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The Best Devices for a Smart home – and what to do with them



Smart homes are here to stay. Right now, you can decide whether you want to turn your lights on manually or with your voice. Already, household electronics are being designed for Internet of Things so that one day soon, your home appliances and fittings will automatically adjust themselves to fit in with your lifestyle.

These devices will collect information, analyze the information, and respond to this information. This will make your home a smart home.

The promise of smart homes is an easier life as well as more efficient use of scarce resources like water and energy.

Defining Smart Homes

When the gadgets in your home are connected wirelessly, they operate in smart ways. The lights might come on when you walk into your home. Your entire home may even be able to secure itself at night without you doing anything – doors locking, curtains closing, thermostat dialing down, and lights going off. The whole routine goes on without you lifting a finger.

‘SMART’ stands for Self-Monitoring Analysis and Reporting Technology, which means that a smart home is not just automated – it actively gathers information and amends its behavior accordingly. All these are possible features of an automated home. Pre-determined triggers prompt the home to do things. For example, lights can go off at a certain hour, or in response to a verbal instruction. Thermostats can dial up or down depending on the temperature.  Soon, smart homes will feature cutting-edge artificial intelligence.

All the home automation options available rely on programming to connect all your devices into a truly smart home. Programs are designed to respond to voice commands, the location of the home owner, and other triggers.

Smart Devices for a Smart Home

Smart Lighting

Smart lighting is a good place to start if you want to achieve a smart home. Besides energy savings and convenience, smart lighting instantly makes your home cool. Smart bulbs can adjust intensity, oscillate between warm and white, even change color. Smart switches connect all the lights so that they are easy to control.

Smart Locks

Smart locks add convenience and let in visitors securely. They save you from the hassle of carrying keys – or hiding them under a rug.  A fingerprint, code, or phone is enough to let you in. They can also trigger other features like light or shut everything down upon departure.

Smart Heating

With a little help from your phone, the locks, or presence sensors, your thermostat can know whether you are home and turn itself down or up. This saves energy. The thermostat can also adjust to more heat from the sun.

Smart Security

You may not have CCTV, but a smart home allows you to keep watch using cheap wifi enabled cameras that are motion activated. They are simple enough for anyone to install and use.

Burglars are more likely to avoid a home under surveillance because they provide evidence. They help you watch your pets, elders, or teenagers home.

The video doorbell is a special device that functions like voicemail on your door. Visitors who turn up in your absence can record a video message for you.

With a smart security system, you can monitor your home from anywhere using your smartphone.

Smart Entertainment

Smart TVs are already present in most homes. Smart speakers are also super cheap and serve such a variety of uses as to be indispensible.

They can play a specific song on demand even enable your TV to receive voice commands.

You can connect your speaker to Alexa, Google, or Siri and it will take instructions like read the news or set a timer in the kitchen.

Why you should think about a Smart Home

There are three major reasons why people invest in smart homes. Smart homes offer efficiency, security, and convenience.


The interconnectedness of devices in a smart home makes it possible to manage your home more effortlessly. You can create a morning routine that involves setting off your alarm, getting the coffee maker started, turning on the lights, tuning into your preferred radio show, and starting off the shower.


With cameras and an internet connected smart home, you can always monitor the goings on while you are away. Someone showing up at your front door, any movement in the home, doors opening, can all trigger smart sensors to alert you. Smart locks can even tell you who it was that came in through the door, making it possible to keep tabs on your kids.

Energy Efficiency

The smart thermostat drastically reduces energy consumption. But every aspect of the smart home contributes to energy efficiency. You can remotely manage your energy intensive domestic gadgets using a smart phone. You can ensure that rooms are only warmed and lit when they are being used. Smart plugs monitor home energy consumption and allow you to discern opportunities for cutting costs.


How the Smart Home Works

Smart devices are easy to install and use because they depend on wireless connections. You will not have to lay down untidy cable wires across your home. They run on Z-Wave, Bluetooth, Zigbee, Wi-Fi, or Thread protocol most of the time. These wireless radio protocols make it possible for your electronic devices to communicate with each other and with the Cloud.

