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Epson provides GX-C Collection with RC800A controller to its robotic line

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Epson provides GX-C Collection with RC800A controller to its robotic line

The brand new GX-C robotic is designed for efficiency and adaptability. Supply: Epson Robots

Epson Robots, which claimed to be the the world’s No. 1 SCARA robotic producer, right this moment introduced its new GX-C sequence, which makes use of the RC800A controller and SafeSense know-how. The Los Alamitos, Calif.-based firm stated the GX4C, GX8C, GX10C and GX20C robots ship excessive efficiency and adaptability in a compact footprint.

“With producers striving for better productiveness and precision, the demand for superior automation options is quickly accelerating,” stated Rick Brookshire, director of robotics at Epson America Inc. “Engineered to tackle even probably the most advanced meeting duties, the brand new GX-C Collection gives a compelling mix of excessive efficiency, intuitive operation, and confirmed reliability — serving to producers drive effectivity and keep aggressive in a fast-changing business.”

Epson Robots stated it has bought greater than 150,000 SCARA and six-axis robots primarily based on a standard PC platform. The unit of Epson Group, led Japan-based Seiko Epson Corp., supplies robots for precision meeting and materials dealing with purposes in a number of industries. They embody aerospace, equipment, automotive, biotechnology, shopper product, electronics, meals processing, medical gadget, pharmaceutical, plastics, semiconductor, and telecommunications.


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GX-C Collection is designed for ease of use

The GX-C Collection gives a number of arm configurations for elevated productiveness and employee safety whereas minimizing machine footprint, in response to Epson. It additionally options GYROPLUS vibration-reduction know-how to assist optimize workcell throughput with clean motions and quick settling occasions.

Designed for ease of use, the sequence consists of Epson RC+ 8.0, the most recent model of the corporate’s software program improvement platform. Extra GX-C Collection options embody:

  • Excessive efficiency and adaptability: Excessive throughput with max-rated payloads and a number of arm configurations to perform probably the most demanding meeting wants
  • Quick cycle occasions: Excessive acceleration, clean movement, and quick settling occasions can maximize throughput with proprietary GYROPLUS system, plus no ringing or overshoot, when operated inside specs
  • Ease of use: Epson asserted that its “intuitive and feature-packed” Epson RC+ improvement software program gives a easy consumer interface, an built-in debugger, and a complicated 3D simulator
  • Designed for reliability: The GX-C is designed to deal with workloads at quick speeds and excessive precision inside a small footprint
  • Low whole price of possession (TCO): The brand new SCARA robots embody options to scale back assist and set up prices: batteryless encoders, a built-in Ethernet cable, Epson RC+ software program, and a wealthy suite of security options
  • Accelerated improvement of workcell purposes: These are totally built-in; non-compulsory options embody imaginative and prescient steering, elements feeding, pressure steering, conveyer monitoring and fieldbus; Epson RC+ Options Platform permits for seamless growth of third-party options, benefiting builders and finish customers
  • Elevated consumer interplay with out sacrificing productiveness: SafeSense consists of commonplace and superior security options; with a correct threat evaluation, it may assist improve productiveness and employee safety whereas minimizing machine footprint as a result of discount of bodily boundaries
  • Minimized the workcell house requirement with an optimized robotic footprint: The new sequence has a number of mount and cable exit choices; 250, 300, or 350 mm (9.8, 11.8, or 13.7 in.) attain obtainable for the GX4C; 450, 550, or 650 mm (17.7, 21.6, or 25.5 in.) attain obtainable for the GX8C; 650 or 850 mm (25.5 or 33.4 in.) attain obtainable for the GX10C; 850 or 1,000 mm (33.4 or 39.3 in.) attain obtainable for the GX20C
  • Constructed for demanding environments: Commonplace, Cleanroom (ISO 3)2 and electrostatic discharge (ESD), protected IP65, and standalone ESD fashions can be found
  • Service and assist: With 4 a long time of automation expertise, Epson stated it supplies automation assist by way of its devoted utility and repair groups

The GX4C, GX8C, GX10C and GX20C are actually obtainable by way of Epson Robots’ channel of distributor companions.

Epson's GX-C six-axis robot, shown here, is designed to work with its RC+ development software.

The GX-C robotic is designed to work with the RC+ improvement software program. Supply: Epson Robots

RC800A controller comes with SafeSense know-how

Epson Robots stated its RC800A robotic controller is constructed to carry out with industrial-rated security options whereas optimizing runtime, restoration, and error dealing with. It gives elevated energy and power financial savings in contrast with earlier fashions and supplies safety-rated velocity and place monitoring.

