#Mainframe Operational support service

[ultramaga]

Like OS/390, z/OS combines a number of formerly separate, related products, some of which are still optional. z/OS has the attributes of modern operating systems but also retains much of the older functionality originated in the 1960s and still in regular use—z/OS is designed for backward compatibility.

Major characteristics

z/OS supports[NB 2] stable mainframe facilities such as CICS, COBOL, IMS, PL/I, IBM Db2, RACF, SNA, IBM MQ, record-oriented data access methods, REXX, CLIST, SMP/E, JCL, TSO/E, and ISPF, among others.

z/OS also ships with a 64-bit Java runtime, C/C++ compiler based on the LLVM open-source Clang infrastructure,[3] and UNIX (Single UNIX Specification) APIs and applications through UNIX System Services – The Open Group certifies z/OS as a compliant UNIX operating system – with UNIX/Linux-style hierarchical HFS[NB 3][NB 4] and zFS file systems. These compatibilities make z/OS capable of running a range of commercial and open source software.[4] z/OS can communicate directly via TCP/IP, including IPv6,[5] and includes standard HTTP servers (one from Lotus, the other Apache-derived) along with other common services such as SSH, FTP, NFS, and CIFS/SMB. z/OS is designed for high quality of service (QoS), even within a single operating system instance, and has built-in Parallel Sysplex clustering capability.

Actually, that is wayyy too exciting for a bedtime story! I remember using the internet on a unix terminal long before the world wide web. They were very excited by email, but it didn't impress me much. Browers changed the world.

[enterprisereview]

CloudHub BV: Unlocking Business Potential with Advanced Cloud Integration and AI

Introduction

At the helm of CloudHub BV is Susant Mallick, a visionary leader whose expertise spans over 23 years in IT and digital transformation diaglobal. Under his leadership, CloudHub excels in integrating cloud architecture and AI-driven solutions, helping enterprises gain agility, security, and actionable insights from their data.

Susant Mallick: Pioneering Digital Transformation

A Seasoned Leader

Susant Mallick earned his reputation as a seasoned IT executive, serving roles at Cognizant and Amazon before founding CloudHub . His leadership combines technical depth — ranging from mainframes to cloud and AI — with strategic vision.

Building CloudHub BV

In 2022, Susant Mallick launched CloudHub to democratize data insights and accelerate digital journeys timeiconic. The company’s core mission: unlock business potential through intelligent cloud integration, data modernization, and integrations powered by AI.

Core Services Under Susant Mallick’s Leadership

Cloud & Data Engineering

Susant Mallick positions CloudHub as a strategic partner across sectors like healthcare, BFSI, retail, and manufacturing ciobusinessworld. The company offers end-to-end cloud migration, enterprise data engineering, data governance, and compliance consulting to ensure scalability and reliability.

Generative AI & Automation

Under Susant Mallick, CloudHub spearheads AI-led transformation. With services ranging from generative AI and intelligent document processing to chatbot automation and predictive maintenance, clients realize faster insights and operational efficiency.

Security & Compliance

Recognizing cloud risks, Susant Mallick built CloudHub’s CompQ suite to automate compliance tasks — validating infrastructure, securing access, and integrating regulatory scans into workflows — enhancing reliability in heavily regulated industries .

Innovation in Data Solutions

DataCube Platform

The DataCube, created under Susant Mallick’s direction, accelerates enterprise data platform deployment — reducing timelines from months to days. It includes data mesh, analytics, MLOps, and AI integration, enabling fast access to actionable insights 

Thinklee: AI-Powered BI

Susant Mallick guided the development of Thinklee, an AI-powered business intelligence engine. Using generative AI, natural language queries, and real-time analytics, Thinklee redefines BI — let users “think with” data rather than manually querying it .

CloudHub’s Impact Across Industries

Healthcare & Life Sciences

With Susant Mallick at the helm, CloudHub supports healthcare innovations — from AI-driven diagnostics to advanced clinical workflows and real-time patient engagement platforms — enhancing outcomes and operational resilience 

Manufacturing & Sustainability

CloudHub’s data solutions help manufacturers reduce CO₂ emissions, optimize supply chains, and automate customer service. These initiatives, championed by Susant Mallick, showcase the company’s commitment to profitable and socially responsible innovation .

Financial Services & Retail

Susant Mallick oversees cloud analytics, customer segmentation, and compliance for BFSI and retail clients. Using predictive models and AI agents, CloudHub helps improve personalization, fraud detection, and process automation .

Thought Leadership & Industry Recognition

Publications & Conferences

Susant Mallick shares his insights through platforms like CIO Today, CIO Business World, LinkedIn, and Time Iconic . He has delivered keynotes at HLTH Europe and DIA Real‑World Evidence conferences, highlighting AI in healthcare linkedin.

Awards & Accolades

Under Susant Mallick’s leadership, CloudHub has earned multiple awards — Top 10 Salesforce Solutions Provider, Tech Entrepreneur of the Year 2024, and IndustryWorld recognitions, affirming the company’s leadership in digital transformation.

Strategic Framework: CH‑AIR

GenAI Readiness with CH‑AIR

Susant Mallick introduced the CH‑AIR (CloudHub GenAI Readiness) framework to guide organizations through Gen AI adoption. The model assesses AI awareness, talent readiness, governance, and use‑case alignment to balance innovation with measurable value .

Dynamic and Data-Driven Approach

Under Susant Mallick, CH‑AIR provides a data‑driven roadmap — ensuring that new AI and cloud projects align with business goals and deliver scalable impact.

Vision for the Future

Towards Ethical Innovation

Susant Mallick advocates for ethical AI, governance, and transparency — encouraging enterprises to implement scalable, responsible technology. CloudHub promotes frameworks for continuous data security and compliance across platforms.

Scaling Global Impact

Looking ahead, Susant Mallick plans to expand CloudHub’s global footprint. Through technology partnerships, enterprise platforms, and new healthcare innovations, the goal is to catalyze transformation worldwide.

Conclusion

Under Susant Mallick’s leadership, CloudHub BV redefines what cloud and AI integration can achieve in healthcare, manufacturing, finance, and retail. From DataCube to Thinklee and the CH‑AIR framework, the organization delivers efficient, ethical, and high-impact digital solutions. As business landscapes evolve, Susant Mallick and CloudHub are well-positioned to shape the future of strategic, data-driven innovation.

[news24-amit]

Global Wind Turbine Casting Market Set for 11.3% CAGR Through 2031

Wind turbine casting constitutes the backbone of modern wind-energy generation, supplying essential components hubs, mainframes, gearbox casings, towers, and internal parts such as rotor shafts that must withstand extreme loads and harsh environments over 20-year lifespans. In 2022, the global wind turbine casting market was valued at US$ 2.4 Bn. Driven by surging installation of onshore and offshore wind farms, elevated government incentives for clean energy, and utilities’ decarbonization targets, the market is projected to expand at an 11.3% CAGR from 2023 to 2031, reaching US$ 6.4 Bn by decade’s end.

Market Drivers & Trends

Government Support & Regulatory Push: Subsidies, tax credits, and renewable-energy mandates in Europe, North America, and Asia Pacific are accelerating wind-turbine deployments, swelling demand for cast components.

Scale-up of Turbine Capacities: The shift toward 10 MW+ turbines particularly offshore requires ever-larger, high-integrity castings, boosting per-unit casting revenue.

Decarbonization & ESG Focus: Utilities and industrial end-users are prioritizing zero-carbon electricity, favoring wind power over coal and gas.

Technological Innovations: Advances in sand-casting automation, 3D-printed molds, and novel alloys (e.g., high-strength duplex stainless steel) are improving component fatigue life and reducing lead times.

