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Difference between GIS and GPS

All about GIS and GPS systems that you should know

Geographic Information Systems and Global Positioning Systems might seem one and the same from an outsider’s perspective but they’re actually not. The difference depends on the means of data collection. It is essential that you understand the difference in their approach to understanding their specific areas of application. GIS and GPS predominantly are used in an interchangeable fashion. But GPS generally deals with navigation while GIS deals with geospatial analytics and mapping of data.

In order to understand the difference between GIS and GPS systems, it is important to understand how they foundationally differ in their approach. Here’s a quick gist of everything you need to know to understand their respective scope of work better.

Applications of GIS

GIS predominantly deals with the analysis of the surface of the earth and process that information to analyze any given data for establishing coherent relationships. There are five major components to GIS service including hardware, software, people, data, and methods. GIS data is predominantly stored in the form of rasters and vectors which can then be further processed to offer a comprehensible understanding of any data in a geographical context.

Businesses belonging to diverse sectors can go about informed decision-making by having a complete understanding of the topographic, environmental, and demographic data availed from GIS sources.

Use cases of GIS applications

1. Mapping and navigation

The visual data interpretation presented by GIS systems is helping us with smart mapping solutions each day forward. They’re assisting us with our everyday navigation purposes through applications and APOSs like Google maps.

2. Urban planning

GIS services help us with the visualization of relationships, trends, and patterns of geographical data which can help us better our urban planning strategies. Driving successful and sustainable constructions is possible with enhanced GIS utility functions and arriving at time-tested urban planning solutions.

3. Disaster mitigation and management

Geospatial models and environmental monitoring are possible with GIS which can help in the thorough assessment of any given locality. These can help in disaster management, mitigation planning, and overall recovery. Helping to understand flood-prone low-lying areas is a common example of understanding how this works.

4. Analytical surveying

GIS has predominantly shaped the Global Navigation Satellite Systems (GNSS) and they’re being increasingly employed by businesses belonging to diverse sectors. Location sensing pertaining to any remote object is possible anywhere on earth with a GIS company backing your efforts.

5. Agricultural development

By understanding the geographic patterns of any given farming area, you can dissect a lot of crucial information to arrive at geographical models that can help with crop planning, and rotation strategies, prevent surface run-offs, improve product quality, and a lot more applications.

Applications of GPS

They’re not just a system for effective navigation but also provide a synchronized timekeeping system worldwide. Everything from our wristwatches, cell phones, ships, or aircraft relies on GPS systems for their everyday functioning. Location, navigation, tracking, timing, and mapping are the predominant uses of GPS. People from all walks of life and industries belonging to diverse verticals are utilizing GPS systems on a day-to-day basis.

Use case of GPS systems

1. Telecommunication

Dominating our everyday lives, the telecommunication sector requires a continuous exchange of information that needs precise accuracy with time. GPS has suited this requirement most and has been widely adopted for this specific purpose.

2. Defense operations

Understanding everything from the location of soldiers, monitoring the positions of enemy troops, tracking fighter aircraft, etc requires precise GPS systems. It is for this reason that globally every nation around the world is building up its own individual satellite navigation systems.

3. Surveying and mapping

There are a lot of topographic maps that can be devised using GPS technology including seafloor evaluation and earth surface research due to the boundary determination capability that it brings to the table.

4. Agriculture

GPS helps in performing precision farming techniques which can help us improve the productivity of the entire effort, reduce the cost incurred and reap maximum returns. Tractors equipped with GPS are an example of GPS application which is assisting farmers to go about their cultivation even in foggy weather conditions.

5. Transportation

This is a common application of GPS that cannot be overlooked. The entire world is functioning together as one because everything from basic navigation to a restaurant nearby to controlling air traffic is all performed with the assistance of GPS technologies.

To sum up ‘what is the difference between GIS and GPS systems?’, the answer would simply be this. GPS deals with navigation systems while GIS involves the understanding and analysis of geographic data. GPS involves a network of satellites to transfer information to the ground while GIS involves five key components for performing the operation.

GPS signals are easy to interpret and process since they only deal with location but GIS rather involves separate processing of the collected data streams to create geographical models which can be put into further analysis.

When you hire someone like YCSPL to take care of your technical niche requirements, you’re giving yourself the space to just focus on your core business operations while we deploy a strategic plan of action to meet your business requirements. To know more about the scope of work we deliver, our portfolio, or our experience, pick up the phone and get into a conversation with us today.

What is artificial intelligence?

Artificial intelligence and the future of technology

The section of technology that deals with the simulation of human intelligence with the help of machines is called artificial intelligence. Speech recognition, natural model processing, and machine vision are some of the applications that AI can perform. It has the potential to rewrite the entire architectural framework of nearly any process by moving towards easy prospects of automation.

Types of artificial intelligence

1. Reactive machines

These systems do not have any memory and can only perform specific tasks. IBM’s Deep Blue program was used to beat the then-chess champion, Garry Kasparov, back in the 90s. But it cannot make informed decisions that sprung out of past experiences.

2. Limited memory

Here better and well-informed decision-making is possible since the decision can be a product of past experiences. Self-driving cars can also be referred to as an example here.

3. Theory of mind

AI systems that are integrated with social intelligence to process and understand human emotions are what we refer to as the theory of mind. They can be helpful in inferring human intentions, identifying patterns, and predicting behaviors which can be essential in understanding the order of our functioning.