In a smart home, devices may communicate with each other through a hub within the home and only use the Cloud to store data and process commands. This data includes video footage, photographs, etc. This data is relayed to the Cloud over Wi-Fi.

Most devices need to be controlled and set up via an app installed on a tablet/smart phone. The app enables smart home users to interact with their devices at home. They can schedule things or hook up to their smart home network to automate your home and put in place routines.

Choosing a Smart Home Ecosystem

You can buy smart gadgets like video doorbells that can do their job autonomously but a smart home is a lot more than just a single gadget. Your gadgets have to coordinate with each other to create routines, automate functions, and generally adjust to your lifestyle.

You can achieve this with a Smart Home Ecosystem which connects to all your home devices and allows them to be programmed, manipulated, and coordinated to create routines.

There are now four leading smart home ecosystems in the market: Homekit from Apple, Home from Google, Alexa from Amazon, and SmartThings from Samsung. They are all easy to install and set up. You do not need to hire someone else to install them, unless you want to.

You are already on the right track if you have a digital assistant combined with an ecosystem like Apple’s Homekit. To start setting up a smart home, you have to first have a clear picture of your priorities. Elements like lighting, temperature, security, and entertainment all need to be modified to fit in with your lifestyle as it is. Your lifestyle and preferences should inform your Smart Home design.

Start by looking for devices that enable you to control the elements you need to control, like heating. Once you have the device, you now need to put in an ecosystem to support the devices. Anything else will come as an add-on.

Most devices are capable of functioning within multiple ecosystems. You will not have to spend too much money on hardware. And apps are free on the Playstore or Applestore. You can switch from one ecosystem to another or even use them simultaneously. They are not designed to be mutually exclusive.

HomeKit from Apple

Pros and Cons of HomeKit from Apple:

HomeKit is simple and reliable, as well a secure solution for people who care about their privacy. The HomeKit processes all your data locally and encrypts it before uploading it to the Cloud. This ensures the privacy of your personal information.

Apple’s HomeKit is ideal for Apple users because it works with iPhones, Macs, iPads, and Apple Watches. Siri provides voice control. The HomeKit runs on Thread, WiFi, and Bluetooth.

The downside of working with HomeKit is that it is only compatible with iPhones and iPads, not Android devices. Users will need to deploy the HomePod Mini, Apple TV or other Apple Hub. This drives up the cost of the Apple HomeKit.

Pros and Cons of Alexa from Amazon:

Alexa is named for the voice assistant called Alexa. Alexa is affordable and offers the widest range of compatibility with the devices in your home. This range has been enhanced by the addition of Zigbee radio to Alexa’s Echo speaker (it already has Bluetooth and Wifi). This means that it works well with everything from light bulbs to motion sensors.

Alexa makes it easier to create a voice-control enabled smart home system because so many affordable smart speakers, thermostats, displays, and light switches come with it already inbuilt.

Even though it is compatible with more devices than HomeKit, there are some devices that do not necessarily work properly with Alexa. Do not purchase any electronic device before first testing how it works with Alexa. One more downside to Alexa is that it is harder to access using a smartphone compared to the other smart home solutions.

Pros and Cons of Google Home from Google:

The app for controlling this smart home system is also aptly called Google Home and you can use your smart phone to run it. Google Home’s answer to Alexa is the Google Assistant and it enables a voice controlled home. You can operate the Google Assistant from anywhere because it is in your smart watch or Android phone.

Google offers two smart displays: Nest Hub Max and Nest Hub with a touchscreen for a control panel. You do not need your voice to adjust your thermostat, lights, speakers, and locks.

The range of home devices that work with Google is growing fast, but still relatively small.  Google Home does not offer users the option of using sensors to trigger routines. It only has voice command, phones, and automated schedules. Plus, Google Home only has Thread, Wi-Fi, and Bluetooth. It does not support Z-Wave or Zigbee.

Pros and Cons of SmartThings from Samsung:

SmartThings is one of the premier smart home solutions and is compatible with more smart home gadgets than the others. This includes most Samsung appliances, of course. SmartThings is capable of controlling Wi-Fi as well as Zigbee and Z-Wave devices.

