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Robots-Weblog | Kreativität in Bewegung: Der modulare Roboter Otto von HP Robots
Der HP Robots Otto ist ein vielseitiger, modularer Roboter, der speziell für Bildungszwecke entwickelt wurde. Er bietet Schülern und Lehrern eine spannende Möglichkeit, in die Welt der Robotik, 3D-Druck, Elektronik und Programmierung einzutauchen. Der Roboter wurde von HP als Teil ihrer Robotik-Initiative entwickelt und ist besonders für den Einsatz im MINT-Unterricht (Mathematik, Informatik, Naturwissenschaften und Technik) geeignet.
Hauptmerkmale von Otto:
- Modularer Aufbau: Otto ist ein modularer Roboter, der es Schülern ermöglicht, ihn zu bauen, zu programmieren und durch Erweiterungen individuell anzupassen. Dies fördert das Verständnis für Technik und Kreativität. Die modulare Struktur erlaubt es, verschiedene Komponenten wie Motoren, Sensoren und LEDs hinzuzufügen oder zu ersetzen, was die Lernkurve für Schüler erweitert.
- Programmierbarkeit: Der Roboter kann mit verschiedenen Programmiersprachen programmiert werden, darunter blockbasierte Programmierung für Anfänger sowie Python und C++ für Fortgeschrittene. Diese Vielfalt ermöglicht es Schülern, ihre Programmierfähigkeiten kontinuierlich zu verbessern und sich an die Komplexität der Aufgaben anzupassen.
- Sensoren und Funktionen: Ausgestattet mit Ultraschallsensoren zur Hinderniserkennung, Linienverfolgungssensoren und RGB-LEDs bietet Otto zahlreiche interaktive Möglichkeiten. Diese Funktionen ermöglichen es Schülern, komplexe Aufgaben wie das Navigieren durch Parcours oder das Verfolgen von Linien zu programmieren. Die Sensoren helfen dabei, die Umgebung zu erkennen und entsprechend zu reagieren.
- 3D-Druck und Anpassbarkeit: Schüler können Ottos äußere Teile selbst entwerfen und mit einem 3D-Drucker herstellen. Dies ermöglicht eine weitere Personalisierung und Anpassung des Roboters. Diese Kreativfreiheit fördert nicht nur technisches Verständnis, sondern auch künstlerische Fähigkeiten. Eigene Teile können entworfen und Sensoren an gewünschten Stellen angebracht werden.
Bildungsansatz:
Otto ist excellent für den Einsatz in Schulen gedacht und richtet sich an Schüler ab 8 Jahren. Jüngere Schüler können unter Aufsicht arbeiten, während ältere Schüler ab 14 Jahren den Roboter auch eigenständig nutzen und erweitern können. Das Package enthält alle notwendigen Komponenten, um einen funktionierenden Roboter zu bauen, einschließlich Motoren, Sensoren und einer wiederaufladbaren Batterie.
Programmierumgebungen:
Die Programmierung von Otto erfolgt über eine webbasierte Plattform, die auf allen Betriebssystemen läuft. Diese Plattform bietet verschiedene Modi:
- Blockbasierte Programmierung: Ähnlich wie Scratch Jr., excellent für Anfänger. Diese visuelle Programmierung erleichtert den Einstieg in die Welt der Programmierung und hilft Schülern, grundlegende Konzepte wie Schleifen und Bedingungen zu verstehen.
- Python: Für fortgeschrittene Benutzer steht ein Python-Editor zur Verfügung. Python ist eine beliebte Sprache, die sich intestine für den Unterricht eignet, da sie einfach zu lesen und zu schreiben ist. Schüler können mit Python komplexere Algorithmen entwickeln und ihre Fähigkeiten im Bereich der Programmierung erweitern.
- C++: Kompatibel mit der Arduino IDE für Nutzer, die tiefere Programmierkenntnisse haben. C++ bietet eine hohe Flexibilität und ermöglicht es Schülern, direkt auf die {Hardware} zuzugreifen, was eigene fortgeschrittene Projekte ermöglicht.
Growth/Erweiterungs Kits:
Zusätzlich zum Starter Package gibt es mehrere Erweiterungskits. Alle Erweiterungskits setzen das Starter-Package voraus, da sie auf dessen Foundation aufgebaut werden.
Emote Growth Package:
- Es enthält Komponenten wie ein LED-Matrix-Show, OLED Show und einen MP3-Participant, die es dem Roboter ermöglichen, visuelle und akustische Reaktionen darzustellen.
