#and scale APIs anywhere with visibility and control

[pnthaantechnologies]

Design, secure, analyze, and scale APIs anywhere with visibility and control.

With pNthaan: Technologies, you have the power to choose where to host your APIs—on-premises, Google Cloud, or hybrid. You manage and control the runtime, enabling you to position the gateways closer to your API traffic and leverage your existing compliance, governance, and security infrastructure, while harnessing cloud capabilities such as analytics, monitoring, and developer portal.

[q-waiting]

How Do I Choose the Right Queue System for My Business?

In today’s fast-paced business world, customer experience is no longer just a “nice-to-have” — it’s a core competitive advantage. Whether you run a hospital, bank, government office, or retail store, managing waiting lines effectively is essential. This is where a queue management system software becomes invaluable.

But with so many options available, how do you choose the right queue system for your business? Let’s walk through the key factors to consider, common challenges, and how Qwaiting can help you deliver a seamless, efficient, and modern queuing experience for your customers.

Why Does Your Business Need a Queue System?

Long queues, chaotic waiting areas, and frustrated customers can harm your reputation and decrease operational efficiency. A queue management system software helps you:

Reduce customer wait time

Eliminate physical lines

Streamline check-in processes

Provide real-time status updates

Collect customer feedback

Improve staff productivity

Enable data-driven decision-making

It’s not just about managing queues; it’s about transforming how customers interact with your business.

Understand Your Business Needs

Before choosing any queue system, ask yourself:

What type of customers do we serve?

Do we face high foot traffic or appointment-based visitors?

Are we operating from multiple branches or a single location?

Do we need multilingual support for diverse audiences?

Is mobile-based queuing essential for us?

Every business is unique. For example:

A hospital may need multi-department queue tracking.

A salon might require appointment and walk-in blending.

A government office may need token-based routing with document verification steps.

Qwaiting offers flexible modules that adapt to your industry and customer flow type — whether structured or dynamic.

Consider the Features That Matter

Not all queue systems are created equal. Look for key features that align with your workflow:

a. Virtual Queuing Allow customers to scan a QR code or join a queue online without being physically present. Perfect for reducing in-location crowding.

b. Appointment Scheduling Combine appointments with real-time queuing for hybrid flow management.

c. Real-Time Notifications Send SMS or email alerts to customers as their turn approaches.

d. Dashboard & Analytics Track wait times, peak hours, service performance, and customer flow.

e. Feedback Collection Gather customer ratings at the end of their visit to identify improvement areas.

f. Multi-Branch Management If you operate from more than one location, central visibility and control are vital.

Qwaiting queue management system software includes all of these features — designed to grow with your business and improve both customer and staff experience.

Check for Customization & Scalability

As your business evolves, your customer flow will change too. Choose a system that allows customization and scaling.

Can you add/remove counters easily?

Is the interface customizable to your branding?

Can it support new locations or departments?

At Qwaiting, we believe in tailor-made solutions. Our system is built to evolve with your needs, not hold you back with rigid structures.

Mobile Friendliness & Cloud Support

Today’s customers expect digital-first service. Your queue system should be:

Mobile-friendly (for customers and staff)

Cloud-based (accessible anywhere)

Device-agnostic (works on tablets, kiosks, and desktops)

Qwaiting provides a fully cloud-based solution that runs seamlessly across devices — no complex installation, just log in and go.

Integration with Your Existing Systems

Will your queue system integrate with your existing CRM, booking system, or ERP tools?

Many businesses skip this step, only to face bottlenecks later. Qwaiting supports API integrations that ensure your data is synchronized, reducing manual work and errors.

Compare Pricing & ROI

Don't just look at the price — look at the value.

Ask:

Will it reduce staff workload?

Can it increase customer satisfaction and loyalty?

Does it reduce operational costs?

Will it prevent no-shows?

Qwaiting’s pricing plans are designed to be cost-effective for small businesses, yet powerful enough for enterprises. You get fast ROI through happier customers, optimized staff schedules, and smarter data insights.

Test Before You Invest

Always request a free trial or demo before committing.

This helps you:

Understand usability

Get staff feedback

Evaluate performance under real-world conditions

We at Qwaiting offer free demos, setup support, and onboarding assistance to help you get started quickly — without stress.

Real-World Example: How Qwaiting Helped a Retail Chain

A national retail chain approached Qwaiting with long customer lines and overwhelmed staff. After implementing our queue management system software, the brand saw:

35% reduction in walkout rates

40% increase in staff productivity

20% improvement in customer satisfaction scores

Positive online reviews due to seamless service

This proves how the right system doesn’t just manage queues — it transforms the entire customer experience.

Final Thoughts: Choosing Smart, Choosing Qwaiting

Choosing the right queue system isn't just about ticking boxes — it’s about understanding your customers, your team, and your goals. The right solution can help you create a smooth, personalized, and efficient experience for everyone who walks through your doors.

At Qwaiting, we’re more than a software provider. We’re your partner in delivering better service, smarter operations, and happier customers.

Ready to Transform Your Business? Let Qwaiting show you how easy it can be to eliminate queues, reduce stress, and grow your business.

Book your free demo here

[ginesysone]

Scaling a Franchise? Here's Why You Need Retail Chain Software

Growth is exciting, but without the right systems, it can quickly turn into chaos. As a retail brand expands its footprint, managing multiple franchise outlets becomes increasingly complex. 

That’s where retail chain software steps in as a true enabler of scale.

The Operational Tangle of Scaling

Franchise businesses often face fragmented data, inconsistent pricing, and delayed reporting. Inventory gets out of sync, and each store starts functioning like an island. This leads to:

Poor stock visibility across locations

Inconsistent promotions or pricing

Delays in billing, procurement, and reporting

Without a centralized system, growth exposes cracks in operations.

Why Centralized Software Is Non-Negotiable

A robust retail chain software ensures all stores—company-owned or franchisee-operated—run on a unified platform. That means:

Real-time inventory tracking across all outlets

Standardized billing, tax, and promotion rules

Centralized control of product catalogs and pricing

Easy onboarding of new franchise locations

This alignment reduces friction and enables seamless expansion.

Tech-Driven Growth = Smart Growth

Scalability isn’t just about opening new stores; it’s about doing so without increasing operational overhead. Smart retail chain systems reduce the need for manual intervention.

You get: ✔ One-click reports for all locations ✔ Real-time insights into store performance ✔ Better supply chain decisions with consolidated data

Growth no longer means complexity—it means multiplying efficiency.

What Makes GinesysOne the Right Fit?

GinesysOne is built to support multi-store, franchise-led retail chains in India. With features like centralized product and inventory management, mobile-ready POS, GST-compliant billing, and seamless integrations (ERP, OMS, CRM), it helps retailers scale confidently. Its cloud-native framework ensures access from anywhere, and its API-first model supports ecommerce and marketplace integrations.

[maivin]

Run Your Business Smarter with SAP Business One on Cloud!

At Maivin, we bring you SAP Business One on Cloud – the smart, scalable ERP solution that helps you manage every function of your business in real time, without the need for complex on-premise infrastructure.

Why Choose SAP Business One on Cloud?

SAP Business One Cloud is a modern and flexible ERP platform that delivers everything you need to run your business — from accounting and inventory to sales and customer service — all in one place. It is hosted on a secure cloud platform and offers the Pay-as-You-Go model, reducing upfront costs and allowing you to scale on demand.

Key Benefits of SAP Business One Cloud

1. Cost Savings with Pay-as-You-Go Model

Say goodbye to high upfront infrastructure and maintenance costs. With the subscription-based model, you only pay for what you use.

2. Anywhere, Anytime Access

Access your business data and applications from any device, anywhere in the world — ideal for remote work and on-the-go decisions.

3. Quick and Informed Decisions

Thanks to real-time data integration and SAP HANA’s in-memory computing, you get instant visibility across your business functions.

4. Scalable as You Grow

SAP Business One on Cloud is built to grow with your business, so you don’t have to worry about switching systems as your company expands.

5. No IT Headaches

Leave the server maintenance, backups, and security updates to us. Our SAP-certified cloud hosting ensures 99.9% uptime and enterprise-grade security.

Migrating from On-Premise to Cloud – It's Easier Than You Think

With SAP Business One, you can choose between on-premise or cloud deployment. For cloud, you can opt for:

Public Cloud (cost-effective & multi-tenant)

Private Cloud (hosted on AWS, Azure, or local data centers for added control)

Our experts at Maivin, your trusted SAP Cloud provider in Noida, ensure a smooth migration from on-premise systems to the cloud with minimal disruption.

Powerful Features to Supercharge Your Business

Here’s what makes SAP Business One Cloud truly game-changing:

Customer 360°

Complete view of customer history, orders, and preferences for smarter sales and service decisions.

Advanced Delivery Scheduling

Drag-and-drop interface to manage and adjust sales orders and deliveries dynamically.

Informed Decision-Making

Get consolidated data across departments for strategic planning and quick decisions.

Real-Time Inventory (ATP)

Stay updated with live inventory details — on-demand, with no pre-calculation needed.

Interactive Analysis with Excel Integration

Use pivot tables and data cubes for self-service business analytics.

Sales Recommendations

Get AI-driven product suggestions based on customer purchase history.

Pervasive Analytics & Dashboards

Build your own dashboards using SAP HANA analytics — empowering data-driven actions.