When paired with correct threat evaluation, this superior know-how allows human-robot interplay with out a security fence, the corporate claimed. By eliminating the necessity for bodily security boundaries, the RC800A might help scale back each the footprint and general price of robotic automation programs.

As well as, the controller can improve productiveness by enabling quicker machine interplay for day by day operations and upkeep. The controller additionally consists of the Epson RC+ software program to streamline program improvement and simplify automation duties.

Epson to exhibit at Automate

Epson plans to reveal its programs at Sales space 2818 Automate 2025 on Might 12 to fifteen in Detroit. Attendees can see the brand new GX-C Collection, and companions will present the corporate’s excessive efficiency SCARA, six-axis, and different automated programs.

“We’re showcasing how Epson Robots mix ease of use, highly effective efficiency and superior options that assist secure, dynamic interplay between individuals and automation,” stated Scott Marsic, group product supervisor at Epson America.

“Via interactive demos and real-world purposes, attendees will see how our options make high-performance automation extra accessible,” he added. “Our lately launched SafeSense know-how additionally demonstrates how customers can function safely and effectively alongside industrial robots throughout a variety of industries and duties.”

Attendees may have alternatives to attend academic displays and seek the advice of with Epson’s professional utility and repair groups. They will additionally discover each open-base robots (CX12XL, LS20B, and N6) and enclosed programs (GX8 and VT6L with IF380) that spotlight their versatility throughout industries. The workflows will embody scanning of enormous elements, motion of heavy payloads, half transfers between slots in a standing cubicle, a stacking problem, and a pick-and-place demo.

Periods will embody “Past the Labor: Understanding Robotic ROI from Manufacturing to Income” on Wednesday, Might 14 from 8:00 to eight:45 a.m. EDT in Room 320 and “The place Will the Latest Breakthrough in Robots Come From? The place Have We Been and The place Are We Headed?” on Might 14 from 1:30 to 2:15 p.m. in Room 321.

Key companions on the present will embody Lanco Built-in (Sales space 1309), Addtronics (Sales space 2210), Common Machine and Engineering Corp. (Sales space 5604), and igus Inc. (Sales space 2613). They may present purposes together with inspection, pick-and-place operations, meeting, and movement plastics.

It is Not About What AI Can Do for Us, However What We Can Do for AI

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Most view synthetic intelligence (AI) via a one-way lens. The know-how solely exists to serve people and obtain new ranges of effectivity, accuracy, and productiveness. However what if we’re lacking half of the equation? And what if, by doing so, we’re solely amplifying the know-how’s flaws?

AI is in its infancy and nonetheless faces vital limitations in reasoning, information high quality, and understanding ideas like belief, worth, and incentives. The divide between present capabilities and true “intelligence” is substantial. The excellent news? We are able to change this by changing into energetic collaborators quite than passive shoppers of AI.

People maintain the important thing to clever evolution by offering higher reasoning frameworks, feeding high quality information, and bridging the belief hole. Consequently, man and machine can work side-by-side for a win-win – with higher collaboration producing higher information and higher outcomes.

Let’s take into account what a extra symbiotic relationship might seem like and the way, as companions, significant collaboration can profit either side of the AI equation.

The required relationship between man and machine

AI is undoubtedly nice at analyzing huge datasets and automating complicated duties. Nonetheless, the know-how stays basically restricted in pondering like us. First, these fashions and platforms battle with reasoning past their coaching information. Sample recognition and statistical prediction pose no drawback however the contextual judgment and logical frameworks we take without any consideration are more difficult to copy. This reasoning hole means AI typically falters when confronted with nuanced situations or moral judgment.

Second, there’s “rubbish in, rubbish out” information high quality. Present fashions are educated on huge troves of data with and with out consent. Unverified or biased info is used no matter correct attribution or authorization, leading to unverified or biased AI. The “information food plan” of fashions is subsequently questionable at greatest and scattershot at worst. It’s useful to think about this influence in dietary phrases. If people solely eat junk meals, we’re gradual and sluggish. If brokers solely eat copyright and second-hand materials, their efficiency is equally hampered with output that’s inaccurate, unreliable, and normal quite than particular. That is nonetheless far off the autonomous and proactive decision-making promised within the coming wave of brokers.