4. Self-awareness

Ai equipped with an awareness and sense of own self to give them consciousness is what we refer to as self-awareness. They will be able to understand their own states.

Examples of artificial intelligence

1. Automation

When paired with automation tools, we can simply expand the scope of performance of AI technologies. Robotic Process Automation (RPA) makes the AI perform a function on a recurring basis that can help save a lot of resources and time that is otherwise required to do it with human assistance.

2. Machine learning

AI systems that are programmed to act without programming are what we refer to as ML. Deep Learning is a subset of ML that involves predictive analytics automation. Supervised learning, unsupervised learning, and reinforced learning are some of the types of ML algorithms.

3. Machine vision

A machine built with the capacity to see is called machine vision. They can capture and analyze any visual information using three hardware components including a camera, a digital signal processor, and an analog-to-digital conversion.

4. Robotics

The design and manufacturing of robots are what this section deals with. Robots with AI technologies can easily perform repetitive tasks that humans cannot perform as consistently.

5. Natural language processing

Text translation, speech recognition, and sentiment analysis with the help of hearing systems programmed to be smart and intelligent are called NLP.

6. Self-driving cars

These are a possibility by carefully incorporating image recognition, deep learning, and computer vision.

Advantages of AI

Artificial intelligence can be highly deployed for increasing overall productivity and efficiency in terms of detail-oriented jobs. There can also be an expectation of consistent results and highly accelerated process operation. They can be powered to present themselves as virtual agents who can take the entire stream of operations a level above. They’re specifically employed to develop business-specific solutions.

At YCSPL, we can help you with solutions that are curated to specifically suit your requirements.

Disadvantages of AI

Developing and implementing AI systems can be capital-intensive and require vast technical exposure and expertise. AI can also make a decision only based on what it has been shown and it might not always be the best way forward in a situation. They can never improvise by themselves or generalize tasks between each other.

Strong vs weak AI

Weak AI is a system that is built and deployed to complete specific tasks. Virtual personal assistants like Siri are built with software development techniques in combination with weak AI structures.

Strong AI generally carries the capacity to replicate the cognitive abilities of the human brain. They are powered to employ fuzzy logic to arrive at solutions irrespective of the domain of operation.

In other words, the AI program is able to pass the Turing Test and Chinese room test.

Applications of artificial intelligence

1. Stock trading

Since AI systems can highly respond to coherent data collection and an understanding of past experiences. This can thus be deployed for easy prediction and processing of crucial information like the stock market standings. Informed decision-making capabilities here can help us understand and engage in the trading climate better.

2. Recommendation engines

With behavior data, AI algorithms can help us with better decision-making and present us with an effective cross-selling strategy. All these recommendations can help engage the crowd better and improve your conversion rates in the longer run.

3. Customer service

Since they work on understanding past interactions, they can act as your virtual agents in your absence and help spread your USPs even when you’re not directly around.

The question of what is artificial intelligence is not something simply answerable because of the conditions and progress around it. Talk to us to engage in any software development project that you need assistance with.

Future of the Internet of Things (IoT)

The future of IoT might just be everything to look forward to!

IoT is no more the future. Not after we have been seeing it make drastic progress in the world of technology around us for the past decade. The future of IoT might simply be a huge leap forward in integrally changing the way we perceive all the technology around us completely. We’re already highly interdependent on the smart functions they bring into the picture with respect to the appliances we use every day. IoT devices connect over a local network and help us control every smart device around us from the comfort of our smartphones or even pass our command by simply voicing it out.

This applies to TVs, Air conditioners, electronic appliances, lighting, and even wearables which can help us keep track of our heart rates and other bodily functions. The major advantage of IoT is that they are integrally smart with assorted intelligence to make way towards two-way communication within the network.

What is IoT?

Internet of Things simply refers to all the physical devices deployed in an interconnected environment utilizing the power of the internet and all of them being able to identify themselves as devices.

These devices work through data transfer to common systems like a computer or software that happens over sensors, thus allowing them to perform important tasks on command.

IoT and the future – what to expect?

1. Accelerated power of 5G

Improving wireless connectivity is the basic scope of 5G. And it also offers the potential to improve connectivity between devices with minimal lag as possible.  There are a lot of scopes when IoT and 5G are accessed together as a system. The solutions can be even as huge a breakthrough as the interconnectivity of moving vehicles for better regulation, communication, and management of traffic grids.

2. Metaverse

Imagine a highly connected virtual space where all your physical devices work just the same even in a stimulating environment. Sounds very promising right? To reimagine a world that’s physically not present but might functionally be the same as the one we live in. The entire nature of the workforce, meetings, parties, and social gatherings might all just be altered forever in just a matter of time.

3. Smart cities

Sustainability is one of the core foundations of a city that you can deem smart. There are already a lot of urban planners who are also digital transformation experts like YCSPL who have been studying, researching, and integrating the power of IoT into the fundamentals of strategizing. An organized and systematic way of managing resources, assets, and areas is all possible with improved data reliance. The future of IoT is highly looked up to because it can drastically enhance our quality of living just like how the internet did not so long ago.