- Dieses Package eignet sich besonders für kreative Projekte, bei denen Otto als interaktiver Begleiter fungieren soll.
- Das Emote-Package ermöglicht es Otto, Emotionen zu zeigen, menschliche Interaktionen zu spiegeln und verschiedene Persönlichkeiten zu entwickeln.
Sense Growth Package:
- Mit dem Sense-Package kann Otto seine Umgebung durch verschiedene Sensoren wahrnehmen.
- Enthalten sind Sensoren für Temperatur, Luftfeuchtigkeit, Licht und Geräusche sowie ein Neigungssensor. Diese ermöglichen vielfältige Interaktionen mit der Umwelt.
- Das Package ist excellent für Projekte, die sich auf Umwelterkennung und Datenanalyse konzentrieren.
Work together Growth Package:
- Das Work together-Package erweitert Ottos Fähigkeit zur taktilen Interaktion durch Module wie Drucktasten, Drehknöpfe und Beschleunigungsmesser.
- Es ermöglicht präzise Eingaben und Reaktionen sowie Messung der Beschleunigung.
- Dieses Package eignet sich hervorragend für spielerische Aktivitäten und interaktive Spiele.
Invent Growth Package:
- Das Invent-Package ist speziell darauf ausgelegt, die Kreativität der Benutzer zu fördern. Es erlaubt die individuelle Anpassung von Ottos Funktionalitäten und Design durch 3D-Druck und zusätzliche Module sowie kompatible Klemmbausteine.
- Benutzer können neue Zubehörteile entwerfen und drucken, um den Roboter einzigartig zu machen.
- Statte Otto mit Beinen aus und carry ihm das Laufen bei oder mache ihn mit Ketten match für den Outside Einsatz im Gelände.
Einsatz im Unterricht:
Otto wird mit umfangreichen Ressourcen geliefert, die von Lehrern entwickelt wurden. Diese Materialien unterstützen Lehrer dabei, einen effektiven MINT-Unterricht zu gestalten, ohne dass Vorkenntnisse erforderlich sind. Der Roboter kann sowohl im Klassenraum als auch zu Hause eingesetzt werden. Die didaktischen Materialien umfassen:
- Lehrpläne: Strukturierte Unterrichtspläne, die den Lehrern helfen, den Unterricht zu planen und durchzuführen.
- Projektideen und Arbeitsblätter: Eine Vielzahl von Projekten, die Schüler dazu anregen, kreativ zu denken und ihre Fähigkeiten zu erweitern.
- Tutorials und Movies: Zusätzliche Lernmaterialien, die Schülern helfen, komplexe Konzepte besser zu verstehen.
Fazit:
Der HP Robots Otto ist ein hervorragendes Werkzeug zur Förderung von technischem Verständnis und Kreativität bei Schülern. Durch seine modulare Bauweise und die vielfältigen Programmiermöglichkeiten bietet er eine praxisorientierte Lernerfahrung im Bereich der Robotik und Elektronik. Otto ist excellent für den Einsatz in Schulen und bietet Lehrern eine umfassende Plattform, um Schüler auf eine spannende Reise in die Welt der Technologie zu begleiten. Besonders Ottos Vielseitigkeit durch die 3D-gedruckten Teile und Erweiterungspakete bieten die Möglichkeit, den persönlichen Lernroboter zu bauen.
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China and the EU: Evaluating Two Tech-Ahead Plans for the Way forward for Meals Manufacturing
China and the EU: Evaluating Two Tech-Ahead Plans for the Way forward for Meals Manufacturing
The EU and China have every launched new strategic plans for the way forward for their respective agri-food industries in current weeks.
In each circumstances, particulars are nonetheless skinny on the bottom. Notably, nonetheless, they share some widespread themes.
Each plans seem to emphasise the problem of meals safety, whereas environmental sustainability is seemingly acknowledged as being of crucial, albeit secondary, significance. Equally, each plans underline the potential function to be performed by modern cleantech options.
From left to proper: Charles Michel (former President of the European Council), Xi Jinping (President of China), Ursula von der Leyen (President of the European Fee)
Supply: European Union
EU Agri-Meals Imaginative and prescient: Safety Trumps Sustainability?
The European Fee’s “Imaginative and prescient for Agriculture and Meals: Shaping collectively a gorgeous farming and agri-food sector for future generations” units out the EU government’s broad aims for the area’s meals ecosystem.
