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What Is Digital Infrastructure and Why Does Your Business Need It?

On 18 November 2025, a minor administrative error at Cloudflare caused a global digital blackout. Because a single configuration file exceeded a tiny, pre-set limit, global platforms across the world vanished for hours. This event, along with others, keeps stripping away the illusion that the internet is a seamless, indestructible force from time to time. Yet there is a vast difference between knowing and realising.  It proved that the global economy sits upon a physical and virtual foundation that is often surprisingly fragile.

If your business lacks its own resilient architecture, you are effectively outsourcing your survival to a third party. This reality has forced a shift in how leaders view their technical assets. No longer is this just a concern for the IT department; it is a fundamental pillar of corporate risk management. Building a robust environment means creating a system that can withstand the inevitable flickers of the global web.

This blog provides answers to the following questions:

What are the specific layers that form a modern business foundation?

How can a hybrid model protect your data from external service outages?

Why is technical durability now a requirement for commercial growth?

How do emerging technologies like post-quantum encryption impact your current setup?

What role does Invenia play in securing your technical environment?

The Hidden Layers: Defining Your Digital Assets

Digital infrastructure is the total collection of physical hardware and virtual protocols that allow your business to function. It also covers the people who manage these systems and the specialised buildings, such as data centres, that provide power and cooling. Today, it is a vast network of undersea cables, satellite links, and hyper-scale data centres.

For a business operating in the current year, this infrastructure is the platform for every transaction. If the underlying network is slow or unreliable, every other part of the business suffers. Understanding these layers allows you to move away from a reactive mindset and toward a proactive strategy. When you treat your technology as a core utility, you can build systems that remain stable even when global service providers face challenges.

The Compute Layer: Beyond Basic Servers

The compute layer is the processing engine of your company. It is where your data is analysed and your applications are run. Modern business IT solutions focus on providing elastic compute power. This means that if your website suddenly receives ten times its usual traffic, your infrastructure automatically expands to handle the load.

Without this elasticity, your systems will crash during peak times. Many companies now use a mix of local hardware for immediate tasks and cloud based processing for heavy lifting. This ensures that you have the power you need without paying for expensive hardware that sits idle most of the time.

Connectivity: The Distributed Office Network

Connectivity is the system of routers, fibre optics, and wireless gateways that link your employees to your data. Since the shift toward remote and hybrid work, the perimeter of the office has disappeared. Your network now reaches into the homes of every staff member.

A modern approach to connectivity involves more than just a fast internet connection. It requires a software-defined network that can prioritise important traffic. For example, a video conference with a major client should be given priority over a background file backup. This ensures that your business remains professional and efficient regardless of the strain on the local network.

Data Sovereignty and Storage Strategy

Storage is no longer just about where you keep your files. It is about how quickly you can recover them if something goes wrong. A sophisticated digital infrastructure uses redundant storage, where data is mirrored across multiple locations.

There is also the growing importance of data sovereignty, which is the principle that digital information is subject to the specific privacy and security laws of the country where it is physically stored.

Different countries have different rules about where data can be stored. For businesses operating anywhere on the global map, your storage strategy must account for local regulations. This often means keeping sensitive customer data on local servers while using global platforms for general operations. This approach protects you from both legal risks and technical failures.operations. This approach protects you from both legal risks and technical failures.

Security as a Foundational Component

Security is often treated as an add-on, but it should be built into the very foundation of your systems. A secure architecture should use a zero-trust model. This means that no user or device is trusted by default, even if they are inside the office.

By building security into the hardware and network layers, you create multiple barriers for potential threats. This includes automated monitoring that can detect unusual patterns of data movement and shut access before a breach occurs. In a world where cyber threats are constant, a secure foundation is the only way to protect your reputation and your bottom line.

The Shift to Hybrid and Post-Quantum Architecture

As we look toward the future, the standard for excellence is the hybrid model. This involves keeping critical, high-security workloads on private, on-premise hardware while leveraging the public cloud for its vast scale. This diversity prevents a single point of failure from taking down your entire company.