4. Automotive applications

Driverless cars, hands-free driving, fleet management, and improved vehicular connectivity are all possible through IoT applications. The demand for tech-integrated EVs is already on the rise. There are now cars that offer ‘internet inside’ and it might just take a bit of time till they all together operate as one through the power of the internet.

5. The smart eye

Remember Google’s most expected and ambitious project – the glass? It focuses on pulling out data right in front of our eyesight while also minimizing hindrances. Anything from your maps or messages can be displayed right in front of your eyes while also keeping you fully engrossed, presented, and connected to the actual surrounding you’re in.

Why do we need IoT

1. Informed decisions

IoT simply helps us with data abundance that can all be quantified and these metrics can help us make a lot of informed decisions. For example, let’s take an everyday utility appliance like the fridge. Any smart devices integrated with the power of the Internet of Things will help us keep a record of diverse data including the average temperature, power consumption, storage patterns of different food items before they perish, the air quality inside the fridge and even help you decide your defrosting and cleaning up schedules.

2. A thorough track of things

By keeping a keen eye on things backed by increased data collection, you can monitor the quality of different appliances and their functional efficiency without having to actually take a constant second look at them every now and then. You’ll also know when exactly to replace an item or go for maintenance schedules.

3. Lesser workload

With all the appliances around us inherently becoming smart all by themselves, human intervention with respect to domestic things might just be off the picture. Imagine your fridge understanding that you’re running out of milk and ordering it for you just in time. Sounds very helpful right?

4. Saves time, money, and resources

The avenues for the machine to machine communication are just increasing and this can help you do things a whole lot differently than how we go about it now. Imagine all your electric appliances turning themselves off or going into a power-saving mode when there is no consumption or right when you walk out through the door.

5. Better lifestyle

Technology has crept its way inside our homes for one sole reason, to make us reach a comfortable state of living where everything at our disposal does all the work all by itself involving lesser physical dependency. IoT does just the same while also taking the whole effort a lot forward by being more human in their approach with their own intelligence and thinking capacity to make decisions on our behalf.

At YCSPL, we have a separate R&D section dedicated to exploring all the possible avenues to welcome the future of IoT!

What are project management life cycle?

Project management life cycle – explained!

In this era of ongoing rapid globalization and the ever-so-competitive landscape where businesses are endlessly trying to be ahead of the curve, it is important that you plan every last thing perfectly to keep your game running strong. Be it any project of any scale or end goal, it is necessary that you dive into the process with a pre-planned approach leaving no room for errors or misjudgments. This is where project management life cycle planning comes in handy.

The nature of your project does not matter here. But to effect a proper execution of all the planned operations, you need to deploy your project strategically in a well-envisioned manner. Turning any concept or even a vague idea into a revenue-generating operation or reality takes ardent background work. Project management can essentially help you divide this entire effort into different phases that are streamlined with set expectations to meet every step along the way. This thus results in better overall efficiency in everything you do.

A structured and organized way of going about crucial things will always help you in meeting your vision better and also make better-informed decisions along the way.

Usually, the project life cycle in project management can be dissected into four phases including:

• Initiation
• Planning
• Execution
• Closure

There is also a fifth phase where monitoring and controlling happen. With each phase, there are better laid out goals and subsequent room for improvement. Every project is unique from its very foundation and they cannot be all driven in the same conventional way. The strategy you choose should be specifically custom developed for the requirement you have in place to enable proper execution.

1. Initiation

The project feasibility, overall end-goals, devising a process flow, organizing all the efforts forward, disaster aversion planning and preparation, etc happen here end to end. This phase of the project involved end-to-end strategizing and brainstorming of all the possible solutions and potential ideas that can be driven toward execution in the subsequent stages.

All the team members despite their hierarchy and the value they bring to the table in terms of the diverse niches of their work should all brainstorm together about the expectations and the way forward from here on.

2. Planning

After going through the initial phases of project approval, agreeing on the scope of work, and jotting down the end goals, you reach the planning stage. Here everything from the resources, tools, technologies, or even manpower is all carefully calculated. You should also discuss clear-cut budget allotment, timelines, and schedule planning along with driving all your attention toward the perfect execution and delivery.

During the planning phase, you should also break down the bigger works into smaller fragments and take things one at a time. With efficient dispersion of resources and breaking all your functional requirements into smaller tasks that can be easily handled.

Anticipating risks and devising proper exit plans for these should also be a part of this phase. A project kick-off meeting might just be something you most definitely need to communicate everything transparently before you go any further ahead. Every teammate should be on the same page before you go any further.

3. Execution

Of all the project management life cycle phases, this one can be crucial. Even the most well-planned cycle can hit a dead wall or face a lot of potential hindrances that are unanticipated at any point in time along the way. The execution phase of the project management life cycle is something you should definitely pay huge attention to. It is always advisable to assort a project manager who can overlook everything from the timelines, task management, project quality, and proper execution strategies each day out. Splitting the projects into granular tasks for each individual can play a massive role. At the same time, there should also be a free flow of transparent communication between different members of the team. This will result in better mutual collaboration and the direction of efforts in a unidirectional way as one.

Quality monitoring should be given prominent importance here to meet set expectations for every little task there is. Budget control should also be kept in mind before making any significant leap forward with any new breakthrough.

Proper documentation of the process and the progress management of every last task should be given priority. Any changes in the path should be accounted for and every project member should be kept aware of it throughout. There is also one other job of keeping the stakeholders informed about every happening. Be it any nature of program and project management, you can.