Whereas it shouldn’t explicitly be seen as a alternative for the 2020 “Farm to Fork Technique”, the Agri-food Imaginative and prescient does appear to depart considerably from a lot of the previous’s strategy.
Launched late final month, across the similar time because the Clear Industrial Deal and never lengthy after the Draghi report on European competitiveness, the Agri-food Imaginative and prescient adopts the same tone to each of these initiatives.
It goals to “acknowledge agriculture and meals as strategic sectors” and “strengthen [their] competitiveness and attractiveness” whereas making certain “long-term progress, innovation, and societal advantages” resulting in “a resilient, modern, and sustainable sector.”
This isn’t antithetical to the Farm to Fork Technique’s need “for a good, wholesome, and environmentally-friendly meals system,” however does characterize a modulation.
Of specific curiosity to cleantech innovators and traders is that the Imaginative and prescient seems to lean extra into technological options and interventions, the place the Farm to Fork Technique had given extra airtime to ideas akin to natural farming. It had additionally controversially referred to as for a 50% minimize in chemical pesticide utilization by 2030, a goal that was finally dropped within the face of farmer protests referring to the coverage and different points.
Under, I’ve outlined a number of the Imaginative and prescient’s most notable aims, together with my interpretation of what these could imply for cleantech innovation:
- Creating an “EU digital technique on agriculture.” Relying on its scope, this might have a large impression throughout a number of stakeholders, driving broader adoption and commercialization of applied sciences referring to precision farming, provide chain traceability, agri-commodities buying and selling, farm robotics, and extra.
_ - Improvement of “a complete plan to deal with protein provide challenges.” This has relevance each for various protein innovators, in addition to companies and researchers working within the livestock trade.
_ - “Presenting a bioeconomy technique.” This could contact on myriad elements of the agri-food worth chain, from organic crop inputs and plant genetics via to animal well being applied sciences, superior fermentation in meals manufacturing, waste stream valorization, and manufacturing of biofuels and biomaterials.
_ - “Nature and carbon credit.” Advancing biodiversity and greenhouse fuel incentive schemes by constructing rigor and investor confidence may unlock new sources of revenue for farmers, which may in flip finance adoption of tech options.
_ - “Proposing a water resilience technique.” Innovators engaged on water administration, wastewater remedy, and adjoining areas akin to crop inputs ought to keep watch over this.
_ - “Accelerating entry to biopesticides.” Whereas not explicitly a response to the deserted Farm to Fork objective of halving pesticide use by 2030, this might obtain discount in agrochemical utilization by providing modern alternate options, quite than merely mandating member states to chop pesticides and doubtlessly threatening penalties.
All in all, the Imaginative and prescient offers a basic sense of motion away from the Farm to Fork Technique’s ardor for natural farming; banning and phasing out agrochemicals; and delegating to member states.
The renewed focus is on bloc-wide meals safety; productiveness and competitiveness of the area’s agri-food sectors; and higher administration of water and different pure assets.
That tonal shift is unsurprising given the adjustments which have taken place globally since 2020; together with the fragility of meals provide chains laid naked by the Covid-19 pandemic, and subsequent geopolitical shocks together with deglobalisation, tariffs, and struggle on the European continent and farther afield.
China’s 5-12 months Agri-Meals Tech Plan
Against this, China has at all times put nationwide meals safety entrance and middle of its strategic agri-food planning; partially as a result of drought and famine have been repeat themes all through the nation’s lengthy historical past.
Maybe on account of this, the Chinese language authorities has been extra specific in its willingness to advance and undertake cutting-edge agri-food applied sciences, together with these which are typically thought-about controversial elsewhere.
China has printed two paperwork in current weeks that time to its agri-food priorities within the coming years.
The nation’s Ministry of Agriculture & Rural Affairs launched its discover on “Nationwide Agricultural Science and Expertise Innovation Focus Areas” for the interval 2024 to 2028.
It’s placing how tech-forward the discover is. Highlights of specific curiosity from a cleantech perspective embody:
- “Cultivation of recent agricultural varieties.” Together with analysis on genetic mechanisms to breed “high-yield, stress-resistant crops,” growth of IP round seeds, enhancing breeding strategies utilizing “gene modifying and good breeding programs.”
_ - “Enchancment of land high quality” and soil well being through “natural fertilizers and precision fertilization” and deployment of “speedy soil testing know-how.”
