IT Infrastructure is going under a few changes since early 2010’s. Pakistan’s IT industry needs to level up with the global industry on the IT infrastructure standards.
To define it briefly, IT infrastructure is required to manage and operate enterprise environments. IT infrastructure may be installed within a Cloud Computing system or in an organization's facilities.
To learn more about Components of IT infrastructure, its importance, advantages, and current shape of IT Infrastructure in Pakistan, and the future prospects, read our little guide prepared just for you!
Highlights:
- What Is IT Infrastructure?
- Building Blocks of IT Infrastructure Management
- Why is IT Infrastructure Important?
- What Are Components Of IT Infrastructure
- How Do Components Of IT Infrastructure Work?
- Types Of Infrastructure
- Opportunities And Obstacles
- What Does An Optimal IT Infrastructure
- Top IT Infrastructure Management Best Practices for Enterprises
- IT Infrastructure Management
- IT Infrastructure In Pakistan
- Future prospects of the IT industry in Pakistan
What Is IT Infrastructure?
IT infrastructure (also referred to as technology infrastructure) enables a company to develop and run applications essential for running its business, including compute, network, workplace, data platform and edge capabilities. Traditional infrastructure generally comprises hardware like datacenters or servers manually configured, managed and maintained.
Modern cloud infrastructure enables applications and data to be accessible from virtually anywhere, providing users with easy access to applications and data at any time. It involves various environments including clouds, on-premise data centers and edge computing devices connected by enterprise networks; as a result of their flexibility they require dynamic infrastructure engineering disciplines that are focused on innovation, automation and optimization for maximum effectiveness.
Infrastructure technology services is the collection hardware, software, networks, facilities, and frameworks which enable IT services to be delivered to different business units, and helps maintain its digital presence.
The pace of digitalization is accelerating, and organizations are increasingly focusing on their IT infrastructure. It's one of the most important drivers for a company. The global IT Infrastructure market is growing at an exponential rate, with a growth of about 270.5 billionOpens new window from 2020 to 2024. This shows a CAGR of 18%. COVID-19's impact on IT has given it a boost.
Every organization, whether it is a small business or a government, an independent professional or a country as if id, needs IT infrastructure in order to run digitized businesses. It is possible, for example, to run a Mom and Pop shop with no IT infrastructure and rely solely on manual and paper-based processes.
Imagine that you modernize your business in any way (accepting credit card payments, providing online delivery, taking part in ecommerce or sending updates to customers via WhatsApp etc.). If you are in this situation, then you'll need to invest into IT infrastructure.
A robust IT infrastructure today can be a competitive advantage. Wipro's State of IT Infrastructure Report for 2020 states that 75% of companies are upgrading their outdated infrastructure in order to take advantage of new technologies, such as AI/ML, AR/VR and 5G. IoT solutions are owned by 16% of businesses, not their business units.
What is IT Infrastructure Management? You need to keep up with the complexity of your IT infrastructure as it grows over time. AIOps is a key component of infrastructure management for 6% organizations. More organizations are still in the pilot phase.
A concept that is important in IT Infrastructure, is the idea of managed vs. in-house operations. Businesses of all sizes (especially those that are not digital natives), such as a retail chain, or hospitality group, can partner with a third party provider to manage their IT infrastructure remotely. In general, large organizations and digital native companies prefer to manage and host their IT operations in-house using owned infrastructure and internal teams.
No matter how large or sophisticated your IT infrastructure management strategy, it will always consist of four main components.
What are functional and non-functional requirements in IT infrastructure? Business requirements, User or Stakeholder Requirements, Solution Requirements and Transition requirements are some of the functional and non-functional requirements in IT infrastructure.
IT Infrastructure Building Blocks
There are a number of key IT building blocks that are essential for any modern organization. As discussed below, these can be further divided into sub-components.
Hardware
Hardware is all the parts, equipment, and components that go into maintaining an organization's infrastructure. This could be one PC and a print device for a small business like a Mom and Pop shop. Mid-sized companies could use PCs to support their staff, one or more servers to host their ecommerce/business website, and possibly an additional security device.
Data centers and other large buildings are used to house the technology systems of large organizations. You can choose to rent hardware components for your infrastructure rather than purchase them.
Sub-components in IT hardware include:
- Standalone servers
- Laptops and other personal computers, including workstations and laptops.
