Record Evolution Blog
Our look at data science, industry trends, data analytics and IoT.
To see how combined IoT and AR applications can breathe new life into existing operations, it is essential to explore real-life use cases and take a closer look at the
The confluence of IoT & AR holds the promise for more revenue, cost savings, and better transparency. Still, what are the details behind this trend and why should companies look
IoT is changing the world of industrial manufacturing. And with this, manufacturers are shifting their focus on creating more sustainable industrial environments with an emphasis on customisation, remote data accessibility
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Industrial software will continue to be the go-to place when it comes to an accelerated journey from prototype to deployment or business outcomes related to speed and scale.
Machine downtime, defective equipment, inefficient processes — these can be expensive. Find out how anomaly detection at the IoT edge can help.
System integrators play a unique role in the world of IoT. But IoT platforms, too, are becoming more comprehensive, delivering end-to-end infrastructures.
To fully make use of enterprise data, it is best to use a platform that ensures a seamless transition from local edge systems to the cloud. Any enterprise operation that
The benefits of industrial IoT applications are manifold, from a boost in productivity and operational efficiency to cost optimization.
IoT platforms are especially suited to host IoT apps as they ensure seamless integration with existing platform systems, often allowing end users to install, test, and deploy IoT apps.
IoT apps have become part of a whole new trend in IoT development that highlights a streamlined, seamless user experience while delivering robust industrial-grade products.
Both building a custom platform from scratch and investing in new technology has its advantages. Ultimately, however, it is business goals, in-house expertise, and cost that will play a role
From selecting the hardware to choosing the right IoT platform, putting together a stellar team of domain experts, the complex web of IoT project work may be difficult to navigate.
The possibilities unlocked by IoT apps can bring results all the way up to product development and pave the way to a new generation of services.
While building a solution from scratch locally may be a drain of resources, using an existing IoT platform allows you to leverage and adapt the entire platform infrastructure.
Simply making a large investment in IoT technology is not enough. To make the Internet of Things count for your company, you need an in-depth understanding of your business goals.
The enabler platform does not absolve organizations from the need to strategize, plan carefully, and map out their IoT effort.
We provide a blueprint for creating your own capabilities grid to guide you through the IIoT platform selection process.
From identifying the right data to selecting the right strategy, you first need to map out the road to your kind of IIoT platform.
A viable IoT infrastructure should consider data privacy from the very outset and needs to embed data privacy into all aspects of its makeup.
As the IoT platform model is attracting a larger following and is carving its way into large industrial corporations, building open-source IoT platforms is a logical step.
We connect a Precitec device to the platform and install an IoT app on it to read out and visualize IoT sensor data.
As there is no clear consensus on what an open IoT platform means, we look into its different meanings and nuances.
PostgreSQL is a powerful open-source database management system that comes with advanced functionalities and maintenance task features. In what follows, we cover some of the essential security best practices.
When leveraged to the fullest, the cloud IoT platform can become the connective tissue binding together different operations and disparate assets, and providing a unified infrastructure.
This tutorial shows you how we use the REagent to provide the basic infrastructure to deploy Docker-based applications remotely.
Connect an MCC 118 board with a Raspberry Pi 4 and the Record Evolution platform for IoT data analytics to read and extract measurement data.
We show you how to connect an interface-free vacuum pump prototype to the Record Evolution platform to collect and analyze data.
As companies are working to consolidate knowledge & insight, and integrate legacy equipment, AIoT enters the world of manufacturing.
We present a common use case for reporting businesses: 1000s of static copies of dynamic reports produced by the Tableau Server.
Data-driven decision-making is an essential pillar of business development and investment. In this article, we show you our perspective on how reporting businesses can enhance insight generation with customized dashboards.
IoT app development is known for its capacities to enhance agility, productivity, and security. So what’s in store for 2021?
When IoT, Big Data, and AI are sufficiently addressed across the value chain, automotive companies can make full use of AIoT.
These industrial IoT (IIoT) platforms offer different approaches to IoT analytics, device management, application development and integration.
We have prepared a list of 6 IoT platforms that allow you to build a small-scale IoT project while exploring the full functionality of the platform.
Combining the best of all worlds, we have built our own data science workbook for interactive data analytics. Here you create collaborative documents using SQL, Python, and Markdown.
The more sophisticated the IoT system, the stronger AI capabilities it requires. And the true value of the collected IoT data only becomes manifest when it is combined with AI.
With the high demand for IoT solutions in the industrial sector and beyond, there has been an exponential growth in the number of IoT platforms.
As part of our work to enable open collaborative innovation, we have built the Record Evolution Reflasher, a flashing app for IoT devices.
We compare some of the most exciting IoT platforms on the market right now, the ones that tick off all the boxes when it comes to innovation: Balena.io, Particle.io, Thingworx,
There are over 600 IoT platform vendors globally right now. You have generalized IoT platforms, industrial IoT (IIoT) platforms, and manufacturing execution systems for industrial enterprises. So what's the difference?
IIoT platforms are highly scalable, flexible, and interoperable. This is the hardware-and-software bundle that connects thousands of devices and allows for the management of multiple applications and massive data flows.
IoT investment goals in Germany reflect an overall trend in seeking novelty and exploring complex deployment scenarios.
Imagine a world where IoT devices are fully-fledged actors in the social fabric, forming the phenomenon of social IoT.