This is an advantage because Z-Wave can work with smaller devices using less power. And it responds faster because it communicates to its hub and not the Cloud.

SmartThings can work with Alexa as well as Bixby voice assistant from Samsung. You can use both.

The downside is that SmartThings is the most complex system, especially when paired with Zigbee and Z-Wave devices. This is the downside of working with such a powerful and multifaceted system.

Building your own Smart Home System

What if you want a Smart Home but do not want to give tech companies access to your home? You could consider creating your own smart home. Use open-source software for your home assistant and Raspberry Pi.

This approach calls for the type of people who enjoy the challenge of building computers. It is rewarding and allows you to customize it and protect your private information.

Adding Voice Control to your Smart Home

All smart home systems can be voice-controlled. You should not have to get up from your couch to turn off the light (or adjust the temperature) after installing a smart home.

A smart speaker will give you the best voice control. Each of these systems has compatible speakers which have radio for wireless protocols. These speakers do more than just add voice control.

Smartphones, smart watches, tablets, and smart speakers have digital assistants. Only Siri from Apple works from a desktop computer.

Voice control works when you equip each room with a speaker which will automatically know which room it is placed in.

Putting it all Together

After installing your smart home gadgets, you want to create routines and scenes and automate functions. Thankfully, the ecosystems we have discussed are nearly similar.

You start by picking a trigger which will prompt the automated functions.  The trigger could be your location, the time, or an event – like a door being opened.

You then decide on when or the ‘conditions’ under which these functions will happen. It could be daily or on weekends, or when you are away. You could put in place one condition or multiple conditions.

You can now decide what happens next. For example when someone opens a door, a camera comes on or the thermostat is adjusted. Multiple actions can happen at once. They are called a Scene.

To trigger a scene, you may use the app or voice command. For example, a ‘movie’ scene will turn up heat, dim lights, and start Netflix.

Here are some routines you can start with: Goodbye, Good Morning, Welcome home, and Goodnight. These are all fully customizable.


The Transformative Role of Automation Technology in Banking: Navigating the Future with Efficiency and Compliance




In an age where technological progression sets the tempo for industries across the board, the banking sector finds itself at a crossroads between tradition and innovation. Automation technology, a force majeure in this digital symphony, promises a future where efficiency, accuracy, and customer satisfaction are not just goals but realities. PaymentsJournal’s recent exploration into this dynamic arena highlights how financial institutions are increasingly turning to automation to not only streamline operations but also to navigate the choppy waters of regulatory compliance with agility and foresight.

Embracing Change Amidst Regulatory Tides

The banking landscape is no stranger to regulation; if anything, it’s a domain where regulatory frameworks dictate the rhythm of progression. The impending modernization of the Community Reinvestment Act (CRA) and the introduction of Dodd-Frank 1071 underscore a regulatory environment in flux, one that demands adaptability and forward-thinking strategies from financial institutions. The CRA, a bedrock of equitable lending practices, is poised for an overhaul to align with the digital age, ensuring that banks continue to meet the evolving needs of their communities. On the other hand, Dodd-Frank 1071 aims to shine a light on small business lending practices, with a particular focus on transparency for businesses owned by women and minorities.

The essence of these regulatory updates transcends mere compliance; they represent a shift towards a more inclusive, transparent, and efficient banking ecosystem. However, the road to adherence is fraught with challenges, primarily due to the manual and labor-intensive processes entrenched in the sector. This is where automation technology, with its promise of precision and efficiency, steps in as a pivotal ally for banks navigating the compliance maze.

Automation: A Lever for Efficiency and Compliance

The role of automation in banking transcends operational efficiency. It’s a strategic imperative that addresses a spectrum of challenges, from reducing manual errors to enhancing customer experiences. Tools and systems like Robotic Process Automation (RPA), Artificial Intelligence (AI), and machine learning (ML) are not just buzzwords but integral components of a bank’s arsenal to streamline complex processes and improve decision-making. The Federal Reserve’s insights into banking automation underscore the transformative potential of these technologies in risk management and compliance, highlighting how they can offer real-time monitoring and analysis of transactions to detect anomalies and mitigate fraud.