4. Closure

Now that we’re headed towards the final phase of project completion, it is necessary that you get all the changes required documented so you can rework, realign or improve things as necessary in one go. Avoiding back and forth in the way you can be given priority. This will prevent any delay in deliverables.

A project closure report and revisiting all the initially set goals should be made given optimal importance. Devising a detailed impact report to see if you’ve accomplished all the metrics that you set your eyes on initially. A closeout report where you also record all the milestones crossed, your achievements, little accomplishments, or improvements you did along the way should all be accounted for here. This will make you put out a better impression on your clients in terms of all that you’ve managed to achieve with the project in hand.

At YCSPL, we have been associated with projects of huge scale and have managed to reach the desired expectations and even surpass them time and again!

How can blockchain be used to support sustainable business practices?

Do you know all about current-day blockchain development?

Cryptocurrency has been realigning the world of finance for as long as we can remember now. There’s just no stopping the accelerated progression that they’ve been bringing to the table. Blockchain technology has been driving us to reimagine the entire nature of businesses across several industries including healthcare, finance, insurance, retail, and whatnot.

The best part is the technology is simply secure from its very foundation and recording any information or hacking for transaction access is impossible. It’s a very closed network that offers complete privacy with every single interaction or financial transaction. But at the same time, there is no room for manipulation of information and it aids a much more traceable and transparent process flow in every sector there is. The digital distribution and a ledger that is decentralized can be verified seamlessly across any vertical. Transparent supply chain tracing is how it can instill sustainable business practices

Not just on an individual level, it can collectively drive businesses to more ecological conscience. For example, there are already avenues for businesses as a platform for carbon trading. Here businesses can buy and sell carbon credits that will further drive them to reduce their offset emissions thus bringing about an impact globally. In the longer run, more and more businesses including even brick-and-mortar shops will have collective mindsets to stop emissions on a global scale thus navigating us towards a net zero solution sooner than not.

Key pointers on how blockchains can drive businesses toward better sustainability

1. Transparent supply chains

Here any supply chain for the matter can be traced back to the original source. The digital records of all transactions can be organized for public disposal and can be chronologically viewed at any point in time. This will strike out any possibilities for manipulation of records since the ledgers are ardently processed in place.  Consumers are given the option to make decisions based on transparent records and make more informed choices that are based on actual information. This will again drive businesses to make their process flow efficient, sustainable, green, and eco-friendly and realign their entire supply chain efforts to strategically align with these principles to attract customers more.

2. Carbon markets

With carbon markets increasingly getting tractions, it’s soon going to become a trade-worthy commodity like no other. Carbon credits that businesses achieve by reducing their consumption, improving disposal strategies, and eliminating the need for going with practices that are economically better while at the cost of hurting the environment. Businesses can rather limit their profits by being more ecologically conscious and they can reap the reward they deserve with the carbon credits that they can take home from the effort.

3. Food wastage? Not on the books anymore!

As stated earlier, blockchain aids in the continuous monitoring of the end-to-end supply chain and thereby can help us instill better operational flow and enhance overall efficiency. There is already an app called Foodtrax which is foundationally developed through blockchain development. The app basically monitors the end-to-end of the operation right from its origin to final customer delivery. This will help keep a keen eye on the overall nature of food handling and thereby reduce any inefficiency or wastage that might happen along the way. The resources in the picture would be held much more accountable for all the work they bring to the table. This innovative solution might just be everything we have been searching for all along across diverse areas.

4. Recycling programs

Financial incentives can be allotted for every single recycling program and the rewards can be in the form of crypto tokens that people can benefit significantly from. Everything from the earnings, the volume of non-perishable recycled, and the cost can all be kept carefully on track. This will encourage sustainability from our core since almost every one of us will get down to the roads to clear things up if we understand that there’s a reward waiting on the other end.

There are already incentives in place especially in third-world countries for recycling ocean plastics. There is also a program called RTC (Recycle To Coin) that offers crypto rewards for recycling aluminum, plastic, and steel cans.

5. Promoting green finance

Crowdfunding has long been in practice but its authenticity is still questioned even when it comes to genuine causes because people have long been deceived by all the wrong sources. Since blockchains provide added transparency and ardent ledger maintenance for public access, the nature of your spending can all be closely monitored to make better sense of every last penny you’ve spent.

This way even the drive towards sustainability can all be appropriately met. Since people know that their money is not going to a lost cause, it’ll drive a better initiative among the masses to contribute in ways they can as they deem fit.

6. Operationally more efficient

Functionally realigning all your operations to drive towards better collaboration and improved transparency in the operations is all possible with blockchain development. Minimizing surplus inventory, understanding market appetite better, and also tracking the supply chain process all way starting from production, shipping, transit, and end customer receiving it are all a part of this entire process.

When you hire a blockchain development company as your consultant, they’ll navigate you just in the right direction to offer you everything that you need. At YCSPL, we have already worked on digital transformation for a lot of companies and have introduced them to the world of blockchain already.

Top 12 software development methodologies  

Do you know about all the different software development methodologies?

Any successful project involves subsequent stages that revolve around the careful implementation of structures that are pre-planned. Software development methodologies exist for this specific purpose which enables devising a structured workflow to meet all the requirements. The choice of the method is influenced by a lot of factors including the size of the business, the scale of requirement, nature of the software, goals, and others. A clear plan in place will help in better management of day-to-day operations.