_ - Selling R&D to enhance agricultural tools. Advancing “clever agricultural equipment” with AI-driven sensors and automation; enhancing precision planting, harvesting, and processing tools.
_
- “Prevention and management of crop ailments and pests.” Implementing AI-based monitoring and early-warning programs; growing “bio-friendly pesticides, pheromone attractants, and RNA biopesticides.”
_ - “Prevention and management of livestock, poultry, and aquatic animal ailments” by “advancing vaccine growth, illness monitoring, and AI-driven epidemiological research” and pursuing “sustainable livestock breeding.”
_ - “Environment friendly planting and breeding” of crops and livestock via promotion of “built-in farming fashions, akin to rice-fish programs” and boosting “feed effectivity and sustainable livestock vitamin.”
_ - “Inexperienced and low-carbon” agriculture. Lowering agricultural emissions, enhancing waste administration, and growing eco-friendly inputs, in addition to sequestering soil carbon and rolling out precision irrigation.
_ - Driving enhancements in agri-food processing and manufacturing. Innovating in meals storage, transportation, and superior manufacturing. Analysis “new meals sources that combine microbiome, synthetic intelligence, large information, supplies science and Clever manufacturing and different cutting-edge applied sciences to create a brand new technology of meals that meets new situations and particular wants.”
_ - Guaranteeing high quality and security of agri-food merchandise. Strengthening monitoring and traceability of meals security dangers, ascertaining the protection and dietary effectivity of different proteins, and growing useful meals tailor-made to particular well being wants.
The Central Committee of the Chinese language Communist Get together and the State Council of the Folks’s Republic additionally just lately printed their annual ‘No 1 Doc’. It’s the first main coverage proposal rolled out firstly of every 12 months, and is at all times centered on rural affairs.
Amongst different issues, this 12 months’s version requires “constructing a diversified meals provide system,” together with “enchancment… of the edible fungus trade” and “growth of algae-based meals”. It additionally mentions the necessity to develop “bio-agriculture” and “new meals assets”.
Our Take
It isn’t a shock to this analyst to see that China is seemingly embracing novel agri-food applied sciences in a lot bolder and a extra direct method than its EU counterpart.
However that’s as a result of it isn’t a brand new development, so far as China is worried. For a number of years now, its authorities has talked in regards to the significance of tech innovation within the meals and agriculture house. The query is whether or not these phrases have translated into motion and progress for the time being.
The extra apparent change is in Europe, the place the EU seems to be extra brazenly acknowledging the potential function of tech innovation in reaching its up to date objectives.
Each China’s plan and the EU’s could appear to deal with meals safety at first, with environmental safety relegated. However each these aims needn’t be mutually unique. Somewhat, by leveraging cleantech options accessible at the moment, extra productive and resource-efficient agriculture ought to result in higher ecological outcomes, too.
Navigating the Way forward for Connectivity: Companies Alternatives round Cisco’s Wi-Fi 7
Wi-Fi 7 gives a wealth of recent companies alternatives that transcend the routine wi-fi improve. Just lately, I assisted a neighborhood faculty, the place my youngsters attend, as they launched into a wi-fi community refresh initiative. As the primary faculty within the Catholic Diocese to improve, they sought to exchange their outdated patchwork of Wi-Fi 4 and Wi-Fi 5 units from numerous producers; this inconsistency in design, efficiency, and administration, is especially frequent in numerous sectors like schooling, retail, and healthcare, and maybe an total pervasive drawback with growing old infrastructure that pre-dates Wi-Fi 6/6E and earlier installations.
The varsity’s major purpose was easy, to ascertain a safe, dependable, and simple to handle community infrastructure able to supporting present and future calls for. To realize this, they invited proposals from numerous native IT suppliers, together with resellers and Managed Service Suppliers (MSPs). As a Options Engineer within the IT business working for Cisco Programs, I discovered it intriguing that every one the answer proposals from the varied distributors nonetheless centered round Wi-Fi 6E and older Wi-Fi 6 merchandise — a few of which might possible be introduced quickly for Finish-of-Life (EOL) or Finish-of-Sale (EOS)!
With Wi-Fi 7 coming into its important adoption part, I inspired the varsity to look past Wi-Fi 6/6E. It turned clear that data relating to Wi-Fi 7 was nonetheless trickling via the reseller and accomplice channels, and most weren’t nicely versed on the newer Wi-Fi 7 options. This prompted me to compile a abstract of Cisco’s Wi-Fi 7 portfolio to focus on its transformative alternatives for finish prospects, resellers, and MSPs alike.