Semantic Layers

Simplify business data interpretation and organization with user-friendly data views.

Enterprise Search

Find any piece of data quickly using dynamic filters, with robust security protocols in place.

Service Layer APIs

Tap into the next-gen API framework to build extensions and integrate other tools.

Cash Flow Forecasting

Get real-time, visual forecasts of your financials to manage cash like a pro.

Mobile Order Management

Access data and process orders on-the-go with full mobile compatibility.

Why Businesses in Noida Trust SAP Business One Cloud by Maivin

Noida is a hub for manufacturing, IT, and growing SMEs. Maivin’s local presence ensures businesses get personalized guidance, dedicated support, and localized solutions — all while leveraging the global power of SAP Business Cloud.

Let’s Build Your Competitive Edge with SAP Business Cloud

Whether you're a startup, growing SME, or managing a large enterprise subsidiary, SAP Business One Cloud helps you:

Streamline processes

Improve operational visibility

Reduce costs

Scale flexibly

At Maivin, our cloud consultants are here to help you every step of the way — from consultation to deployment and beyond.

Ready to Take the Leap?

Don’t let legacy systems slow you down. Empower your business with SAP Cloud solutions in Noida and experience a new level of operational efficiency.

Talk to Our Experts at Maivin Today! Let’s help you run your business smarter, faster, and with total control.

[coredgeblogs]

Kubernetes Cluster Management at Scale: Challenges and Solutions

As Kubernetes has become the cornerstone of modern cloud-native infrastructure, managing it at scale is a growing challenge for enterprises. While Kubernetes excels in orchestrating containers efficiently, managing multiple clusters across teams, environments, and regions presents a new level of operational complexity.

In this blog, we’ll explore the key challenges of Kubernetes cluster management at scale and offer actionable solutions, tools, and best practices to help engineering teams build scalable, secure, and maintainable Kubernetes environments.

Why Scaling Kubernetes Is Challenging

Kubernetes is designed for scalability—but only when implemented with foresight. As organizations expand from a single cluster to dozens or even hundreds, they encounter several operational hurdles.

Key Challenges:

1. Operational Overhead

Maintaining multiple clusters means managing upgrades, backups, security patches, and resource optimization—multiplied by every environment (dev, staging, prod). Without centralized tooling, this overhead can spiral quickly.

2. Configuration Drift

Cluster configurations often diverge over time, causing inconsistent behavior, deployment errors, or compliance risks. Manual updates make it difficult to maintain consistency.

3. Observability and Monitoring

Standard logging and monitoring solutions often fail to scale with the ephemeral and dynamic nature of containers. Observability becomes noisy and fragmented without standardization.

4. Resource Isolation and Multi-Tenancy

Balancing shared infrastructure with security and performance for different teams or business units is tricky. Kubernetes namespaces alone may not provide sufficient isolation.

5. Security and Policy Enforcement

Enforcing consistent RBAC policies, network segmentation, and compliance rules across multiple clusters can lead to blind spots and misconfigurations.

Best Practices and Scalable Solutions

To manage Kubernetes at scale effectively, enterprises need a layered, automation-driven strategy. Here are the key components:

1. GitOps for Declarative Infrastructure Management

GitOps leverages Git as the source of truth for infrastructure and application deployment. With tools like ArgoCD or Flux, you can:

Apply consistent configurations across clusters.

Automatically detect and rollback configuration drifts.

Audit all changes through Git commit history.

Benefits:

·       Immutable infrastructure

·       Easier rollbacks

·       Team collaboration and visibility

2. Centralized Cluster Management Platforms

Use centralized control planes to manage the lifecycle of multiple clusters. Popular tools include:

Rancher – Simplified Kubernetes management with RBAC and policy controls.

Red Hat OpenShift – Enterprise-grade PaaS built on Kubernetes.

VMware Tanzu Mission Control – Unified policy and lifecycle management.

Google Anthos / Azure Arc / Amazon EKS Anywhere – Cloud-native solutions with hybrid/multi-cloud support.

Benefits:

·       Unified view of all clusters

·       Role-based access control (RBAC)

·       Policy enforcement at scale

3. Standardization with Helm, Kustomize, and CRDs

Avoid bespoke configurations per cluster. Use templating and overlays:

Helm: Define and deploy repeatable Kubernetes manifests.

Kustomize: Customize raw YAMLs without forking.

Custom Resource Definitions (CRDs): Extend Kubernetes API to include enterprise-specific configurations.

Pro Tip: Store and manage these configurations in Git repositories following GitOps practices.

4. Scalable Observability Stack

Deploy a centralized observability solution to maintain visibility across environments.

Prometheus + Thanos: For multi-cluster metrics aggregation.

Grafana: For dashboards and alerting.

Loki or ELK Stack: For log aggregation.

Jaeger or OpenTelemetry: For tracing and performance monitoring.

Benefits:

·       Cluster health transparency

·       Proactive issue detection

·       Developer fliendly insights

5. Policy-as-Code and Security Automation

Enforce security and compliance policies consistently:

OPA + Gatekeeper: Define and enforce security policies (e.g., restrict container images, enforce labels).

Kyverno: Kubernetes-native policy engine for validation and mutation.

Falco: Real-time runtime security monitoring.

Kube-bench: Run CIS Kubernetes benchmark checks automatically.

Security Tip: Regularly scan cluster and workloads using tools like Trivy, Kube-hunter, or Aqua Security.

6. Autoscaling and Cost Optimization

To avoid resource wastage or service degradation:

Horizontal Pod Autoscaler (HPA) – Auto-scales pods based on metrics.

Vertical Pod Autoscaler (VPA) – Adjusts container resources.

Cluster Autoscaler – Scales nodes up/down based on workload.

Karpenter (AWS) – Next-gen open-source autoscaler with rapid provisioning.

Conclusion

As Kubernetes adoption matures, organizations must rethink their management strategy to accommodate growth, reliability, and governance. The transition from a handful of clusters to enterprise-wide Kubernetes infrastructure requires automation, observability, and strong policy enforcement.

By adopting GitOps, centralized control planes, standardized templates, and automated policy tools, enterprises can achieve Kubernetes cluster management at scale—without compromising on security, reliability, or developer velocity. 

[aidc-india]

Barcode Definition 2025: How They Work in Modern Times

Barcodes have been a part of global commerce and logistics for decades—but in 2025, they’ve evolved far beyond basic black-and-white stripes on a product package. Today’s barcodes are smarter, faster, and more integrated into digital systems than ever before, playing a key role in supply chain automation, inventory management, retail checkouts, healthcare, and even customer engagement.

In this article, we’ll define what barcodes are in the context of 2025, explore how they function today, and discuss their growing importance in modern business and technology.

What is a Barcode in 2025?

A barcode is a machine-readable representation of data that encodes information into a visual pattern. Traditionally, barcodes used vertical lines (1D codes), but in 2025, 2D barcodes like QR codes, Data Matrix, and PDF417 have become standard in many industries.

Barcodes now serve as digital identifiers that connect physical objects to cloud-based data systems in real time. They're used for product tracking, authentication, traceability, marketing, and more.

How Barcodes Work in 2025

The basic principle remains the same: a barcode scanner reads the visual pattern and decodes it into usable data. However, in modern times, several advancements have transformed how barcodes are created, scanned, and used.

1. Modern Barcode Scanners

Devices now include smartphones, AI-enabled scanners, and IoT sensors.

Cameras and software can instantly scan multiple barcodes in one go.

Cloud integration means data is processed in real-time and accessible from anywhere.

2. Mobile and Cloud Integration

Scanned data is instantly uploaded to cloud-based inventory or ERP systems.

Businesses use barcode apps for real-time tracking, analytics, and automation.

APIs allow barcodes to interact with customer apps, POS systems, and logistics software.

3. 2D Barcode Expansion

QR codes and Data Matrix codes can store more data in less space.

They can encode URLs, product details, tracking IDs, and even dynamic content.

Often used in digital menus, vaccine passports, shipping labels, and smart packaging.

4. AI & Machine Learning Integration

AI enhances barcode recognition under poor lighting, angle distortion, or damaged labels.

Machine learning algorithms predict inventory needs based on barcode scan history.

5. Augmented Reality (AR) & Barcodes

Some systems allow workers to scan barcodes through AR glasses, showing item details instantly.

This improves picking speed and accuracy in large warehouses.

Types of Barcodes in 2025

TypeDescriptionCommon Use CasesUPC (1D)Basic linear barcodeRetail products, groceriesCode 128 (1D)High-density, alphanumericShipping, logisticsQR Code (2D)Square code, stores more dataMarketing, payments, authenticationData MatrixCompact 2D codePharmaceuticals, electronicsPDF417Stacked linear barcodeIDs, boarding passes, documents

Benefits of Modern Barcodes

✅ Real-Time Data Access

Scanned data is synced across platforms instantly, improving visibility and decision-making.

✅ High-Speed Scanning

Advanced scanners can read dozens of barcodes simultaneously, even from a distance or on moving packages.

✅ Enhanced Traceability

Used extensively in food, pharma, and logistics industries to track items from origin to delivery.

✅ Improved Customer Experience

QR codes connect products to rich media, reviews, promotions, or authentication tools.

✅ Cost-Effective & Scalable

Barcodes are low-cost to print or display and scale easily across large inventories or product lines.