Critically, AI continues to be blind to who and what it’s interacting with. It can’t distinguish between aligned and misaligned customers, struggles to confirm relationships, and fails to grasp ideas like belief, worth change, and stakeholder incentives – core components that govern human interactions.

AI issues with human options

We have to consider AI platforms, instruments, and brokers much less as servants and extra as assistants that we can assist prepare. For starters, let’s have a look at reasoning. We are able to introduce new logical frameworks, moral pointers, and strategic pondering that AI programs can’t develop alone. Via considerate prompting and cautious supervision, we are able to complement AI’s statistical strengths with human knowledge – educating them to acknowledge patterns and perceive the contexts that make these patterns significant.

Likewise, quite than permitting AI to coach on no matter info it might scrape from the web, people can curate higher-quality datasets which might be verified, numerous, and ethically sourced.

This implies growing higher attribution programs the place content material creators are acknowledged and compensated for his or her contributions to coaching.

Rising frameworks make this doable. By uniting on-line identities beneath one banner and deciding whether or not and what they’re comfy sharing, customers can equip fashions with zero-party info that respects privateness, consent, and rules. Higher but, by monitoring this info on the blockchain, customers and modelmakers can see the place info comes from and adequately compensate creators for offering this “new oil.” That is how we acknowledge customers for his or her information and produce them in on the knowledge revolution.

Lastly, bridging the belief hole means arming fashions with human values and attitudes. This implies designing mechanisms that acknowledge stakeholders, confirm relationships, and differentiate between aligned and misaligned customers. Consequently, we assist AI perceive its operational context – who advantages from its actions, what contributes to its improvement, and the way worth flows via the programs it participates in.

For instance, brokers backed by blockchain infrastructure are fairly good at this. They will acknowledge and prioritize customers with demonstrated ecosystem buy-in via repute, social affect, or token possession. This permits AI to align incentives by giving extra weight to stakeholders with pores and skin within the recreation, creating governance programs the place verified supporters take part in decision-making primarily based on their degree of engagement. Consequently, AI extra deeply understands its ecosystem and may make choices knowledgeable by real stakeholder relationships.

Don’t lose sight of the human ingredient in AI

Loads has been stated concerning the rise of this know-how and the way it threatens to overtake industries and wipe out jobs. Nonetheless, baking in guardrails can be certain that AI augments quite than overrides the human expertise. For instance, probably the most profitable AI implementations don’t substitute people however prolong what we are able to accomplish collectively. When AI handles routine evaluation and people present inventive path and moral oversight, either side contribute their distinctive strengths.

When carried out proper, AI guarantees to enhance the standard and effectivity of numerous human processes. However when carried out incorrect, it’s restricted by questionable information sources and solely mimics intelligence quite than displaying precise intelligence. It’s as much as us, the human facet of the equation, to make these fashions smarter and be certain that our values, judgment, and ethics stay at their coronary heart.

Belief is non-negotiable for this know-how to go mainstream. When customers can confirm the place their information goes, see the way it’s used, and take part within the worth it creates, they turn out to be keen companions quite than reluctant topics. Equally, when AI programs can leverage aligned stakeholders and clear information pipelines, they turn out to be extra reliable. In flip, they’re extra more likely to achieve entry to our most vital non-public {and professional} areas, making a flywheel of higher information entry and improved outcomes.

So, heading into this subsequent part of AI, let’s deal with connecting man and machine with verifiable relationships, high quality information sources, and exact programs. We must always ask not what AI can do for us however what we are able to do for AI.

ios – AVFoundation: The best way to detect macro mode utilizing AVCaptureDevice?


I want to copy native Digicam.app behaviour, particularly the macro mode.
I am utilizing digital units like .builtInTripleCamera or .builtInDualWideCamera and they’re able to enter macro mode with this code:

if machine.activePrimaryConstituentDeviceSwitchingBehavior != .unsupported {
    machine.setPrimaryConstituentDeviceSwitchingBehavior(.auto, restrictedSwitchingBehaviorConditions: [])
}

That works nice, however now I must show in my UI that digital camera has entered macro mode. And that is the place issues get troublesome: macro mode is principally simply an ultra-wide digital camera that’s zoomed in (or cropped), proper?
We will observe when a digital machine adjustments its lively major constituent machine utilizing KVO, like this:

let activeConstituentObserver = machine.observe(.activePrimaryConstituent, choices: [.new]) { [weak self] machine, change in
    guard let self = self else { return }
    guard let activePrimaryConstituentDevice = change.newValue ?? machine.activePrimaryConstituent else { return }
    let isMacroEnabled = activePrimaryConstituentDevice.deviceType == .builtInUltraWideCamera
    DispatchQueue.most important.async {
        self.cameraView.macroButton.isHidden = !isMacroEnabled
    }
}