Latest Market Trends

Modular Casting Lines: Manufacturers are deploying automated, modular casting cells capable of running multiple mold types in parallel—speeding up tool changeover and cutting per-unit costs.

Lightweight Aluminum Alloys: A growing share of hubs and small nacelle parts is shifting to aluminum for weight reduction���enabling longer blades and higher capacity factors.

Digital Twins & Quality Inspection: AI-driven inspection systems and digital-twin simulations are minimizing scrap rates and ensuring consistent tolerances in complex geometries.

Green Casting Processes: Producers are adopting low-VOC binders and recycling foundry sand to reduce the carbon footprint of casting operations.

Key Players and Industry Leaders

RIYUE HEAVY INDUSTRY CORPORATION.LTD

DALIAN HUARUI HEAVY INDUSTRY

Hedrich

ENERCON

Inox Wind Limited

Shandong Longma Heavy

Simplex Castings

WALZENGIESSEREI

Silbitz Group

MIKROMAT GmbH

Siempelkamp Giesserei

Mingyang Smart Energy Group Co. Ltd.

Juwi Holding AG

DYNAQUIP ENGINEERS

Jiangsu Xihua Inc.

Others

Recent Developments

February 2023 (DHHI): Successfully rolled out cast hub and mainframe for 18 MW offshore units—each part exceeding 6.5 m in height and 70 t in weight—marking a milestone in casting large structures with zero porosity.

June 2022 (Mingyang Smart Energy): Introduced the MySE 12 MW hybrid-drive turbine; castings integrated advanced cooling channels and high-strength alloys to endure super-typhoon wind speeds exceeding 78.8 m/s.

Q1 2024 (Various OEMs): Piloted the first continuous-casting line dedicated to wind turbine shafts, doubling throughput and slashing energy consumption per tonne of steel by 20%.

Get a concise overview of key insights from our Report in this sample – https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=3455

Market Opportunities

Emerging Offshore Markets: Rapid expansion of offshore wind in the U.S. (East Coast leases), Taiwan, and Vietnam offers greenfield opportunities for large-scale casting facilities.

Aftermarket & Spare Parts: Growth in installed base will fuel a surge in replacement castings—gearbox housings, hubs, and crankshafts—with shorter lead-time requirements and premium pricing.

Service Centers & Localized Production: On-shore foundries near major wind-farm clusters can capture fast-turn revenue and lower logistics costs, appealing to OEMs seeking agile supply chains.

Future Outlook

By 2031, continuous automation, process optimization, and alloy innovations will push unit production times down by 25% and elevate casting yield rates above 95%. As turbines grow in diameter and capacity, foundries capable of handling single-piece castings over 80 t will dominate. Simultaneously, circular-economy practices—remanufacturing, alloy recycling, and green-binder adoption—will become standard, aligning with net-zero commitments. Strategic tie-ups between turbine OEMs and casting specialists are likely to proliferate, ensuring supply security and joint R&D for next-generation materials.

Market Segmentation

Segment

Sub-Segments

Type

Horizontal Axis; Vertical Axis

Casting Technology

Sand Casting; Chill Casting; Others

Component

Rotor Blades; Rotor Hubs; Axle Pin; Rotor Shaft; Gearbox; Tower; Others

Application

Onshore; Offshore

Region

North America; Europe; Asia Pacific; MEA; Latin America

Regional Insights

Asia Pacific: Held the largest share in 2022, led by China’s mega-parks and India’s offshore pilot projects. Local foundries are scaling up to meet domestic demand and export to SEA.

North America: Ranks second; U.S. stimulus under the Inflation Reduction Act is driving record onshore and offshore procurement, with key casting hubs in the Gulf Coast region.

Europe: Mature market focusing on next-gen materials and circular foundry practices; Germany and Denmark remain casting innovation hotspots.

Latin America & MEA: Emerging markets with nascent wind sectors; first wave of onshore farms in Brazil and South Africa will create greenfield casting requirements.

Why Buy This Report?

Detailed 2020–2022 Historical Analysis: Quantitative data and trend drivers mapped to key macro events.

Comprehensive Segment & Country Coverage: Deep-dive into 20+ countries with market forecasts by casting type, component, and application.

Competitive Landscape: Profiles of 20+ manufacturers, including financials, strategies, and new product launches.

Proprietary Models & Assumptions: Transparent CAGR calculations and scenario analyses under varying policy regimes.

Value-Added Tools: Excel model for “what-if” sensitivity analyses and interactive PDF for on-the-fly data filtering.

Frequently Asked Questions

What is driving the high CAGR in wind turbine castings? Surge in offshore and onshore wind installations, government subsidies, and shift toward larger turbine platforms.

How are castings evolving to meet new turbine designs? Adoption of advanced alloys, automated molding, and digital-twin quality controls are enabling complex, high-integrity geometries.

Which regions offer the fastest growth? Asia Pacific leads, followed by North America especially offshore projects under recent clean-energy legislation.

How significant is the aftermarket segment? Replacement parts represent 20–25% of annual casting revenues, poised to grow with expanding turbine fleet.

Does the report cover supply-chain risks? Yes, including analysis of raw-material dependencies, logistics bottlenecks, and alternative alloy sourcing.

Explore Latest Research Reports by Transparency Market Research:

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Wind Turbine Decommissioning Market: https://www.transparencymarketresearch.com/wind-turbine-decommissioning-market.html

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Well Intervention Market: https://www.transparencymarketresearch.com/well-intervention-market.html About Transparency Market Research Transparency Market Research, a global market research company registered at Wilmington, Delaware, United States, provides custom research and consulting services. Our exclusive blend of quantitative forecasting and trends analysis provides forward-looking insights for thousands of decision makers. Our experienced team of Analysts, Researchers, and Consultants use proprietary data sources and various tools & techniques to gather and analyses information. Our data repository is continuously updated and revised by a team of research experts, so that it always reflects the latest trends and information. With a broad research and analysis capability, Transparency Market Research employs rigorous primary and secondary research techniques in developing distinctive data sets and research material for business reports. Contact: Transparency Market Research Inc. CORPORATE HEADQUARTER DOWNTOWN, 1000 N. West Street, Suite 1200, Wilmington, Delaware 19801 USA Tel: +1-518-618-1030 USA - Canada Toll Free: 866-552-3453 Website: https://www.transparencymarketresearch.com Email: sales@transparencymarketresearch.com

[deramin2]

It's honestly pretty wild that my beloved Art Nouveau toilet paper holder has been in service since at least 1906 (and functions better than anything made in my lifetime as well as being stunningly beautiful), and my stove has been in service since at least 1954 (with more features and beauty Truman modern stoves), and the first CD I bought in 1995 still plays, but there are so many games from my childhood which profoundly shaped me and I will never be able to play them again. I can't even find screenshots for many of them.

I have less than a year to decide between:

"Upgrading" to Windows 11 (which I loathe, and won't run all my software).

Trying to switch back to Linux again (which won't run all my software, and has eventually frustrated me back to using Windows 4 times over 20 years).

Permanently take my desktop offline (which won't run all my software, and be basically useless).

Keep Windows 10 and just rawdog using the malware-ad filled modern internet with no security patches ever again (worked IT helpdesk with an interest in infosec for too many years for this to not give me heart palpitations).

In the 1970s-1980s my dad worked as a backend systems programmer for a major bank on IBM mainframes. They wrote everything themselves in Assembly Language. In the 1980s he wrote a utility program with a date function that got widely used, and had the foresight to think "This could still be in use far into the future, so I better use a 4-digit date." It was still in use in 2000, and as a result the bank has to do very few Y2K upgrades to its backend systems.

In 2012, an old friend who still worked there for so frustrated at contractors saying they couldn't speed up some network login library feature because their preferred modern programming language didn't support it. It was taking over an hour to run. They didn't seem to believe something more efficient had ever been possible.

