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community – Why is symmetric NAT known as “symmetric”?


tl;dr It comes from STUN and is symmetric as a result of it identifies a 1:1 relationship between NAT mapping and L4 move.

The title symmetric NAT is so far as I do know launched by the unique STUN RFC 3489, with the next definition:

A symmetric NAT is one the place all requests from the identical inside IP
deal with and port, to a particular vacation spot IP deal with and port, are
mapped to the identical exterior IP deal with and port. If the identical host
sends a packet with the identical supply deal with and port, however to a
completely different vacation spot, a unique mapping is used. Moreover, solely
the exterior host that receives a packet can ship a UDP packet again to
the interior host.

This may occasionally not make clear issues in case you are not that conversant in NAT and the entire idea of STUN. Let me attempt to construct this up.

The primary necessary idea is the 5-tuple (protocol, host port, server port, host deal with, server deal with) the place protocol is mostly both UDP or TCP. This 5-tuple is used to determine a L4 protocol move. I take advantage of host and server terminology to simplify some issues and keep away from directional phrases akin to supply and vacation spot.

Now, the entire idea of a NA(P)T system is to dynamically change the (host port, host deal with) on the interior community (inside) with a (NAT port, NAT deal with) on the exterior community (exterior). The state of such a translation can be known as a NAT mapping. At its simplest the NAT perform doesn’t care about protocol, server ip, and server port. On this case a number of Layer 4 protocol flows could use the identical NAT mapping, so long as the host ip and host-port used on the within are the identical. This N:1 mannequin of multiplexing/demultiplexing flows to mappings is commonly represented by way of a funnel or cone.

The most important various is to create a mapping for every new 5-tuple. So even when for instance all of protocol, host ip, host port, and server ip are the identical however server port is completely different, a brand new mapping can be created and the ensuing NAT ip, NAT port can be completely different. There’s thus a full 1:1 symmetry between a layer 4 move and a NAT mapping.

Not related to the query, however just a few historical past why this time period is definitely necessary for the STUN RFC and never left as an implementation element. One of many objectives of stun was to allow P2P connections between two purchasers behind NAT. The concept was that for a lot of purposes (e.g. VoIP) there would solely be preliminary communication by way of servers, however all remaining communication could be P2P. To arrange this P2P, the purchasers would make a connections to a stun server, which does three issues:

  1. It informs them on the kind of NAT, as this solely labored with the ‘full cone’ model. So detecting cone vs symmetric is necessary right here (stun has a couple of variants of cone really)
  2. It creates a NAT mapping as defined above.
  3. The stun sever informs the consumer of the surface port+IP of that mapping.

Then, the consumer would ship the realized port+IP by way of the applying (voip) server to the opposite consumer, and now that can be utilized to arrange a P2P connection.

In apply this barely works, and stun as described there was obsoleted and changed by RFC 5389. As well as, many NAT implementations have added Utility-level Gateways to resolve sure protocols immediately. On high of that there are particular protocols to create NAT mappings on demand, most prominently UPnP IGD and PCP. However, as typically occurs, a few of the unique STUN ideas caught endlessly anyway :).

Dr. Alberto-Giovanni Busetto, Chief AI Officer at HealthAI – Interview Sequence

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Dr Alberto-Giovanni Busetto is a Swiss-Italian AI Government & Innovator and the Chief AI Officer of HealthAI. He’s a Member of the World Financial Discussion board’s World Future Councils and beforehand held pioneering roles because the inaugural World Head of Knowledge Science & AI at Merck Healthcare and the primary Group SVP Head of Knowledge & AI at The Adecco Group.

All through his profession, Alberto-Giovanni has been acknowledged as a UN World Compact Mentor, Merck Digital Champion, and IBM Distinguished Speaker. He has contributed to world AI governance as a Activity-Pressure Member of the World Employment Confederation and was honored by the US Nationwide Academy of Engineering FoE as one of many nation’s excellent early-career engineers. Moreover, he served because the US Massive Knowledge Chair of the Japan-America Frontiers of Engineering.

What impressed your transition from AI management roles in main corporations like Merck to main HealthAI?