Barcode Use Cases in 2025

● Retail & eCommerce

Dynamic pricing via barcode-linked software

Self-checkout systems using smartphone barcode scans

● Healthcare

Barcode wristbands for patients

Tracking medication, lab samples, and medical equipment

● Manufacturing

Parts traceability throughout production lines

Quality control through scan-and-check systems

● Logistics & Supply Chain

Real-time shipment tracking

Warehouse automation using barcode-based inventory robots

● Education & Events

Digital student IDs with QR codes

Entry passes and attendance via barcode scans

The Evolution of Barcodes: 2025 and Beyond

Barcodes are now a bridge between physical objects and digital ecosystems. As IoT, blockchain, and AI continue to grow, barcodes will serve as gateways for secure, real-time data exchange. In fact, smart barcodes embedded in sustainable packaging or NFC-enabled tags are already being tested to go beyond basic scanning.

Some emerging innovations include:

Dynamic barcodes that change after each scan to prevent fraud.

Biometric-linked barcodes for secure identity verification.

Voice-activated barcode scanning integrated with smart assistants.

Conclusion

Barcodes in 2025 are smarter, faster, and more connected than ever before. From retail shelves to hospital rooms, they continue to drive efficiency, accuracy, and innovation across industries. As businesses adapt to an increasingly digital and automated world, barcodes remain a simple yet powerful tool to bridge the physical and virtual realms.

Looking to upgrade your inventory or product tracking with advanced barcode solutions? Contact us today to get started with modern barcode systems built for 2025 and beyond.

[bhagyashri123]

Cloud-Based WMS Solutions: The Backbone of Omnichannel Fulfillment

In today’s fast-paced retail and e-commerce landscape, customers expect seamless shopping experiences, whether they purchase online, in-store, or via mobile apps. This shift in consumer behavior has made omnichannel fulfillment a necessity for businesses. At the heart of this transformation lies a Cloud-Based Warehouse Management System (WMS)—an essential tool for streamlining inventory, optimizing logistics, and ensuring real-time visibility across multiple sales channels.

What is a Cloud-Based WMS?

A Cloud-Based Warehouse Management System is a digital platform that manages warehouse operations such as inventory tracking, order processing, picking, packing, and shipping. Unlike traditional on-premise WMS solutions, cloud-based systems are hosted on remote servers, providing real-time access to data from anywhere.

Why Cloud-Based WMS is Critical for Omnichannel Fulfillment

Omnichannel fulfillment requires a highly responsive, scalable, and integrated approach to inventory and logistics. Here’s why cloud-based WMS solutions serve as the backbone of omnichannel success:

Real-Time Inventory Visibility

Synchronizes inventory data across all sales channels, preventing stock discrepancies.

Ensures accurate demand forecasting and reduces stockouts and overstocking.

Provides a centralized dashboard for tracking product availability.

2) Seamless Order Management

Automates order processing from multiple channels (e.g., online stores, marketplaces, retail outlets).

Allocates inventory dynamically based on demand, location, and stock levels.

Reduces fulfillment errors with automated picking and packing workflows.

3) Scalability and Flexibility

Easily scales up or down based on business needs and order volumes.

Supports multiple warehouse locations and third-party logistics (3PL) integrations.

Adapts to changing business models such as BOPIS (Buy Online, Pick Up In-Store) and dropshipping.

4) Faster and More Efficient Fulfillment

Optimizes warehouse layout for faster picking and order fulfillment.

Supports barcode/RFID scanning for error-free inventory management.

Enables batch picking and wave picking strategies to improve efficiency.

5) Cost Savings and Lower IT Overheads

Reduces the need for costly on-premise infrastructure and IT maintenance.

Subscription-based pricing models lower upfront costs and improve ROI.

Provides automatic software updates and security patches.

6) Enhanced Customer Experience

Enables faster delivery and fulfillment accuracy, improving customer satisfaction.

Supports real-time order tracking and proactive notifications.

Reduces return rates by minimizing order errors and stock mismatches.

Key Features to Look for in a Cloud-Based WMS for Omnichannel Fulfillment

When selecting a cloud-based WMS, consider these critical features:

Multichannel Integration: Connects with e-commerce platforms (Shopify, Amazon, etc.), ERP systems, and POS solutions.

Advanced Analytics & Reporting: Provides actionable insights on sales, inventory trends, and warehouse performance.

Seamless API Integrations: Enables connectivity with shipping carriers, CRM systems, and financial software.

User-Friendly Interface: Ensures easy adoption for warehouse staff and fulfillment teams.

Final Thoughts

The rise of omnichannel retail has reshaped the logistics and supply chain landscape, making cloud-based WMS solutions an indispensable asset for businesses aiming to thrive in a competitive market. By adopting a scalable, automated, and data-driven WMS, brands can achieve faster order fulfillment, optimized inventory control, and an enhanced customer experience.

If your business is looking to streamline omnichannel operations, investing in a cloud-based WMS could be the game-changer that takes your fulfillment strategy to the next level.

 Is your warehouse ready for omnichannel fulfillment? Share your thoughts in the comments!

To know more,

Visit Us : https://www.byteelephants.com/warehouse-management-system-wms/

[walterassociates]

Future-Proof Your Business: Essential Elements of a Cloud Migration Strategy

One key strategy that businesses are adopting to future-proof their operations is cloud migration.

This blog explores the essential elements of a cloud migration strategy and how it can enhance supply chain resilience and overall business integration.

Cloud migration involves moving a company’s data, applications, and processes from on-premises infrastructure to cloud-based platforms.

This shift offers numerous benefits, including scalability, cost-efficiency, enhanced security, and improved accessibility.

Benefits of a Cloud Migration Strategy

1. Scalability

Cloud platforms allow businesses to scale resources up or down based on demand, optimising operations and minimising costs.

2. Cost Efficiency

Cloud services offer a pay-as-you-go model, reducing upfront investment in infrastructure.

3. Improved Security

Cloud providers offer robust security measures and compliance standards, often surpassing on-premises capabilities.

4. Enhanced Accessibility

Employees can access data and applications from anywhere, promoting flexibility and productivity.

5. Business Integration

Cloud facilitates seamless integration across business functions, enabling smoother workflows and collaboration.

How Does a Cloud Migration Strategy Work?

A cloud migration strategy involves assessing current infrastructure, selecting the appropriate cloud model (public, private, hybrid), and developing a roadmap for migration.

This process requires collaboration with business consultants and data governance experts to ensure alignment with organisational goals.

Why Use a Cloud Migration Strategy?

A structured cloud migration strategy ensures:

1. Supply Chain Resilience

Cloud-based systems enhance supply chain visibility and agility, crucial for adapting to market fluctuations.

2. Business Growth

Scalable infrastructure supports business expansion without significant capital investment.

3. Framework for Data Governance

Centralised data management promotes data integrity and compliance.

4. Business Intelligence

Leveraging cloud-based analytics for actionable insights and informed decision-making.

Types of Cloud Migration Strategies

1. Lift and Shift

This strategy involves migrating applications or systems to the cloud with minimal changes.

It’s a quick and straightforward approach where the existing infrastructure is replicated in the cloud environment.

While it offers faster migration, organisations may not fully leverage the benefits of cloud-native features.

2. Replatforming

Also known as “lift, tinker, and shift,” this strategy involves optimising applications for cloud environments to take advantage of cloud-specific features.

It requires some modifications to the existing architecture to ensure better performance, scalability, and cost-effectiveness in the cloud.

3. Refactoring

This strategy goes beyond simple migration by redesigning or rewriting applications to be cloud-native.

It involves restructuring the codebase and architecture to fully utilise cloud capabilities such as microservices, serverless computing, and containerization.

Although more resource-intensive, refactoring enables organisations to achieve maximum agility and efficiency in the cloud.

Challenges of a Cloud Migration Strategy

Despite its transformative potential, cloud migration presents several challenges that organisations must address:

1. Data Security

Moving sensitive data to the cloud raises concerns about privacy, compliance, and data breaches. Implementing robust encryption, access controls, and compliance measures is essential.

2. Integration Complexity

Integrating cloud-based systems with existing on-premises infrastructure or other cloud services can be complex.

Compatibility issues, data synchronisation, and API management require careful planning and execution.

3. Resource Management

Proper resource allocation and optimization are critical during and after migration to avoid overprovisioning or underutilization of cloud resources.

Organisations must monitor performance metrics and adjust resource allocations based on workload demands.

Business Growth and Cloud Migration

Beyond the technical benefits, cloud migration plays a pivotal role in supporting business growth consultant and agility.

Scalable infrastructure allows organisations to expand their operations seamlessly without heavy capital investments in hardware or data centres.

This flexibility enables businesses to respond quickly to market demands, launch new products or services, and enter new markets more efficiently.

Harnessing Business Intelligence with Cloud

Cloud migration brings another advantage: the ability to harness advanced analytics and business intelligence consultancy tools.

Cloud-based analytics platforms provide robust capabilities for real-time processing of large data volumes, generating actionable insights, and facilitating data-driven decision-making.

This enables organisations to streamline operations, enrich customer experiences, and pinpoint new business opportunities with greater efficiency.

Conclusion

In conclusion, adopting a cloud migration strategy is imperative for businesses aiming to future-proof their operations. It offers scalability, cost-efficiency, and enhanced security while promoting supply chain resilience and business integration.

Collaborating with business consultants and data governance experts ensures a smooth transition and maximises the benefits of cloud technology in driving business growth.

