 Hi everyone, my name is Mark Hill and we're from MoTeC. The system we've put in here is the Motorola Irinet. This isn't the controller, this is just a radio head that we operate four valves on this end of the town. This system's a hybrid, so that side of the track is all run on the existing cable that's been in the ground for probably about 15 years. The controller is mounted back in the shed, way over there, we were nearly there before, and that's got an antenna on the roof and it talks to this unit here. We chose to put this unit in a bollard and we're doing this quite a lot down low for mid-row up high for out on the ends. So there are three cores, an inch thick, recycled plastic and yeah they take the fish plates well. So that's why we chose this. We'd also do standard boxes, but we find that the harvesters eat them up quite a lot. The server for the system, so the software, you own the software. You buy the actual license, whether it be a 100 element license or 500 element license depending on how many valves you've got. If you own that software, you put it on your computer, so all the data is yours. You still have remote connectivity via the app, via the website. You can log in via other computers to your server, so your data's safe. We do have some servers where small properties, so 20, 30 valve properties, they just lease the spot off that server, so we take care of that server quite well, so keeping that safe. This system here, it's a bit hard to explain because it's all sitting inside. I've got a demo back there in the tent, but a small six-volt solar panel is charging the battery, needs about two, three hours a sun a day to open up the solenoids on the back. We've got hydraulic tubes running down to that end of the vineyard from here, and the solenoids will bleed them off and open up the valves. It's really about it. It's basically a system that's ready to accept any other information coming in via API. We output to Swan Systems on packages, and so they can get the irrigation scheduling from that and then work out with their algorithms. So yeah, any questions? More than a question is, we have Roger here. Roger, you start managing the irrigation system of the vineyard here in the station now with Motec technology. Could you give us an idea of how that changed your activities or that kind of things? Yeah, no. We had a very manual system here on the station. We had quite a few valves around the vineyard, so we had to go around and open and close each time we wanted to do an irrigation schedule. And now this system here, I can just operate the whole system from my phone. I can do it on weekends. I can do it while I'm away on holidays or anything like that. I just dial up the blocks that I want to irrigate and the time we want to irrigate them for and set it off and just turns itself off when the cycle is finished. A very easy system too. I've just got the app on my phone and just a very easy system to operate and use for irrigating the vineyard compared to the old manual system I used to use. So it's been a great investment here on the research centre. And yeah, I've got full praise for it actually, so it makes my life a lot easier. But like myself, I still like to go out when I turn a block on and just have a look to make sure everything is dripping properly because we've got that issue with vermin hairs, foxes and so forth. They will go through and chew on the drippers and we do have leaks from time to time. So it's still nice to do a quick run around to make sure everything's running sufficiently. And like we have a little leak there at the moment and you only find them out when you've got the irrigation running. So yeah, so that's about it I think. Can you give us a range of costings to put this in? I know it's difficult. Probably if I use this package as a price because yeah, it is difficult. So back at base we've got 24 station controller back there with a radio that talks to this side of the road and also to the other 12 valves on the other side wirelessly. So probably around about the $6,000 mark for that. And then coming out to the wireless valve area here probably about $2,000 for the four valves. So it's not so much a sliding scale. You can go out to eight valves to about $3,000. So the more valves that you know, the better the pricing. So if you can bring grouping back like we've done here rather than one head per valve it gets quite a cost effective. The other thing for every output that this does it has one input. So you can do pressure monitoring. You can do leaf wetness. Any sort of sense that you'd like to actually monitor within the system we can bring it back in whether it be digital or analog. So we can do temperatures, humidity, calculates and dew points. Yeah, quite a lot. Just a question mark on the integration with regards to APIs. Can your system talk to, for example, Greenbrain Centek to bring in an irrigation application? So a classic thing I see is people might be doing some moisture monitoring with those systems. Not always recording the actual irrigation. In many cases it has to be done manually. Is there such a thing where they might program like I'm going to put on sticks as 12 hours, 10 mils, whatever in your system and it runs and then it automatically drops that into the soil moisture platform so they can see what they've done and the impact that it's had. Yeah, so we can cross-platform via API. The team in Israel will sit down if it's a new setup like Greenbrain so we haven't done Greenbrain yet but that's upcoming. Is they will work out the data share. So whether it's a two-way share or an input share or just an output share. We've got some customers that will bring the information in and they will align their soil moisture sensors alongside their valve operation in the graph on that. So they'll actually start to choose a full point and a refill point within the irrigation system. So they'll pull an alert when we set a full point to say that yeah, it has reached full point and it's up to them from the decisions they make from there and then obviously that data goes out. We typically at the moment will send out programming so what scheduling is going to apply and then some decisions are made from there but essentially we're all working towards that possibility of full autonomy but rightfully so a lot of people are holding back on that which it's understandable. The best fertilizer is footprints. We all know that.