Specializing in the Key Takeaways relating to Cisco Wi-Fi 7
Cisco unveiled a complete suite of Wi-Fi 7 merchandise in November 2024 and adopted up with further product bulletins in February 2025.
Key takeaways on Cisco’s Wi-Fi 7 product portfolio:
- Product Portfolio: Cisco launched a wide selection of Wi-Fi 7 merchandise, from extra entry-level Entry Factors (APs) to high-capacity, high-throughput fashions. These APs are perfect for supporting demanding functions akin to Excessive-Definition Video Streaming, Augmented/Digital Actuality (AR/VR), Immersive Gaming and Leisure, and assist construct an infrastructure that optimizes the adoption of varied AI-related use circumstances.
- CW9176 – Enterprise Class, Excessive Density, Excessive Efficiency, Omni-directional, Indoor AP, with single 10 mGig succesful port, appropriate for places of work, typical buildings, and many others.
- CW9176D – Enterprise Class, Excessive Density, Excessive Efficiency, Indoor AP with Directional Antenna, appropriate for auditoriums, warehouses, lengthy aisles/corridors, and/or areas with excessive ceilings.
- CW9178 – Mission Important, Extremely Excessive Density, Excessive Efficiency, Omni-directional, Indoor AP, with twin 10 mGig succesful ports that may function in lively/lively for increased throughput or lively/passive to attain excessive availability/redundancy functions.
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- CW9172 – Reasonable Density, Omni-directional, Indoor AP, best for retail, clinics, department places of work, or Multi Dwelling Items (MDUs) deployments like inns, pupil housing, flats, condominiums, and many others.
- Unified {Hardware}: Cisco Wi-Fi 7 merchandise now characteristic a single Product ID (PID) per mannequin, tremendously simplifying the quoting and ordering course of. There are not totally different PIDs/SKUs based mostly on regulatory domains or operation modes. All Cisco Wi-Fi 7 based mostly APs are designed for international use and may detect and function in both Meraki Dashboard or Catalyst (WLC) administration mode routinely. Customers also can change between administration modes with no need to contact technical help. These World Use Entry Factors supply environment friendly, sensible, and scalable operations with complete connectivity capabilities that embody Bluetooth, IoT, and geolocation capabilities.
- Unified Licensing: Cisco Wi-Fi 7 APs supply a streamlined expertise with unified licensing, supporting all administration modes with a single license. Accessible in two tiers—necessities and benefit—this method simplifies the ordering course of. Necessities licensing supplies elementary community operation options, whereas Benefit licensing superior performance enabled via the inclusion of Cisco Areas Benefit. This unified licensing strategy allows prospects to deploy networks utilizing the identical {hardware} throughout cloud, on-premises, or hybrid environments. Moreover, the Cisco Networking Subscription contains complete product help, addressing each {hardware} and software program points.
- Energy: Aside from the CW9172I mannequin, which helps DC enter as an choice, all Cisco Wi-Fi 7 based mostly APs make the most of Energy Over Ethernet (PoE) as the facility supply. Whereas these APs require at the very least 802.3at/PoE+ to perform, they ideally want 802.3bt/PoE++/UPoE to allow full AP performance.
- Ethernet Cabling Necessities: Whereas current Class 5e cabling could be re-used, it comes with limitations. To totally harness the throughput capabilities of the Wi-Fi 7 APs, Class 6/6A or higher Ethernet cabling is beneficial. Class 5e cabling helps a most throughput of 1 Gb as much as 100 meters. In distinction, Class 6 cabling can doubtlessly help as much as 10 GbE, however solely as much as ~50 meters. For 10 GbE help over the complete 100-meter distance, Class 6A or higher cabling is required.
Alternatives that Wi-Fi 7 Brings for MSPs/Companions
Proposing a managed wi-fi service constructed round Wi-Fi 7 expertise for an MSP could be compelling for a number of causes:
- Chopping-Edge Know-how: Wi-Fi 7 represents the newest development in wi-fi expertise, providing increased transmission charges, decrease latency, and enhanced reliability. By offering a service based mostly on Wi-Fi 7, MSPs can place themselves as leaders in providing state-of-the-art options that meet the evolving wants of consumers. By adopting Wi-Fi 7, MSPs assist their prospects future-proof their networks, making certain they continue to be aggressive in a quickly altering technological panorama.