By embracing cloud migration, businesses can position themselves for success in an increasingly competitive and dynamic marketplace.This revised outline focuses on the practical aspects of cloud migration without relying heavily on buzzwords, ensuring clarity and relevance for your audience.

Each section provides actionable insights into the benefits, strategies, challenges, and importance of adopting a cloud migration strategy in today’s business environment.

Source: Migration Strategy

[amaanyaar]

Seamlessly integrate with thousands of endpoints with Jitterbit

Workflow automation for every business

Jitterbit has awesome flexibilities to help businesses automate workflows by role, by solution and by use cases. Digital transformation to increase efficiency requires re-engineering of workflows. Jitterbit is very user friendly in defining workflows, be it for IT / HR / Customer Service / Marketing. Jitterbit is a low-code, iPaaS, EDI integrator. Various key use cases like Purchasing Workflow, Expense Management, Lead to Order, Order Fulfilment etc. are some common examples of workflow automation using Jitterbit.

Connect your SaaS, on-premise, and cloud apps

Whether you have SaaS products, on-premise, or cloud applications, Jitterbit can integrate different systems with ease. With easy-to-use, drag-and-drop, pre-built connectors, it’s effortless to streamline workflows and automate processes end to end. Jitterbit offers quicker, smarter and better RoI as an iPaaS when integration is concerned. Jitterbit has thousands of pre-built connectors and integrations is easy with a variety of systems like leading ERPs, CRMs, HRIS/HCMs, eCommerce products etc.

OdiTek’s Cloud Integration Services with Jitterbit

Oditek Solutions offers integration services on Jitterbit iPaaS, that can help businesses automate their workflows and business processes. Our team on Jitterbit middleware helps in data integration, data hub development, workflow automation, and API design, and we can help you unlock the full potential of Jitterbit for your business. With Jitterbit, users can create triggers and actions to automate various processes, from simple tasks like creating a new customer record to complex workflows that involve multiple apps and data sources.

Key Jitterbit Advantages

Efficient Integrations

Connect SaaS, on-premise & legacy apps with a single iPaaS solution. Automate workflows with an intuitive visual interface, access 400+ pre-built, certified recipes, process templates, & connectors.

Manage & Scale Easily

Control and monitor your integrations and processes anywhere, anytime. Get full visibility across the enterprise with a centralized dashboard. Perform full API lifecycle management tasks

Build Business Apps Superfast

Create with ease in a low code, “drag-and-drop” visual application builder. User-facing, business applications built from the integrations already created utilizing Harmony.

Highly Secure iPaaS

Harmony low-code integration platform ensures safe and secure integration processes by complying with GDPR, ISO 27001, SOC 1 and SOC 2, and HIPAA.

Seamlessly manage Trading Partners

Manage electronic data interchange (EDI) trading partners, create connections, and monitor transactions in one location.

Super easy creating integrations

Create integration workflows with a drag-and-drop interface for low-code integration. Jitterbit is intuitive and easy to use iPaaS.

Our Service Offering

Consulting Services

Uninterrupted Workflow

Optimizing the data integration

Access of Automation 360 Control Room

Automation of data transfer

Efficient API & EDI management

Architecting Services

Assessing system & challenges.

Identifying Integration patterns

On-prem/cloud app deployment

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Implementing Services

Testing and debugging of integrations

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App alerts configuration & fine-tuning

Configuration and customization

Compatibility with existing systems

Development Services

Reusable components, connectors

Custom APIs and integrations

Real-time data orchestration

Developing Custom connectors

Transforming data across formats

Designing Services

Business requirements analysis

Custom workflow design

Data mapping and transformation

Error handling & monitoring tools

Secure data transfer as per norms

Managed Services

Reduced costs & increased agility

Proactive & preventive Monitoring

Legacy and Disparate Data optimization

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Anypoint Platform environment

Platform Support & Services

24×7 support and monitoring

Performance tuning of applications

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Providing weekly & monthly reports

Root cause analysis & effective solution

Maintenance & Operation

Maintenance & timely updating tickets

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Security and privacy compliance concerns

Customized maintenance contracts

Continuous Remote and desktop support

Planning & Testing Services

Defining timelines & resources

Assessing & analysing current state

Unit testing & system testing

Identifying and troubleshooting the issues

Post-deployment monitoring and testing

To know more about our service offerings

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Jitterbit’s Key Differentiators

A Master of ETL

Jitterbit’s powerful ETL tools and data integration solutions provide an intuitive, easy-to-use interface that simplifies data integration. Jitterbit helps reduce development costs, increase efficiencies, and eliminate risk. Whether you are using ETL processes for Data Warehousing, Business Intelligence or legacy systems integration initiatives, Jitterbit is designed to handle even the most complex tasks.

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OdiTek’s Jitterbit Expertise

Oditek offers cloud integration services for businesses in various industries. Our experienced team integrates, designs and implements Jitterbit-based solutions to seamlessly connect data sources. With Jitterbit’s iPaaS, we automate integration projects and configure pre-built connectors to ensure smooth data flows across applications and data stores.

Seamless Integration

Jitterbit offers unique integration capabilities and code-free structure link cloud, on-premise, and big data endpoints in real time across APIs, databases, and apps

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Jitterbit’s intuitive web-based interface of the platform, empowers a Jitterbit developer to manage user tasks remotely with ease.

Discover the Expertise of Our Jitterbit Integration Specialists

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After Effects Cc 2014 Mac Download

(UPDATE: Be sure to install the After Effects CC 2014.1.1 (13.1.1) bug-fix update.)

After Effects Cc 2014 Mac Download Crack

After Effects Cc 2014 Mac Download Free

After Effects CC 2014.1 (13.1) is available.

If you have a Creative Cloud membership, you always have access to the latest version of After Effects. You can install this update by choosing Help > Updates within any Adobe application or by opening the Creative Cloud desktop application. Go to the Creative Cloud site to download applications or to sign up for Creative Cloud.

Download Adobe After Effects CC for Mac Free. It is full Latest Version setup of Adobe After Effects CC Premium Pro DMG for Apple Macbook OS X. Brief Overview of Adobe After Effects CC for Mac OS X Adobe After Effects CC for Mac is an impressive and powerful application which will let you create professional looking photos and render 3D. Download the After Effects CC 2014 Plug-in SDK Macintosh or Windows The After Effects CC 2014 Plug-in Software Development Kit contains headers defining the After Effects Plug-in APIs, sample projects demonstrating integration features, and the SDK Guide documentation.

For more information about Creative Cloud, see this overview video and the Creative Cloud FAQ list.

For information about updates for all of our professional video and audio applications, see this page.

For details of what was new in After Effects CC 2014 (13.0), see this page.

Please, if you want to ask questions about these new and changed features, come on over to the After Effects user-to-user forum. That’s the best place for questions (and, if you follow that link, you’ll find more information about how to communicate with us). Questions left in comments on a blog post are much harder to work with; the blog comment system just isn’t set up for conversations. If you’d like to submit feature requests (or bug reports), you can do so here.

top new features for After Effects CC 2014.1 (13.1)

high-DPI content and UI (Mac OS, Windows)

refreshed user interface design

Copy With Relative Property Links command

color management for Dynamic Link

Adobe Anywhere for Video improvements

Maxon Cinema 4D Lite R16 and Cineware 2.0

Collect Files for Cinema 4D assets

native GoPro CineForm codecs

scripting improvements for text layers

improved Adobe Media Encoder watch folders

mocha AE CC 2014, based on mocha 4.0

many bug fixes

details of all new and changed features in After Effects CC 2014.1 (13.1)

Here is a virtually comprehensive list of changes, with detail beyond the summaries of the top items listed above. We’ll be posting a lot more detail over the coming weeks, and the outline below will be populated with links to in-depth articles and tutorials, so bookmark this page and check back.

high-resolution (high DPI) content viewers and user interface elements on Mac OS and Windows

After Effects CC 2014.1 (13.1) displays content and user interface items at the appropriate resolution on high-resolution displays (sometimes called “high-DPI” or “HiDPI”) on both Windows and Mac OS. This makes After Effects easier to use on high-pixel-density monitors, like Apple Retina displays and Microsoft Surface Pro devices.

In content viewers, After Effects will take advantage of the pixel density of the display to show each pixel of content in a viewer as a single pixel on the display. This affects the contents of the Footage panel, Layer panel, and Composition panel, including both your video content and some UI overlays and widgets within the content area.

Note that for a given piece of content to appear the same on a high-DPI display as on a non-high-DPI display, the zoom value for the former needs to be twice that of the latter, since the points are half the size. If you drag a panel from a high-DPI display to a non-high-DPI display, you’ll see the zoom value change, while the content occupies the same space on the screen.

User interface elements such as icons, text labels, pointers, buttons, etc. will now scale according the operating system display DPI setting. Mac OS computers with a Retina display will scale to 200%. Windows computers with a high-DPI display will scale to 150% or 200%.

refreshed user interface design

The user interface (UI) of After Effects, as well as Premiere Pro and other Adobe professional video and audio applications, has been updated with a new design. Pointers, icons, text, controllers, and button styles have all been refreshed.

The layout of the interface has not changed significantly, but some simplification has been made to panel functionality.

The icon for the panel menu has been moved from the upper-right corner of the panel to the panel tab, making the panel menu easier to discover.