The efficiency brought about by automation is particularly relevant in the context of compliance. Financial institutions are well-acquainted with the resource-intensive nature of manual compliance processes. Automation offers a reprieve by streamlining data collection and reporting, thereby ensuring accuracy and reducing the likelihood of errors that can lead to regulatory penalties. Moreover, the dynamic nature of regulatory frameworks necessitates a degree of agility that only automated systems can provide. These systems offer continuous monitoring and adaptability to regulatory changes, ensuring that banks remain on the right side of compliance.

Looking Ahead: The Future of Banking with Automation

The journey towards fully automated banking processes is not without its hurdles. Questions about data security, privacy, and the digital divide persist. Yet, the trajectory is clear: automation is not just an option but a necessity for banks aiming to thrive in an increasingly digital and regulated world. Industry leaders and regulatory bodies emphasize the importance of collaboration between banks and technology providers to navigate these challenges effectively.

The transition towards automation in banking, prompted by regulatory changes and operational efficiencies, is more than a technological upgrade. It’s a reimagining of what banking can be in the 21st century: more accessible, efficient, and inclusive. As financial institutions continue to harness the power of automation technology, they pave the way for a future where banking is not just about transactions but about fostering growth, inclusivity, and innovation in the communities they serve.

In essence, the transformative role of automation in banking is a narrative of progress. It’s a story of how technology, when aligned with strategic vision and regulatory compliance, can redefine the banking experience for institutions and customers alike. As the sector stands on the brink of this digital revolution, the promise of a more efficient, compliant, and customer-centric banking future seems not just plausible but inevitable.

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Navigating the Automation Wave: Overcoming Challenges to Reap Benefits in 2024




As we delve into the intricate world of automation, a landscape filled with boundless potential and unforeseen challenges unfolds before us. The dynamic interplay between advancing technology and the evolving needs of businesses has positioned automation at the forefront of digital transformation strategies. Yet, the journey towards fully leveraging the capabilities of automation is fraught with obstacles that require strategic navigation. Drawing insights from Jakob Freund, CEO of Camunda, and enriched with authoritative sources, this article delves into the primary challenges facing automation in 2024 and outlines effective strategies for their mitigation.

The Surge in Automation Investment

Despite the tumultuous nature of recent years, the commitment to automation among businesses has remained remarkably resilient. A report from Camunda reveals a compelling narrative: 90% of IT decision-makers are poised to amplify their investment in automation within the next two years. This statistic, however, belies a puzzling contradiction—the number of automated processes within these companies has not seen a corresponding uptick. The query that arises is straightforward yet complex: What impedes the translation of investment into actionable automation?

The Conundrum of Stakeholder Misalignment

A critical barrier to the successful deployment of automation initiatives is the misalignment between the technical and business factions within an organization. An astonishing 68% of entities report that miscommunication between these teams often leads to the development and implementation of solutions that miss the mark, directly impacting customer satisfaction and loyalty. This challenge is further exacerbated by a disconnect in understanding and prioritizing processes, with over 50% of businesses acknowledging a significant gap.

To bridge this chasm, the adoption of a decentralized center of excellence model has proven beneficial. This approach fosters a culture of collaboration, where a dedicated team disseminates best practices and technologies across departments, ensuring a unified vision. Furthermore, the utilization of open standards like BPMN and DMN can facilitate a mutual understanding of process flows, enabling both technical and business stakeholders to engage in constructive dialogue from the get-go.

Integrating Disparate Technologies

The aftermath of the pandemic’s digital acceleration has left organizations grappling with the integration of a myriad of point solutions. The statistic is telling: 42% of IT leaders cite integration challenges as a significant roadblock to their digital transformation endeavors. The complexity of modern processes, often involving upwards of 26 systems, necessitates a cohesive orchestration layer that transcends traditional point solutions, as emphasized by research from Deloitte.