The overall cycle of development and deployment will happen in a seamless, hassle-free manner this way since the framework is visualized from end-to-end to prior. The basic premise of this overall systematic approach is to meet the exact demands, requirements, goals, vision, and timelines of the project in place.

Here’s a quick overview of some of the most common methodologies:

1. Agile software development methodology

This paves the way to a disciplined management process which also allows room for frequent alterations during the development life cycle as per the changing demands. This method also dives deeper to minimize potential risks by segregating the overall operations into shorter time boxes that are named iterations. Each of these iteration periods ranges anywhere from a week to a month.

While lack of documentation is a significant disadvantage here since the framework focuses on the increased emphasis on working software, they also come with a lot of advantages. Constant feedback mechanism and transparent development process here leave no room for guesswork and hence improves product quality.

2. DevOps methodology

These software development methodologies have been gaining a lot of traction in these previous years because of all the benefits they bring to the table. This makes way for a continuous delivery model that will help different operations happen together simultaneously like development, security, and quality testing.

The major advantage that they thus offer is the faster product turn-around times that they offer and rapid deliveries right on schedule. At YCSPL, this is also one of the frameworks that we frequently rely on.

3. Scrum development methodology

This is the dynamic framework that you can apply for projects of any nature. This is a great system for development cycles that are anticipated to encounter rapid changes and emerge higher along the way. A lot of iterations are done in a single go and it can align even the most time-exhaustive slow project to progress on track as envisioned.

4. Waterfall model

This is one other development methodology that is widely popular and increasingly opted for. This is a classic method that drives all the development processes in a sequential linear flow. But since the model is rigid, there can be no iterations made after you cross the subsequent check mark stages which makes the overall model a little too uptight.

5. Prototype methodology

This method involves thorough prototyping prior to demonstrating the end product along with all the functionalities to the clientele beforehand. Unlike the traditional waterfall method, this allows more room for any iterations along the way. The model also offers a thorough look and feel of the finished software from the initial drafts. There is also a disadvantage of the end customer dropping the project soon after the initial prototype since they are not much sure of their project vision anymore.

6. Feature-driven development

This is again an iterative approach compared to other means of software development. This is intended for aligning operations involving larger teams and to strategically unify their overall process to progress towards a unified vision. A feature-focussed approach is how the framework progresses and this can help complete even the biggest of projects within shorter timeframes in an easy manner.

7. Rapid application development (RAD)

Quality is the major focus in this software development methodology and this reduces the overall risk involved for the developers since they allow more room for revisions and quick reviews then and there are subsequent stages. The overall objective here is to deliver all the high-priority functionalities that are in alignment with set expectations. The product is thus matured to have lesser iterations or defects with each stage.

8. Spiral model

Early identification, prevention, rectification, and reduction of overall project risks are the major take away of the spiral model. The project here is started at a smaller scale and all the risk assessment is done prior before diving further down the lane in each of the stages. Proper planning is done here which makes the entire framework more sophisticated and reliable. The model perfectly suits projects that are large in size and mission-critical.

9. Dynamic systems development model methodology

This model involves continuous end-user involvement. The major aim here is to deliver systems that fit under the initially proposed budgets while also nearing completion of different phases at the previously fixed timelines.

10. Extreme programming methodology

Also known as an XP development methodology, this is used for the development of software in an environment that is unstable. The major goal here is to promote maximum flexibility in operation. Reduced cost is one other benefit here. Maximum customer involvement, turn-around times, and an overall reduction in the net development budget are a few advantages that XP methodology brings to the table.

11. Joint application development methodology

The idea here is to keep the client well-informed and also include them as a part of the project from the end to end of all the stages in the development cycle. This will thus make way for collaborative development and also prevents all the back & forth in the software project that is usually bound to happen.

12. Lean development methodology

The focus here is to create software that is easily changeable. The overall framework is strategically focused here. The key advantage of this system is that it leaves more room for quick project completion even far less than the initially stipulated timelines.

Be it any software development methodologies that you opt for, the company that you hire to take over this effort matters. Hiring someone like YCSPL who carry a decade worth of experience can simply be game-changing altogether!

What is digital transformation?

Do you know all about digital transformation?

The world around us is rapidly changing and you need to keep up with the pace in order to make your business stay ahead of the curve. Digital transformation might just be everything you need to realign your way according to contemporary trends. This basically refers to the integration of technologies that will help any business accelerate forward. You can do this by helping to ease your operational flow, improve your marketing strategies, sync with consumer preferences, increase your revenue prospects, better visibility, organizational restructuring, etc.

But there’s always confusion with respect to where you can start your efforts with. Hiring an expert might make the process a lot easier and hassle-free. This is because they’d be resourceful to handle all your requirements and meet all your operational demands.

5 different types of digital transformation services

1. Business process transformation

The transformation process when it comes to businesses typically involves changing all the operational methods from scratch to enhance the operational flow. This involves giving enhanced accessibility for easing day-to-day operations and improving all the operations by automating as necessary. Making investments in the digital side of things by making way for improved marketing, R&D and data collection is also a part of the digital transformation service.