- Physical router equipment
- Headphones and printers as well as other peripherals
- Data Centers or Server Rooms
Software
Any infrastructure component which requires additional hardware to host the environment is considered software. Hardware and software are integrated to create a holistic IT system. A single PC with a software-based OS, a set of productivity and security apps, or a multi-ecosystem system with multiple endpoints are all examples.
This includes Windows, Linux and Mac operating systems, containerized environments for building applications, and cloud-based storage on a remote host.
Software components are increasingly important to IT operations and have replaced many of the older hardware components. Software-based routers are now available, as well as OTT-deployed apps instead of physical CDs or drives, and Next-Generation Firewalls (NGFWs) in place of hardware appliances.
IT software examples include:
- Operating System (OS) distributions and variants
- Apps from third-party developers for productivity, testing and security.
- SaaS apps and perpetual license software
- Software applications, marketplaces and services developed in-house
- Cloud computing, containers, or application hosting environments are all examples of production environments.
- Software utilities, such as NGFWs, routers and ANC software.
Network
This is technically an optional part of IT infrastructure, but it has become essential for modern business environments. You would have local devices that are not connected to the internet. Networks are the foundation of many IT components, such as cloud-based applications, SaaS processes, and over-the-air delivery.
The network is made up of both software and hardware components, as well as the configurations that you create to control and manage access to networks for different users. IT Infrastructure Management can also include the networking aspects of carrier licenses and partnerships.
Sub-components that make up a network are:
- There are different types of cables available for public and private internet connections (CAT 5, 6, 7, fiber optics, etc.).
- Firewalls, routers and switches are all networking appliances
- Software components such as software-based firewalls and SDN infrastructure.
- Configuration of the network using application interfaces
- Interfaces for managing user access, security, bandwidth allocation etc.
- Web servers can act as a hub of connectivity for IT activities in a network
All infrastructure components are either software or hardware. Understanding these deeper nuances can help you create a mature IT environment.
Why is IT Important?
Platforms that drive business value need to keep up with the rapid technological advances. The business will lose market share and its competitive edge if it does not. Cloud Computing is a technology that can help businesses achieve this. Cloud computing is no longer a static destination but a continuum of capabilities and technologies. Cloud technology is helping companies to deliver sustainable growth, innovate and create new experiences. Now--and especially because of the pandemic--connectivity is required anywhere and everywhere.
IT infrastructure is the basis for seamless cloud operations. It allows businesses to create exceptional experiences for employees and consumers that take advantage of new cloud technologies.
IT departments are under enormous pressure to deliver ever-greater innovation, market speed and financial flexibility. IT infrastructures and bandwidth are often expensive, rigid and hardware-centric.
What Are Components Of IT Infrastructure
Modern IT infrastructure requires several key components to function smoothly, including:
On-premise data centers allow companies to have greater control of security, governance, performance requirements, and much more. Because cloud-based applications are not compatible with many companies' data centers, they also control and own their own.
Hybrid/multi-cloud environments It provides users with on-demand access to IT resources via the Internet, wherever they are. It benefits from the innovations and advances of service providers such as Microsoft Azure, AWS, or Google.
- Hybrid clouds combine private clouds and public clouds.
- Multi-cloud environments consist of more than one cloud type, from different service providers.
- A hybrid/multi cloud environment is a combination of hybrid cloud and multi cloud.
Edge computing devices allow cloud computing to be performed at the source of data or as close as possible. Your data, for example, is computed directly on your device and not in a datacenter thousands of miles away.
The digital workplace is a combination of technologies and applications that support hybrid working styles and high-performance, scalable databases for data access and reach.
The enterprise network is the final link. Modern infrastructures should use a software defined wide area network (SD WAN) or 5G.
How Do Components Of IT Infrastructure Work?
Hardware and software are the core components of IT infrastructure. They are interdependent. Software, such as an operating system, is needed for hardware to function. In the same way, an operating system manages hardware and system resources. Operating systems use networking components to connect software applications with physical resources.
Hardware
Hardware components include:
- Desktop Computers
- Servers
- Data centers
- Hubs
- Routers
- Switches
- The Facilities
Software
Included in software components are:
- Content Management Systems (CMS)
- Customer Relationship Management (CRM)
- Enterprise resource planning (ERP)
- Operating systems
- Web Servers
The Facilities
The physical plant or facilities provide space for servers, networking hardware and data centers. This includes network cabling installed in office buildings that connects components of the IT infrastructure.
Network
Switches, routers, hubs, and servers are the components of a network. Switches are used to connect devices in local area networks, such as routers, servers, and other switches. Routers enable devices from different LANs to communicate and transfer packets across networks. Hubs allow multiple networking devices, such as routers and switches, to function as one component.
