#deep learning services

[sigmasolveinc]

The Role of Deep Learning in Enterprise Evolution

Deep learning, a subset of machine learning, has emerged as a powerful technology that mimics the human brain’s neural networks to analyze and process vast amounts of data. In recent years, its applications have extended far beyond the realms of academia and research, finding a significant place in enterprise businesses. This article explores what deep learning is and delves into how it can revolutionize various aspects of enterprise operations, from enhanced decision-making to improved customer experiences.

Understanding Deep Learning:

Deep learning is a branch of artificial intelligence (AI) that involves the use of neural networks to simulate the way the human brain works. These neural networks consist of interconnected layers of nodes, each layer processing and extracting increasingly complex features from the input data. Through a process called training, these networks learn to recognize patterns and make predictions, enabling them to perform tasks such as image and speech recognition, natural language processing, and even complex decision-making.

Key Components of Deep Learning:

Neural Networks: The fundamental building blocks of deep learning, neural networks consist of interconnected layers of nodes (artificial neurons). These networks learn and adapt through the adjustment of weights connecting these nodes.

Training Data: Deep learning models require large amounts of labeled data for training. This data helps the neural network learn the patterns and relationships necessary to make accurate predictions.

Activation Functions: These functions introduce non-linearity to the neural network, enabling it to learn complex relationships in the data. Common activation functions include sigmoid, tanh, and rectified linear unit (ReLU).

Backpropagation: The optimization process where the neural network adjusts its weights based on the difference between predicted and actual outcomes. This iterative process enhances the model’s accuracy over time.

How Deep Learning Benefits Enterprise Businesses:

Data Analysis and Predictive Modeling:

Deep learning excels in analyzing vast datasets to identify patterns and trends that might go unnoticed by traditional analytics tools. This capability is invaluable for enterprises dealing with large volumes of data, as it allows for more accurate predictions and informed decision-making. From predicting market trends to optimizing supply chain operations, deep learning models can provide valuable insights to drive strategic planning.

Enhanced Customer Experiences:

Personalization is key to delivering superior customer experiences, and deep learning plays a pivotal role in achieving this. By analyzing customer data, including preferences, behaviors, and feedback, deep learning algorithms can tailor recommendations, advertisements, and interactions to meet individual needs. This not only improves customer satisfaction but also increases the likelihood of repeat business.

Automation and Efficiency:

Deep learning enables automation of complex tasks that traditionally required human intervention. This includes automating routine business processes, such as data entry and document processing, freeing up human resources for more strategic and creative endeavors. Robotics process automation driven by deep learning can significantly enhance operational efficiency, reduce errors, and cut down on costs.

Fraud Detection and Security:

In the realm of cybersecurity, deep learning is a formidable tool for detecting and preventing fraudulent activities. By analyzing patterns in user behavior and transaction data, deep learning models can identify anomalies indicative of potential security threats. This is particularly crucial for financial institutions, e-commerce platforms, and any enterprise dealing with sensitive customer information.

Natural Language Processing (NLP):

Deep learning has significantly advanced natural language processing capabilities. Enterprises can leverage NLP to automate customer support through chatbots, analyze sentiment in social media, and gain insights from unstructured textual data. This not only improves communication but also enables businesses to stay attuned to customer sentiments and market trends.

Supply Chain Optimization:

Deep learning can optimize supply chain operations by predicting demand, identifying bottlenecks, and enhancing inventory management. Through the analysis of historical data and real-time information, businesses can streamline their supply chains, reduce costs, and improve overall efficiency. This is especially relevant in industries where timely and accurate deliveries are critical.

Human Resources and Talent Acquisition:

Deep learning can revolutionize the recruitment process by automating resume screening, evaluating candidates based on diverse criteria, and predicting candidate success in specific roles. This not only speeds up the hiring process but also ensures a more objective and data-driven approach to talent acquisition.

Product Development and Innovation:

By analyzing market trends, customer feedback, and competitor data, deep learning can assist in product development and innovation. This proactive approach helps businesses stay ahead of the competition by anticipating consumer demands and preferences, fostering a culture of continuous improvement

Conclusion:

In conclusion, deep learning is a transformative force for enterprise businesses, offering unprecedented capabilities in data analysis, automation, and decision-making. As businesses continue to generate and collect massive amounts of data, the ability to extract meaningful insights from this information becomes paramount. Deep learning not only meets this demand but also opens new avenues for innovation, efficiency, and customer satisfaction.