2. Cloud transformation

The power of the cloud has been rapidly explored in the current scenario since it offers improved accessibility and maximum data utilization. Migrating your operations to the cloud will give you added data security, flexible operations, and accessibility to all your information systems in one place.

There are a lot of cloud products specifically curated for business operations like accounting, finance, HR, CRM, ERP, etc that you can easily implement for your utilization. You can also team up with resourceful companies like YCSPL who can help you with easy deployment of any cloud solutions there for your business.

3. Business model transformation

Rethinking the entire structure of your business is what business model transformation necessarily involves. For example, covid19 has pushed all conventional brick-and-mortar stores to focus on eCommerce creation, development, and deployment. This is complete realignment and it is not easy. The digital transformation methods that you go for should necessarily take all factors into consideration like your market viability, consumer preferences, target audience sustainability, potential revenue generation, and the competitive landscape around.

Focusing on the strategic part of turning your business around for the better with added assistance from digital technologies is something you should pay attention to despite the scale of your business.

4. Cultural transformation

Leveraging new technologies to venture into the unknown will only be seamless if all your employees are up for it. And this would only happen when you spend proper time and resources in educating your entire team to gear up for any new changes. You should be focusing on promoting a transparent work culture and improved collaboration between departments. The entire business model should be assessed and accounted for before proceeding forward with digital integration.

5. Domain transformation

Transcending conventional boundaries to trace newer segments of business is the basic premise of domain transformation. Creating a whole new market that was not even previously existing is where digital transformation technology comes into play here. Employing all the newer technologies like the Internet of Things, Artificial Intelligence, wearables, interactive web applications, etc are all a part of domain transformation culture. Tracing newer possibilities with any existing business is now easier than ever. But all it takes is an expert who can simplify all the challenges.

What should you look for in a digital transformation company?

1. Experience

If anything, digital transformation is the most crucial investment of all. It can potentially reap good returns in the longer run. But only if you get it right in the first place. Understanding your business conditions, market environment, and consumer preferences is important before you deploy any new digital additions to your existing operations. While the returns are going to shoot through the roof, you should also be focusing on hiring someone who will bring that your way.

At YCSPL, we have been helping a lot of SMEs with digital solutions for almost a decade now and we understand what it takes to deploy the perfect solutions for your business.

2. Accountability

This is now of the game-changing factors. This is because when you hire someone to offer you digital solutions, you’re basically naming them as the in charge in the domain you’re not so sure of. You’re going to depend on these partners to offer you the most viable, sustainable, and profitable solutions. The entire operational outlook of your business might just change with the advent of newer technologies in the picture. Any partner in the picture should look at all the opportunities while also steering clear of all the risks that you might encounter along the way.

3. Resourcefulness

The efficient deployment of digital transformation methods depends on all the tools, people, and technologies that you have in place. The company that you hire should have enough expertise and professionals from diverse niches coming together for offering all the solutions you’re looking out for.

When you hire someone like YCSPL, you’re essentially falling back on our decade’s worth of experience. We have already helped a lot of business stay afloat and trace better revenues sustainably with our transformation solutions. Talk to us today and we might just show you how it’s done!

How are drones used in aerial surveying?

Aerial surveying applications using drone technologies

Since drones can potentially take off and land almost anywhere despite the terrain, weather, accessibility, or other environmental considerations, they’ve highly sought after. Aerial surveying is now made immensely easier with the introduction of drones in the sector because of the easy deployment they offer. It is now possible to map inaccessible areas, monitor any remote corner, and even carry out border surveillance at ease with drones configured for specific requirements.

At the same time, one single drone flight can give us a whole lot of data points all with respect to the geographical location points on the earth’s surface. Drones also carry specific payloads to capture aerial images at different angles from the above which can all be later correlated to arrive at a lot of deliverables.

Why are drone surveys increasingly utilized?

1. Exhaustive data

When it comes to traditional surveying methods, only a limited amount of data can be measured through individual points at any point in time. But with the introduction of drone deployment and increasingly innovative payload configurations, it is possible to measure a whole lot of data points at once. All of these can be compiled at a ground station and can be manipulated to present us with the accurate solutions that we are looking for.

Integrated with GIS components, drones can help resolve the most complex problems by helping us understand the geographic connection, history, and spatial analysis of any given area.

The data from drone sources can result in the following deliverables:

• Orthomosaic maps
• Digital surface models (DSM)
• Digital Elevation Model (DEM)
• 3D Textured Map
• 3D point cloud
• CONTOUR MAPS
• Digital Terrain Model (DTM)

All these data points can be further manipulated to produce a whole other stream of data sources that are functionally the base for a lot of other operations.

2. Reduced time, cost, and manpower

Drones eliminate the need for multiple GCPs and help us with accurate and even real-time data sources. The overall time involved in the capturing and processing of data points can thus be rewritten with the intervention of a drone survey. Did you know that drone operations are actually about 500 times faster than conventional methods?

They also make way for the lesser cost of surveying as compared to the other conventional methods like terrestrial surveying, using light aircraft or helicopter surveys. They thus account to lower overhead compared to the other methods. They’ve also thus become a cost-effective solution for private organizations in their surveying operations, property borders management, or even stockpile volumetric measurements.