Hey, I’m Dr. Alberto-Giovanni Busetto, Chief AI Officer at HealthAI – The World Company for Accountable AI in Well being. I maintain greater than 20 years of expertise within the design, growth, deployment and administration of AI options. My profession has been marked by a dedication to harnessing AI for significant affect. At Merck Healthcare, I served because the inaugural World Head of Knowledge Science & AI, the place I led the event of AI-driven options in healthcare and biotechnology. This position underscored the transformative potential of AI in well being sectors.

Transitioning to HealthAI allowed me to focus extra intensively on accountable AI deployment in well being, aiming to bridge the hole between technological innovation and human-centered care. On this, knowledge governance can also be considered one of my core focus factors. One thing that basically excites me at HealthAI is the work we do within the context of regulatory and innovation sandboxes, we’re constructing blueprints to speed up the event and adoption of accountable AI at scale to allow innovators.

I’m pushed by the query: How can we make AI not simply smarter, however really helpful the place it issues most—bettering folks’s lives? At HealthAI, I’ve the chance to form how we take into consideration AI in well being, providing steering to governments and well being establishments on deploying AI options that aren’t solely cutting-edge but additionally moral, clear, and deeply embedded in real-world well being wants. For me, it’s not nearly algorithms—it’s about affect.

What excites you most in regards to the intersection of AI and well being?

The convergence of AI and well being presents alternatives to reinforce outcomes by improved diagnostics, customized therapies, and optimized well being options. AI’s capability to research advanced datasets can, for instance, result in earlier illness detection and extra correct prognoses.

What excites me most is that these developments should not simply reserved for high-income international locations—they’ve the potential to rework well being sectors in low- and middle-income international locations as properly. AI-powered diagnostics can carry specialist-level insights to areas with restricted medical experience, predictive analytics may help allocate sources the place they’re wanted most, and digital well being instruments can bridge gaps in entry to care. By deploying AI responsibly, we will create extra equitable well being options that serve folks in all places, no matter geography or earnings degree.

How can AI assist shut the well being hole between high-income and low- and middle-income international locations? What challenges exist in making certain equitable entry?

AI has the potential to democratize well being by making superior medical insights accessible globally. In areas with restricted medical experience, AI-powered diagnostic instruments can help in figuring out ailments precisely. For instance, telemedicine platforms, enhanced by AI, can join sufferers in distant areas with specialists worldwide, facilitating information switch and bettering care high quality.

Guaranteeing equitable entry to AI-driven well being options entails addressing a number of challenges, a number of the most distinguished ones relate to infrastructure limitations. This could hinder the adoption of AI applied sciences, as many areas might lack the required digital frameworks to assist superior options.

Knowledge privateness issues additionally stay important—defending private data requires strong governance constructions to make sure confidentiality and safety. Moreover, AI techniques have to be tailor-made to native languages and cultural contexts to be really efficient, overcoming limitations that would in any other case restrict accessibility.

Regulatory hurdles additional complicate the panorama, as putting the precise stability between fostering innovation and making certain privateness plus security requires considerate coverage growth. By addressing these challenges proactively, AI can turn into a strong software for bettering world well being fairness.

How essential are collaborations between governments, tech corporations, and well being suppliers in making certain accountable AI growth and deployment?

Collaboration amongst governments, know-how companies, and healthcare suppliers is not only helpful—it’s important for the accountable growth and deployment of AI in well being. These partnerships allow the creation of complete frameworks that handle moral issues, safeguard knowledge privateness, and set up operational requirements that guarantee AI is each efficient and reliable.

By working collectively, stakeholders can transfer past fragmented, one-size-fits-all options and as a substitute develop AI-driven approaches which can be tailor-made to real-world well being wants. This implies leveraging AI to reinforce diagnostics, streamline scientific workflows, and develop entry to high quality care—significantly in underserved areas. Furthermore, collaboration fosters transparency and accountability, making certain that AI stays a software for empowerment fairly than exclusion.

When innovation is pushed by shared accountability and aligned with public well being priorities, AI has the potential to reshape our strategy to well being in a means that’s each transformative and equitable.

What moral issues needs to be on the forefront of AI-driven well being options?

Once we take into consideration the moral issues in AI-driven well being options, there are a number of key areas we have to concentrate on. First, now we have to handle bias mitigation to make sure AI fashions don’t unintentionally reinforce current well being disparities. Transparency can also be essential, because the decision-making course of behind AI have to be clear and comprehensible to all events concerned. Accountability comes subsequent, with clear traces of accountability for any choices made by AI techniques, so that somebody could be held accountable if issues go improper.