We are also entering the era of post-quantum readiness. While quantum computers are still in their early stages, they will eventually be able to break traditional encryption. Smart leaders are already reviewing their business IT solutions to ensure they are using updated protocols. By preparing your infrastructure today, you ensure that the data you store now remains safe for decades to come.

Invenia: Solutions for Global Reliability

At Invenia, we understand that a one-size-fits-all approach to technology does not work. We focus on building bespoke environments that match the specific risks and goals of your enterprise. Whether you are scaling a startup in India or managing a mature corporation in the US, we provide the technical expertise to keep your systems stable.

We focus on removing the complexities of the backend. Our services include infrastructure audits, cloud migration, and ongoing managed support. We look for the hidden weaknesses in your setup and fix them before they become expensive problems. By acting as your technical partner, we ensure that your digital infrastructure is a tool for growth rather than a source of stress. Explore our array of services or contact us to learn more.

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Why Cloud Sovereignty Matters: Key Benefits, Core Features, and Best Practices

In a world where data is often called the new oil, the question of who owns the refinery has become a matter of national and corporate security. At its simplest, a sovereign cloud is a cloud computing architecture designed to store and process data in strict compliance with the local laws and regulations of the country where that data resides. It is like a high-security vault built on your own soil, governed exclusively by your local laws, and accessible only by those you explicitly authorise. This ensures that your information stays under your jurisdiction, shielded from the reach of foreign authorities or extraterritorial legal claims.

This blog provides answers to the following questions:

What exactly constitutes a sovereign cloud and how does it protect your interests?

What are the four core pillars that make up digital sovereignty?

How does a sovereign cloud differ from a traditional private cloud setup?

What specific capabilities should you look for in a provider?

How does Indian law influence your cloud choices?

What are the best practices for maintaining cybersecurity in sovereign cloud environments?

The Four Pillars of Digital Autonomy

Digital sovereignty is built on four distinct foundations. Each one addresses a specific worry that modern organisations face when moving sensitive workloads to the cloud.

Data Residency: Where does my data physically live? This ensures information remains within a specific country to satisfy local storage mandates.

Data Privacy: Who is permitted to see my data? This involves controls that prevent foreign entities or the cloud host from viewing raw, unencrypted information.

Security and Resiliency: How is my data protected from failure or attack? This focuses on the physical and digital durability of the infrastructure against local threats.

Legal Controls: Which laws have authority over my data? This ensures your data is subject only to your local courts, preventing it from being seized under foreign warrants.

Six Capabilities of a Sovereign Infrastructure

A sovereign cloud is defined by its ability to offer specific technical and operational barriers. These six features distinguish it from standard public cloud offerings:

Strict Access Protocols: Managed access where only authorised personnel within a specific jurisdiction can perform administrative tasks.

Autonomous Control: The customer maintains the final say over data placement and management without the provider making unilateral changes.

Local Regulatory Alignment: The infrastructure is pre-configured to meet specific national security and compliance frameworks.

Localised Operational Support: Support teams are based within the same jurisdiction to prevent data exposure during troubleshooting.

Isolated Network Pathways: Use of dedicated network capacity to ensure traffic does not exit national borders or pass through high-risk exchange points.

Advanced Encryption Standards: Implementation of customer-managed keys, ensuring the provider has zero visibility into the stored data.

Choosing Your Path: Sovereign vs Private Cloud

It is easy to confuse these two, as both offer more privacy than a standard public cloud. However, the differences lie in the depth of legal and geographical protection.FeaturePrivate CloudSovereign CloudPrimary GoalInfrastructure exclusivity.Jurisdictional and legal integrity.Data LocationFlexible (on-site or remote).Strictly within a specific legal border.Provider EntityOften a global vendor.Usually a local vendor or a local sovereign entity.Administrative AccessInternal IT or global support.Strictly limited to local, vetted personnel.Legal ProtectionDepends on the vendor’s HQ.Guaranteed by local national law.

What should you choose?

Choose a private cloud if you simply want dedicated hardware for performance. Choose a sovereign cloud if you are in a regulated industry like finance, healthcare, or government and need to guarantee that your data is immune to foreign legal reach.