Finally out of frustration, that guy broke out Dad's old utility (that also processed partitioned data sets) had a and wrote a working demo. It maxed out the entire modern mainframe CPU, but accomplished the task in 1 min 15 seconds. It wasn't put back into production, of course, but it did effectively make the point that the specs were not unreasonable and if the fancy new programming language couldn't do it, then use another damn language that does work.

I did IT in a biolab a decade ago that still had Windows XP computers because it was the only operating system that could run the proprietary software to control the $20k microscopes. Which worked perfectly fine and we didn't have the budget to replace. They had to be on the network because the sneakernet violates biohazard lab safety rules, and there weren't enough modern computers in the lab to sneakernet the files through those without waiting for someone else to finish using it, and no one's work could afford the delays. I left before we fully solved that one, but a lot of firewall rules were involved (if we ever lost the install CDs we were fully fucked because the microscope company went out of business at least a decade earlier).

So yeah, the old magic persists because it worked perfectly fine and it's stupid capitalist planned obsolescence that convinces people the old magic is obsolete. We could actually just keep patching perfectly serviceable orbs forever if we valued ongoing maintenance.

“The old magic persists thanks to it’s unfathomable power.”

No, the old magic persists because the new magic can’t run the legacy spells I need to do my job, and keeps trying to install spirits I don’t want or need onto my orb.

[generativeinai]

How Generative AI Platform Development Is Transforming Legacy Systems into Smart, Self-Optimizing Digital Engines?

Legacy systems once defined the backbone of enterprise IT infrastructure. But in today’s fast-paced, data-rich environment, they often fall short—limited by rigid architectures, manual processes, and an inability to learn or adapt. Enter Generative AI platform development. This transformative technology is not just modernizing outdated systems—it’s evolving them into intelligent, self-optimizing engines that can learn, adapt, and improve with minimal human intervention.

In this blog, we explore how generative AI is breathing new life into legacy systems, unlocking hidden efficiencies, and enabling scalable innovation across industries.

Why Legacy Systems Hold Enterprises Back

Legacy systems—though critical to operations—were built in a different era. Many suffer from:

Inflexible architectures that are hard to scale or integrate.

Outdated programming languages with dwindling support.

Manual data processing prone to human error.

High maintenance costs with limited ROI.

Despite this, they contain valuable business logic, historical data, and infrastructure investments. Rather than rip and replace, enterprises are turning to generative AI to augment and future-proof their legacy assets.

What Is Generative AI Platform Development?

Generative AI platform development involves building AI-powered systems that can generate outputs—such as code, text, processes, or insights—autonomously. These platforms leverage foundation models, machine learning pipelines, and real-time data integrations to continuously evolve, improve, and adapt based on feedback and context.

When applied to legacy systems, generative AI platforms can:

Translate and refactor old code

Generate documentation for obscure processes

Suggest optimizations in real time

Automate routine operations

Personalize workflows across departments

Core Capabilities That Modernize Legacy Systems

1. AI-Driven Code Refactoring

One of the most powerful applications of generative AI is in automatic code translation. Using models trained on millions of code examples, platforms can convert COBOL or .NET systems into modern, cloud-native languages like Python or Java, reducing technical debt without manual reengineering.

2. Automated Process Discovery and Optimization

Generative AI can ingest data logs and legacy documentation to uncover workflows and inefficiencies. It then proposes process improvements, or even generates automated scripts and bots to optimize performance.

3. Smart Data Integration and Cleansing

Legacy databases often have siloed, inconsistent data. Generative AI platforms can unify these silos using data mapping, intelligent transformation, and anomaly detection—improving data quality while preparing it for analytics or AI applications.

4. Natural Language Interfaces for Old Systems

With generative AI, users can query legacy systems using natural language. This bridges usability gaps, eliminates training barriers, and democratizes access to business insights for non-technical employees.

5. Self-Learning Algorithms

Legacy platforms can now learn from past behavior. By feeding operational data into generative AI models, businesses can enable predictive maintenance, dynamic resource allocation, and AI-assisted decision-making.

Industry Use Cases: From Static to Smart

Finance

Banks with legacy mainframes use generative AI to automate compliance reporting, modernize core banking services, and enable real-time fraud detection—all without overhauling the entire tech stack.

Healthcare

Hospitals are integrating generative AI with EHRs to improve clinical documentation, identify anomalies in patient records, and automate repetitive tasks for staff—all while preserving critical legacy infrastructure.

Manufacturing

Legacy ERP systems are being enhanced with generative AI to forecast supply chain disruptions, recommend inventory restocking schedules, and reduce downtime using predictive insights.

Business Benefits of Generative AI for Legacy Modernization

Reduced Modernization Cost: Avoid the need for full system replacement.

Faster Time to Value: Improvements and automation can be deployed incrementally.

Enhanced Scalability: Systems adapt to increasing data volumes and business complexity.

Improved Employee Experience: Natural language and automation reduce cognitive load.

Future-Ready Infrastructure: Platforms become agile, secure, and cloud-compatible.

Challenges to Address

While generative AI is a powerful enabler, successful implementation requires:

Data governance: Legacy systems may hold unstructured or sensitive data.

Model alignment: Tailoring AI models to understand domain-specific processes.

Security protocols: Protecting integrated platforms from vulnerabilities.

Change management: Training teams to trust and collaborate with AI-enhanced tools.

These are surmountable with a clear roadmap and the right AI development partner.

A Step-by-Step Path to AI Platform Integration

Audit your legacy systems for compatibility, data quality, and usage.

Identify high-value use cases such as automation, reporting, or workflow enhancement.

Start small with pilots using generative AI for documentation, chat interfaces, or analytics.

Scale gradually across departments with platform-wide automation and optimization.

Continuously fine-tune models with operational feedback and human oversight.

The Future of Enterprise Systems Is Generative

Generative AI platform development is no longer experimental—it’s strategic. As more organizations shift from static operations to dynamic, AI-powered workflows, legacy systems will not be left behind. Instead, they’ll evolve into intelligent engines that power innovation, reduce costs, and unlock growth.

Whether you’re in finance, healthcare, logistics, or manufacturing, now is the time to transform your legacy foundation into a self-optimizing digital powerhouse.

[govindhtech]

New Hybrid Integration: IBM WebMethods With Agentic AI

Agency AI-era hybrid integration with IBM webMethods.

WebMethods hybrid integration

Today at IBM Think 2025, IBM introduced IBM webMethods Hybrid Integration, which reimagines integration for the AI era by offering a uniform experience across all integration situations.

Combining AI, APIs, apps, events, files, B2B/EDI, and mainframe data essential to today's businesses can boost productivity.

Even while AI helps them find new value, companies that connect their systems, data, people, and processes will have a technical edge. Integration is necessary for AI, which might enhance partners and clients. General release is mid-June 2025.

A coherent integration technique to boost production

Due to fast change, business imperatives to extract value from AI, the growth of APIs, Kafka, and integrations, and constant digital transformation, companies have greater tech stack requirements than ever before. Due to the complexity of these needs, most tech stacks cannot become AI-ready for innovation.

IBM webMethods Hybrid Integration creates, deploys, manages, and monitors integration patterns in on-premises and multicloud settings. Integrates IBM's top integration capabilities into one pane. It uses IBM Watsonx to leverage AI agents or mainframe data to speed B2B data exchange and connect current investments to next-generation integration technologies.

IBM webMethods Hybrid Integration uses a hybrid control plane and shared tools and assets to enable rapid response across distant settings. Centralised management speeds up operations and troubleshooting for overworked IT personnel.

By using several integration patterns and deployments, users may monitor their integration estate end-to-end. Centralising authentication, security, compliance, and governance may help customers increase productivity and establish a flexible company.