The panel grabber and frame grabber icons have been removed; you can still drag panels using the panel tab.

The close button (x) has been removed from all panels except the Timeline, Composition, Layer, Footage, Effect Controls, and Flowchart panels. In these panels the close button has moved to the left side of the panel tab. To close a panel without the close button, open the panel menu or right-click on the panel tab and choose Close Panel, or use the keyboard shortcut, Command+W (Mac OS) or Ctrl+W (Windows).

The range of the Brightness slider in the Appearance preference category is more limited than in previous versions; there is no longer a “light” mode for the interface. The default brightness setting is darker than in previous versions.

Because some scripts that create ScriptUI panels have not been updated to accommodate the new user interface design, some of these scripts may appear wrong with the new UI skin. If this occurs with a script that you use, you can make an individual ScriptUI panel appear using the old UI skin by enabling the Use Legacy UI option in the panel menu for the ScriptUI panel.

Copy With Relative Property Links command

A new command in the Edit menu, Copy With Relative Property Links, works like the existing Copy With Property Links command, except that it creates expressions that do not reference the source composition by name. This maintains a relative link between the layer with the expression and the composition containing that layer. This can be useful when, for example, you want to move expression-rigged layers from one composition to another but let the layers reference a control layer only in the same composition. The expressions created using the Copy With Relative Property Links command are identical to those created using the expression pickwhip.

For copying a layer’s Position property, the result would be this: thisComp.layer('control_layer').transform.position

The existing Copy With Property Links command will specifically reference the layer’s source composition in the expression: comp('source_comp').layer('control_layer').transform.position

color management for Dynamic Link

When color management is enabled for an After Effects project, compositions viewed or rendered over Dynamic Link will be transformed using the HDTV (Rec. 709) color profile. This prevents color or gamma shifts in the appearance of these compositions in Premiere Pro and Adobe Media Encoder.

Dynamic Link always assumes that all incoming frames are in the HDTV (Rec. 709) color space. Prior to After Effects CC 2014.1 (13.1), compositions in a color-managed project were sent to Dynamic Link in the project’s working color space; they were not adjusted for Dynamic Link’s assumption of HDTV (Rec. 709). This mismatch resulted in a noticeable color or gamma shift when the project’s working color space was significantly different from HDTV (Rec. 709) or when Linearize Working Space was enabled.

In After Effects CC 2014.1 (13.1), a color transformation is applied to the composition as a last step before the images are passed to Dynamic Link for use in Premiere Pro or Adobe Media Encoder. This corrects the composition image to the color space used by Dynamic Link, similar to how the View > Enable Display Color Management option in After Effects corrects the image for your monitor.

Maxon Cineware 2.0 plug-in and CINEMA 4D Lite R16

After Effects Cc 2014 Mac Download Crack

After Effects CC 2014.1 (13.1) includes a version 2.0 of the Cineware plug-in, which serves as the primary interface for integration with Cinema 4D.

After Effects CC 2014.1 (13.1) also includes version R16 of Cinema 4D Lite, which provides several new features, such as the new Reflectance channel. (For details about each edition of Cinema 4D, see the Maxon website.)

John Dickinson summarizes the changes in Cineware 2.0 in a video on the Motionworks website.

Automatic Cineware effect settings synchronization: When adding multiple instances of a CINEMA 4D scene layer in a composition, including adding Multi-Pass layers, you will see an on/off checkbox at the top of the Effect Controls panel labeled Synchronize Layer. It is on by default, meaning that the Cineware effect settings on all instances of the layer will automatically synchronize. If this checkbox is disabled for a specific CINEMA 4D scene layer, then that layer’s settings will not synchronize with the rest of the layers in that composition. The Apply To All button from previous versions of Cineware has been removed.

Default Layer: The CINEMA 4D layers dialog box now shows a Default Layer option if the renderer supports it. Objects that have not been assigned to an explicit layer in the .c4d project file will be visible with Default Layer enabled.

Content Browser: When using a full retail version of CINEMA 4D R16 as the renderer, textures applied via installed content libs (.lib4d files) will render in After Effects using Cineware.

region of interest: If you use the region of interest feature in After Effects to constrain the preview to a subset of the frame, the Cineware effect will respect this setting and limit rendering to the area within the region of interest. This only applies when the Renderer control is set to Standard (Final).

Purge Memory: This option only works when the CINEMA 4D render path in Options is set to the default render server Cineware R16, or a full retail version of CINEMA 4D R16 or later. For complex scenes, the render server may use memory for internal caches. To free up that memory click “Purge Memory” in order to extend the length of previews in After Effects.

Collect Files for Cinema 4D assets

The Collect Files command in After Effects now collects assets associated with .c4d footage items, such as textures.

automatic encoding of compositions in After Effects project files in Adobe Media Encoder watch folders

If you place an After Effects project (.aep) file in a watch folder that is being monitored by Adobe Media Encoder, the compositions at the top level in the project (i.e., those not in folders in the Project panel) will automatically be added to the Adobe Media Encoder encoding queue.

For more information about what’s new and changed in Adobe Media Encoder CC 2014.1 (8.1), see this page.

native encoding and decoding of movies using GoPro CineForm codecs

After Effects, Premiere Pro, and Adobe Media Encoder can natively decode and encode QuickTime (.mov) files using the GoPro Cineform codecs on Mac OS and Windows, meaning that you do not need to install additional codecs to use and create such files.

At the higher quality settings, this codec is an excellent choice for intermediate files—i.e., files that you create from one application in a post-production pipeline to pass to the next application in the pipeline. Movie files encoded with the GoPro Cineform codec at the higher quality settings include an alpha channel.

To use the GoPro CineForm codec for output, choose QuickTime as the format in the Output Module Settings dialog box, click the Format Options button, and choose GoPro CineForm as the video codec.

For details about quality and pixel format settings for the GoPro CineForm codec, see this page.

scripting improvements for text layers

You can now read additional information through scripting about the font and style used in a text layer, including the location of the font file on disk.

The new read-only attributes for the textDocument object are these:

fontLocation: returns string with path of font file, providing its location on disk (not guaranteed to be returned for all font types; return value may be empty string for some kinds of fonts)

fontStyle: returns string with style information — e.g., “bold”, “italic”

fontFamily: returns a string with the name of the font family

The value returned is for the first character in the text layer at the current time.

mocha AE CC 2014, based on mocha 4.0

mocha AE has been updated to mocha AE CC 2014 (version 4.0.1). This is a major version update that includes compatibility with mocha Pro 4 project files. For details, see this page

miscellaneous new and changed features

The Anchor Point icon on selected layers has been enhanced for better contrast and visibility, and it is now easier to select and use.

The application title bar now shows the full path to the project file.

The Welcome Screen dialog box will automatically close when you open a project by double-clicking it in Finder or Explorer.

While tracking an effect mask, the mask mode no longer temporarily changes to None. This preserves the appearance of the masked effect during tracking.

The motion tracker (point tracker) no longer offers a pre-processing Blur control. This option never worked as designed.

There is now a Render And Replace command in Premiere Pro for replacing a Dynamic Link After Effects composition with a rendered movie.

Use the new Browse Add-ons command in the File menu to go to the new Adobe Exchange, from which you can download and install animation presets, scripts, template projects, et cetera.

The new Adobe Color Themes panel replaces the panel previously named “Adobe Kuler”. Choose Window > Extensions > Adobe Color Themes to open this panel.

a few choice bug fixes

We fixed a lot of bugs in this update. Here are a few that I think are especially worth calling out:

memory leak when scrubbing to preview audio

slow rendering of After Effects compositions used in Premiere Pro through Dynamic Link when the main After Effects application is open

errors when using the Create Stereo 3D Rig

errors when using and creating custom (pseudo) effects

mismatch in interpretation of layer bounds for imported .psd files in projects from previous versions of After Effects

incorrect rendering of vector objects from Photoshop

pixelation and and other problems with RED (.r3d) files

incorrect VRAM amount reported for some AMD GPUs on Mac OS

crash when copying and pasting layer styles from one layer to another

problems with effect eyedropper control

incorrect date when using Current Date option in Numbers effect

many other causes of crashes and errors

Summary of what’s fixed in the After Effects CC 2014.1.1 (13.1.1) update

If you applied an effect without properties or opened a project containing an effect without properties, then After Effects would give a long series of error messages: “After Effects error: internal verification failure, sorry! (unexpected match name searched for in group) ( 29 :: 0 )”. This bug is now fixed. Examples of effects that triggered this problem inlcude Knoll UnMult and BAO Mask Avenger.

Tooltips now appear correctly in the Timeline, Project, and Effect Controls panels.

The middle mouse button again works as expected for such purposes as activating the Hand tool in viewer panels, using the Unified Camera tool, or repositioning shape layers or masks.

Panels no longer flash red when resizing or rearranging panels.

The Graph Editor works correctly on Windows high-DPI systems. In the previous version (After Effects 13.1.0), clicks within the Graph Editor were registered in the wrong place on Windows high-DPI systems.

RED (.r3d) files no longer cause a 15-second delay when the resolution of the image being requested from the importer is less than 1/8. This could occur when the thumbnail was generated on import, when Adaptive Resolution was engaged, et cetera.

BridgeTalk is now set up correctly, so that scripting calls from ExtendScript Toolkit, Bridge, and Premiere Pro correctly target After Effects.