Autonomy is on the very core of moral AI in well being, which implies it’s important that we not solely respect however actively assist folks’s rights to make well-informed choices about their care. This goes past merely offering data—it’s about making certain that individuals totally perceive their choices, the potential dangers and advantages, and the position AI performs the place it’s employed.

We should assure that the customers or those that profit from AI really feel empowered and assured of their decisions made, figuring out they’ve a say within the applied sciences that have an effect on their well being and well-being.

AI fashions in well being have typically demonstrated biases. How can regulators and AI builders mitigate this danger?

To mitigate biases in AI fashions, it’s obligatory that regulators and builders concentrate on constructing techniques which can be consultant of various populations. This begins with gathering knowledge from a variety of demographic teams, so the AI is educated on data that displays the real-world variety of sufferers. However knowledge alone isn’t sufficient—steady monitoring can also be key, as AI techniques needs to be frequently assessed to determine and proper any biased patterns which will emerge over time.

Involving a wide range of stakeholders within the growth course of, together with ethicists, affected person representatives, clinicians, medical specialists, and so forth., can usher in helpful views that assist make sure the AI fashions serve everybody equitably and pretty.

How can governments and organizations be certain that AI-driven well being options responsibly use affected person knowledge?

To make sure that AI-driven well being options responsibly use affected person knowledge, governments and organizations have to implement robust knowledge governance insurance policies that clearly define how affected person data is collected, saved, and shared.

Anonymization methods additionally play a core position in defending folks’s identities, making certain that knowledge can be utilized with out compromising privateness. On high of that, adhering to each worldwide and native knowledge safety legal guidelines is important not just for sustaining belief but additionally for making certain that AI techniques are working inside authorized boundaries. This strategy helps create a basis of safety and transparency that advantages each folks and the well being sector as a complete.

What are the largest obstacles in regulating AI for well being, and the way can international locations overcome them?

The fast tempo at which know-how advances involves thoughts first. Rules typically wrestle to maintain up with how shortly AI improvements are rising, leaving gaps in oversight. Moreover, policymakers want a deeper understanding of each AI applied sciences and the distinctive complexities of well being to craft efficient, knowledgeable laws.

One other hurdle is the dearth of world standardization—with out constant laws throughout international locations, it turns into troublesome to foster worldwide collaboration and be certain that AI options could be safely and ethically deployed worldwide.

To beat these obstacles, international locations might want to spend money on steady schooling for policymakers, work in the direction of harmonizing laws internationally, and keep agile in adapting to new technological developments.

International locations can handle these obstacles by fostering steady dialogue between technologists, well being professionals, and regulators, and by investing in schooling and coaching packages that bridge information gaps. HealthAI, for instance, is tackling this by its World Regulatory Community (GRN), which strengthens native capability and capabilities in AI regulation for well being, making certain that regulators worldwide are well-equipped to handle the evolving panorama of AI in well being.

How does HealthAI assist international locations construct and certify accountable AI validation mechanisms?

As an implementation companion, HealthAI works along with governments, ministries of well being, and different well being organisations to navigate not solely the security and efficacy of AI-driven well being instruments but additionally their moral compliance, making certain that the know-how aligns with each regulatory necessities and societal values.

HealthAI helps the event of rigorous certification processes that assist set up belief and accountability in AI well being options. By doing so, we ensures that AI techniques meet the best requirements earlier than being deployed, which is important for shielding welfare, enhancing helpful outcomes, and fostering world confidence within the accountable use of AI in well being.

How can AI be used to foretell, observe, and handle future well being crises?

AI can play a pivotal position in managing well being crises by offering instruments to foretell, observe, and handle outbreaks extra successfully. Via predictive analytics, AI can analyze huge quantities of epidemiological knowledge, figuring out patterns and developments that would sign the potential for an outbreak earlier than it occurs, giving authorities time to organize. As well as, real-time surveillance powered by AI can constantly monitor well being knowledge from hospitals, clinics, and different sources, permitting for the fast detection of rising threats and the flexibility to reply shortly to comprise them.