The Scaling Dilemma

Another pivotal challenge is the scalability of automation efforts. The ambition to augment the degree of automation within an organization often clashes with the reality of maintaining and visualizing existing processes. As automation proliferates, the oversight of mission-critical processes becomes increasingly cumbersome, a sentiment echoed by 68% of surveyed organizations.

Achieving scalable automation necessitates a robust framework for continuous improvement, underpinned by precise metrics and goals. For instance, a mortgage lender aiming to streamline application processes must focus on key performance indicators such as processing times and error rates, which directly influence overarching business metrics like customer satisfaction and conversion rates.

Charting the Course Forward

As we navigate the challenges of automation in 2024, it becomes clear that a strategic, holistic approach is paramount. The transition from isolated point solutions to a unified, strategic automation framework is crucial for realizing the full spectrum of benefits automation offers. In this context, the insights provided by Jakob Freund, alongside McKinsey’s research, serve as a guiding beacon for organizations striving to harness the transformative power of automation.

Embracing automation is not merely about adopting new technologies but about reimagining operational paradigms and fostering a culture of innovation and collaboration. As we move forward, the lessons learned from the challenges of today will undoubtedly illuminate the path to a more automated, efficient, and resilient tomorrow.

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Harnessing AI and Automation in Retail: A Strategic Imperative for Growth and Innovation




In the dynamic world of retail, the adoption of Artificial Intelligence (AI) and automation technologies is not just a trend but a strategic imperative for businesses aiming to thrive amidst fierce competition. The retail industry, characterized by its rapid pace and ever-evolving consumer preferences, demands innovative solutions to stay ahead. A recent Forrester report sheds light on the pivotal role of AI and automation in transforming retail operations, offering a nuanced analysis of over a dozen solutions through its Tech Tide™ framework.

AI and automation have long been integral to retail success, optimizing everything from inventory management to customer engagement. Machine learning algorithms, a cornerstone of AI, have significantly improved inventory allocation, pricing strategies, store labor optimization, and marketing promotions. These are not novel concepts but established practices that have enabled retailers to streamline processes and adapt to market changes effectively. The message is clear: the most impactful AI use cases in retail are those that are tried, true, and established.

However, the landscape of AI and automation in retail is not static. Emerging tools, such as anomaly detection systems, offer retailers real-time insights into potential issues, acting as an MRI for retail operations. These tools promise enhanced customer experiences and operational efficiency, yet investment in such innovations remains tepid. Similarly, autonomous stores, epitomized by Amazon’s Just Walk Out technology, offer a glimpse into a frictionless shopping future. Despite their potential, the perception of high costs has limited their adoption in larger retail formats.

The advent of generative AI introduces new possibilities, from improved customer service chatbots to highly personalized marketing campaigns. Nevertheless, these technologies are not silver bullets for retail challenges. They require substantial data and content to function effectively, and their impact must be carefully evaluated against traditional methods like segmentation. The Forrester report suggests a pragmatic approach: while generative AI offers enticing opportunities for innovation, retailers should balance enthusiasm with evidence-based strategies.

Forrester’s comprehensive Tech Tide™: Retail AI And Automation, Q1 2024 study provides a roadmap for retailers navigating this complex landscape. It emphasizes the need for a strategic alignment of AI and automation investments with business goals, budgets, and capabilities. Cutting-edge technologies, such as in-store drones and autonomous vehicles, continue to capture the industry’s imagination. Yet, the effectiveness of AI solutions ultimately depends on their relevance to the brand’s objectives and the practicality of their implementation.

In conclusion, the Forrester report underscores a critical message for the retail sector: embracing AI and automation is essential for innovation and growth. However, the journey toward digital transformation is nuanced, requiring retailers to judiciously select technologies that align with their strategic vision and operational realities. As the retail industry continues to evolve, guided by AI and automation, businesses must remain adaptable, informed, and strategic in their technology investments.

For retailers seeking to navigate the complexities of AI and automation, Forrester offers extensive research and guidance. In this rapidly changing landscape, understanding the nuances of technology adoption is key to unlocking growth and staying competitive. The future of retail lies in leveraging AI and automation not just as technological advancements, but as strategic assets for enduring success.

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