The installer cleans up stale components better, including updated Cinema 4D components.

Top new features for After Effects CC 2014.1 (13.1)

high-DPI content and UI (Mac OS, Windows)

refreshed user interface design

Copy With Relative Property Links command

color management for Dynamic Link

Adobe Anywhere for Video improvements

Maxon Cinema 4D Lite R16 and Cineware 2.0

Collect Files for Cinema 4D assets

native GoPro CineForm codecs

scripting improvements for text layers

improved Adobe Media Encoder watch folders

mocha AE CC 2014, based on mocha 4.0

many bug fixes

After Effects Cc 2014 Mac Download Free

[gslabsoft]

A Guide to API Management Solutions to Help Your Business Grow

Application Programming Interface (API) define and manage interactions between different platforms and applications. API management refers to developing and deploying APIs in an environment that is both secure and scalable. It includes effectively administering usage policies, controlling access, supporting the developer community, collecting and analysing usage data reporting.

APIs are of great value to any business. They allow organizations to share data and create a portal to platforms that are otherwise closed. As organizations connect with other platform for competitive edge, it can lead to more revenue generation.

 Benefits of API Management Solutions

API management solutions provide several benefits to businesses. Some of them are:

Provide a link between digital assets

For any digital transformation, technology needs to be linked with people and processes. APIs are this critical link. APIs allow your customers to connect with the services at the back-end and provide the tools they need to build more capabilities based on these services.

Support the growth of business

Businesses have to keep creating better solutions to make sure they are meeting the needs of their customers. They may have to create new solutions from scratch or combine existing services. APIs provide agility to creatively put together multiple digital assets to create innovative solutions.

Support to strategize business decisions

An API management solution enables you to learn about the requirements of the API consumers better. By analyzing data from API management systems, an organization can receive customer insights that can help them make their data-based changes to business strategy, marketing strategy, product design, and improve consumer-experience.

Accessibility

Anytime, anywhere service is the new paradigm. Customers expect services have to be available 24 X7 and need to be accessible from anywhere. It helps to have access to services across multiple platforms that are popular with the customer base. This ensures that the APIs remain both visible and consumable. When external developers can access APIs the benefit is two-fold – the user needs are met quickly and the collaboration contributes to the growth of your API.

Revitalizing legacy systems

Legacy applications can be modernized using APIs. According to MuleSoft, this can be done in two ways:

·        Package existing legacy services in a way that makes them more consumable by the business

·        Organizations can develop mini-services or microservices by re-architecting the underlying application code and expose functionality through APIs.

 Tips for Selecting API Management Solutions

There are many API management solutions available in the market and making the right choice according to your needs is important. Here are some tips to choose the right API solution:

Consider the purpose of the API

The primary need for the API management solution has to be identified. What will the API be used for? What features are required?

Deployment of the API solution

Solutions can be deployed in various ways -- in a cloud, on the premises or a hybrid form of deployment. Identifying this will take you a step closer to identifying the API management solution.

Integration with other software

If the API management solution has to be integrated with other software like say, analytics or AI from a third party, then an API management solution from the same vendor may offer the best integration.

Security needs

The choice of API management solutions may depend on the security requirements. The API management solution might need to have a certain set of features for compliance with either security requirements or policy.

 API Management Use Cases

Use cases for API Management are evolving and can be broadly centered on business, technology and regulations. Here are a few of them:

Compliance to GDPR

General Data Protection Regulations (GDPR) for data privacy and compliance are of utmost importance when any data is collected, moved, or managed. Gateways can be designed to protect user data at access points in order to comply with the GDPR and ensure strict compliance to regulations.

Ensure data security

Enterprises can use encrypted data and authenticate users so that data is accessed by only those who should. Tracking data leaks or monitoring API activity in real-time also enables organisations to identify any weak areas in their networks or systems, or API components. This provides insights to work towards fortifying the API system for better protection of data.

Business strategy support

As business operations scale-up, digital ecosystem need to evolve with new tools and services. This can be challenging to manage. API tools can make deploying, managing and monitoring multiple API connections easier through one central system.

As an example, read the Next Generation API Integration case study done by GS Lab, a technology partner that has helped many organizations leverage API management solutions. The results of their case study highlight reduction in development cost, reduction in time-to-market – 100% API-based full-serve platform, and a seamless user experience.

API Management Solutions

With their versatility and flexibility, API management solutions are gaining more and more popularity. In 2019, the global API management market was valued at USD 1.6 billion. It is estimated to reach a phenomenal USD 9.04 billion by 2025 at a CAGR of 33.2, according to the latest report by Marketwatch.

[shireeshatib]

Benefits of AWS in Modern Cloud

Benefits of AWS in Modern Cloud

The advantages of AWS in the modern cloud are enormous. AWS cloud offers data security, regulatory compliance, quantifiability, flexibility, cost-effectiveness, numerous storages, auto-scaling, access to data at any time, data-centric encryption, and high-performance processing, to name a few advantages. Let's take a closer look at the importance of the AWS cloud to acquire a better understanding of it.

Data Protection:

In any firm, data is the most valuable asset. Data leaking can cost a company a lot of money, so every company considers about data privacy first to protect their critical information. Failure to adhere to data protection principles may result in the loss or theft of firm intellectual property, damage to the organization's reputation, corporate or individual sanctions, and the vulnerability of the system to hacking or malware infection.

For data storage and protection, use the AWS recommended practises listed below:

·         On both the device and the server, implement data encryption/hashing.

·         Locally stored sensitive data is encrypted with a user secret that encrypts the data encryption key.

·         Encrypt sensitive data using NIST (National Institute of Standards and Technology) approved encryption standard techniques.

·         Encryption keys must not be kept in RAM. Instead, keys should be generated in real time and discarded as needed for encryption and decryption.

·         Use APIs for remote wiping.

·         Don't give out your UDID (unique device identification), MSISDN (Mobile Station International Subscriber Directory Number), IMEI (International Mobile Equipment Identity), or PII (Personal Identification Information) (Personally Identifiable Information).

Management of Access:

·         Control cloud resource access at a granular level:

Users and groups can be created using an enlightened method to regulate access management, such as user, resource, IP address, and time of day, implying that the deployment is done using AWS cloud is secure. AWS IAM enables users and groups to be created and managed, as well as the use of authorizations to control access to AWS resources such as Amazon S3 storage stacks and Amazon EBS snapshots.

• Integrate with existing individuality and access management systems:

Integrating with existing individuality and access management systems eliminates the requirement for equivalent sets of individualities to be generated in the cloud. Individualities in present systems can be utilised to grant access to AWS cloud resources.

Regulatory Compliance:

Not just during inspections and audits, but also on a daily basis, compliance must be established. The majority of businesses are achieving compliance by returning to security basics, automating processes for artificial intelligence, and cleaning data in their operations.

To show compliance and reduce business risks, use the methodologies for authentication, authorization, and session management listed below.

• Use salted passwords

• CAPTCHA during registration

• Unique session tokens to construct valid and unique message payloads

• Strong password policy

• Validate passwords and sessions if the application has to run in offline mode

• Encryption/hashing algorithms that have been approved by the company

• Authentication using two factors (in case of financial transactions to be performed).

• Server-side authentication for important transactions

• Lower timeout for inactive sessions

Flexibility:

The flexibility of cloud computing is one of its main advantages. The organization's business can scale up or down, and data loads may require swift changes, all of which are possible on the AWS cloud. Cloud computing allows employees to be more flexible in this way. Using web-enabled devices like as computers, cellphones, and notebooks, employees may access files from anywhere. The capacity to communicate documents and other information over the internet in real time can also help with support in the association. Mobile technology can be used with cloud computing. Enterprise mobility management tools can provide valuable administrative capabilities while also protecting the organisation from phone loss, accidental data loss, and weak passwords. They can also provide necessary visibility into today's modern security risks, such as malware and other device-centric attacks.

The AWS cloud allows businesses to easily scale up or down their present resources to meet business needs, allowing them to support business growth without having to make significant changes to their current systems. One of the primary reasons businesses migrate to the cloud is the flexibility it provides.

[airlinqdm]

How IoT Connectivity Management Platform Derives High Efficiency in Today’s Era

IoT connectivity management deployments may comprise millions of devices. Therefore, it is important to manage, monitor, & track the connected set of devices. After the deployment, make sure all of your IoT connectivity management platforms work properly. Aside from this, you need to make sure that no unauthorized access is given to any of them. If you want to know more about this service, you may want to read on.

If you want to secure your devices, remote IoT connectivity management solutions are of paramount importance. You should be able to manage & troubleshoot firmware and software problems remotely. With IoT connectivity management, it is easier for you to secure, monitor, & organize all of your connected units. This IoT connectivity platform allows you to securely register all of your units and then monitor them from anywhere in the world. The great thing is that you can find out the status of your IoT devices in the fleet and then install updates. You can use just one unit to manage all of your devices such as connected cars and constrained microcontrollers using the same service. Aside from this, you can scale your fleets and cut down on the effort and cost of management of different types of small and large units without any problem.

IoT Connectivity Management Platform is made up of a variety of tools to put you in control of your IoT & M2M deployments. Connectivity management platforms allow you to manage your IoT applications & projects on a single device, ensuring your connectivity is always reliable, secure, & cost-efficient from wherever in the world.