AI may help in useful resource optimization throughout a disaster, serving to authorities allocate medical provides, personnel, and different important sources extra effectively, making certain that they’re used the place they’re most wanted. By integrating AI into public well being methods, international locations can enhance their capability to anticipate and reply to future well being emergencies, enhancing each preparedness and resilience within the face of evolving threats. This proactive strategy saves lives and helps to reduce the general affect of well being crises on society and the economic system.

Thanks for the nice interview, readers who want to be taught extra ought to go to HealthAI.

Flutter app doesn’t run on iOS simulator however runs on Android emulator


I’ve simply acquired my first MacBook and am making an attempt to run a Flutter venture utilizing VSCode. The venture runs nice on an Android Emulator however does not on iOS Simulator.

This is the log:

Launching lib/major.dart on iPhone 16 Professional in debug mode...
Xcode construct executed.                                            8.9s
Did not construct iOS app
Uncategorized (Xcode): Command SwiftGeneratePch emitted errors however didn't return a nonzero exit code to point failure

Error (Xcode): no such file or listing: '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/ModuleCache.noindex/Session.modulevalidation'

Error (Xcode): stat cache file '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/SDKStatCaches.noindex/iphonesimulator18.2-22C146-07b28473f605e47e75261259d3ef3b5a.sdkstatcache' not discovered

Error (Xcode): unable to rename momentary '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/ModuleCache.noindex/1QOPLZ3HJICL2/UIKit-1KHQ7M05IFVXC-026d8a9d.pcm.tmp' to output file '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/ModuleCache.noindex/1QOPLZ3HJICL2/UIKit-1KHQ7M05IFVXC.pcm': 'No such file or listing'

Error (Xcode): couldn't construct module 'UIKit'
/Customers/sm-sayedi/Tasks/internet/flutter/test_app/construct/ios/Debug-iphonesimulator/Flutter.framework/Headers/FlutterAppDelegate.h:7:8

Error (Xcode): couldn't construct module 'Flutter'
/Customers/sm-sayedi/Tasks/internet/flutter/test_app/ios/Runner/GeneratedPluginRegistrant.h:9:8

Error (Xcode): didn't emit precompiled header '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/Runner-chzjlziqevvgrcgaoauskndbtofm/Construct/Intermediates.noindex/PrecompiledHeaders/Runner-Bridging-Header-swift_1OW9P6QJWPL3W-clang_1QOPLZ3HJICL2.pch' for bridging header '/Customers/sm-sayedi/Tasks/internet/flutter/test_app/ios/Runner/Runner-Bridging-Header.h'

Uncategorized (Xcode): Command PrecompileSwiftBridgingHeader emitted errors however didn't return a nonzero exit code to point failure

Swift Compiler Error (Xcode): No such file or listing: '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/ModuleCache.noindex/Session.modulevalidation'

Swift Compiler Error (Xcode): Stat cache file '/Customers/sm-sayedi/Library/Developer/Xcode/DerivedData/SDKStatCaches.noindex/iphonesimulator18.2-22C146-07b28473f605e47e75261259d3ef3b5a.sdkstatcache' not discovered

Swift Compiler Error (Xcode): Clang importer creation failed

Uncategorized (Xcode): Command SwiftEmitModule failed with a nonzero exit code

Couldn't construct the appliance for the simulator.
Error launching utility on iPhone 16 Professional.

Exited (1).

Submarine Cable Ideas and Recommendation for Enterprise IT


After a yr full of suspicious and disruptive undersea cable cuts, it is time for multinational prospects to assessment the range and community routes of the suppliers that present their vital communications companies.

The worldwide subsea cable community carries 95% of worldwide communications site visitors and an estimated $10 trillion of monetary transactions every day. Moreover, new subsea cables from corporations like Meta, Amazon and Google are changing older cables.

“An rising variety of enterprises are trying on the particulars of the community, on land and undersea, and incorporating the dangers into their catastrophe restoration and enterprise continuity plans,” mentioned Brian Lavallée, senior director of market and aggressive intelligence at Ciena, a maker of fiber optic communications programs.

He mentioned these enterprises look at particulars resembling the place fiber routes are, if a number of paths are in the identical conduit and whether or not a number of paths share a single level of apparatus failure.