3. Accuracy

UAVs are getting better each day with technologically sound configurations and improved payload specifications. Drone cameras are now able to capture videos of 5.2K resolutions on a real-time basis. These improved camera specifications, higher pixel density, and stabilization techniques have resulted in making aerial surveys with drone applications a viable choice for various operations.

It is also possible to pay close attention to even the minute details that are usually prone to be overlooked during conventional operations.

4. Improved safety

Since aerial surveying is carried out at specific heights above the ground level, there is always a risk to equipment safety. The health of the surveyors should also be given a bit of focus there since they’re also directly involved in the surveying operations.

Drones are extremely light compared to aircraft or helicopters and they pose a lesser risk after deployment. These days drone technologies are also integrated with intelligent features like risk identification, Return to Home features in the case of any operational troubles (RH), and self-assessing capabilities to understand batter health, payload conditions, etc.

At YCSPL, we have a track record of offering drone solutions with absolutely zero downtime or disaster record to date.

5. Easy accessibility

A lot of problems like weather conditions, risky slopes, terrain, and environmental considerations can all be crossed off the books with drone deployment. Combined with GIS applications, they provide the simplest of solutions for navigation, mapping, and understanding geographical relationships in terms of spatial coordinates.

With a pre-planned flight path, there will be only minimal operational hindrances. It is thus easy to even continuously monitor and inspect systems like windmills, telephone network towers, mines, power lines, masts, roofs, etc.

Where are drone technologies employed?

1. Land surveying, cartography, development, and planning

This is one of the major areas where the digital survey is highly popular. The highly accurate 3D model or orthomosaic maps of high resolutions can help us with a complete geographical understanding of any region. After processing, these can help us with on-point maps, detailed elevation models, and contour lines.

Site scouting, zonal planning, new construction developments, etc are all possible with these data points.

2. Urban planning

Combined with GIS applications, drones help in a thorough understanding of social and environmental conditions pertaining to any location. This is crucial for the developmental planning of any city to bridge all the existing gaps and make it more functional and sustainable with each new construction.

3. Agriculture planning and management

Aerial surveying services are highly sought after especially in the areas of agriculture because of the thorough geographical understanding they offer. Crop planning, disease pattern identification, weather and risk assessment, crop rotation, mitigating surface run-offs, yield prediction, etc are all now possible and the deployment of drones that are built for the purpose. At YCSPL, we have been increasingly offering solutions that are accurate and on-point through our drones.

Top urban design trends in 2022

Urban design trends that are reshaping the future of cities

Over 80% of the global GDP comes from cities and it is thus important that urbanization traces consistent improvements with time. Since cities contribute to sustainable growth, it is important that the citizens are opened up to a lot of opportunities and a progressive infrastructure that boosts continuous growth. Urban design trends are catching up a lot of momentum and it is important that planners stay up-to-date.

Cities should nurture a sense of connection and cast a stronghold on the center of their attention – the people. All the developmental planning should go further beyond the surface-level aesthetics to be functionally efficient in meeting the demands of its citizens. There is no one-size-fits-all design approach when it comes to urban development. But the following trends might just put things into perspective on what’s given weightage of importance these days.

1. Mixed-use neighborhoods

In the wake of suburban developments that are given priority alongside urban planning, there are no single-use downtown neighborhoods anymore. There’s a merge of functionalities in each area where residential and commercial developments happen alongside each other. This will thus make way for cities where each area has a mix of functional utilities for housing, work opportunities, and avenues for engagement altogether.

2. Green living

Cities easily lose sight of the connection with nature because of the rapid urbanization they encompass. But to create harmony between people, their lifestyles, and a sense of connection, green corridors are given importance increasingly. Making way for an outdoor engagement activity and green public parks are given added importance these days.

Parks, roadside curbs planted with trees, vertical farming even on the busiest of roads, artificial ponds, etc are all some of the innovative urban designs that are sought after by planners.

3. The 15-minute city

This refers to the creation of a neighborhood approach where every amenity is available within a 15-minute walking or cycling distance. This will help resolve problems like the need to commute long distances for work, parties, or play. Apart from being just a solution for mobility problems, the 15-minute city also helps in making a city sustainable and self-sufficient in nature. This will also help resolve any inequality between two different parts of a city and helps the entire cityscape to be perceived as one.

4. Inclusivity

Promoting equal participation and appreciating cultural, racial, and gender differences is what makes cities the best place for making a living. Any urban planning company should keep in mind that all the facilities should be accessible for every citizen despite the difference they have.

For example, gender-neutral bathrooms in public spaces or ramp accessibility in all recreational areas should be given maximum focus during the development of new structures.

5. Enriching local experiences

Cities should also promote domestic tourism and evolve in their approach to curate engaging local experiences. This will give an outlet for the citizens to network and connect with each other while also developing a sense of belonging with their respective cities.

At YCSPL, we have worked on urban planning projects in collaboration with state governments and have been offering them the best solutions to date.

6. Circular Economy model

Cities should focus on promoting reusing and recycling practices for sustainable overall progression. This is one of the top urban design trends in 2022 that has been rewriting the narrative of how cities recklessly generate a lot of waste. Efficient management of resources and encouraging local production for self-sustainably like urban planning are all taken into consideration.

7. Mobility solutions

Transportation and the increasing density of traffic in hot areas are going to be major problems if left unaddressed. While efficient AI-imparted monitoring of traffic solutions is one thing, they are not going to be just enough. You should rather promote public transport solutions or shared transportation solutions like carpooling to reduce overall carbon footprints in the longer run.