Setting up a solid framework for the Industrial Internet of Things (IIoT) is at the heart of a long-term, robust environment for IIoT project development.
We take a look at the emergent phenomenon of the industrial IoT platform, the core capabilities, requirements, and the latest trends.
Today’s unprecedented levels of heterogeneity, volume, and connectivity call for IoT data management strategies that consider scale, data gravity, and integration.
If you accumulate data on which you base your decision-making as an organization, you most probably need to think about your data architecture.
The increasing complexity of IoT implementation scenarios and the number of actors involved in end-to-end IoT development efforts within a company have brought unprecedented challenges.
IoT implementation is a highly complex, costly, and time-consuming effort. So why should it make sense for so many companies to throw themselves into the uncertain journey of implementing IoT?
The use of Wireless Sensor Networks (WSN) in a variety of (Industrial) Internet of Things scenarios has gained popularity over the past years.
Against the backdrop of a growing need to safely share and handle personal data both within a company and across organizations, companies are increasingly turning to data anonymization.
Providing a competitive advantage against corporations, sustainable cloud computing solutions have been named the ultimate equalizer for small and mid-sized companies and a decisive step toward digital maturity.
Back in 2017, the cloud was declared to be “the new normal”. A survey revealed that 83% of enterprise workloads are expected to run from the cloud by 2020.
We can think about the data generated by an IoT device as going through three separate phases: the data creation itself, collection and organization, and making data valuable.
This article discusses the features of a decentralized IoT edge computing ecosystem.
It turns out that uniting IoT and sustainability can be a powerful way of reducing global emissions.
Successful IIoT implementation projects require two major actors: the engineer and the data scientist. Yet how do you bridge the gap between these two mindsets?
This article lays out the constituents of what we call the fully rounded IoT development cycle - both tangible and intangible.
As a recent phenomenon, the emerging paradigm of the industrial IoT platform brings forth the promise of innovation and streamlining.
A recent publication by the German Federal Ministry for Economic Affairs and Energy (BMWi) sheds light on the evolution of the global platform landscape while also providing local data.
A cloud data platform is your counterpart in delivering value and responding to the concrete needs of companies dealing with data-driven processes.
In March 2020, Gartner published its report on the critical capabilities of data science and machine learning platforms. The report looks at the offerings of 16 vendors dominating the market.
Ever wondered how it is possible to get so much from the internet for free these days? Start with your free Twitter account and Google-searching.
This article highlights the need for an efficiently budgeted, differentiated approach to IoT. It lists the key features of custom IoT solutions and stresses the need for future-oriented approaches.
The IoT platform is a complete set of multi-layered services and integration capabilities that facilitates the management and maintenance of connected IoT devices and logic.
This article outlines the concepts of greenfield and brownfield and provides an overview of strategies for bringing IoT technologies to brownfield environments.
For a fully-rounded IoT development cycle, data scientists and data engineers can benefit from a comprehensive offering that distinguishes itself by its scope.
Why a data science platform? The status quo in data science is still that of the 80-20 rule. Data scientists spend 80% of their time on data wrangling.
Back in August 2019, Gartner projected that the enterprise and automotive Internet of Things (IoT) sector will have integrated up to 5.8 billion endpoints by 2020.
Well into 2020, huge trends such as IoT, big data, and machine learning continue to dominate the data analytics landscape.
Default risk is the chance that companies or individuals will be unable to make the required payments on their debt obligations.
Survey data shows that 43% of companies are looking at the digital transformation to increase competitiveness.
Data science surfaced as a term in the 1960s to denote a line of work that specifically deals with the task of making sense of data.
Think of all the strengths you have to showcase as a data scientist. You may have a background in statistics as you sometimes develop new statistical theories for big data.
Notes on IoT and the Current Innovation Landscape: A recent study called The Internet of Things in German SMEs casts new light on Germany’s current innovation landscape.
This is an overview of trends in cloud computing and the use of SaaS platforms.
Managing mid-to-large quantities of data is no longer the daily bread of data scientists only. Working with data has become pervasive.
And Why a Database is Not Enough: Companies and organizations are increasingly using existing data to generate additional values.
Data Analytics and Business Intelligence are on the rise. New trends are evolving exponentially. An increasing number of companies are publishing their whitepapers or case studies online.
This article provides a quick cloud data platform comparison and feature assessment of three cloud data platforms: Snowflake, Panoply, and Repods.
Repods is a cloud data platform to create and manage data pods. Data pods are compact data warehouses with flexible storage, vCores, and memory.
In this article on data visualization, we are going to demonstrate how to create custom infographics in the Repods cloud data science platform.
This tutorial provides a quick overview of ways of using PowerBI, the Business Intelligence Dashboard, on your data prepared and maintained in the Repods Data Science Platform.
FIFA World Cup Statistics: A Data Science Perspective . Creating Analyses and Reports with Repods— Part II
Data-driven Historical Stats from the FIFA World Cup between 1930 and 2014 : In the second part of our article on data modeling, we are going to model data with Repods.
Data-driven Historical Stats from the FIFA World Cup between 1930 and 2014 : Following our tutorials series on Repods, we can now introduce this slightly more complex example.
In what follows, we are going to show you how to approach the task of adding interactivity to complex infographics in Repods.
Preparing the Structure of the Infographic: In this and the following article, we are going to demonstrate how to create complex infographics by adding interactivity in the Repods platform.