Using agentic AI for all corporate operations

To regard AI as a fundamental transformation in corporate integration at every level of the development lifecycle, not an addition. This version of IBM webMethods Hybrid Integration improves integration use cases and line-of-business and specialised user productivity using agentic AI. This also helps organisations prepare for AI faster by laying the framework for MCP and ACP.

Integration Agent

The Integration Agent integrates language-based SDKs, APIs, and events automatically using IBM Watsonx AI, boosting productivity. Agentic features let developers and non-technical people build, test, implement, and monitor complex integrations.

API Agent

Using advanced agentic AI, the API Agent can plan and execute API administration activities like these.

Finding pre-existing APIs using natural language input and removing duplication to speed development.

Writing API specs and backend code in natural language supports code-first and design-first techniques and helps with mistake correction and documentation.

Rulesets help API governance by validating specs and ensuring APIs follow policies and best practices.

Build and run test cases automatically to increase API quality.

AI Gateway

The AI Gateway tracks token consumption, sets quotas to avoid overspend, and caches replies to save tokens on recurring requests. It provides insight and control over AI services and a single place to conduct AI interactions. The AI Gateway's features can speed your AI journey:

Self-service registration speeds AI API developer deployment for internal teams.

Token-based rate limit and response caching rules.

Dashboards showing multiple provider and model use.

Fast, flexible B2B partner integration

Because trade partner ecosystems are crucial, IBM webMethods Hybrid Integration includes excellent B2B integration. Self-service management and onboarding streamlines partner involvement and often simplifies exchanges.

IBM Sterling B2B Integration VAN uses IBM webMethods Hybrid Integration to immediately link organisations to over 3.1 million trading partners. Automating critical activities and improving firm data exchange are possible. When combined with application integration, this strives for seamless process automation between internal and external systems.

Incorporated business agility into stack

Tomorrow's software stack will be built on intelligent, scalable, and dynamic integrations that rapidly adapt to business needs. Event-driven architecture and API-driven automation are vital in the "Now Economy," where organisations must respond to real-time data to improve consumer experiences and simplify operations to beat competitors. Modern integration methods require event-driven architecture to replace static routines. This enables real-time business across legacy and modern platforms.

Event Endpoint Management streamlines event integration by letting authorised users find and consume events and controlling event sources like APIs to reuse them across the company. It supports Kafka Protocol brokers and implementations.

API-driven composability lets architects develop flexible, reusable, and scalable integrations by stacking APIs like bricks. Asset reuse and modularity accelerate business requirements' time to market.

From mainframe to modern pricing and packaging, ROI optimisation

IBM has pioneered corporate integration, which changes continually, since its beginnings. It recognises the client's large mainframe and other technology investments and the rising desire for consumption-based pricing. IBM webMethods Hybrid Integration extends these investments to clients that wish to change their operational, pricing, and technology stacks.

Accessing mainframe data and services: IBM webMethods Hybrid Integration lets integration developers exploit mainframes' incredible data.

IBM webMethods Hybrid Integration offers transaction-based consumption pricing for cost control. Customers may pay for what they use and adjust their integration use according to their needs with predictable yet flexible pricing.

Prepare your AI foundation for the future

IBM webMethods Hybrid Integration supports enterprise integration by providing technology and a tactical edge to overcome modern integration difficulties, enhance agility, and inspire innovation.

Will you extend your investments, integrate them with AI, and boost growth? On June 16, 2025, IBM webMethods Hybrid Integration will be available.

[franklinbifflevy]

An Overview of the Evolution of Fintech

The world of financial technology, or Fintech, has gone through several major eras characterized by technological innovations that fundamentally changed how people interact with money and the finance industry. It started with Fintech 1.0.

Fintech 1.0 began in the late 19th century, from 1866 to 1967. It focused on building the infrastructure that would support financial services globally. The first transatlantic cable laid in 1866 represented a revolutionary milestone, enabling information transfer across vast distances almost instantly. In 1918, Fedwire introduced the first electronic fund transfer system using telegraph and Morse code technology. Although primitive by today's standards, these innovations enabled financial transactions across greater distances than ever.

It wasn't until the 1950s that credit cards fused technology and financial transactions, ushering in the concept of a cashless economy. American Express and Barclays launched their credit cards in 1958 and 1966.

Fintech 2.0 refers to the era when financial services transitioned from analog to digital, from 1967 to 2008. The era began with Barclays installing the first ATM in 1967. An ATM machine completely changed how people access their money by removing the constraints of banking hours and teller interactions. The early 1970s also saw the rise of NASDAQ, the world's first electronic stock exchange. Later, SWIFT (Society For Worldwide Interbank Financial Telecommunications) created a secure messaging network for financial institutions that transformed global banking.

The late 20th century witnessed rapid progress in banking. Advancements such as bank mainframe computers and digital banking enabled customers to manage their finances in new ways. The release of PayPal in 1998 led to subsequent alternative payment systems that popped up as the world became increasingly online. Although the 2008 global financial crisis ravaged confidence in traditional banking, it brought about the next phase of fintech innovation.

From 2008 onward, the emergence of startups alongside established financial institutions has dominated Fintech 3.0. The crisis created both opportunity and necessity for innovation, as many financial professionals found themselves out of work and the public lost their trust in traditional banking. The launch of Bitcoin in 2009 triggered a spike in cryptocurrencies using blockchain technology. At the same time, the widespread use of smartphones revolutionized how individuals accessed the internet and financial services, with mobile phones being the major interface for many consumers.

Between 2014 and 2017, developing nations started adopting Fintech in a transitional period called Fintech 3.5. China and India, unencumbered by the challenge of physical banking networks, took on new financial technologies more quickly than the West. It was a departure from the typical Western dominance of financial innovation.

Disruptive technologies like blockchain and open banking are the characteristic features of the current Fintech 4.0 era. Machine learning transforms customer experiences by enabling financial institutions to develop personalized "segment of one" offers. For instance, Revolut uses machine learning to help customers budget based on their spending history.

Insurance companies are also using technology to streamline their operations. Chinese insurance company Ping An has developed an algorithmic system to assess vehicle damage claims and make immediate settlement offers, accelerating the claims process.

For businesses, Fintech is optimizing payment collection and management through integrated platforms. Platforms like Shopify for e-commerce stores, Housecall Pro for plumbers, and Mindbody for yoga studios offer end-to-end systems that manage bookings, inventory, and payments.

[lakshmiglobal]

Benefits We Have Over IBM Post-Warranty Maintenance Services

When your IBM server, storage, or networking equipment reaches the end of warranty, relying on OEM (Original Equipment Manufacturer) support can be costly and restrictive. Our third-party maintenance (TPM) services provide cost-effective, flexible, and efficient alternatives to IBM post-warranty maintenance.

🔹 Why Choose Us Over IBM Post-Warranty Maintenance?

✅ 1. Significant Cost Savings

✔ IBM post-warranty support can be expensive, often requiring businesses to purchase extended OEM contracts. ✔ Our third-party maintenance (TPM) services reduce costs by up to 50-70% while maintaining high service standards.

✅ 2. Flexible & Customizable SLAs (Service Level Agreements)

✔ IBM support often offers one-size-fits-all contracts with limited customization options. ✔ We provide tailored SLAs based on your business needs, including:

24/7/365 support

Next-business-day or 4-hour on-site response times

Remote troubleshooting and proactive monitoring

✅ 3. Extended Hardware Lifespan

✔ IBM may encourage hardware upgrades instead of maintaining EOL (End-of-Life) or EOSL (End-of-Service-Life) equipment. ✔ We specialize in extending the lifecycle of IBM servers, storage, and networking gear, allowing businesses to maximize ROI on existing infrastructure.