Simplifying Real-Time Remote Control & Monitoring

AIRLINQ’s IoT Network, through ports and APIs, offers a single-pane, top-down view of all your connected devices―regardless of the carriers or technologies to which they are connected. IoT connectivity management by AIRLINQ provides influential tools to govern devices via their lifecycle, take actions, and identify problems automatically ― immensely reducing the amount of time & resources required to manage device deployment.

Make Helpful Decisions with Better Insight

APIs offer an in-depth information window to the prominence of the entire IoT deployment. With real-time reporting of usage & costs, AIRLINQ provides essential tools you require to have a thorough understanding of vital operational details. For instance, with AIRLINQ ports, you can implement custom alerts & alarms with the trigger on any activity across a normal operating profile, consequently minimizing the impact of various potential issues & eliminating the cost overruns.

Top-class Analytics

IoT connectivity management service analytics optimize the IoT deployments by offering insight, visibility, alerts, & actionable insight about performance, device usage, & costs. AIRLINQ IoT Network’s connectivity analytics allow proactive identification of usage & billing issues, differential access to the remote diagnosis, connectivity data, support, & a single dashboard for in-depth visibility.

Remote Device Management

IoT Car connectivity ensures the functionality of your fleet. You can update the connectivity software after their deployment in the field. This way you can ensure that the units have the most recent software updates. You will have complete access to all of them. For instance, you can apply security patches & reset or reboot any unit.

AIRLINQ is the leading player in the IoT connectivity management platform market reflects a growing assortment of IoT connectivity offerings available. We re-evaluate your connectivity needs & make more sophisticated decisions about carrier switching capabilities, service delivery, coverage, pricing, and security as your IoT projects develop to the next level.

[geeksmobile]

Few Common Things Between Cloud Computing Companies

Picking a cloud computing company to partner with can be overwhelming with the abundance of cloud service organizations out there across the globe. Cloud computing service providers have a few things in common that qualify them as’ cloud’ providers-

Cloud computing offers information technology that one can access over the Internet. They host and maintain the physical infrastructure required to provide the service, sparing you from several capital expenditures and IT maintenance headaches.

Cloud Computing Phoenix affords you a considerable degree of self-service control over the utilization of the cloud service, typically through a web interface and sometimes also through an application programming interface (API).

Cloud computing vendors enable you to rapidly scale up or down your service usage. Behind the scenes, they leverage automation, virtualization and other cloud technologies to facilitate this service agility.

The companies will charge you based on how much of the service you use.

What Makes Geeks Mobile- A Leading Cloud Computing Company

Among the many IT consulting Phoenix and cloud computing companies, Geeks Mobile stands out. Here’s why

We offer a rich array of cloud services that delivery proven ROI to clients. The Geeks Mobile cloud enables service providers and organizations to speed up and optimize the delivery of web content and applications to end-users anywhere in the world, no matter what type of connected device people use. By using Geeks Mobile Cloud computing services in Phoenix you can ensure a better experience of users for the website and other web-based business applications.

The Geeks Mobile intelligent platform is one of the world’s largest and most resilient cloud infrastructures, encompassing more than 2 Lakh cloud servers in more than 120 countries.

We provide clients with a state-of-art-self-service portal that provides complete control over and visibility into your service usage.

The company has a proven track record of delivering ROI for our clients. Over the years we started the build-out of our global content distribution network and now providing high-value cloud computing services to clients.

If you’re looking to hire Security Camera Phoenix experts Geeks Mobile is also here to help you. Along with the cloud services we provide SEO Marketing, Network Cabling, and IT management services to clients.

[siva3155]

300+ TOP AWS Interview Questions and Answers

AWS Interview Questions for freshers experienced :-

1. What is Amazon Web Services? AWS stands for Amazon Web Services, which is a cloud computing platform. It is designed in such a way that it provides cloud services in the form of small building blocks, and these blocks help create and deploy various types of applications in the cloud. These sequences of small blocks are integrated to deliver the services in a highly scalable manner. 2. What are the Main Components of AWS? The Key Components of AWS are: Simple Email Service: It allows you to send emails with the help of regular SMTP or by using a restful API call Route 53: It’s a DNS web service. Simple Storage Device S3: It is a widely used storage device service in AWS Identity and Access Management Elastic compute cloud( EC2): It acts as an on-demand computing resource for hosting applications. EC2 is very helpful in time of uncertain workloads. Elastic Block Store: It allows you to store constant volumes of data which is integrated with EC2 and enable you to data persist. Cloud watch: It allows you to watch the critical areas of the AWS with which you can even set a reminder for troubleshooting. 3. What S3 is all about? S3 is the abbreviation for a simple storage service. It is used for storing and retrieving data at any time and anywhere on the web. S3 makes web-scale computing easier for developers. The payment mode of S3 is available on a pay as you go basis. 4. What is AMI? It stands for Amazon Machine Image. The AMI contains essential information required to launch an instance, and it is a copy of AMI running in the cloud. You can download as many examples as possible from multiple AIMs. 5. What is the relationship between an instance and AMI? Using a single AMI, you can download as many instances as you can. An instance type is used to define the hardware of the host computer for your situation. Each instance is unique and provides the facilities in computational and storage capabilities. Once you install an instance, it looks similar to a traditional host with which we can interact in the same way we do with a computer. 6. What are the things that are included in the AIM? An AIM consists of the things which are mentioned below: A template for the instance Launch permissions A block mapping which decides the volume to be attached when it gets launched. 7. What is an EIP? The Elastic IP address (EIP) is a static Ipv4 address offered by AWS to manage dynamic cloud computing services. Connect your AWS account with EIP so that if you want static IPv4 address for your instance, you can be associated with the EIP which enables communication with the internet. 8. What is CloudFront? CloudFront is a content delivery network offered by AWS, and it speeds up the distribution of dynamic and static web content such as .css, .js, .html and image files to the users. It delivers the content with low latency and high transfer speed to the users. AWS provides CDN for less price and it suits best for startups. 9. What is VPC? Virtual Private Cloud (VPC) allows you to launch AWS resources into the virtual network. It allows users to create and customize network configurations according to users’ business requirements. 10. What is the VPC peering connection? VPC peering connection VPC peering connection is a networking connection that allows connecting one VPC with the other. It enables the route traffic between two VPCs using IPv6 and Ipv4 addresses. Instances within the VPCs behave like as they are in the same network.

