Exyn技術
提交你的分析師簡報
成立一年
2014年階段
貸款 |活著總了
21.18美元最後提出了
680美元 | 2年前缺失:Exyn技術的產品演示和案例研究
促進你的產品提供技術買家。
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缺失:Exyn技術的產品&微分器
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集合包含Exyn技術專家
專家集合是analyst-curated列表,突出了公司你需要知道的最重要的技術空間。
包括在Exyn技術1專家收集,包括機器人。
機器人
1974件
這個集合包括創業發展中自主地麵機器人、無人機、機械臂,以及水下無人機等機器人係統。這個係列還包括公司研製機器人的操作係統和視覺模塊。
Exyn技術專利
Exyn技術已經申請4項專利。
3最受歡迎的專利主題包括:
- 無人駕駛飛行器製造商
- 空中軍事機器人
- 自動汽車
申請日 |
授予日期 |
標題 |
相關的話題 |
狀態 |
---|---|---|---|---|
8/2/2018 |
11/3/2020 |
圖形用戶界麵元素,圖形控製元素,圖形用戶界麵,圖形用戶界麵測試,在線預覽數碼相機 |
格蘭特 |
申請日 |
8/2/2018 |
---|---|
授予日期 |
11/3/2020 |
標題 |
|
相關的話題 |
圖形用戶界麵元素,圖形控製元素,圖形用戶界麵,圖形用戶界麵測試,在線預覽數碼相機 |
狀態 |
格蘭特 |
最新的Exyn技術新聞
2022年9月10日,
約翰Koetsier是一名記者,分析師、作家和演說家。得到它!得到它!每個人做了一個廚房裝修知道建築是很困難的。它是緩慢的,進步是痛苦的,所有的交易都在正確的時間就像讓恒星對齊,在這個過程中有大量的浪費。Exyn技術認為他們可以減少一些通過無人機。和公司剛剛降落的主要客戶:大林,日本最大的建築公司。但這些無人機不會舉起錘子或安裝一個窗口。相反,他們將整個施工現場不斷和自主飛行,繪製3 d空間和視覺數據上傳到BIM平台-建築信息建模係統,以確保一切都不偏離正確的軌道。從本質上講,他們創造生活,呼吸的數字雙近乎實時的不斷發展的求職網站。 They won’t be doing this for your next bathroom redo, of course. This is intended for the $1.5 billion stadium, or $1 billion tower, or the $250 million hotel build. A construction site Photo by Ben Allan on Unsplash “McKinsey actually did a study where they quantify the global construction industry as an $8 trillion industry,” CEO Nader Elm told me recently on the TechFirst podcast . “And they also quantified that $3 trillion of that is actually down to inefficiency and waste.” MORE FOR YOU A lot of that waste boils down to bad information, Elm says. Trade do things at the wrong time. A wall gets installed before the wiring is laid, or a window gets put in before interior fittings get loaded through the opening. Even with the best goodwill in the world, information passes slowly from trades to subcontractors to contractors to supervisors working for the general contractor. That means large construction firms map their projects frequently, generally walking through a massive project and snapping pictures. It’s a manual process that’s very time-consuming. Exyn’s solution is to deploy basically the same autonomous drone they use for GPS-free mine mapping . But large construction sites are challenging locations for autonomous drones. “You can’t count on having an immobile or static environment,” says COO Ben Williams. “Things change, it’s dynamic. Even if you have nothing planned to move, someone’s leaving a forklift, or a truck, or a bag, or whatever in the way of things, and so, because of that, you need a system that is able to respond in real time to changes in its environment.” Drones that hope to operate here need to continue working even if they encounter obstacles, including new ones daily, and even if they lose GPS signal in a basement or parking garage. Solve that, and you might be able to save yourself a huge amount of labor. Listen to our conversation Digital twin tech, or digitizing a representation of the physical environment, is the goal. “Previous to this, if you wanted to go see the status of a construction site, you would have to go walk the site [with] a camera,” Williams says. Then you either have a few hundred (or thousand) digital pictures to review, or you’re loading them hand into some kind of photogrammetry software. In some cases, if you wanted to do that, you needed to ensure your lighting was good, you might have had to use a tripod every 15 to 20 feet, and you might have had other requirements from your software. “The basic idea here is that you are massively streamlining that process,” Williams says. “The same thing that would take you all day to capture from traditional methods might take you an hour, or even less, with an autonomous system, and so you are both increasing the accuracy, the speed with which you can operate, and you’re able to actually run these sort of data analyses digitally that you weren’t able to even do before.” In other words, you’ve automated data collection, you’ve automated data input, and you can run automated comparisons day over day to see what progress has been made and if there is anything concerning you should take a look at. That, says Williams, saves construction firms time and money in less re-work and remediation. There’s a massive push to build robots that can help in some of the most dangerous and difficult job in construction — while helping solve the construction labor and skills shortage . Some of them are autonomous, while others require a human in the loop . Most of them move materials around, like Construction Robotics Mule, or use 3D printing techniques, like Branch Technology. Exyn’s drone doesn’t move any I-beams or pump any concrete, but it promises to help with the increasingly digital nature of construction. The solution isn’t cheap though. While Exyn isn’t releasing pricing information publicly, it definitely won’t fit on my credit card.
Exyn技術網絡流量
Exyn技術排名
Exyn技術常見問題(FAQ)
Exyn技術是何時成立的?
Exyn科技成立於2014年。
Exyn技術的總部在哪裏?
Exyn科技總部位於華盛頓大街2118號,費城。
Exyn技術的最新一輪融資是什麼?
Exyn技術的最新一輪融資貸款。
Exyn技術提高了多少錢?
Exyn技術提高了總共21.18美元。
Exyn技術的投資者是誰?
投資者Exyn技術包括工資保護程序,本·富蘭克林技術夥伴賓夕法尼亞州東南部,美國IP組、Centricus Corecam家庭辦公室和6。
Exyn技術的競爭對手是誰?
競爭對手Exyn技術包括DroneBase、3 d機器人,Skycatch,器皿,Perrone機器人和9更多。
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