Embracing deep learning technologies requires a strategic approach, including investments in talent acquisition, infrastructure, and ongoing research and development. However, the benefits are substantial, positioning businesses at the forefront of their respective industries and paving the way for a future where intelligent systems drive growth and success.

Original Source: Here

[its-vishnu-stuff]

Deep Learning Services In Hyderabad– Innodatatics

Deep Learning Analytics Services provide state-of-the-art ways to leverage machine learning and artificial intelligence. These services offer thorough data analysis, predictive modeling, and actionable insights to support well-informed decision-making and operational optimization by utilizing cutting-edge neural networks and complex algorithms.

[pattemdigitalsolutions]

What is Deep Learning? Use Cases, Examples, Benefits

Deep Learning Discerned: A Comprehensive Exploration 

In the realm of artificial intelligence, "Deep Learning" stands as a formidable paradigm, revolutionizing the way machines understand, process, and interpret complex data. This article delves deep into the heart of Deep Learning, unraveling its intricacies, and shedding light on its practical applications. We will explore the real-world use cases and compelling examples that showcase the transformative power of this technology. Moreover, we'll unveil the manifold benefits it offers across various industries, from healthcare to finance, and its potential to drive innovation, efficiency, and decision-making to unprecedented heights. By the end of this journey, you will have a comprehensive understanding of Deep Learning development company significance in today's data-driven world, and how it is reshaping the landscape of technology and business.

Deep learning, a subset of machine learning, is characterized by its ability to autonomously identify intricate patterns within vast datasets, often surpassing human-level performance in tasks like image and speech recognition. Its remarkable capabilities have found applications in diverse fields such as healthcare, autonomous vehicles, finance, and natural language processing. This article will showcase real-world instances where deep learning has excelled, providing tangible evidence of its transformative potential. Furthermore, we'll delve into the numerous advantages it brings to the table, including enhanced accuracy, automation of complex tasks, and the ability to derive insights from unstructured data.

The Artistry of Deep Learning: Captivating Instances of Technological Triumph

Deep learning use cases are crucial because they have the ability to greatly increase the accuracy and efficacy of a wide range of applications. Deep learning algorithms are ideally suited to jobs that are challenging for conventional algorithms to complete because they can learn and make judgments independently by evaluating patterns in the data they are given. Use cases for deep learning are crucial since they support a range of applications. Deep Learning has ignited a revolution across various industries, pushing the boundaries of what's possible in data analysis, pattern recognition, and decision-making. Here, we'll delve into some prominent use cases and real-world examples that highlight its transformative potential:

Deep Learning has found extensive use in medical image analysis. For instance, in radiology, it aids in detecting anomalies, such as tumors or fractures, with remarkable accuracy. Additionally, it can predict disease outcomes and assist in drug discovery. Google's DeepMind, for example, developed an AI model that can identify eye diseases like diabetic retinopathy from retinal images. Financial institutions employ Deep Learning for fraud detection, risk assessment, and algorithmic trading. Deep Learning models can analyze vast amounts of financial data in real-time, spotting fraudulent transactions or predicting market trends. Companies like PayPal and JP Morgan Chase utilize Deep Learning for security and trading strategies.

Self-driving cars rely heavily on Deep Learning for object recognition, path planning, and decision-making. Companies like Tesla use neural networks to enable their vehicles to navigate complex road scenarios, making driving safer and more efficient. Deep Learning powers chatbots, language translation services, and sentiment analysis in social media. For instance, Google's BERT (Bidirectional Encoder Representations from Transformers) dramatically improved the accuracy of search engine results by understanding context and intent in search queries.

Deep Learning enhances customer experiences through recommendation engines and inventory management. Amazon's recommendation system is a prime example of Deep Learning in action, suggesting products based on user behavior and purchase history. Predictive maintenance is a critical application, where Deep Learning models analyze sensor data to predict when equipment is likely to fail. This prevents costly downtime and reduces maintenance costs. General Electric (GE) is a pioneer in this field. Deep Learning is used in content recommendation on platforms like Netflix and Spotify, ensuring that users receive personalized recommendations based on their preferences and viewing history.