Server
Servers are a core component of an enterprise IT infrastructure. The servers are computers that let multiple users access and share resources.
Server room/data center
Data centers or server rooms are the rooms where organizations house their multiple servers. Data centers are at the heart of most networks.
Types Of Infrastructure
Traditional and cloud IT infrastructure are the two main types.
Traditional Infrastructure
The traditional IT infrastructure consists of the standard hardware and software: data centers, desktop computers, networking hardware, and facilities. This infrastructure setup typically requires more space, power and money than any other type of infrastructure. A traditional infrastructure typically is installed in-house for private or company use.
Cloud Infrastructure
Cloud computing infrastructure is very similar to the traditional IT infrastructure. Virtualization allows end users to access infrastructures via the Internet, and use computing resources, without having to install on-premises.
Virtualization allows physical servers to be maintained by service providers in any number of geographical locations.
It then divides and abstracts the resources, such as storage, so that they are accessible by users anywhere there is an internet connection. Cloud infrastructure is usually public and therefore referred to by the term public cloud.
IT infrastructure architecture is the way you structure and design your IT components to improve performance, simplify management, increase scalability and reduce costs. You can choose between several different types of IT architectures, depending on your organization's size and structure.
Below are some other different types of IT architecture.
1. Traditional Infrastructure
In a traditional architectural design, IT components are typically located on-premises in separate silos. In a traditional architecture design, IT components are typically located on-premises and in silos. The IT teams in different locations are often different, and the systems between business units, offices and regions may be separated. This type of IT architecture is common in smaller-to-mid sized organizations that are not digital native.
2. Converged Architecture
This type of IT architecture aims to reduce the fragmentation that is found in traditional infrastructure. It groups related IT elements into a single optimized hub and establishes connected workflows to provide centralized visibility. Resources are divided into "resource pool" based on business priorities and policies. Cloud computing has enabled IT infrastructures to be consolidated, centralized, and distributed more easily.
3. Infrastructure That Can Be Disaggregated And Composed
This is a type of converged technology that uses components on-premise. This is a new technology that allows data centers to act like virtual servers, allowing resources to be allocated as needed. Composable disaggregated architecture is powered by low-latency, high-speed networks which allow for quick resource allocation with minimal downtime. This emerging IT infrastructure architecture is a viable option for large digital-native companies.
4. Hyper-converged Infrastructure
Hyperconverged infrastructure is similar to a converged IT architecture in that it breaks down silos, enables central management and uses software components on a hypervisor. The key components of this architecture are software-defined storage and software-defined network, as well as the hypervisor which enables resource federation between processes. This type of IT architecture is usually operated using commercial off the shelf (COTS) servers.
5. Infrastructure As A Service (Iaas).
IaaS, which is currently valued at 31.61 billionOpens a New Window by 2019, will surpass $202 billion in 2027 in line with a trend away from infrastructures that are heavily reliant on hardware. IaaS is a service that replaces physical computing components and resources. It can be run on either a private hypervisor or a public cloud. The model is similar to that of hyper-converged systems, except the IT services and maintenance are handled by a third-party, using an aaS subscription-based licensing.
6. Code for Infrastructure
It is an approach to IT infrastructure management that allows you to maintain and manipulate the architecture by using software applications or line code, instead of hardware configurations or user interface settings. The term "Infrastructure as code" is used to describe both software and hardware IT components. Strategically placed code helps to monitor processes and enforce security.
7. Cloud-based Architecture
Cloud computing is quickly becoming the standard environment for hosting IT Infrastructure components. There are many options, including migrating to a cloud entirely, dividing your processes between the on-premises and cloud environments, creating a private cloud or implementing cloud management services. Most organizations today choose hybrid cloud, which combines on-premises and cloud resources, and allows for multiple cloud vendors and private cloud providers to coexist.
The following are some of the most common types of cloud-based infrastructure architecture:
- AWS, Azure or Google Cloud (or any other public cloud provider) can be used to provide 100% public cloud.
- Cloud computing that is 100% private, where applications, data and processes are hosted in remote servers
- Managed cloud, where an external IT partner manages the private/public/hybrid cloud
- Multi-cloud combining multiple public cloud vendors
- Hybrid cloud is a hybrid cloud where public, private and on-premises systems coexist
Cloud computing is a key component of many IT architecture principles. For example, IaaS can be deployed and converged architectures simplified.