Undersea cable suppliers report virtually 200 faults a yr, in keeping with the Worldwide Cable Safety Committee. Because of this, route range is a key determinant, mentioned Alan Mauldin, analysis director at TeleGeography.

“Range is important to the continuity of service,” he mentioned. “It may be on a single route, from totally different business homeowners, geographic and community range — via touchdown stations.”

Subsea cables are one massive piece of an end-to-end circuit that delivers vital site visitors from origination to vacation spot. Range encompasses the connections — each the subsea and overland parts — at both finish.

Worldwide circuits are advanced, operating from a company web site, information heart central workplace and cable touchdown station earlier than going undersea and finally connecting to corresponding gear on the buyer’s vacation spot.

Terrestrial Community Backhaul

Dry land hyperlinks benefit consideration from enterprise customers as properly, significantly as a result of terrestrial networks are extra simply accessible and thus extra simply topic to break.

Submarine cable operators staff up with terrestrial backhaul operators that present connectivity to an inland location — like an information heart or central workplace — on the proper value, capability and availability.

As soon as enterprise site visitors reaches land, community groups should determine if and the place they need route range to keep away from a single level of failure. They need to search the next components:

  • Numerous routes between a number of cable touchdown stations.

  • Numerous routes between information facilities and central workplaces.

  • Range in information heart entrances. One information heart can have 4 to 5 entrances to guard towards flooding, injury attributable to animals and extra.

How A lot Insurance coverage Do You Want?

Enterprises can even take into account getting the appropriate insurance coverage to guard these backhaul networks. Most corporations buy what they will afford, not all the time what they need or want, mentioned Ciena’s Lavallée.

“Many assume danger by considering, ‘It will not occur to me’ — till it does,” he mentioned. “You can’t purchase extra insurance coverage than you’ll be able to afford, however you’ll be able to have a look at the wonderful print to make sure you’re getting the most effective insurance coverage that matches inside your monetary means.”

Offsetting Cuts

Enterprises can get assist figuring out which areas of the world provide probably the most route range through the use of assets from corporations resembling TeleGeography, which publishes an underseas cable map.

Good route and variety plotting follows a plan that enables an organization to rapidly reroute its main cable site visitors to a number of different suppliers within the occasion of a cable minimize — even when these different suppliers do not provide the identical efficiency. Splitting site visitors from an enormous information stream connection is not all the time doable, because the obtainable backup routes use outdated or slower tools.

With newer subsea cables on deck from operators, international locations and companies, efficiency mismatches might finally develop into far much less of a difficulty.

Subsea Cable Milestones

In September 2024, TeleGeography’s submarine cable map hit a brand new milestone: it depicted greater than 600 cable programs. That quantity consists of 532 in-service programs, with one other 77 deliberate.

The corporate research an rising variety of cable programs, citing “huge funding on this infrastructure — each alongside main routes and to small islands.” The variety of in-service programs is bigger now than in some other yr throughout the final twenty years, TeleGeography mentioned.



Robots-Weblog | Vention stellt KI-gestützte Bin-Choosing-Technologie vor – Reside auf der NVIDIA GTC 2025

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SAN JOSÉ, Kalifornien, 18. März 2025 /PRNewswire/ — Vention, Entwickler der weltweit einzigen Full-Stack-Software program- und {Hardware}-Automatisierungsplattform, präsentiert seine KI-gestützte Bin-Choosing-Technologie erstmals auf der NVIDIA GTC, der weltweit führenden Entwicklerkonferenz für Künstliche Intelligenz (KI).

Robots-Weblog | Vention stellt KI-gestützte Bin-Choosing-Technologie vor – Reside auf der NVIDIA GTC 2025

Dieses neue, KI-gesteuerte Verfahren ersetzt aufwendige und kostenintensive individuelle Programmierlösungen und erleichtert Unternehmen die Einführung von Automatisierungstechnologie. Die Markteinführung der KI-gestützten Bin-Choosing-Technologie ist im weiteren Verlauf des Jahres geplant.

In einer Reside-Demonstration wird ein ABB GoFa™ CRB 15000-Roboter – ausgestattet mit einem Imaginative and prescient-System, Finger-Greifern und verbunden mit einem Vention MachineMotion AI-Controller – seine autonomen Fähigkeiten unter Beweis stellen. Mithilfe einer hochgeladenen CAD-Datei des zu verarbeitenden Bauteils versteht der Roboter, wie er das Bauteil erkennen, auswählen, greifen und mit branchenführender Präzision organisieren kann. Diese autonome Funktionalität wird durch leistungsstarke KI-Modelle ermöglicht.