Deep Learning's Symphony of Advantages: A Multifaceted Elixir

Deep Learning, a subset of machine learning, offers a multitude of compelling benefits that have propelled it to the forefront of technological innovation. One of its most remarkable advantages is its exceptional accuracy. Deep Learning models have proven their mettle in tasks demanding high precision, such as image recognition, natural language processing, and complex pattern recognition. Their capacity to consistently deliver accurate results makes them indispensable in fields where accuracy is paramount, such as medical diagnosis and autonomous navigation. Automation is another key benefit of Deep Learning. By leveraging neural networks and deep architectures, businesses can automate intricate tasks, thereby increasing operational efficiency and reducing labor costs. This automation extends across a spectrum of applications, from chatbots offering customer support to self-driving vehicles navigating complex road conditions.

Deep Learning's prowess in handling vast datasets is a game-changer in the era of big data. It excels in extracting meaningful insights from massive data collections, enabling data-driven decision-making and the discovery of hidden patterns that were previously inaccessible. The versatility of Deep Learning is equally striking. Its adaptability allows it to be employed across diverse industries, from healthcare for disease diagnosis to finance for predictive analytics. This adaptability ensures that Deep Learning remains relevant and valuable in a rapidly changing technological landscape.

Furthermore, Deep Learning models can continuously improve their performance over time. By learning from new data and adapting to changing conditions, they are particularly well-suited for tasks involving evolving patterns, such as fraud detection and recommendation systems. Real-time processing capabilities are integral to many Deep Learning applications, ensuring rapid responses and decision-making in scenarios where timing is critical, such as autonomous vehicles making split-second decisions to navigate traffic safely.

Personalization is another significant benefit as Deep Learning powers recommendation systems that provide users with tailored content and product suggestions, enhancing user experiences and customer satisfaction. Lastly, Deep Learning can contribute to cost reduction in industries like healthcare and manufacturing by predicting equipment failures and optimizing maintenance schedules. This predictive maintenance not only saves costs but also minimizes downtime, resulting in substantial efficiency gains.

Continuous Learning Brilliance: Deep Learning's Adaptive Advancement

Deep Learning, a subset of machine learning, offers a wide range of remarkable advantages from an Artificial Intelligence Development Company. Its exceptional accuracy makes it invaluable for tasks demanding precision, from image recognition to natural language processing. Automation is a key benefit, streamlining complex tasks and enhancing operational efficiency. In the age of big data, Deep Learning's prowess in processing vast datasets is a game-changer, enabling data-driven decision-making and pattern discovery.

Its versatility allows for applications in various industries, while continuous learning ensures adaptability to evolving patterns. Real-time processing capabilities are crucial for timely decision-making, and personalization enhances user experiences. Moreover, Deep Learning contributes to cost reduction through predictive maintenance and optimized operations. These benefits collectively make Deep Learning a transformative technology with the potential to reshape industries and drive innovation.

[shalom-iamcominghome]

Do blessings need to be in Hebrew? I remember reading that blessing in your preferred tongue works just fine. If you want to do Hebrew because it's a beautiful language I completely understand

Not necessarily, but it doesn't hurt! I see being able to pray and come up with blessings as proof of understanding hebrew, which I haven't gotten to yet. My proficiency has a lot to be desired, but one day, I'll try my hand at thinking and writing different blessings for all sorts of things in hebrew!

[healingheartdogs]

I know it's been a few years since I've run my own dog training business instead of working for someone else for exploitation wages and that previously I was working in the rural south where prices are a bit different in general, but out of curiosity I decided to look at some dog training services in my area in upstate NY today and got hit with sticker shock ngl.

Most places don't post their prices so I could only compare a few (which... I sort of get since they want to avoid competition doing what I'm doing right now lol but as someone who has run a dog training business and had business marketing included in my education it's something I see as an... *interesting* choice, because most clients want to know price up front without having to contact you and wait for a response because they probably already have a budget in mind and just want to be able to quickly see if you fit into it or not, which means not having prices posted will make some potential clients immediately look elsewhere and if you don't even have some sort of price range for services posted somewhere then most of your calls and emails will just be people asking for pricing and a majority of those calls and emails will not lead to services purchased so it ends up wasting a lot of unpaid time on office work BUT THATS AN UNRELATED TOPIC, I DIGRESS) but WOWZA the ones that did have prices posted really made me realize I do NOT live in a low cost of living place anymore.