AWS Interview Questions 11. What is the procedure to send a request to Amazon S3? S3 in Amazon is a RESt service, and you can send requests by using the AWS SDK or REST API wrapper libraries. 12. What are NAT gateways? Network Address Translation (NAT. allows instances to connect in a private subnet with the internet and other AWS services. NAT prevents the internet to have an initial connection with the instances. 13. What is SNS? Amazon Simple Notification Service (SNS)is a web service provided by the AWS. It manages and delivers the messages or notifications to the users and clients from any cloud platform. In SNS, there are two types of clients: subscribers and publishers. Publishers produce and send a message to the subscriber instance through the communication channels. Subscribers receive the notification from the publisher over one of the supported protocols such as Amazon SQS, HTTP, and Lambda, etc. Amazon SNS automatically triggers the service and sends an email with a message that “ your EC2 instance is growing” when you are using Auto Scaling. 14. What is SQS? Amazon SQS stands for Simple Queue Service, and it manages the message queue service. Using this service, you can move the data or message from one application to another even though it is not in the running or active state. SQS sends messages between multiple services, including S3, DynamoDB, EC2 Instance, and also it uses the Java message queue service to delivery the information. The maximum visibility timeout of a message is 12 hours in the SQS queue. 15. What are the types of queues in SQS? There are two types of queues in SQS. They are as follows: Standard Queues: It is a default queue type. It provides an unlimited number of transactions per second and at least once message delivery option. FIFO Queues: FIFO queues are designed to ensure that the order of messages is received and sent is strictly preserved as in the exact order that they sent. 16. Explain the types of instances available? Below stated are the available instances: General-purpose Storage optimized Accelerated computing Computer-optimized Memory-optimized 17. Explain about DynamoDB? If you want to have a faster and flexible NoSQL database, then the right thing available is DynamoDB, which is a flexible and efficient database model available in Amazon web services. 18. What is Glacier? Amazon Glacier is one of the most important services provided by AWS. The Glacier is an online web storage service that provides you with low cost and effective storage with security features for archival and data backup. With Glacier, you can store the information effectively for months, years, or even decades. 19. What is Redshift? Redshift is a big data product used as a data warehouse in the cloud. It is the fast, reliable and powerful product of big data warehouse. 20. What are the Types of AMI Provided by AWS? Below listed are the two kinds of AMIs provided by AWS: EBS backed Instance store backed Till now, you have seen basic interview questions. Now, we will move to the Intermediate Questions. 21. What is an ELB? Elastic Load Balancer is a load balancing service offered by AWS. It distributes incoming resources and controls the application traffic to meet traffic demands. 22. What are the types of load balancers in EC2? There are three types of load balancers in EC2. They are as follows: Subscribe to our youtube channel to get new updates..! Application Load Balancer: Application load balancer designed to make routing decisions at the application layer. ALC supports dynamic host port mapping and path-based routings. Network Load Balancer: Network load balancer is designed to make routing decisions at the transport layer. It handles millions of requests per second. Using the flow hash routing algorithm, NCL selects the target from the target groups after receiving a connection from the load balancer. Classic Load Balancer: Classic load balancer is designed to make routing decisions either at the application layer or transport layer. It requires a fixed relationship between container instance port and load balancer port. 23. Explain what is a T2 instance? T2 instance T2 instance is one of the low-cost Amazon instances that provides a baseline level of CPU performance. 24. Mention the security best practices for Amazon EC2. Security best practices for Amazon EC2 are as below: Security and network Storage Resource Management Recovery and Backup 25. While connecting to your instance, what are the possible connection issues one might face? The following are the connection issues faced by the user: User key not recognized by the server Permission denied Connection timeout Cannot connect using user’s browser Server unexpectedly closed network connection Unprotected private key Cannot ping the instance Server refused host key The private key must begin with “BEGIN RSA PRIVATE KEY” and end with “ END RSA PRIVATE KEY.” 26. What are key-pairs in AWS? Amazon EC2 uses both public and private keys to encrypt and decrypt the login information. The sender uses a public key to encrypt the data and the receiver uses a private key to decrypt the data. Private and public keys are known as key pairs. The public key enables you to access the instance securely and a private key is used instead of a password. 27. What is SimpleDB? SimpleDB is one of Amazon services offered by AWS. It is a distributed database and highly available NoSQL data store that offloads the work of database administrators. 28. What is Elastic Beanstalk? Elastic Beanstalk is the best service offered by AWS for deploying and managing applications. It assists applications developed in Java, .Net, Node.js, PHP, Ruby, and Python. When you deploy the application, Elastic beanstalk builts the selected supported platform versions and AWS services like S3, SNS, EC2, cloud watch and autoscaling to run your application. 29. Mention a few benefits of the Elastic beanstalk. Benefits of the Elastic beanstalk Following are the few benefits of the Elastic Beanstalk: Easy and simple: Elastic Beanstalk enables you to manage and deploy the application easily and quickly. Autoscaling: Beanstalk scales up or down automatically when your application traffic increases or decreases. Developer productivity: Developers can easily deploy the application without any knowledge, but they need to maintain the application securely and user-friendly. Cost-effective: No charge for Beanstalk. Charges are applied for the AWS service resources which you are using for your application. Customization: Elastic Beanstalk allows users to select the configurations of AWS services that user want to use them for application development. Management and updates: It updates the application automatically when it changes the platform. Platform updates and infrastructure management are taken care of by AWS professionals. 30. Define regions and availability zones in Amazon EC2. regions and availability zones in amazon ec2 Amazon web service has a global infrastructure that is divided into availability zones and regions. Each region is divided into a geographic area and it has multiple isolated locations called availability zones. 31. What is Amazon EC2 Root Device Volume? When the developer launches the instance, the root device volume is used to boot the instance that contains the image. When the developer introduces the Amazon EC2, all AMIs are propped up by an Amazon EC2 instance store. 32. What is Server Load Balancing? A Server load balancer (SLB. provides content delivery and networking services using load balancing algorithms. SLB distributes the network traffic equally across a group of servers to ensure high-performance application delivery. 33. How does a server load balancer work? aws server load balancer The server load balancer works based on two approaches. They are: Transport level load balancing Application level load balancing 34. What are the advantages of the Server load balancer? The advantages of server load balancer are as follows: Increases scalability Redundancy Maintenance and performance 35. Explain the process to secure the data for carrying in the cloud. One thing that must be taken into consideration is that no one should resize the data while it is moving from one point to another. The other thing to consider is there should not be any kind of leakage with the security key from the multiple storerooms in the cloud. Dividing the information into different types and by encrypting it into the valid methods could help you in securing the data in the cloud. 36. What are the layers available in cloud computing? AWS Certification Training! Explore Curriculum Below listed are the various layers of cloud computing SaaS: Software as a Service PaaS: Platform as a Service IaaS: Infrastructure as a Service 37. Explain the layers of Cloud architecture? We have five different types of layers available, which are: SC- Storage controller CC- cluster controller NC- Node controller Walrus CLC- cloud controller 38. What are the reserved instances? It is nothing but a reservation of resources for one or three years and utilized whenever you need it. The reservation comes on a subscription basis available for a term of 1 year and three years. The hourly rate goes down as the usage increases. Purchasing reservations isn’t just associated with the reservation of resources, but also, it comes with the capacity that is required for a particular zone. 39. What is meant by a cloud watch? Cloud watching is a monitoring tool in Amazon Web Services with which you can monitor different resources of your organization. You can have a look at various things like health, applications, network, etc. 40. How many types of cloud watches do we have? We have two types of cloud watches: essential monitoring and detailed monitoring. The necessary tracking will come to you at free of cost, but when it comes to detailed control, you need to pay for it. 41. Explain the cloud watch metrics that are meant for EC2 instances? The available metrics for EC2 instances are Disk reads, CPU utilization, network packetsOut, CPUCreditUsage, Disk writes, network packetsIn, networkOut, and CPUCreditBalance. 42. What would be the minimum and maximum size of the individual objects that you can store in S3? The minimum size of the object that you can store in S3 is 0 bytes, and the maximum size of an individual object that you can save is 5TB. 43. Explain the various storage classes available in S3? Below mentioned are the storage classes available in S3. Standard frequency accessed One-zone infrequency accessed RRS - reduced redundancy storage Standard infrequency accessed Glacier 44. What are the methods to encrypt the data in S3? We have three different methods available for encrypting the data in S3. They are as follows. Server-Side Encryption - C Server-Side Encryption - S3 Server-Side Encryption - KMS 45. On what basis the pricing of the S3 is decided? The pricing for S3 is decided by taking into consideration the below topics. Data transfer Storage used Number of requests Transfer acceleration Storage management 46. Is the property of broadcast or multicast supported by Amazon VPC? No, at present, Amazon VPC is not supporting any multicast or broadcast. 47. How many IP addresses are allowed for each account in AWS? For each AWS account, 5 VPC elastic addresses are allowed. 48. What is meant by Edge location? The actual content is cached at the places called edge locations. So whenever a user searches for the content, he will find the same at the edge locations. 49. What is Snowball? Snowball is an option available in AWS to transport. Using snowball, one can transfer the data into the AWS and out of it. It helps us in transporting massive amounts of data from one destination to another. It helps in lowering the networking expenditure. 50. Explain the advantages of auto-scaling? Below listed are the advantages of autoscaling. Better availability Better cost management High fault-tolerant 51. What is subnet? When a large amount of IP addresses are divided into small chunks, then these tiny chunks are called Subnets. 52. What is the number of subnets that we can have per VPC? Under one VPC, we can have 200 subnets. 53. What is AWS CloudTrail? AWS Cloudtrail is an AWS service that helps you to enable governance, risk auditing and compliance of your AWS account. Cloud trail records event when actions are taken by the role, user or an AWS service. Events include when actions are taken by AWS command-line interface, AWS management console, APIs and AWS SDKs. 54. What is meant by Elasticache? Upcoming Batches - AWS Training! 14 NOVThursday 6:30 AM IST 17 NOVSunday 7:00 AM IST 21 NOVThursday 6:30 AM IST 24 NOVSunday 6:30 AM IST More Batches Elasticache is a web service that makes the path easier to deploy and store the data in the cloud easily. 55. Explain about AWS Lambda. AWS Lambda is a computational service that enables you to run code without maintaining any servers. It automatically executes the code whenever needed. You are required to pay for the time that you have used it for. Lambda enables you to run the code virtually for any kind of application without managing any servers. 56. What is Geo Restriction in CloudFront? It is an important feature available in AWS which helps you in preventing the users from accessing the content from specific regions. CloudFront is useful for distributing the content only to desired locations. 57. What is Amazon EMR? Amazon EMR is a survived cluster stage and it helps you to create data structures before the intimation. Big data technologies such as Apache Hadoop and Spark are the tools that enable you to investigate a large amount of data. You can use the data for making analytical goals by using the apache hive and other relevant open source technologies. 58. What is the actual boot time taken to instance stored-backend AMI? It takes less than 5 minutes to store the instance-backed AMI. 59. Explain the essential features of the Amazon cloud search. Below listed are the essential features of Amazon cloud search. Prefixes Searches Enter text search Boolean searches Range searches Autocomplete Advice 60. Give a few examples of DB engines that are used in AWS RDS. Following are few examples of DB engines which are used in AWS RDS: MariaDB OracleDB MS-SQL DB MYSQL DB Postgre DB 61. What is the security group? In AWS the in and out traffic to instances is controlled with virtual firewalls which are known as Security groups. Security groups allow you to control traffic based on various aspects such as protocol, port and source destination. 62. What is the difference between block storage and file storage? Block Storage: it functions at a lower level and manages the data asset of blocks. File Storage: The file storage operates at a higher level or operational level and manages data in the form of files and folders. 63. Explain the types of Routing policies available in Amazon route S3. Latency-based Weighted Failover Simple Geolocation 64. List the default tables that we get when we create AWS VPC. Network ACL Security group Route table 65. List the different ways to access AWS. We have three different ways to access AWS, such as: Console SDK CLI 66. What are the EBS volumes? The EBS is the abbreviation for Elastic Block Stores. These blocks act as a persistent volume which can be attached to the instances. The EBS volumes will store the data even if you stop the instances. 67. How can you control the security to your VPC? You can use security groups, network access controls (ACLs) and flow logs to control your VPC security. AWS Questions and Answers Pdf Download Read the full article