The cost and effort required to maintain these IT infrastructures, as well as their functional capabilities, vary. On-premise systems tend to be more popular with mid-sized and large businesses that are able to manage them themselves, invest in their maturing without much external support.
Cloud computing is a popular choice for enterprises of all sizes, due to its amazing scalability. Digital-native companies that use technology to enhance their core offerings often leverage converged, hyper-converged and code-enabled IaaS.
Micro and small businesses are also still using traditional or primitive architectural designs, even though they are only just beginning their digital transformation journeys.
Opportunities And Obstacles
Infrastructure as code (IaC), a new digital technology, creates opportunities for rapid and flexible innovation. Businesses can access greater agility and innovation when infrastructure is optimized to the cloud. The modern workplace offers additional benefits. Many employees today associate the culture of their employer with a computer.
It's at this point that IT adaptability and innovativeness, as well as responsiveness, become key differentiators of workplace culture.
Many organizations are apprehensive about the prospect of releasing their business from existing infrastructure and commercial obligations, despite the cloud's many benefits. In worst-case scenarios, IT performance may actually degrade in the cloud. Why? The infrastructure, processes and skill sets supporting it cannot keep up with the new digital business demands.
In order to get the most from the cloud, businesses need to revamp their traditional IT infrastructure. They will have to overcome five common obstacles.
Traditional Data Centers.
Some organizations decided to invest in their own data center, which is an expensive and long-term investment that may not align with sustainability goals.
Owning Hardware Assets.
Assets purchased with a three- to five-year depreciation cycle and/or contracts leases lock in budget that could be invested for cloud.
Software Licenses.
Some organizations spend up to 55 percent of IT budgets on redundant software. This is especially true when the organization lacks governance or is divided into silos.
Talent Debt.
Over the years, most IT companies have invested in their employees' training and certifications. Many IT organizations are struggling with the rapid growth of digital technology. They must continually upskill their employees and rotate them to remain competitive.
Mainframe Legacy Platforms.
Mainframe platforms (e.g. Cobol, CICS and DB2) are still used to process some of the most important transactions in organizations. Cloud computing is necessary to scale these applications rapidly, but it requires significant modernization to make this possible.
What Does An Optimal IT Infrastructure
IT infrastructures are tailored to the business goals and needs, but there are some universal goals that apply to all enterprises. The ideal infrastructure will offer a business high performance storage, low latency network, security and an optimized wide-area network (WAN). It will also provide virtualization, zero downtime, and a network with minimal latency.
- High performance storage systems backup and store data, and also include a system for data recovery in the event of a disaster.
- Low latency networks Use enterprise-level infrastructure to reduce data delay.
- Secure Infrastructures are systems that manage data access and control. This can protect a business from cyberattacks and breaches, wherever the data is located. It also maintains the trust of customers.
- WANs prioritize traffic, and give certain applications more bandwidth or less bandwidth depending on the need.
- Virtualization increases server uptime and improves disaster recovery.
- Zero Downtime is designed to minimize disruptions in business operations, and to eliminate system downtime. This will keep costs low and profits high.
Top IT Infrastructure Management Best Practices for Enterprises
The sheer number of IT infrastructure components and architectures available today can make managing the whole landscape seem impossible. Here are some key practices you should follow to manage your IT infrastructure and ensure uninterrupted digital operations.
Digital Maturity: Benchmark Your Current And Future Digital Maturity
The IT infrastructure architecture you choose will be based on the digital dependency that you have at present and the maturity level that your organization is aiming to reach in the coming quarters. If you only have two offices in one region, for example, traditional architecture may be sufficient.
If you are planning to grow - by adding more offices, hiring remote teams, increasing throughput etc. You will eventually need cloud readiness. It is better to invest in cloud-first systems rather than expensive on-premise ones.
Managed IT Services Can Help You Find Labor Arbitrage Opportunities
Managed service providers can transform your IT Infrastructure Management capabilities without increasing your labor costs. The reason for this is twofold - the resources are shared between organizations and thereby lower the costs per tenant.
They also use the best-value locations to save on hiring highly qualified IT professionals. Managed providers can operate your IT infrastructure remotely and maintain performance in accordance with SLAs. They may also require onsite intervention.
Aiops Can Streamline IT Infrastructure Management
AIOps, as the name implies, uses artificial intelligence (AI) to monitor and manage IT systems. researchOpens new window shows that only 6% organizations have implemented AIOps meaningfully, while 94% are either not implementing it or are stuck in the limited pilot stage.