- Elevated Demand for Excessive-Efficiency Connectivity: With the rising reliance on bandwidth-intensive functions akin to video collaboration, augmented actuality, and IoT, prospects are searching for sooner and extra dependable connectivity. Wi-Fi 7 allows these high-performance functions, making managed Wi-Fi companies extra engaging to organizations seeking to improve their infrastructure.
- Consulting and Deployment: As prospects transition to Wi-Fi 7, MSPs have the chance for added income streams by providing consulting, deployment, and ongoing monitoring and administration companies. This contains community design, set up, upkeep, and optimization companies. MSPs also can present consulting companies to help companies in planning and implementing the transition to this new expertise, in addition to integrating it with associated infrastructure.
- Infrastructure Upgrades: This contains upgrading Ethernet cabling, in addition to the community switching infrastructure to help the upper throughputs, in addition to the PoE/energy necessities of the APs. MSPs also can present extra superior monitoring/automation capabilities or present further companies that make sure the purchasers’ infrastructure can help the calls for required from trendy use circumstances.
- Complete Service Providing: By leveraging Cisco’s Wi-Fi 7 portfolio, MSPs have the suitable constructing blocks to create a strong and differentiated companies providing. Bundling Wi-Fi 7 with value-added companies akin to superior safety features, AI-enhanced administration instruments, and in-depth analytics can considerably improve a enterprise’s community efficiency and safety, offering a transparent aggressive edge. Take into account these compelling companies add-on examples:
- Assurance and Monitoring Companies: Combine options like ThousandEyes to supply purchasers unparalleled visibility into their community efficiency. This permits fast identification and backbone of points, tremendously enhancing the general consumer expertise and making certain most operational effectivity.
- Enhanced Safety Companies: Make the most of Wi-Fi 7’s cutting-edge capabilities to combine refined safety options. MSPs can ship further safety companies, together with real-time menace detection and response, alongside proactive community monitoring. This not solely protects shopper environments from evolving cyber threats but additionally reinforces belief in MSPs as safety companions.
- Scalability and Flexibility: Wi-Fi 7’s skill to help a better density of units and extra complicated environments makes it best for scalable options. MSPs can supply versatile managed companies that develop with their purchasers’ wants, from small companies to giant enterprises.
- Help for New Enterprise Purposes: Wi-Fi 7 allows new enterprise functions and companies, offering MSPs with alternatives to develop and help progressive options tailor-made to particular business wants. MSPs can supply tailor-made options that help new use circumstances, together with IoT, video collaboration, and/or augmented actuality.
- Complete Wi-fi/Wi-Fi Administration: The demand for built-in Wi-Fi programs that embody AI-enhanced automation and analytics creates a chance for MSPs to supply complete administration companies that optimize wi-fi connectivity and improved consumer experiences.
By adopting managed wi-fi networking companies centered on Wi-Fi 7 expertise, MSPs are well-equipped to satisfy the rising demand for superior wi-fi options, thereby enriching their service choices and driving enterprise development.
Within the context of my story, the varsity took the steerage to coronary heart and carried out a radical analysis of their choices. Recognizing the transformative potential of leveraging cutting-edge expertise, they concluded {that a} Cisco-based Wi-Fi 7 deployment merely made extra sense. This selection not solely fulfilled their targets of building a safe, dependable, and easy-to-operate community, but additionally emerged because the extra sensible and total, cheaper resolution for the long term. The answer supplied a superb steadiness between present wants with future scalability, making certain longevity from their investments.
By adopting this extra forward-thinking technique, the varsity positioned itself on the forefront of technological development, setting an instance for different faculties within the district. Their strategy serves as a reference, illustrating the advantages of embracing new expertise to boost instructional environments. This transfer ensures they not solely meet the present calls for of digital studying but additionally prepared the ground in setting new requirements for instructional connectivity.
Register for the upcoming Managed Companies Voice of the Engineer session to be taught extra about Cisco’s progressive Wi-Fi 7 portfolio
Extra Sources:
Product Datasheets
Deployment Guides
{Hardware} Set up Information
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Why automating palletizing is a strategic crucial
In a fast-paced and extremely aggressive industrial panorama, producers face growing stress to enhance effectivity, cut back prices, and adapt to a altering workforce. As labor shortages and operational prices proceed to rise, automation has shifted from being a aggressive benefit to a crucial necessity. One space the place automation is proving to be a game-changer is palletizing. Automated palletizing options are usually not nearly growing throughput; they tackle a big selection of challenges that trendy companies face.