„KI entwickelt sich in rasantem Tempo weiter und hilft Vention dabei, Automatisierung für Unternehmen jeder Größe noch zugänglicher zu machen“, erklärt Etienne Lacroix, Gründer und CEO von Vention. „Unsere neueste Innovation, die {Hardware}-Integration mit NVIDIA-KI-Modellen kombiniert, geht über reines Identifizieren und Greifen hinaus – sie fügt Intelligenz und Organisation hinzu, wodurch teure Integrations- und Programmieraufwände reduziert werden. Das macht Bin-Choosing-Automatisierung für Hersteller erschwinglicher.“

„Generative KI und Simulationstechnologien haben einen Wendepunkt erreicht, um physische KI-Anwendungen in der Produktion voranzutreiben“, sagt Deepu Talla, VP of Robotics bei NVIDIA. „Mit der NVIDIA Isaac Robotics-Plattform bringt Vention die neuesten KI-Innovationen in Fabriken jeder Größe – sowohl für Excessive-Combine- als auch für Excessive-Quantity-Fertigung.“

Entdecken Sie hier das KI-gestützte Bin-Choosing-Demo-Video.

KI zur Lösung realer Herausforderungen

Die Demonstration ist Teil eines laufenden Entwicklungsprojekts mit McAlpine & Co. Ltd, einem langjährigen Vention-Kunden und führenden britischen Hersteller von Sanitärprodukten mit über 100 Jahren Erfahrung. Das Unternehmen sucht nach einer Automatisierungslösung für Bin-Choosing und Maschinenbestückung.

John Gordon, Basic Supervisor von McAlpine & Co. Ltd, betont die Herausforderungen, die mit der Automatisierung des Bin-Choosing-Prozesses verbunden sind, obwohl es sich auf den ersten Blick um eine einfache Aufgabe handelt: „McAlpine & Co. Ltd conflict auf der Suche nach einem Automatisierungspartner, dem wir vertrauen können, um unsere Imaginative and prescient umzusetzen: revolutionary Lösungen, die unseren hohen Qualitätsstandards entsprechen. Im Zentrum dieser Imaginative and prescient steht eine kollaborative Arbeitsumgebung, in der Maschinen arbeitsintensive und repetitive Aufgaben übernehmen, sodass sich unsere Mitarbeiter auf wertschöpfende Tätigkeiten konzentrieren können. Nach dem erfolgreichen Abschluss unseres ersten Automatisierungsprojekts mit Vention sind wir überzeugt, dass nun der richtige Zeitpunkt gekommen ist, um gemeinsam eine hochmoderne, KI-gestützte Bin-Choosing-Lösung zu entwickeln.“

Vention Intelligence – Schnellere Wertschöpfung für Hersteller

Der MachineMotion AI-Controller von Vention, basierend auf der NVIDIA Jetson Orin Module-on-Compute-Plattform, bildet das Rückgrat der neuen Entwicklung – er ermöglicht die Echtzeitverarbeitung, die für eine autonome Bin-Choosing-Automatisierung im industriellen Maßstab erforderlich ist. Dieses Steuerungssystem geht über herkömmliche SPS-basierte Automatisierung hinaus und verkürzt die Implementierungszeit erheblich.

Durch die Integration modernster, KI-gestützter NVIDIA Isaac CUDA-Bibliotheken und Modelle wie FoundationPose stellt Vention sicher, dass Hersteller von den neuesten KI-Fortschritten profitieren, die jetzt in den Markt eintreten.

„Unsere Strategie, KI-Technologien nahtlos in bestehende Automatisierungslösungen zu integrieren, stellt sicher, dass wir neue Modelle schnell in unsere schlüsselfertigen und anpassbaren Arbeitszellen einbinden können – und damit unseren Kunden aus der Fertigungsindustrie einen Wettbewerbsvorteil verschaffen.“ – François Giguère, Chief Expertise Officer bei Vention.

Für weitere Informationen besuchen Sie: www.vention.com/autonomous-operator