One of the popular places here that I looked at charges $150+ for ONE training session with one of their APPRENTICE trainers. It's double that price to train with one of their more experienced dog trainers for just one session.

I looked back at some of the trainers I was competing with back in FL and NC to compare as well as the dog training school I went to just to check and see if prices were getting that high in other rural areas, and nope. Most places $300 would still get you at least three - maybe up to six - private lessons spread out over three (or six, or whatever) weeks, which is the pricing range I'm used to seeing dog trainers in the rural south suffer with because of places like Petsmart setting the pricing bar so low.

I'm pretty sure I have more formal dog training education and certification than most of the employees at this place too since even their main "behaviorist" (not a protected title in the USA so anyone can call themselves that) has no certifications listed at all that I can find, so... I guess now that I live here if I ever start training again I'm going to have to rethink my pricing lol even if I don't charge those kinds of prices I clearly still need to bump them up in this area from what I used to charge in order to be competitive with these other training businesses.

[pilonciillo]

i genuinely don’t know how i’m supposed to act at my age

[izzy-b-hands]

I will be forever grateful i can be on this new med. it's one a lot of folks also need and can struggle to have access to! It's important i be on it, especially if i start doing any vid collabs

(some of which, really, all of which, i unfortunately actually need to cancel that were in the preplanning stages, bc the election results have me wanting to wait and see how the general atmosphere of the country is before i agree to meet up with anyone. I feel bad for cancelling, but also i just can't know for sure how safe things are/might be going forward and I'd rather avoid the potential of. ya know. various not great things that could happen at a meet up, tho i would certainly hope they wouldn't. i don't feel like actually addressing them rn, u guys know what i mean)

That said, if the truvada initial side effects could fuck off asap would be so lovely. three weeks at worst, then they should be gone/much better or so i am told. really hope that's true bc losing my mornings to being dizzy and nauseous is Not Working for me lmao. im on week two, and now understand why my new doc said to call if i needed any 'cheerleading' and support to get thru the side effects, bc apparently she's done that for several ppl to make sure they actually make it thru the three weeks and keep on it (lovely of her!!)

[sharkinator4000]

i have become very good at tapestry crochet so please tell me what i should make next any and all suggestions welcome i am making patterns

[mrfoox]

.... OK I really hope I can keep this dude ♥

[six-sticks]

idk if anyone else is like me and likes watching reaction videos, but if you do I super recommend this series! It's the first one I've seen where the reactor actually goes more in-depth on vocal technique (or at least in-depth for me, someone who knows nothing about singing XP)

not all the videos are about zhou shen, but he takes up a decent percentage, and I think her analysis is worth watching on its own too

[sharon-ai]

Optimized AI infrastructure for training and inference workloads

AI Infrastructure Solutions: The Nerve Centre of State-of-the-Art AI Development

Artificial Intelligence (AI) is fast-changing today. To keep abreast, businesses and researchers require solid and effective systems that will support models in AI, especially for deep learning, machine learning, and data analysis. Such a system comes in the form of advanced AI infrastructure solutions.

AI infrastructure refers to the underlying hardware and software stack that is the foundation upon which AI workloads can be deployed and optimized. Indeed, be it deep-learning model training or inference work, proper infrastructure will be a determinant.

In this blog post, we'll walk you through the importance of high-performance AI infrastructure and how to optimize your AI workloads with the right setup. From GPU-powered solutions to deep learning-focused infrastructure, we will outline the essentials you need to know.

What is High-Performance AI Infrastructure?

High-performance AI infrastructure refers to the combination of advanced hardware and software optimized for handling intensive AI tasks. These tasks, such as training deep learning models, require immense computational power. Traditional computer systems often struggle with these demands, so specialized infrastructure is needed.

Key components of high-performance AI infrastructure include:

- Powerful GPUs:

These are built to support the parallel computation requirements of AI tasks and are much faster than a traditional CPU.

- Massive Storage:

 AI models generate and process vast amounts of data, so they need fast and scalable storage solutions.

- Networking and Communication: 

High-speed connections between AI systems are necessary to ensure data flows efficiently during training and inference processes.

By utilizing high-performance infrastructure, AI tasks can be completed much faster, enabling businesses to innovate more quickly and accurately.

How Can AI Workload Optimization Services Help Your Business?

