives:
In short, we ask your support to help us in turning our existing and top-performing HW/SW platform for distributed data acquisition into a general purpose system, allowing anyone to quickly and easily collect, share, use data, develop "N-Apps" and sell them on the web.
We believe Beesper can really become the seed of a new world-wide community, generate new and until today only theorized scenarios and quickly turn into a tool which can really improve ours' and others' lives.
We value your privacy very much! You will be able to decide whether to keep your data for you alone, share them with your friends, or with the entire community, allowing precise or loose geolocation (to prevent traceability of information). This scenario will be covered soon by a specific update of the Beesper project.
The reasons motivating the cloud-based approach are manifold. Here I list just some of them.Our server does many things on the data streams arriving from the bridges, before storing them in the data base and offering them to their owner, such as the chronological re-ordering: whenever a node looses radio connectivity, it acts as a data logger, storing and adding temporal marking to sensors values. Whenever connectivity is re-established, the node sends small packets of older data together with the most recent ones. The server can thus "fill the holes". Another reason is linked to the expandability of the system with the inclusion of new sensors, which is much more easily dealt with when the server is centralized, and the automatic update of new firmware. Another one is related to what we still miss, i.e. the control of actuators: please stay tuned!! Again, as everyone will be able of writing and selling N-Apps on our Store, the cloud-based architecture is pretty a must.A different set of reasons is linked to the battery duration: the microcontroller running the bridge has been kept simple and ultra-low-cost, to preserve battery duration (feature not required by the Ethernet Bridge, but important in the WiFi/cellular versions): "intelligent" activities are performed on the server. The server is hosted in the ServerGrove farm, not in our lab: we want to offer a professional-level service, therefore data integrity is a priority. A full series of API will allow the most complete access to the data, always available 24h/7d.All that said, we'll put the "private server" in the Beesper wish list: if, despite all these reasons, this is something the community requires very much, we'll find the way to satisfy this request.
No, it isn't. The network protocol is based on the same foundations of ZigBee, i.e. the IEEE 802.15.4 standard at 2.4 GHz. Beesper is built around ad advanced level 3 network protocol, specifically designed to assure automatic configuration and optimization of even large networks of nodes with network recovery functions, long range and long battery duration, following a tree-shaped topology. Every Beesper Node can behave as a router for child nodes, maintaining its year-long battery duration. This way you can enlarge your network without limitations. Of course, this protocol is optimized for data collection: Beesper is not a peer to-peer network for real time communication.
Beesper is different from Arduino. Our "do it yourself-er" is other than the Arduino one: we spent years in perfecting the network protocol, polishing the embedded code to assure flexibility accompanied by ultra-low-power consumption, developing a WEB-based platform for controlling the monitoring parameters. We would like our do-it-yourself can focus on the more creative aspects: having the idea, choosing the sensors, connecting them to the right ports on the BeesperNode, write the NApp with our APIs (or the simplified rule-based method, without even the need to code). To create and sell a NApp with Beesper you don't need to be an engineer! In the very unlucky case of ceased support everything will be released public: but you know, we want to make this our core business, we're quite optimistic about that.
Working on that... Stay tuned! :-)
We preferred not to include them from the beginning in order to avoid confusion: a node alone is not working at all, you need at least a Bridge. The same for the sensors: we preferred to sell them later, on the Beesper Store... but as several of you are asking for them, we're going to include them in the pledges, making it clear that these are to be considered as "add on" or expansion to an existing Beesper system.
The answer to this and many other similar questions on potential applications we did not think of is definitely YES! Anyone can select the most suitable sensors for a given application and connect them to the nodes. Automatically the raw data are available on our servers or on COSM, ready to be combined in a "NApp" (Network App): for simple cases (setting up alarms when a certain combination of inputs is seen, or similar), you can use the graphical NApp editor, without writing a single line of code; for more complex situations, you'll have our APIs at your service. And even more, if the solution you crafted (selection of sensors and NApp) is working, you'll have the possibility to sell it on our store, thus gaining money!
The Beesper platform is really paving the road towards the famous third revolution... and will do so, even if this fund raising campaign will not end as wished!
The online store will be opened after Kickstarter: we're working to minimize the delay. Concerning the Android App, the APIs, these were activities we would have liked to get funded for in Kickstarter. We're so convinced we're on the right direction that we'll find other ways to cover the costs for their development.
From the very beginning our online customers will get: Beesper hardware platform with nodes, bridges, and sensors; web platform wisp.henesis.eu for full remote interaction with the network, integration with COSM for data sharing and interaction with other platforms, Android App for Bluetooth-based interaction with the bridge. Integration with IFTTT will be completed as soon as IFTTT team releases their Apps.
Android NApps for specific applications (beer, garden, ...) will be developed depending on the requests!
- (48 days)