Appify Announces Launch of No-Code Appify Marketplace, Plus Two Premium Apps for Field Service and Field Sales

Appify (formerly Turbo Systems), the fast-growing no-code platform for business apps, today announced the launch of the Appify Marketplace, where companies of all sizes can access, customize and deploy new apps in minutes to automate critical tasks and better serve customers across their businesses.

Appify is kicking off the launch of the Marketplace by offering two premium Apps to help transform the experience of mobile field workers. With Appify Field Service and Appify Field Sales premium apps, companies can deploy apps to help their field teams manage work orders, assets, inventory, quotes, customer and contact information; or to generate project bids from wherever they’re engaging with customers or prospects, in minutes.

These latest enhancements to the Appify suite have allowed mid-market businesses like Modesto Irrigation District to increase efficiency significantly as crews can handle more jobs through better visibility. Partners Tech Services, ATM servicing for Diebold and other ATM manufacturers, saw similar advantages from moving their paper-based process to Appify, each field worker has gotten back at least an hour per day in efficiency gains when using the Appify Field Service app.

GDT Repair, a family-owned business that helps restaurants keep their equipment running and whose clients include big-name restaurant chains like Applebee’s, Panera Bread and Tim Hortons now uses Appify Field Service to cut back hours typically spent on manual paperwork. In addition, the app allows them to reduce its time to deliver invoices from 15 days to five minutes leading to increased cash flow for the business.

“Before Appify Field Service, all repair technicians would capture details of work onsite with paper, take pictures on their phones and didn’t have access to customer data,” said President of GDT Repair, Blake Tarana. “But with this new Appify App, we can now easily create and manage jobs on a mobile

Computer science professor recognized for impact in his field

Judea Pearl, chancellor’s professor of computer science at the UCLA Samueli School of Engineering, has been recognized with the Classic AI Paper Award given by the AI Journal for his paper “Temporal Constraint Networks” along with coauthors Rina Dechter and Itay Meiri, both of whom were UCLA students at the time of publishing.

This award, Pearl’s second Classic Paper Award, is UCLA’s third; Pearl received his first in 2015 for his paper on Bayesian networks and Rich Korf won in 2016 for his seminal paper in real-time heuristic search over the basic state model considered in AI. Only papers that are “exceptional in their significance and impact” and were published at least 15 calendar years ago in the AI Journal are eligible for the AIJ Classic Paper Award.

In 1990, Pearl, Dechter, and Meiri offered a polynomial time algorithm in their paper to solve a simple problem: finding one or more scenarios consistent with two specific data sets. This algorithm had a significant impact on subsequent work in automated planning. Rina Dechter, now Distinguished Professor at UC Irvine, then a PhD student of Pearl, followed this research with a comprehensive textbook on “Constraint Processing” (Morgan Kaufmann 2003).

The foundations of modern artificial intelligence are built on Pearl’s breakthrough work, paving the way for AI tech such as driverless cars and voice recognition software. Through his invention of Bayesian networks, a formalism that enables computers to reason with uncertainty, Pearl became a giant in the field of artificial intelligence. He is also credited with developing a calculus of causation that allows empirical scientists to quantify and discover cause-effect relationships from statistical data. Pearl is a recipient of the A.M. Turing Award, the most prestigious prize awarded to computer scientists by the Association for Computing Machinery and often called the “Nobel Prize

Washington emergency responders first to use SpaceX’s Starlink internet in the field: ‘It’s amazing’

  • Washington’s state military, which includes its emergency response division, began using Starlink user terminals in early August to bring internet service to areas devastated by wildfires.
  • “I have spent the better part of four or five hours with some satellite equipment trying to get a good [connection]. So, to me, it’s amazing,” Washington state’s emergency telecommunications leader Richard Hall told CNBC.
  • Washington has used Starlink to get regions “zero day communications,” Hall said.



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The Starlink satellite internet network that SpaceX is developing has been used in the field by Washington state emergency responders in recent weeks, the first early application of the company’s service to be disclosed.

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Washington’s state military, which includes its emergency response division, began employing Starlink user terminals in early August to bring internet service to areas devastated by wildfires. User terminals are the small devices on the ground that connect to the satellites. The emergency division has seven Starlink user terminals, which it is deploying with early success.

“I have never set up any tactical satellite equipment that has been as quick to set up, and anywhere near as reliable” as Starlink, Richard Hall, the emergency telecommunications leader of the Washington State Military Department’s IT division, told CNBC in an interview Monday.

How Washington’s using Starlink

Starlink is the name for SpaceX’s ambitious plan to build an interconnected internet satellite network, also known as a “constellation,” to deliver high-speed internet to anywhere on the planet.

The full Starlink network is planned to have about 12,000 satellites flying in what is known as low Earth orbit, much closer to the surface than traditional broadband satellites. Hall, whose division has used other satellite broadband services, said “there’s really no comparison” between Starlink and traditional networks, where the satellites are farther away from

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