AI workload optimization services are essential for improving the efficiency and effectiveness of AI processes. These services ensure that AI workloads—like data processing, model training, and inference—are managed in the most optimized manner possible.

Through AI workload optimization, businesses can:

- Reduce Processing Time:

 The right infrastructure and effective management of workloads help reduce the time taken to train AI models and make predictions.

- Improve Resource Utilization:

 Optimized AI workloads ensure that every bit of computing power is used effectively, thereby minimizing waste and improving overall performance.

- Cost Savings:

 Through the adjustment of the performance and resource consumption of AI systems, firms reduce unutilized hardware expenses and power consumption.

Optimization of workloads, for example, becomes even more efficient in utilizing high-performance AI infrastructure to its full extent since it offers companies the possibility of reaping maximum rewards from advanced computing systems.

Why Is AI Infrastructure Necessary For Deep Learning?

Deep learning, as the name suggests, falls under machine learning and utilizes the training of models on extensive datasets by multiple layers of processing. Because deep learning models are huge and complex in their infrastructure, they require proper infrastructure.

The AI infrastructure in deep learning is made of powerful high-performance servers, containing ample storage for huge data and processing heavy computational processes. In the absence of this infrastructure, deep learning projects get slow and inefficient, becoming cost-prohibitive as well.

With AI infrastructure specifically built for deep learning, businesses can train:

- More Complex Models:

 Deep learning models - neural networks and their analogs - require big amounts of data and computing power for the real training process. Such infrastructures ensure the proper design and refinement of models with appropriate speed.

- Scalable AI Projects: 

Deep learning models are always changing and demand more computing power and storage. Scalable infrastructure will make it easy for companies to scale their capabilities to match increasing demands.

GPU-Powered AI Infrastructure: Accelerating Your AI Capabilities

The training and deployment of AI models will be sped up with the help of GPU-powered infrastructure. The parallel processing algorithms that are required in machine learning and deep learning work better on GPUs than on CPUs due to the efficiency that results from their design.

Add GPU-powered infrastructure to boost the development of AI. 

These will give you:

- Faster Training Times:

 With the ability to run multiple tasks in parallel, GPUs can reduce the time required to train complex models by orders of magnitude.

- Faster Inference Speed: 

Once the models are trained, GPUs ensure that the inference (or prediction) phase is also fast, which is critical for real-time applications such as autonomous driving or predictive analytics.

Using GPU-powered AI infrastructure, businesses can enhance their AI applications, reduce time to market, and improve overall performance.

AI Infrastructure with NVIDIA GPUs: The Future of AI Development

NVIDIA GPUs stand for excellence in performance among most applications involving AI or deep learning. By using optimized hardware and software, NVIDIA has revolutionized itself to be more valuable than the competition and can help companies scale their business more easily with AI operation development.

Optimized AI Infrastructure for Training and Inference Workloads

Optimized AI infrastructure is both critical for training and inference workloads. Training is the phase when the model learns from the data, while inference is the process by which the trained model makes predictions. Both stages are resource-intensive and demand high-performance infrastructure to function efficiently.

Conclusion: The Future of AI Infrastructure

AI infrastructure is no longer a luxury but a necessity. As AI keeps growing, the demand for high-performance AI infrastructure will keep on increasing. Whether it's to optimize workloads, utilize GPU-powered systems, or scale deep learning models, getting the right infrastructure is important.

At Sharon AI, we provide end-to-end AI infrastructure solutions that fit your business needs. Our services include AI workload optimization, AI infrastructure for deep learning, and GPU-powered AI infrastructure to optimize performance. Ready to accelerate your AI capabilities? Explore our AI services today!

[its-vishnu-stuff]

Top Deep Learning Services– Innodatatics

Using sophisticated neural networks, our Deep Learning Analytics services provide innovative insights and solutions specifically tailored to your company's requirements. We convert enormous volumes of data into actionable insights by utilizing cutting-edge machine learning algorithms, giving you the ability to make decisions with unprecedented accuracy.

[read-online]

Want to start your own AI business? This video breaks down the latest trends and provides actionable tips to help you turn your ideas into reality. Learn from successful young entrepreneurs and discover the best AI tools to get started.

