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DEWA enhances its capabilities in operating and monitoring water networks by adopting advanced smart technologies · DEWA Podcasts

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  Dubai Electricity and Water Authority enhances
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  its capabilities in operating and monitoring
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  water networks by adopting advanced smart technologies.
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  Now, that is the official headline we are looking
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  at today. And behind that, that corporate title,
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  there's a really fascinating story about managing
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  the single most critical resource in any city.
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  Water. It absolutely is. We're looking at the
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  intersection of heavy industrial infrastructure
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  and really agile modern code. Our goal for this
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  deep dive is to explore how Dubai Electricity
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  and Water Authority is using a patented digital
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  solution to basically revolutionize how water
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  moves through Dubai. And when you say patented,
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  that's a key word. This isn't something they
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  just bought off the shelf. No, not at all. They
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  built this. The core innovation has a well, has
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  a very long name. It's the open platform communication
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  gateway for data exchange between multiple water
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  OT systems. OK, that is a mouthful. Let's break
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  that down. Right. And a key detail is that this
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  system has been patented right there in the UAE.
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  So OT systems. We're talking about operational
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  technology, correct? Yeah. The actual hardware
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  out in the field, like valves and sensors. Precisely.
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  And that's usually the friction point. You have
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  your IT, your data wanting to talk to your OT,
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  the pipes and pumps, and they just don't speak
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  the same language. So this gateway is sort of
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  a... A translator. It's the bridge. It enables
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  round -the -clock remote monitoring and control
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  by forcing all these separate systems to finally
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  talk to each other. So it breaks down the data
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  silos. It unifies them. It connects all these
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  different operating systems to make data exchange
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  incredibly efficient. Which feels like a huge
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  strategic move. Yeah. And to really get the scale
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  of this, you have to hear the vision from the
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  top. It really frames this whole project. It
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  really does. It connects directly to that top
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  -level vision for the city. His Excellency Saeed
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  Mohammed Al -Tayr, Managing Director and CEO
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  of Dubai Electricity and Water Authority, said,
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  Dubai Electricity and Water Authority continues
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  to strengthen its global leadership in adopting
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  advanced digital solutions for managing critical
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  infrastructure, in line with the vision of His
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  Highness Sheikh Mohammed bin Rasht al -Maktoum,
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  Vice President and Prime Minister of the UAE
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  and ruler of Dubai, to build future -ready cities
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  based on innovation and sustainability. This
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  achievement reflects Dubai Electricity and Water
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  Authority's commitment to developing innovative
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  digital solutions that enhance infrastructure
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  efficiency and sustainability and reinforce its
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  position as a global leader in utilities management
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  according to the highest standards of reliability
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  and future readiness. The solution also aligns
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  with Dubai Electricity and Water Authority's
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  digital transformation journey and its investment
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  in fourth industrial revolution technologies
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  such as artificial intelligence and the internet.
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  things it is an advanced model for leveraging
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  open source technologies and smart software to
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  improve water system efficiency enhance network
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  readiness ensure round -the -clock service continuity
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  and support dubai strategies for digital transformation
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  and operational excellence while strengthening
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  our ability to anticipate future challenges in
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  the water and infrastructure sectors wow OK,
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  there's a lot in there. But that phrase, fourth
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  industrial revolution, that really stands out.
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  They're explicitly connecting something as physical
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  as water pressure to AI and the Internet of Things.
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  Exactly. It's all about what he calls future
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  readiness. But let's get into the technical side,
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  because the engineering here is, well, it's pretty
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  surprising for a major utility. I saw the notes
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  on this. Are we really talking about Python?
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  The programming language are the whole thing
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  was developed using over 2500 lines of software
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  code based on the open source Python platform.
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  See, to me, that's the real aha moment. You'd
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  expect this kind of critical infrastructure to
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  run on some, I don't know, expensive proprietary
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  legacy system. Using Python feels incredibly
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  agile. Agile and fast. I mean, this isn't just
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  some small script. The system can pull data from
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  more than 150 ,000 database entries in less than
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  30 seconds. 30 seconds. For that much data, that's
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  almost real -time visibility. It is. But of course,
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  speed means nothing without reliability. We are
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  talking about the city's water supply. Right.
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  You can't have the system crash. Absolutely not.
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  So they've designed it with full redundancy.
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  You've got main command centers, and then you
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  have emergency disaster recovery centers ready
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  to take over. All supported by application servers
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  running 24 -7 ISO. All running 24 -7. And the
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  impact is real. We're talking significant cost
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  savings, much faster decision making, and quicker
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  project timelines. It's just a fantastic case
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  study. It's about bridging that gap between the
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  physical world of pumps and pipes, and the digital
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  world of AI and IoT. It ensures service continuity,
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  definitely. But more than that, it proves that
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  future readiness is about owning your code, not
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  just owning your pipes. And it leaves you with
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  a final thought, right? We think of open source
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  code like Python as something for, you know,
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  websites or data analysis. But here, that same
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  kind of code is literally securing the water
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  supply for an entire city. Thanks for listening
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  to this deep dive.