FORT Robotics’ Post

The age of autonomous machines. Today, many machines can be automated to a large extent. In the future, machines will increasingly operate without human intervention. Having reached autonomy, they will learn, adapt, and even evolve in line with their changing environment https://lnkd.in/dMgbqX7m

How long do you plan to continue using your paper-based processes for field data collection, chain-of-custody, and sample bottle labeling? It's likely that you're proud of your paper processes and you’ve streamlined every step to ensure they work as efficiently as paper can. This dedication is commendable, but let's put it in perspective. Refining your paper processes to perfection is akin to creating an advanced horse and buggy. Maybe you're using a carbon fiber buggy, which is light, durable, and modern. However, at the end of the day, it's still a horse and buggy. Despite all the improvements, it requires lots of labor, time, and constant attention. Now, let's compare this to the digital solutions available today, akin to an autonomous vehicle. An autonomous vehicle drives itself, navigates efficiently, and requires minimal intervention. It's equipped with cutting-edge technology, making it faster, safer, and more reliable. Similarly, modern digital systems like SampleServe's platform automate many of the manual tasks associated with environmental data collection and reporting. Just as an autonomous vehicle can take you to your destination effortlessly, SampleServe's digital tools streamline data collection, reduce errors, and save time. While you may take pride in your well-honed paper processes, much like one might cherish a beautifully crafted horse-drawn buggy, when it comes to overall efficiency, accuracy, and ease of use, there's simply no comparison. An autonomous vehicle outperforms a horse and buggy in nearly every aspect, just as a good digital system outshines even the best paper-based process. Embracing digital tools like SampleServe's platform is akin to moving from a horse and buggy to an autonomous vehicle—ushering in a new era of efficiency, accuracy, and simplicity in environmental data management. Go to https://lnkd.in/g6TS5Rvk to watch our virtual demo.

An autonomous cleaning solution can resolve a number of issues for cleaning contractors and companies. It would be easy to buy the first machine you can find, plug it in and watch it go but that would create more problems of its own. Read why we think its important to create an autonomous cleaning strategy. #morethanjustmachines #autonomouscleaning #cleaningsolutions #roboticcleaning #cleaningstrategy #roboscrub #whiz #scrubmasterb75i

🤖 #TechTuesday spotlight: #Nav2 is a software that enables mobile #robots to navigate complex environments and perform tasks. It integrates perception, planning, control and localisation for reliable autonomy, dynamically planning paths, managing motor velocities and avoiding obstacles. Autonomous ground vehicles (#AGVs) in the GOIMEK | Precision machining use case in #COGNIMAN use #Nav2 to plan safe routes to perform the deburring tasks. Curious to learn more about the GOIMEK use case? Read this article to understand the #COGNIMAN solution envisioned to address the challenge: https://okt.to/SV2mG9

Discover the Future! 🔍 Geek+ has recently unveiled the top 10 advantages of Autonomous Mobile Robots (AMRs), and it's a game-changer in the world of automation. From increased efficiency to enhanced safety, these AMRs are paving the way for a more connected and intelligent future. The ability to adapt to changing demands is truly a game-changer for modern logistics. Thanks for sharing this valuable information, Geekplus! Let's keep pushing the boundaries of technology and embracing the future of automation together. #Automation #AMR #Innovation 🤖💡🌐

MH 115.2 - Autonomous Factories are the Future of Manufacturing. w/ Bernd Bergner from Siemens Certainly, an autonomous factory is a compelling vision for the future. Siemens shares your dream and is actively working towards developing products that support the realization of autonomous factories. The key to achieving an autonomous factory lies in establishing seamless communication between machines. This entails ensuring smooth communication across different operating systems and devices. To facilitate this, a highly open and adaptable communication platform is essential. Siemens recognizes the importance of communication in the manufacturing landscape and continuously explores ways to simplify and enhance machine-to-machine communication. The aim is to create a communication infrastructure that not only facilitates autonomous factories but also brings about operational efficiencies across various industrial processes. While Siemens is committed to advancing communication capabilities and enabling the vision of autonomous factories, it's important to note that the successful implementation and operation of such factories also depend on various factors, including technological advancements, integration, and ongoing maintenance. Collaboration between technology providers, industrial experts, and manufacturers is crucial to realize the full potential of autonomous factories. Siemens remains dedicated to driving innovation in the field of manufacturing and supporting the transition towards autonomous factories through its extensive portfolio of products and solutions. #Automation #Manufacturing #IT #OT

"The future of #manufacturing is here, and it’s rolling on wheels—specifically, the precision-engineered wheels of Autonomous Mobile Robots" ⚙ By taking over the more mundane, repetitive, and sometimes dangerous tasks, AMRs can free up human workers to focus on more skilled and strategic activities. This enhanced utilization of the workforce can lead to a more satisfying and productive work environment all while improving profitability. ⚙ Check out this week's blog and leave a comment below to share your thoughts on the future of AMRs. #futureofmanufacturing #robotics #industrialautomation #amr #omron #omronautomation #roeq

MH 115.2 - Autonomous Factories are the Future of Manufacturing. w/ Bernd Bergner from Siemens Certainly, an autonomous factory is a compelling vision for the future. Siemens shares your dream and is actively working towards developing products that support the realization of autonomous factories. The key to achieving an autonomous factory lies in establishing seamless communication between machines. This entails ensuring smooth communication across different operating systems and devices. To facilitate this, a highly open and adaptable communication platform is essential. Siemens recognizes the importance of communication in the manufacturing landscape and continuously explores ways to simplify and enhance machine-to-machine communication. The aim is to create a communication infrastructure that not only facilitates autonomous factories but also brings about operational efficiencies across various industrial processes. While Siemens is committed to advancing communication capabilities and enabling the vision of autonomous factories, it's important to note that the successful implementation and operation of such factories also depend on various factors, including technological advancements, integration, and ongoing maintenance. Collaboration between technology providers, industrial experts, and manufacturers is crucial to realize the full potential of autonomous factories. Siemens remains dedicated to driving innovation in the field of manufacturing and supporting the transition towards autonomous factories through its extensive portfolio of products and solutions. #Automation #Manufacturing #IT #OT

MH 115.2 - Autonomous Factories are the Future of Manufacturing. w/ Bernd Bergner from Siemens Certainly, an autonomous factory is a compelling vision for the future. Siemens shares your dream and is actively working towards developing products that support the realization of autonomous factories. The key to achieving an autonomous factory lies in establishing seamless communication between machines. This entails ensuring smooth communication across different operating systems and devices. To facilitate this, a highly open and adaptable communication platform is essential. Siemens recognizes the importance of communication in the manufacturing landscape and continuously explores ways to simplify and enhance machine-to-machine communication. The aim is to create a communication infrastructure that not only facilitates autonomous factories but also brings about operational efficiencies across various industrial processes. While Siemens is committed to advancing communication capabilities and enabling the vision of autonomous factories, it's important to note that the successful implementation and operation of such factories also depend on various factors, including technological advancements, integration, and ongoing maintenance. Collaboration between technology providers, industrial experts, and manufacturers is crucial to realize the full potential of autonomous factories. Siemens remains dedicated to driving innovation in the field of manufacturing and supporting the transition towards autonomous factories through its extensive portfolio of products and solutions. #Automation #Manufacturing #IT #OT

Our latest blog dives into the Autonomous Mobile Robots (AMRs) and their growing impact on business efficiency. As organizations seek more agile and intelligent automation solutions, AMRs are emerging as a viable solution to enhance productivity and operational efficiency. Read our blog to learn more! #amrs #automationtrends #operationalefficiency