AIOps has a lot to offer, including automating tasks such as simple IT ticket resolutions, flagging anomalous activities, resource allocations based on application priorities, IT log analyses, service provisioning and more.
Clarify Ownership Between Business And IT Teams Of Assets, Processes, And Resources
Ownership is a question that will only become more important as digital technology becomes increasingly integrated with business processes. Information management systems, for example, could be owned either by IT or the HR department which uses it primarily for HRIS. Clarifying ownership is an important part of the IT infrastructure management plan.
This will ensure that you have a clear accountability line for issues, performance, budget management, and extensions. You can even create a center for excellence to improve collaboration between IT and business.
Outline A Roadmap That Puts The Cloud First
Migrating to cloud computing has many benefits. Not only will it increase resiliency, as was demonstrated in the past year with the move to remote working, but it can also lower your total cost ownership (TCO), by up to 40 percentOpens a New Window.
Cloud computing allows for easy access by users in multiple locations. Containers allow for agile development. This should be the top priority for the coming quarters if you haven't already migrated to cloud.
Secure Your IT Supply Chain Against Security Threats And Vulnerabilities
Supply Chain Attacks have become a reality for today's connected IT environment, which is heavily dependent on partners and third-party vendors. Vulnerabilities during device manufacturing, firmware installation, shipping, and remote software upgrades can create security gaps that are often overlooked because they are not built in-house.
You should conduct thorough security assessments of third-party partnerships and audit your IT infrastructure regularly for any gaps.
Investing In Backup And Disaster Recovery Infrastructure
Backup and disaster recovery is an important part of IT infrastructure management. This shouldn't get overlooked by companies that are only focused on their business operations. BDR plans, supported by IT infrastructure such as remote storage, alternative/backup networks and DLP Software can help you weather unexpected challenges and changes.
Protecting against unforeseeable issues, such as cyberattacks and downtimes as well as natural disasters or acts of God is essential.
The seven best practices listed above can help you choose the right IT infrastructure for your business, while staying within your budget and roadmap estimates and driving performance and value creation. When investing in new IT infrastructure components, prioritize scalability. The digital landscape will continue to evolve rapidly and impact nearly all business operations - from supply chains to facility management, HR to product development.
The IT team must also maintain detailed documentation on infrastructure upgrades and processes. This will help prevent the emergence of shadow IT components, i.e. parts of your IT infrastructure that you cannot see and are not under your control. It will also maintain security and sustain growth.
IT Infrastructure Management
IT infrastructure management is the coordination and integration of IT systems, people, platforms and environments. Here are the most common types of technology infrastructure management.
IT Operations Management or ITOM
This is a collection of tools and processes that help maintain IT infrastructure. This practice ensures the IT infrastructure chosen is available, reliable and effective for the business.
ITOM has many functions including operational intelligence, data collection, discovery of network assets, orchestration, cloud-management, and network events management.
IT Asset Management Or ITAM
It is responsible for the lifecycle management of IT infrastructure, including both hardware and software. It usually includes three components:
Financial
ITAM's main goal is to optimize IT expenditures, which means implementing a cost-effective IT Infrastructure, and ensuring new investments are required and cost justified.
Contractual
They also handle contracts related to the IT infrastructure, such as cloud service agreements and software license agreements.
Inventory
The statement states that IT infrastructure is under the control of the managers. It is then possible to make rational decisions when it comes to investing in IT infrastructure.
ITSM
The term refers to the entire set of activities involved in designing, developing, delivering and managing IT service lifecycles.
IT service management aims to facilitate and maintain optimal deployment, management, and operation of all IT Resources for all users within the extended enterprise.
OS Management
It offers patches, content management, subscription management and provisioning to help manage environments that use the same operating system.
Virtualization Management
It is able to interface with virtual environments as well as the physical hardware underneath in order to simplify resource administration, streamline operations and improve data analytics.
Cloud Management
Cloud admins are responsible for managing all aspects of cloud computing, including apps, data and end users. They also handle disaster recovery, integration and usage.
IT automation
It is also known as infrastructure automation. It creates repeatable processes and directions to reduce or replace human interaction with the IT system.
Configuration management
It maintains servers, computer systems and software at the desired level. It also tracks the individual configuration products within an IT system.
Risk Management
It helps in identifying, assessing and planning to reduce or control the risks.
API Management
It excels at controlling, distributing and analyzing application programming interfaces that connect data and apps across cloud environments and enterprise.