✅ 4. Multi-Vendor Support (Beyond IBM)

✔ IBM post-warranty services only cover IBM products, requiring separate contracts for other brands. ✔ Our multi-vendor support model covers IBM and other OEMs like Dell, HP, Cisco, NetApp, Lenovo, etc.

✅ 5. Faster Response & Personalized Support

✔ OEM support queues can be slow, especially for non-critical issues. ✔ Our dedicated engineers and local field support teams ensure faster ticket resolution and direct engineer access—no long hold times!

✅ 6. Spare Parts Availability & Stocking

✔ IBM may limit access to replacement parts for EOL/EOSL hardware, pushing you to upgrade. ✔ We maintain an extensive stock of spare parts to ensure quick replacements and minimize downtime.

✅ 7. Proactive Monitoring & Predictive Maintenance

✔ OEMs typically offer reactive support, addressing issues only after failures occur. ✔ Our TPM services use AI-powered monitoring to predict and prevent failures, reducing unexpected outages.

✅ 8. Seamless Transition & Migration Support

✔ Switching from IBM support can seem complex. ✔ Our seamless onboarding process ensures zero disruption to your business operations during the transition.

✅ 9. Support for Legacy IBM Equipment

✔ IBM often discontinues support for older hardware, forcing unnecessary upgrades. ✔ We provide long-term support for legacy IBM servers, storage, and networking devices, keeping them running efficiently.

✅ 10. Independent & Unbiased Advisory

✔ IBM's goal is to sell new hardware and services, sometimes leading to biased recommendations. ✔ We focus on your actual business needs, offering unbiased guidance on IT maintenance, upgrades, and optimization.

🔹 Our IBM Maintenance Services Cover:

✅ IBM Power Systems (iSeries, AS/400, pSeries, etc.) ✅ IBM System x & BladeCenter Servers ✅ IBM Storage Solutions (Storwize, DS Series, FlashSystem, etc.) ✅ IBM Networking & Mainframes

🚀 Why Settle for Costly IBM Support? Choose a Smarter, More Affordable Alternative!

✔ Save up to 70% on IBM post-warranty maintenance ✔ Get 24/7/365 expert support & flexible SLAs ✔ Extend hardware lifespan & reduce downtime ✔ Access multi-vendor support for all IT infrastructure

💡 Ready to switch? Contact us today for a customized IBM maintenance plan that fits your business needs!

[pmoconsultingservices]

Legacy Modernization Services: Transforming Insurance for the Digital Age

The insurance industry is undergoing a massive digital transformation, yet many insurers continue to rely on legacy systems that are outdated, inefficient, and costly to maintain. These aging systems hinder scalability, security, and customer experience, making it difficult for insurers to stay competitive in today’s fast-paced market.

Legacy modernization services provide a strategic approach to upgrading these systems, ensuring seamless integration with digital technologies, enhanced operational efficiency, and compliance with evolving regulations. AgiraSure’s Legacy Modernization Services enable insurers to transition from outdated IT infrastructures to agile, cloud-based, and AI-driven solutions that drive business growth.

Why Insurance Companies Need Legacy Modernization Services

Legacy systems were once the backbone of insurance operations, but they now pose several challenges:

High Maintenance Costs – Older systems require expensive upkeep and manual interventions.

Limited Scalability – Legacy infrastructures struggle to support new digital capabilities.

Security Vulnerabilities – Outdated software is prone to cyber threats and compliance risks.

Inefficient Processes – Manual workflows slow down claims processing, underwriting, and policy management.

Integration Challenges – Legacy systems lack flexibility for AI, automation, and data analytics integration.

Modernizing these systems is essential for improving efficiency, enhancing customer experience, and staying ahead in a rapidly evolving insurance landscape.

Key Legacy Modernization Services for Insurers

1. Cloud Migration & Infrastructure Modernization

Moving from on-premise systems to cloud-based infrastructure is a core aspect of legacy modernization. Cloud transformation ensures:

Scalability – Expand resources based on business needs.

Cost Efficiency – Reduce IT expenses by eliminating on-premise maintenance.

Data Security & Compliance – Cloud providers ensure robust security measures and regulatory adherence.

2. API-Driven Integration & System Interoperability

Legacy systems often lack connectivity with modern platforms. API-driven integration enables insurers to:

Seamlessly connect old systems with new technologies.

Enable real-time data sharing across applications.

Enhance automation, improving claims and policy management.

3. AI-Powered Automation for Process Optimization

AI and automation streamline insurance workflows, reducing manual effort and increasing efficiency. Modernization enables:

AI-driven underwriting and risk assessment.

Chatbot-powered customer interactions for instant policy support.

Automated claims processing for faster settlements.

4. Microservices & Modular Architecture Implementation

Rather than overhauling entire systems, AgiraSure enables insurers to transition to microservices architectures that:

Break down monolithic applications into modular services.

Enhance agility, allowing faster feature deployment.

Improve system reliability and scalability.

5. Data Modernization & Real-Time Analytics

Legacy systems often store data in unstructured and siloed formats. Modernization services provide:

Advanced data warehousing for structured insights.

Predictive analytics for fraud detection and customer behavior analysis.

AI-driven risk modeling for underwriting optimization.

6. Mainframe Modernization & Core System Upgrades

For insurers still using mainframe-based core systems, modernization strategies include:

Re-platforming applications to cloud environments.

Re-hosting existing software on hybrid infrastructures.

Re-engineering processes to support real-time transactions.

Benefits of Legacy Modernization for Insurance Companies

1. Improved Operational Efficiency

By automating processes and reducing manual interventions, insurers can accelerate policy issuance, claims processing, and customer interactions.

2. Reduced IT Maintenance Costs

Legacy system upgrades eliminate high maintenance expenses, replacing outdated infrastructures with cost-effective cloud solutions.

3. Enhanced Customer Experience

Digital self-service portals, AI-powered chatbots, and real-time policy updates improve customer engagement and satisfaction.

4. Strengthened Cybersecurity & Compliance

Modernized systems enhance data security, encryption, and compliance with industry regulations such as GDPR, HIPAA, and NAIC standards.

5. Faster Time-to-Market for New Products

Cloud-native, AI-driven platforms allow insurers to develop and launch new insurance products faster, adapting to changing market demands.

6. Competitive Advantage in the Digital Era

Legacy modernization positions insurers as innovative market leaders, ensuring long-term business sustainability.

Industries Benefiting from Legacy Modernization Services

1. Life & Health Insurance

AI-powered automated underwriting and policy approvals.

Cloud-based digital health records and policyholder management.

Predictive analytics for personalized insurance offerings.

2. Property & Casualty Insurance

Real-time risk assessment using IoT and AI-driven analytics.

Blockchain-powered claims processing for faster and fraud-proof settlements.

Digital portals for seamless policy renewals and updates.

3. Auto Insurance

Telematics-driven usage-based insurance models.

AI-powered accident detection and automated claims approvals.

Cloud-based integration of driver behavior analytics.

4. Reinsurance & Risk Management

Cloud-based platforms for automated risk modeling.

AI-powered insights for portfolio risk optimization.

Blockchain-driven smart contract execution for reinsurance agreements.

Steps to Implement a Successful Legacy Modernization Strategy

1. Assess Current Legacy Systems

Identify outdated components, inefficiencies, and integration challenges.

2. Define Business Goals & Modernization Priorities

Align modernization with operational efficiency, regulatory compliance, and customer experience goals.

3. Choose the Right Modernization Approach

Select the best approach based on business needs:

Rehosting – Migrating applications to cloud infrastructure.

Replatforming – Modifying applications for cloud compatibility.

Rearchitecting – Redesigning systems for enhanced scalability and security.