This video explores how Artificial Intelligence (AI) is creating new job opportunities and income streams for young people. It details several ways AI can be used to generate income, such as developing AI-powered apps, creating content using AI tools, and providing AI consulting services. The video also provides real-world examples of young entrepreneurs who are successfully using AI to earn money. The best way to get started is to get today the “10 Ways To Make Money With AI for Teens and Young Adults”

[blogpopular]

Google Cloud AI: Revolucionando a Inteligência Artificial para Empresas

A Google Cloud AI está na vanguarda da inovação tecnológica, oferecendo soluções avançadas de inteligência artificial que transformam a forma como as empresas operam, inovam e atendem seus clientes. Esta plataforma integra o poder do aprendizado de máquina, análise de dados e automação para fornecer recursos personalizados e altamente eficientes. Neste artigo, exploraremos como a Google Cloud AI…

[byteztechweb]

Deep Learning Development Services Canada

At Byteztech, We Specialize In Deep Learning Development Services In Canada That Take Your Business Analytics And Automation To The Next Level. Train Your Systems To Think Smarter And Make Better Decisions. https://byteztech.com/Deep-Learning-Development-Services-Canada

[nitor-infotech]

Demystifying Encoder and Decoder Components in Transformer Models

A recent report says that 52.4% of businesses are already embracing Generative AI to make their work life easier while cutting down costs. In case you’re out of the marathon, it’s time for your organization to deepen the understanding of Generative AI and Large Language Models (LLMs). You can start exploring the various forms of GenAI, beginning with the encoder and decoder components of transformer models emerging as one of the leading innovations. 

Wondering what exactly are transformer models? 

A transformer model is a type of neural network that understands the meaning of words by looking at how they relate to each other in a sentence. 

For example: In the sentence "The cat sat on the mat," the model recognizes that "cat" and "sat" are connected, helping it understand that the sentence is about a cat sitting. 

Such models have opened new possibilities, enabling AI-driven innovations as it can help with tasks like -  

Onwards toward the roles of each component! 

Role of Encoder in Transformer Models 

Encoder in transformer models plays an important role in processing the input sequence and generating a response that captures its meaning and context. 

This is how it works: 

1. Input Embedding: The process begins by feeding the input sequence, usually made up of embeddings, into the encoder. These embeddings represent the meaning of each word in a multi-dimensional space. 

2. Positional Encoding: Since transformer models do not have built-in sequential information, positional encoding is added to the input embeddings. This helps the model understand the position of each word within the sequence. 

3. Self-Attention Mechanism: The heart of the encoder is the self-attention mechanism, which assesses the importance of each word in relation to others in the sequence. Each word considers all other words, dynamically calculating attention weights based on their relationships. 

4. Multi-Head Attention: To capture various aspects of the input, self-attention is divided into multiple heads. Each head learns different relationships among the words, enabling the model to identify more intricate patterns. 

5. Feed-Forward Neural Network: After the self-attention mechanism processes the input, the output is then sent through a feed-forward neural network. 

6. Layer Normalization and Residual Connections: To improve training efficiency and mitigate issues like vanishing gradients, layer normalization and residual connections are applied after each sub-layer in the encoder. 

Next, get to know how decoders work! 

Role of Decoder in Transformer Models    The primary function of the decoder is to create the output sequence based on the representation provided by the encoder.

Here’s how it works: 

1. Input Embedding and Positional Encoding: Here, first the target sequence is embedded, and positional encoding is added to indicate word order. 

2. Masked Self-Attention: The decoder employs masked self-attention, allowing each word to focus only on the previous words. This prevents future information from influencing outputs during model training. 

3. Encoder-Decoder Attention: The decoder then attends to the encoder's output, helping it focus on relevant parts of the input when generating words. 

4. Multi-Head Attention and Feed-Forward Networks: Like the encoder, the decoder uses multiple self-attention heads and feed-forward networks for processing. 

5. Layer Normalization and Residual Connections: These techniques are applied after each sub-layer to improve training and performance. 

6. Output Projection: The decoder's final output is projected into a probability distribution over the vocabulary, selecting the word with the highest probability as the next output. 

So, the integration of these components in the Transformer architecture allows efficient handling of input sequences and the creation of output sequences. This versatility makes it exceptionally suited for a wide range of tasks in natural language processing and other GenAI applications. 

Wish to learn more about LLMs and its perks for your business? Reach us at Nitor Infotech.