IT Infrastructure In Pakistan
Here are some highlights of IT infrastructure in Pakistan:
- The revenue in the Infrastructure as a service market is expected to reach US$172.50m by 2023.
- The revenue is expected to grow at a rate of 16.87% per year (CAGR from 2023-2028), resulting in market volume of US$376.10m.
- In 2023, the average expenditure per employee on Infrastructure as a Service is expected to reach US$2.11.
Infrastructure as a Service is the second-largest segment in the global Public Cloud Market. This segment will continue to grow at a rapid rate in the coming years. Cost optimization and resilience of business processes, enabled by IaaS, are driving the development of increased investments.
The adoption of cloud infrastructure will give additional growth impetus due to the growing demand for new technologies such as the Internet of Things (IoT) and Artificial Intelligence. IaaS is a major contributor to automating IT processes. This is a highly demanded service in an increasingly digital world.
Over the last decade, Pakistan's IT and IT-enabled service industry has experienced tremendous growth and development. The country is establishing itself as a destination for IT-related offshore services.
Pakistan is moving forward thanks to rapid developments in the digital landscape around the world, as well as government policies that encourage investment and education. This article will examine the key trends that are shaping the maturity of the Pakistan IT service industry.
Increased IT export revenues
The IT export remittances are a significant part of Pakistan's economic growth. Information and communication technology (ICT), export remittances, have risen from $1.06billion in 2018 to $2.6billion by 2022. This is an unprecedented growth rate in dollar terms of 40% per year.
By 2023, industry revenue is expected to reach $5 billion. Pakistan's IT capability and competitiveness on international markets continues to increase with the presence of over 5,000 IT companies.
Global Digital Services Demand
Pakistan's English-speaking IT talent has been able to shine in the global market due to the rising demand for IT services. Demand for services like mobile apps, web development, and digital marketing is high among North American and European clients.
Pakistan has positioned itself to be a nearshore destination for enterprise IT services as digital transformation is accelerating across industries. Cloud computing, cybersecurity and AI/automation are major growth areas.
Emerging Startup Ecosystem
Pakistan has experienced a boom of tech startups and entrepreneurship focusing on innovative digital services and products. This ecosystem has been nurtured by incubators like Plan9, venture funds and educational initiatives.
Startups like Careem KeepTruckin and Afiniti, which have reached billion-dollar valuations, inspire greater entrepreneurial ambition. Startups are key to economic growth and technological innovation.
Improved Infrastructure
The industry is now served by modern IT parks, coworking space, and incubator centers. The telecom industry has upgraded their network infrastructure, and increased bandwidth to deliver IT services.
For foreign IT companies to be attracted and for digital skills to be available, it is essential that infrastructure and electricity are improved.
IT Education is a priority
Education institutions prioritize technology-focused disciplines, and IT skills training that is aligned to international certifications. The government's IT skills development programs are an attempt to close the gap between supply and demand.
It is crucial to build a talent pipeline that is future-ready and robust from a young age. Quality and employment outcomes are more important than quantity.
Women in Tech Initiatives
Pakistan is losing out on a lot of talent because women are underrepresented in the tech industry. However, encouraging STEM education for girls as well as women-centric programs in tech are having a positive impact on female representation.
IT companies need to actively hire women and support them through policies that are gender inclusive, safe transportation, daycare and opportunities for professional growth. Women are a valuable asset and are severely underutilized.
Remote Work is on the Rise
The pandemic forced a wider adoption of digital workflows, and tools for remote collaboration. Telework has become a commonplace, thanks to modern software and communication solutions.
Pakistan's IT service firms are well positioned to flourish in an age of distributed agile delivery and hybrid remote teams. In recent years, the emphasis has shifted from physical presence to results.
Pakistan's reputation as a destination for IT and digital services is growing worldwide. Focusing on infrastructure, education and policy can maximize the growth and competitiveness of this promising sector. Pakistan's future looks bright as it exports cutting-edge technologies and aims to become a digital leader.
Future prospects of the IT industry in Pakistan
The IT industry of Pakistan has bright prospects for the future, despite the many challenges it faces. The government has taken various measures to tackle the issues facing the IT industry. It has, for example, launched initiatives to improve infrastructure in Pakistan, such as the construction of modern offices and the provision of high-speed Internet.
The government also launched a number of programs that provide training on the latest technologies to help combat the shortage in skilled professionals.
Moreover, the government is working to improve security in the country. The security situation has improved in Pakistan as it has made progress against terrorism. It has also led to an increase of foreign investment.