4. Implement in Phases & Minimize Downtime

Modernization should occur in phases to prevent disruptions in ongoing operations.

5. Train Employees & Optimize Workflows

Adopting new technologies requires training teams and optimizing workflows for efficient implementation.

6. Monitor, Evaluate & Optimize Continuously

Post-modernization, insurers must track system performance and make iterative improvements to maximize ROI.

Future Trends in Legacy Modernization for Insurance

AI-Powered Insurtech Solutions – Enhancing risk assessment, fraud detection, and claims automation.

Blockchain for Smart Contracts – Enabling instant, transparent insurance transactions.

Edge Computing for Real-Time Data Processing – Reducing latency in policy management and claims approvals.

Quantum Computing in Risk Modeling – Improving complex risk analysis and predictive insights.

Conclusion

Legacy modernization services are essential for insurance companies looking to enhance operational efficiency, security, and customer engagement. AgiraSure’s expertise in cloud transformation, AI-driven automation, and API integration enables insurers to transition seamlessly into the digital-first era.

By adopting AgiraSure’s Legacy Modernization Services, insurance companies can reduce costs, improve agility, and future-proof their operations, ensuring sustainable growth and competitiveness in the evolving insurtech landscape.

[shoshanews]

Listing Reference: POST 06/08: ACCOUNTING CLERK: SUPERVISOR (5 X POSTS)Listing Status: Open Position Summary - Company: Department of Defence – Financial Management Division - Industry: Government / Public Sector - Job Category: Finance / Accounting - Location: Pretoria and Cape Town, South Africa - Contract Type: Permanent - Remuneration: R308 154 – R362 994 per annum (Level 7) - EE Position: Yes (Employment Equity principles apply) - Closing Date: Introduction The Department of Defence is inviting suitably qualified candidates to apply for the position of Accounting Clerk: Supervisor (5 posts) within the Financial Management Division. This opportunity is ideal for individuals with experience in finance and accounting, particularly within the public sector. The role involves overseeing financial management services, ensuring compliance with financial policies, and supporting budget management functions. If you have strong analytical skills, financial acumen, and experience in financial reporting, this position could be an excellent fit for you. Job Description The Accounting Clerk: Supervisor will be responsible for the provision of financial management services within the designated area of responsibility. This includes assisting in budget management, executing financial plans, and ensuring compliance with financial governance, risk, and compliance (GRC) requirements. Key Responsibilities: - Provide financial management services within the assigned unit. - Support the execution and monitoring of financial plans. - Ensure application of budget management policies and instructions. - Maintain and oversee the Financial Management System (FMS) operations. - Assist with financial matters related to processes and procedures. - Implement the Medium-Term Expenditure Framework (MTEF) in financial planning. - Participate in the preparation of the Estimate of Expenditure (EOE). - Ensure budget control and expenditure monitoring. - Provide financial reporting and ensure compliance with financial governance policies. - Implement internal controls and financial monitoring mechanisms. - Provide financial advice and guidance to relevant stakeholders. - Administer financial audit information and inquiries. - Ensure compliance with Occupational Health and Safety (OHS) standards in allocated facilities. Ideal Candidate The successful candidate must have a Grade 12 (NQF Level 4) certificate with 3 to 5 years of relevant experience in a finance environment. Alternatively, a National Diploma or Bachelor’s Degree in Finance/Accounting with at least 3 years of experience at Level 5 is preferred. Minimum Requirements: - Grade 12 (NQF L4) or equivalent qualification. - 3 – 5 years of relevant experience in finance/accounting. - Completion of applicable mainframe/system courses. - Understanding of financial management within the Public Service or Private Sector. - Knowledge of Public Finance Management Act (PFMA) and Supply Chain Management (SCM). - Proficiency in financial management systems and report writing systems (IC). - Knowledge of the Standard Chart of Accounts (SCOA). - Experience in Conventional Service Writing and staff work. - Familiarity with Departmental Accounting processes. Role Responsibility The primary role of the Accounting Clerk: Supervisor is to ensure sound financial management practices within the designated unit. This includes: Financial Management & Budgeting: - Implementing financial policies and frameworks. - Managing financial resources efficiently. - Assisting with budget formulation and expenditure monitoring. - Capturing financial data into the Financial Management System (FMS). - Ensuring budget adjustments are accurately reflected. Financial Compliance & Risk Management: - Monitoring financial transactions for compliance. - Supporting audit preparation and internal controls. - Investigating and reporting financial misconduct. - Contributing to risk management strategies. Financial Reporting: - Extracting and analyzing financial reports. - Distributing financial statements to relevant stakeholders. - Making recommendations based on financial reports. Operational & Administrative Support: - Managing financial documentation and recordkeeping. - Providing financial advice to department heads. - Supporting the preparation of the Annual Performance Plan (APP). Skills & Attributes Candidates should possess the following skills and attributes to succeed in this role: Technical Skills: - Strong knowledge of financial reporting systems. - Understanding of budget management principles. - Familiarity with government financial regulations and policies. - Experience using Microsoft Office (Excel, Word, PowerPoint). - Knowledge of Supply Chain Management (SCM). Soft Skills: - Excellent communication and interpersonal skills. - Strong analytical and problem-solving abilities. - High level of integrity and ethical conduct. - Ability to work under pressure and meet deadlines. - Detail-oriented with strong organizational skills. - Ability to manage multiple financial projects simultaneously. Application Process Interested candidates should submit their applications as follows: - By Post: Financial Management Division, DFSS, Career Management Section, Private Bag X137, Pretoria, 0001. - By Email: Fikile.Mokonyane@dod.mil.za. - Hand-Delivery: Poynton building, 195 Bosman Street, Pretoria (Wooden Post Box No. 5 at Reception). Enquiries: - Def Sec BMO: Mr. E. Ridgard – Tel: (012) 355 5510 - SA Army: Ms. T.M. Sekgobela – Tel: (012) 355 1238 - SA Airforce: Mr. S.R. Molekwa – Tel: (012) 312 2209 - SA Navy: Ms. R.E. Mamaguvhi – Tel: (012) 339 4220 Employment Equity Considerations The Financial Management Division is committed to employment equity and diversity. Preference will be given to African Males, African Females, Indian Males, Coloured Males, and Persons with Disabilities in line with the Employment Equity Act. Shortlisted candidates will undergo: - Practical Assessment: Technical and generic requirements evaluation. - Integrity Assessment: Oral examination, computer-based testing, and written evaluation. This is an exciting opportunity for finance professionals looking to advance their careers in the public sector. As an Accounting Clerk: Supervisor, you will play a crucial role in financial management, compliance, and budgeting. If you have the required qualifications and experience, don’t miss this chance to join the Department of Defence – Financial Management Division and contribute to South Africa’s financial governance. Apply now before the closing date! Read the full article

[maintec]

What is Mainframe Outsourcing? A Comprehensive Introduction

Introduction to Mainframe Outsourcing

 As organizations face increasing demands for data processing capabilities, outsourcing these functions to specialized mainframe outsourcing service providers becomes an efficient solution. By doing so, businesses gain access to cutting-edge technology and expertise without investing heavily in in-house resources.

  Mainframe outsourcing services help companies stay ahead of technological advancements, improve their operational flexibility, and ensure business continuity. The growing importance of maintaining and upgrading mainframe systems in the current IT ecosystem makes outsourcing a strategic necessity.

The Evolution of Mainframe Outsourcing

Mainframes have been a critical part of enterprise IT for over half a century. Initially, these large systems were the foundation for handling massive data volumes, transactions, and critical operations. However, maintaining and upgrading these systems in-house became increasingly costly and complex as technology progressed. This led to the emergence of mainframe outsourcing services to simplify management and minimize operational overhead.