However this observer will get known as each time an lively constituent machine adjustments, i.e everytime ultra-wide digital camera turns into lively (when person zooms out to 0.5x). AVCaptureDevice does not have “isInMacroMode” property, so what will we do? Properly, since macro mode is only a cropped ultra-wide digital camera, then we in all probability want to take a look at videoZoomFactor property, proper? However each units have their videoZoomFactors set to their default values (0.5x and 1x from person’s perspective)

let activeConstituentObserver = machine.observe(.activePrimaryConstituent, choices: [.new]) { [weak self] machine, change in
    guard let self = self else { return }
    guard let activePrimaryConstituentDevice = change.newValue ?? machine.activePrimaryConstituent else { return }
    let isMacroEnabled = activePrimaryConstituentDevice.deviceType == .builtInUltraWideCamera
    print("activePrimaryConstituentDevice zoom: ", activePrimaryConstituentDevice.videoZoomFactor) // 1.0 (aka 0.5x)
    print("virtualDevice zoom: ", machine.videoZoomFactor) // 2.0 (aka 1x)
    DispatchQueue.most important.async {
        self.cameraView.macroButton.isHidden = !isMacroEnabled
    }
}

So my query is: how do I detect that digital machine entered macro mode (not simply modified its digital camera to ultra-wide)?

HPE Aruba boosts NAC safety, provides GreenLake ‘kill change’



As well as, HPE Aruba tightened the mixing between HPE Aruba Networking Central and HPE OpsRamp, the expertise HPE purchased in 2023 to handle hybrid and multicloud environments. OpsRamp displays parts resembling third-party switches, entry factors, firewalls, and routers. Tighter integration expands the power to natively monitor third-party units from distributors resembling Cisco, Arista, and Juniper Networks. As well as, new software profiling, classification, and danger evaluation skills in HPE Aruba Networking Central will permit enterprises to determine software entry insurance policies based mostly on danger preferences, the seller says.

EdgeConnect SD-WAN and SSE updates

The seller can be including distributed denial of service (DDoS) safety to its EdgeConnect SD-WAN home equipment.

“We’re leveraging machine learning-based behavioral analytics to determine visitors baselines and mechanically detect anomalies that might point out a DDoS assault,” Lunetta mentioned. “When a possible DDoS assault is detected, we provide a variety of remediation choices immediately throughout the SD-WAN equipment – decreasing bandwidth for the affected connection or blocking it totally,” Lunetta mentioned. The thought is to construct a layer of clever self-defense immediately into the community’s edge.

As well as, the seller’s zero-trust-based Non-public Edge providing is now accessible inside HPE Aruba Networking EdgeConnect SD-WAN and might be activated with an HPE Aruba Networking SSE ZTNA license with no further charges or further setup by operators, the corporate said. With ZTNA Non-public Edge, organizations can implement zero-trust insurance policies regionally, mirroring these outlined within the cloud, offering constant safe entry to assets, the corporate said.

The corporate additionally added high-availability mesh assist to its SSE providing. Mesh connectivity routes visitors through essentially the most expedient path attainable, offering safe different information paths and automated failure dealing with to cut back downtime and securely join units with out requiring intervention from enterprise IT departments, the corporate said. 

HPE GreenLake capabilities

Associated to cloud safety, Lunetta mentioned the corporate added a digital circuit breaker or “kill change” to its HPE Non-public Cloud Enterprise managed package deal to briefly disconnect from the general public web when community threats are detected and isolate vital information, operations, and infrastructure.

BurgerBots opens restaurant with ABB robots getting ready quick meals

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BurgerBots opens restaurant with ABB robots getting ready quick meals

A dual-arm YuMi cobot places the ending touches on a BurgerBots meal. Supply: ABB Robotics

Automated kitchens for fast-food eating places took one other step towards widespread realization as we speak. ABB Robotics and BurgerBots unveiled a brand new restaurant idea in Los Gatos, Calif., utilizing ABB’s IRB 360 FlexPicker and YuMi collaborative robotic to exactly and shortly assemble meals. The businesses mentioned the system additionally precisely screens inventory ranges and frees staffers to deal with the shopper expertise.