There should also be strict government mandates on FC regulations for commercial vehicles and protocols like recurring pollution tests for two-wheelers. The usage of Electric Vehicles should also be promoted to negate the depletion of natural resources.

8. Smart and Sustainable Constructions.

When it comes to any new construction, there should be added consideration given to making the entire development smart and wholesomely sustainable. Optimized energy consumption, efficient waste management processes, and effective utility construction should all be given a major priority.

With the current digitization in place, urban design trends in 2022 are already rapidly progressing. Any city planner should make sustainability a core objective in their efforts.

9. Strengthened Cyber Security

Security threats are no news. It is also important to remember that in city structures, data is one of the most valuable assets that holds a lot of key elements at stake. There should be increased cyber security awareness and proper recuperation protocols in place even during the events of an impending ransomware or data piracy threat.

The citizens should all be well-informed about the importance of data privacy and should be tuned to keep their own data structures safe.

10. Surveillance

Since cities are population dense, it is important that there are proper protocols for added surveillance. CCTVs installation should be done in all the major areas across multiple locations and angles for comprehensively capturing every last movement. This will help the citizens feel a lot safer and more comfortable while also greatly reducing the crime rates.

The urban planning team at YCSPL pays careful attention to all these trends to make our efforts count.

The impact of using digital technology on rural development

Some major impacts of using digital technology can be deployed in rural regions. Here’s how:

Think what you will, but rural areas have already been touched by technology and there’s no going back. Even the last villages and communities in India are now having access to basic internet and they’re opening up to a world of exposure. An interconnected world might just be everything to uplift the spirits and opportunities of the rural population. Any digital technology provides a basic ground for improved connection with the rest of the regions and prevents isolation or restriction in terms of knowledge.

Here are a few benefits that digitization can create in the rural sectors

1. Nurturing social ties

With the advent of high-speed internet and lowered subscription costs, it has become easier for people to stay connected like never before. For any community to progress, it is important that they’re showered with proper exposure to diverse cultures and people who lead a different way of life than oneself.

Only when the social standings of a rural region improve, the overall area will benefit both in terms of monetary compensation and structural developments. It can also help people irrespective of their age, race, caste, gender, sex, or sexuality with a platform for expression that will help them personally fight loneliness or monotonous living.

2. Knowledge advancements

Digital services do not just refer to a mobile phone with internet or computers. But rather any resource that will help with a data-first way of approach. For example, even the structural planning of any new infrastructure can simply be done by the integration of digital tools or applications like GIS or drone technologies. All these will help rural areas have increased overall access to diverse on-field opportunities.

Since agriculture is the key occupation that is pursued by people belonging to rural areas, there can also be improved access to a lot of functional utilities that will help strengthen the whole sector. Improved quantity of produce, effective crop monitoring, reducing any supply wastages, and data-informed crop rotation techniques will all help in better overall agricultural and revenue prospects.

3. Open up to a progressive and inclusive mindset

The one major thing that distinguishes the people of rural areas from the city dwellers is their general mindset and perception of things. People from the city background are generally easygoing. They have well adapted to neutral environments where everyone belongs together despite their differences. But the limited exposure in rural regions restricts them from seeing things from other angles.

With digitization in the books, they’ll have unlimited exposure and a lot of insights into how people lead their life in regions that are different from their own. This will collectively drive them towards creating a space that is one and equal for all. Slowly of course, but indefinitely.

4. New market opportunities

With prospective digitization, rural dwellers can find their customers from across the world just by generating the right content or by offering their services in a much more accessible manner. For example, the agricultural supply chain is not standard and there are a lot of middlemen who are meddling in the whole process. But with any digital technology at their disposal, farmers will know more about the real-time prices of their products around and can even curate a direct-to-consumer eCommerce model for better margins.

4. Connectivity and tourism

Rural areas are well-known for their unique cultures and all the little things that make them a unit unlike the rest of the world. With digitization, there will be more room for increased exposure and people can find a lot of business opportunities along the way. Any region with basic internet facilities and good knowledge of hospitality can host people from around the world. They can immerse in their diverse cultural activities thereby strengthening the rural economy and also deriving a lot of attention along the way. Nomadic working lifestyles are already being promoted where there is an open call for Work From Home employees to go on staycations to remote villages that are cut off from the rest of the world.

Impact of using digital technology on rural development

1. Improving access to a broadband connection

We live in an internet era where it is quickly becoming one of the basic commodities like clean air or fresh water. To open up rural areas to a world of opportunities, it is important that we first provide people with access to connectivity like never before.

There should be universal access to high-speed broadband connectivity just like the ones available in cities or towns

2. Bridging skill gaps

It’s one thing to install a computer station in a rural setting and it is a whole other thing to actually also appoint resources who will be able to teach the general public everything they can do. Automation is rapidly wiping out a lot of labor-intensive processes and the general public should be made ready to adapt to the consequences by mastering these technologies beforehand.

3. Regulations and policies

Governmental interference is always a crucial factor in effective any drastic change to realize the true impact of using digital technologies. Any rural development plan should fundamentally involve digitization as a core consideration.

At YCSPL, we have been closely associated with both governmental and private organizations in rural development projects where digitization is one of the key metrics of consideration.