The rise of outsourcing during the late 20th century aligned with growing global IT demands and development of more agile business environments. IT service providers specializing in mainframe operations began offering comprehensive outsourcing models that included everything from system monitoring to software updates and disaster recovery solutions.

Core Components of Mainframe Outsourcing

Mainframe Managed Services: Day-to-Day Operations One of the primary offerings of mainframe outsourcing service providers is the management of day-to-day operations, which includes monitoring performance, resolving issues, and maintaining system integrity. Outsourcing partners ensure that systems run smoothly, preventing downtime and ensuring that enterprise data is handled efficiently and securely.

Disaster Recovery and Business Continuity Disaster recovery is a cornerstone of mainframe outsourcing. Providers implement robust recovery protocols to ensure that business operations can quickly resume after unexpected disruptions. By outsourcing this function, businesses minimize risk, ensuring continuous operations without needing to build and maintain complex in-house infrastructure.

Application Modernization and Support Legacy applications often need updating to meet the demands of modern environments. Mainframe outsourcing goes beyond basic maintenance, with providers offering application modernization services that enhance functionality and enable integration with newer technologies. These services ensure that businesses stay competitive by leveraging the latest in software and hardware innovations.

Key Drivers Behind Mainframe Outsourcing Adoption

Cost Optimization

One of the main drivers for businesses to turn to mainframe outsourcing services is the potential for cost reduction. Maintaining an in-house mainframe operation demands significant investments in hardware, software, and skilled personnel. By outsourcing, organizations can shift these expenses from fixed to variable costs, freeing up capital to invest in other critical areas.

Access to Specialized Expertise

Mainframes require specific skills to maintain and optimize. With the decreasing pool of mainframe talent, many organizations turn to mainframe outsourcing service providers to access specialized knowledge. These providers employ experts who stay up-to-date with industry developments, ensuring that businesses benefit from the latest innovations in mainframe technology.

Focus on Core Business Objectives

By outsourcing mainframe operations, organizations can offload the complexities of managing legacy systems. This allows businesses to focus on their core activities, such as customer engagement, innovation, and expanding market share, rather than getting bogged down by IT challenges.

Advantages of Mainframe Outsourcing

Enhanced Scalability and Flexibility

Outsourcing offers the flexibility to scale resources according to business needs. Providers offer services that can easily be adjusted as demand fluctuates, ensuring businesses aren’t constrained by rigid infrastructure or resources. This agility allows companies to respond to market changes swiftly and effectively.

Reduced Operational Risks

Mainframe outsourcing reduces operational risks by partnering with experienced providers who apply industry best practices. By leveraging external expertise, businesses can mitigate potential risks related to system failures, downtime, and security vulnerabilities, ensuring higher levels of reliability and uptime.

Improved Compliance and Security

Compliance and security are paramount for organizations handling sensitive data. Mainframe outsourcing service providers are well-versed in industry regulations, offering businesses the peace of mind that their mainframe operations comply with necessary standards. Outsourced providers employ rigorous security protocols to safeguard data, minimizing the risk of breaches or data loss.

Mainframe outsourcing offers a powerful strategy for modern organizations, enabling them to remain agile, secure, and efficient. As technology evolves, businesses can rely on mainframe outsourcing services to navigate the complexities of digital transformation and ensure long-term success.

[harshnews]

Mainframe Market Size, Share, Trends, Growth and Competitive Analysis

"Global Mainframe Market – Industry Trends and Forecast to 2030

Access Full 350-page PDF Report @

**Segments**

- **Hardware**: The hardware segment of the mainframe market includes the physical components of mainframe systems such as processors, memory, storage devices, and peripherals. These hardware components are essential for the operation of mainframe systems and play a critical role in the performance and reliability of mainframe computers. Companies in this segment focus on designing and manufacturing high-quality, high-performance hardware to meet the demands of enterprise customers.

- **Software**: The software segment of the mainframe market comprises the operating systems, middleware, and applications that run on mainframe systems. Mainframe software plays a vital role in enabling organizations to leverage the power and scalability of mainframe computers for various use cases such as data processing, transaction processing, and analytics. Mainframe software vendors continuously innovate to provide solutions that optimize mainframe performance, security, and manageability.

- **Services**: The services segment of the mainframe market encompasses a wide range of offerings such as maintenance, support, consulting, and training related to mainframe systems. Service providers in this segment help organizations maximize the value of their mainframe investments by ensuring smooth operations, timely upgrades, and efficient utilization of mainframe resources. Mainframe service providers focus on delivering customized solutions to address the specific needs of individual clients.

**Market Players**

- **IBM Corporation**: As a pioneer in mainframe technology, IBM Corporation holds a dominant position in the mainframe market with its zSeries mainframe systems. IBM's mainframe offerings are known for their robustness, reliability, and scalability, making them the preferred choice for many large enterprises worldwide. The company continues to invest in mainframe innovation to meet the evolving needs of modern businesses.

- **BMC Software, Inc.**: BMC Software is a leading provider of mainframe software solutions that help organizations optimize mainframe operations, automate tasks, and improve overall efficiency. The company's mainframe management tools are widely used across industries to streamline processes, enhance security, and reduce costs associated with mainframe operations.

- **The mainframe market is a dynamic and competitive landscape with several key players vying for market share and technological dominance. IBM Corporation stands out as a longstanding leader in mainframe technology, with a rich history of innovation and a comprehensive portfolio of zSeries mainframe systems. IBM's mainframe offerings are renowned for their exceptional robustness, reliability, and scalability, making them a top choice for many enterprise clients worldwide. The company's continuous investment in mainframe innovation underscores its commitment to meeting the evolving needs of businesses in today's digital age.

BMC Software, Inc. is another significant player in the mainframe market, specializing in providing cutting-edge software solutions designed to optimize mainframe operations and enhance overall efficiency. BMC's mainframe management tools are widely adopted across various industries to streamline processes, boost security measures, and drive cost reductions associated with mainframe operations. The company's focus on automation and task optimization resonates well with organizations looking to maximize the value of their mainframe investments while driving operational excellence.

Another notable player in the mainframe market is CA Technologies, a global leader in enterprise software solutions. CA Technologies offers a robust suite of mainframe software products that cater to diverse customer needs, including operating systems, middleware, and applications designed to run seamlessly on mainframe systems. The company's commitment to delivering innovative solutions that enhance mainframe performance, security, and manageability underpins its strong market presence and customer loyalty.

Moreover, Micro Focus International plc occupies a prominent position in the mainframe market, offering a range of software and services tailored to modernizing mainframe environments and optimizing business operations. With a focus on digital transformation and legacy system integration, Micro Focus enables organizations to leverage the power and scalability of mainframe technology while driving innovation and agility in their IT infrastructure.

Overall, the mainframe market is witnessing a shift towards modernization and optimization, driven by the increasing demand for robust and secure computing solutions that can handle vast amounts of data and transaction processing requirements. Market players are continually innovating to**Global Mainframe Market, By Offering (Hardware, Software, and Services), Application (Census Industry, Consumer Statics, ERP and Transaction), Organization Size (Large Enterprises and Small and Medium-Sized Enterprises), End Use (BFSI, IT and Telecom, Government and public sector, Healthcare, Retail, Travel and Transportation, Manufacturing, Others) - Market Trends and Forecast to 2030**.

- The mainframe market is experiencing significant growth and transformation driven by the demand for robust and secure computing solutions that can handle large volumes of data and transaction processing requirements across various industries. The mainframe market is segmented based on offerings into hardware, software, and services, catering to the diverse needs of enterprise customers seeking high-performance computing solutions. The application segments include census industry, consumer statistics, ERP, and transaction processing, reflecting the versatility of mainframe systems in supporting critical business processes.