“Integrating ABB robots with the BurgerBots restaurant idea demonstrates the unimaginable potential for automation past the manufacturing unit flooring,” said Marc Segura, president of ABB Robotics Division. “The meals service trade is dynamic and demanding, and our expertise brings industrial-grade consistency, effectivity and reliability to this house.”

“After we requested the hospitality trade, 89% of managers and 73% of staff mentioned they’re open to the combination of robotics to automate duties inside their operations,” he added, citing a Censuswide survey of 1,250 hospitality staff. “By taking up repetitive and time-consuming duties, robots enable employees to deal with what issues most – creating memorable eating experiences.”

ABB Robotics is a number one supplier of industrial automation, autonomous cell robots (AMRs), cobots, and software program. Its father or mother, ABB Group, not too long ago introduced plans to spin off the division in an earnings name.

The 2025 RBR50 Robotics Innovation Awards acknowledged the Auburn Hills, Mich.-based firm for its OmniCore management platform. Be taught extra on the RBR50 Gala on the Robotics Summit & Expo tomorrow in Boston.


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Restaurant staff welcome robotic assist

One of many biggest challenges going through restaurant house owners as we speak is attracting and retaining staffers, in response to the Nationwide Restaurant Affiliation. Excessive turnover, rising labor prices, and the repetitive nature of back-of-house roles proceed to place stress on hospitality companies, mentioned ABB.

Not solely can automation assist fill labor gaps, however it could additionally make food-service jobs extra sustainable and interesting by decreasing tedious duties and enhancing workflows. The Censuswide survey commissioned by ABB Robotics discovered that 67% of hospitality staff agreed that robotics and automation ought to be used to cut back the quantity of lifeless, soiled, and harmful work they’re are doing

As well as, 63% mentioned they’re excited by the concept of robots making their jobs simpler, and 65% mentioned they might welcome robots of their office if it meant a safer work atmosphere.

BurgerBots constructed for pace, scalability

BurgerBots mentioned it combines robotics and precision engineering to persistently ship high-quality burgers with pace, effectivity, and restricted want for guide oversight. The firm claimed that its techniques are designed for scalability, to optimize kitchen workflows, and guarantee meals security whereas sustaining a good buyer expertise.

An IRB 360 FlexPicker takes ingredients and loads them on to BurgerBots burgers.

An IRB 360 FlexPicker takes elements and masses them on to the burgers. Supply: ABB Robotics

BurgerBots added that its rethinking of quick meals is appropriate for high-traffic venues and on-the-go places.

ABB Robotics asserted that its compact cell with BurgerBots is the primary to combine two varieties of robots with an clever stock monitoring system. As every order is acquired, a freshly cooked burger patty is positioned onto a bun inside a burger field.

This field is then positioned on a conveyor shuttle, which is tagged with a QR code. Because it strikes alongside the conveyor, the IRB 360 FlexPicker delta robotic hygienically performs high-speed topping choice, guided by the info saved within the QR code.

Subsequent, the YuMi steps in to collaborate on the ultimate meeting of the burger. The whole course of takes simply 27 seconds per burger.

ABB mentioned its robotic controller additionally integrates with non-robotic techniques, enabling real-time monitoring of stock resembling onions, tomatoes, lettuce, and condiments. This ensures easy operations and environment friendly kitchen administration, the firm famous.

ABB Robotics and companions eye wider rollouts

The primary BurgerBots cell is now open and working on the Breaking Daybreak/First Born restaurant. That Los Gatos location is step one in its broader business rollout, mentioned entrepreneur Elizabeth Truong, founding father of BurgerBots.

“The imaginative and prescient was to carry consistency, transparency, and effectivity to meals service,” she mentioned. “For restaurant house owners, it means higher visibility of meals prices, extra correct forecasting and – in the end – higher choice making. Within the subsequent 5 years, I imagine that the majority eating places may have some type of robotic automation, whether or not it’s back-of-house preparation, meeting, and even front-of-house service. It’s going to develop into much less of a novelty and extra of a necessity.”

BurgerBots is the most recent in numerous improvements within the meals service trade supported by robotic expertise. ABB has collaborated with RoboEatz on ARK, an autonomous robotic kitchen able to getting ready lots of of meals with minimal human intervention. It mentioned this showcases the potential for high-efficiency, hygienic, and customizable meals prep.

ABB can be powering the robotic bartenders of Makr Shakr, which mentioned they’ll quickly be mixing drinks in venues all over the world. “Collectively, these purposes show how robotics is remodeling hospitality with pace and consistency,” mentioned ABB.