The Adoption of Smart Technologies in Manufacturing

The adoption of smart technologies in manufacturing, as part of the digital transformation under Industry 4.0, uses an amalgamation of developing technologies and diagnostic tools (for example, artificial intelligence (AI) applications, the Internet of Things (IoT), automation, and augmented reality, among others) for optimizeing enterprise resource planning (ERP), hence, building companies more agile and adaptable.

Despite conclusive substantiation of the benefits of digital transformation, numerous manufacturers are still reluctant about the adoption of smart technologies in manufacturing. The primary reason is that it looks like a heavy lift for them, in terms of cost, trouble, and possible dislocation. This fear stops them from automating their processes and bringing smart technologies to their product surroundings. Therefore, a lot of IoT enterprise crash against an  invincible number of presumed challenges.

In reality, the challenges relate to the integration of the smart technologies in manufacturing with third-party platforms and retraining operation staff. In other words, the main obstacle on the way to IoT adoption of in smart technologies in manufacturing is the lack of understanding about the available results and the significance of smart technologies for product growth. Some companies give up without trying or simply choose technologies that are neither suitable nor precious for their business. Still, the positive news is that collaboration and data exchange in the assiduity will enable progress.

Manufacturers must connect numerous different systems and transfer the corresponding knowledge to meet the ultramodern conditions for lower operations costs and speed to market. Those who are embracing the implementation of smart technologies for an array of manufacturing use cases can successfully achieve a competitive edge over others.

Overcoming the Fear of IoT Adoption

The most straightforward way to bring robotization and smart technologies to manufacturing is through education and evidence of value. Clients are open to new technologies when they break a problem, reduce costs, or give a way to speed  product and  effectiveness. Also it will be  grueling  to  convert a company to apply it, if the suggested  result is a "nice to have". However, on the other hand, challengers are using these same technologies to gain a  market advantage. It's pivotal to give manufacturers with proven executions of IoT technology and feasible problem-  working options through client references and exemplifications. This not only shortens the timeline for digital transformation but also prepares them for any challenges.

Seeing demonstrated issues from peers in their spaces can empower companies and enable them to move forward more fleetly with operation blessings for IoT  executions.

Other Factors Impacting Decision-Making in Smart Technologies in Manufacturing 

COVID- 19 brought changes to the manufacturing assiduity. In particular, the epidemic shifted the buyer persona on the client side, making it more complex for IoT  merchandisers to approach.

Because of  supply chain issues and shortage of labor, the entire C-Suite came  privately involved in  floor-position issues and opinions. This produced result in an increased number of stakeholders and a more complex and dragged process for change.

This new and increased set of buyers means that the providers of smart technologies in manufacturing need to articulate the benefits of IoT results to a broader set of influencers across departments and functions within each company. Despite the increased interest and demand for smart technologies in the market, the decision-making process came slower as multiple stakeholders demanded to understand the pitfalls, agree on projected value benefits, and weigh these against other company enterprise.

Significant losses from the unanticipated consequences of the epidemic made industrial companies reevaluate their current approach to business. With that came a desire to be more flexible to similar kind of force-majeure circumstances, by optimizing being processes and minimizing their dependence on external conditions. These tendencies play well for IoT executions, which can bring some of these edge.  Commitments toward sustainability pretensions towards 2030 are another driving factor towards plant modernization. New IoT technologies can reduce energy use and carbon emigrations when stationed across both manufacturing zones and their associated supporting  services.

These upgrades  correspond of a blend of upgrading present installations and  making new,  ultramodern, energy-effective ones. The focus on sustainability can come a driving supply for the wider adoption of IoT technologies and make the manufacturing sector smarter, more effective, and sustainable, as well as ameliorate the well-being of its workers.

The Benefits of Smart Technologies in Manufacturing

The most  egregious benefits of the adoption of smart technologies for manufacturers are the achievement of sustainability pretensions, reduction of energy costs, increased  functional edge, and lesser outturn and profitability. Grounded on the accurate data from connected tools, manufacturers can review every product process to dissect, recalibrate, and optimize it. They can fluently identify energy savings and reduce untapped resources, therefore adding earnings and opening new growth openings.  For industrial companies just starting their digital transformation trip, the best place to begin is to understand how IoT technologies can transfigure their operations

  • Reduced costs and time-out: data from detectors and edge devices allows engineers and operators to descry improper pattern of the outfit and help its failures (preventative conservation rather of time-consuming repairs). This enables them to upgrade the being critical means rather than invest efforts, time, and money in fresh digital and physical resources. Also, tracking spare things and accoutrements significantly facilitates supply operation, which also contributes to enhancing  effectiveness and uptime.

  • Minimized gaps between planned and factual product results: optimized product processes, increased uptime, and proper operation help speed product without detainments.

  • Advanced quality of the final products reducing time-out and conservation costs allows manufacturers to concentrate on further sophisticated tasks, including products. This looks indeed more doable with smart technologies since automated and controllable processes minimize the pitfalls of manual faults.

  • Centralized data analysis: with intelligent data collection and operation, it's possible to organize a common knowledge base and data storehouse across the plant and multiple locales by  using  cloud technologies.

Adoption of Smart Technologies

The decision-making process for implementing smart technologies in manufacturing is told  by different factors. The challenges of cost, trouble, and capable dislocation  frequently discourage manufacturers from embracing IoT adoption, but education and  evidence of value can help overcome these fears.  The preference for on-demesne  results and the perception of wireless networks as insecure also play a part in decision-making, but advancements in cloud technologies, edge computing, and network security can address these  enterprises.  The COVID- 19 epidemic has led to a more complex decision-making  geography, with multiple stakeholders and a focus on adaptability and sustainability.

Aeologic Technologies helps in persuading these new influencers of the benefits of smart technologies achieving sustainability pretensions, reducing energy costs, adding functional edge, and  perfecting product quality will be crucial for the manufacturing assiduity to embrace the use of IoT technologies. Those who make the move sooner rather than later will gain an early transport advantage and a competitive edge.

Featured Product



To maximize the productivity of an autonomous mobile robot (AMR) or automatic guided vehicle (AGV) deployment, it's critical to create the optimal environment that allows the vehicles to perform at their peak. For that reason, Cornerstone Specialty Wood Products, LLC® ( created the TriGard® ESD Ultra finish for its ResinDek® engineered flooring panels. The TriGard ESD Ultra finish is ideal for high-traffic robotic applications characterized by highly repetitive movement patterns and defined travel paths.