- In terms of organization size, the mainframe market caters to both large enterprises and small to medium-sized enterprises looking to leverage mainframe technology for their data processing and analytical needs. The end-use segments encompass industries such as BFSI, IT and telecom, government and public sector, healthcare, retail, travel and transportation, manufacturing, and others, highlighting the broad applicability of mainframe systems across different sectors.

- The mainframe market is characterized by intense competition and innovation, with key players like IBM Corporation, BMC Software, Inc., CA Technologies, and Micro Focus International plc leading the market with their cutting

Core Objective of Mainframe Market:

Every firm in the Mainframe Market has objectives but this market research report focus on the crucial objectives, so you can analysis about competition, future market, new products, and informative data that can raise your sales volume exponentially.

Size of the Mainframe Market and growth rate factors.

Important changes in the future Mainframe Market.

Top worldwide competitors of the Market.

Scope and product outlook of Mainframe Market.

Developing regions with potential growth in the future.

Tough Challenges and risk faced in Market.

Global Mainframe top manufacturers profile and sales statistics.

Key takeaways from the Mainframe Market report:

Detailed considerate of Mainframe Market-particular drivers, Trends, constraints, Restraints, Opportunities and major micro markets.

Comprehensive valuation of all prospects and threat in the

In depth study of industry strategies for growth of the Mainframe Market-leading players.

Mainframe Market latest innovations and major procedures.

Favorable dip inside Vigorous high-tech and market latest trends remarkable the Market.

Conclusive study about the growth conspiracy of Mainframe Market for forthcoming years.

Frequently Asked Questions

What is the Future Market Value for Mainframe Market?

What is the Growth Rate of the Mainframe Market?

What are the Major Companies Operating in the Mainframe Market?

Which Countries Data is covered in the Mainframe Market?

What are the Main Data Pointers Covered in Mainframe Market Report?

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[proket01]

Story of SaaS?

"SaaS" is a term that’s hard to ignore but what exactly does it mean? Imagine instead of dealing with the hassle of downloading and installing software on every device, you can access what you need instantly through the internet. That’s SaaS, or Software as a Service, a cloud-based solution that makes software more accessible, flexible, and user-friendly. Want to understand why SaaS is reshaping the way we use technology so let’s dive in!

Definition of SaaS

Software as a Service (SaaS) is a software distribution model in which applications are hosted by a service provider or vendor and made available to customers over the internet. This model contrasts with traditional software, where the software is purchased and installed on local machines or servers.

The concept of SaaS dates back to the 1960s when IBM and other companies offered mainframe computers on a time-sharing basis. However, the modern SaaS model we are familiar with started to gain traction in the late 1990s and early 2000s with the advent of the internet and advancements in cloud computing technology. Companies like Salesforce were pioneers in this space, demonstrating the potential of delivering software via the web. Proket is also a good example of Saas based CRM software where realtors get the feature of landing page builder for their PPC ad campaigns within seconds. 

SaaS vs. Traditional Software

Traditional software models often require substantial upfront costs, installation on local machines, and ongoing maintenance. SaaS, on the other hand, is subscription-based, does not require installation, and is maintained by the service provider. This shift from ownership to service has made SaaS a popular choice among businesses of all sizes.

Key Characteristics of SaaS

Accessibility and Flexibility

One of the standout features of SaaS is its accessibility. Users can access the software from any device, at any time, as long as they have an internet connection. This flexibility allows teams to collaborate more effectively, regardless of location.

Cost-Effectiveness

SaaS typically operates on a subscription-based pricing model, which can significantly reduce the upfront costs associated with purchasing traditional software. This model also allows businesses to scale their usage based on their needs, paying only for what they use.

Automatic Updates and Maintenance

With SaaS based CRM updates and maintenance are handled by the service provider. This means users always have access to the latest features and security updates without having to manage these tasks themselves. It’s a hassle-free experience that ensures your software is always up-to-date.

Scalability and Integration

SaaS solutions are designed to scale easily with your business. Whether you need to add more users or integrate with other software solutions, SaaS platforms can adapt to your growing needs. This scalability is crucial for businesses that are expanding or experiencing fluctuating demand.

How SaaS Works

The Cloud Computing Foundation

SaaS is built on the foundation of cloud computing. This means the software is hosted on the cloud, and users access it via the internet. The cloud infrastructure is managed by the SaaS provider, which includes servers, databases, and networking components.

Cloud Infrastructure

The cloud infrastructure supporting SaaS is robust and designed to handle multiple users simultaneously. This infrastructure is typically spread across multiple data centers to ensure high availability and redundancy. The use of cloud technology allows SaaS providers to offer reliable and scalable services to their users.

SaaS Deployment Models

There are different deployment models for SaaS, including public, private, and hybrid clouds. Public SaaS is available over the internet and is accessible to any user with the necessary credentials. Private SaaS is hosted on a private cloud and is often used by organizations with specific security or compliance needs. Hybrid SaaS combines elements of both public and private deployments.

Subscription-Based Pricing Model

One of the defining features of SaaS is its subscription-based pricing model. Instead of purchasing a software license, users pay a recurring fee to access the software.

Benefits of Subscription Model

The subscription model offers several benefits, including predictable costs, flexibility to scale usage, and access to regular updates. It also reduces the financial burden of large upfront software purchases, making it an attractive option for businesses of all sizes.

Common SaaS Pricing Tiers

SaaS providers typically offer several pricing tiers to cater to different user needs. These tiers might include basic, standard, and premium plans, each offering varying levels of features and support. This tiered approach allows users to choose the plan that best fits their requirements and budget.

Advantages of SaaS

Enhanced Collaboration

SaaS tools are designed with collaboration in mind. They allow multiple users to access the same platform, share documents, and work together in real-time. This level of collaboration is particularly beneficial for remote teams and global organizations.

Reduced Time to Deployment

SaaS applications can be up and running in a matter of hours or days, compared to traditional software, which might take weeks or even months to deploy. This rapid deployment means businesses can start using the software almost immediately, without lengthy installation processes.

Global Accessibility

Because SaaS is delivered via the cloud, it’s accessible from anywhere in the world. This global accessibility is a significant advantage for businesses with distributed teams or international operations, allowing them to maintain consistent workflows regardless of geographic location.

Automatic Software Updates

With SaaS, users don’t need to worry about manually updating their software. The service provider takes care of all updates, ensuring that users always have access to the latest features and security patches. This automatic update process helps maintain software efficiency and security.

Popular Examples of SaaS

Proket

Proket, a leading SaaS customer relationship management (CRM) platform which offers various features like landing page creation for lead generation, project management, lead nurturing, team management and much more. 

Google Workspace

Google Workspace, formerly known as G Suite, is a suite of productivity and collaboration tools, including Gmail, Google Docs, and Google Drive. It’s a prime example of how SaaS can enhance collaboration and efficiency within teams.

Microsoft 365

Microsoft 365 offers a suite of tools similar to Google Workspace, including Word, Excel, and Outlook. It’s available as a SaaS product, allowing users to access Microsoft’s powerful productivity tools from anywhere.

Zoom

Zoom has become synonymous with video conferencing, especially in the post-pandemic era. As a SaaS platform, Zoom allows users to host and join virtual meetings, webinars, and conferences with ease.

Final Words

SaaS has transformed the way we interact with software, offering unmatched convenience, flexibility, and cost-effectiveness. By eliminating the need for complex installations and ongoing maintenance, SaaS enables businesses and individuals to access cutting-edge technology from anywhere, at any time. Whether it's for collaboration, productivity, or specialized tools like Proket’s CRM, SaaS solutions are designed to meet the evolving demands of the digital age. As more organizations embrace cloud-based services, the impact of SaaS on the global technology landscape will only continue to grow.