Weighing the Pros and Cons

Detailed Benefits

Total Jurisdictional Certainty: You are never at the mercy of shifting international treaties. Your data is governed by the laws you already know and follow.

Enhanced Trust with Stakeholders: By using a sovereign cloud, you provide a clear signal to customers and citizens that their most sensitive information is treated with the highest level of national protection.

Operational Continuity: Sovereign clouds are often designed to be self-sufficient. In the event of global geopolitical tensions or network outages, your local infrastructure remains functional.

Tailored Compliance: It is easier to meet the specific requirements of local regulators when the cloud environment was built with those exact rules in mind.

Key Challenges

The Cost of Isolation: Running a smaller, localised cloud often lacks the massive economies of scale enjoyed by global hyper-scalers, leading to higher subscription fees.

Feature Availability: New AI tools or specialized cloud services might take longer to arrive in sovereign regions compared to global public regions.

Complexity of Migration: Moving legacy systems into a highly restricted sovereign environment requires careful planning to ensure no data “leaks” during the transition.

Best Practices

Zero Trust Architecture: Never assume that being inside a sovereign border is enough. Always verify every request and maintain strict identity management.

Key Management: Ensure you hold the encryption keys. If the provider holds them, your sovereignty is only a promise, not a technical reality.

Regular Audits: Conduct third-party checks to ensure the provider is sticking to the residency and access rules they promised.

Invenia: Securing Your Digital Borders

Invenia provides a range of IT infrastructure and consulting services designed to help organisations manage complex data requirements. Our approach focuses on aligning your technology stack with the specific regulatory demands of your industry. Whether you are looking for secure hosting, managed services, or infrastructure optimisation, we ensure that your setup is robust and compliant with local standards. We help bridge the gap between technical performance and the strict requirements of data residency.

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10 Ways System Integration Improves Enterprise Network Performance

Enterprise networks typically carry high volumes of routine information as part of everyday operations. Order updates, inventory changes, access requests, reports. None of it is unusual. What affects performance is how many times the same information is requested, copied, checked, and passed along before it reaches the right system.

Enterprise system integration sets basic rules for this movement. It decides where data should come from, when it should move, and which systems are allowed to request it. Once these rules are in place, network activity becomes steadier. Background traffic drops. Processing happens in sequence instead of overlap.

As organisations rely on more applications across cloud and on premises environments, these rules start to matter more. Networks respond better when systems follow a common structure. This article looks at how enterprise system integration supports that structure and how it improves enterprise network performance in practical ways.

Performance Impact Snapshot

MetricBefore Integration (Siloed Systems)After Integration (Unified Systems)Network Traffic LoadHigh from repeated syncsMuch lower and steadierData Synchronization ErrorsFrequent delays and failuresMinimal errorsResponse LatencySlow due to manual stepsFaster and consistentBandwidth UtilizationSpiky with batch transfersSmooth and predictableSystem DowntimeHigher from retriesLower overallCost per TransactionElevated by redundancyReduced through efficiency

1. Centralised data management

Enterprise system integration brings data under clearer control. Instead of the same information existing in multiple systems, enterprises rely on a single authoritative source that feeds connected applications.

From a network standpoint, this reduces repeated synchronisation activity. Systems no longer need to check with each other constantly to confirm which version of data is current. Fewer background exchanges mean lighter network load and more capacity for business critical transactions.

2. Automated data movement reduces delay

Manual data handling introduces pauses that affect system timing. Updates often wait for scheduled uploads or user actions, creating uneven traffic patterns.

Automation removes these gaps. When data moves automatically between connected systems, updates occur as events happen. This keeps network usage consistent throughout the day and avoids sudden spikes caused by bulk transfers. Response times improve because systems no longer wait for human intervention.

3. Unified security controls

Security processes generate network traffic of their own through authentication checks, access requests, and monitoring activity. When systems are disconnected, these controls operate separately, increasing overhead.

Enterprise system integration allows security rules to be applied across all connected platforms. Access checks follow a common process, and monitoring occurs from a central point. This reduces repeated verification requests and allows unusual traffic behaviour to be identified more quickly.

4. Better visibility of resource usage

Disconnected systems make it difficult to understand how network resources are being used. Individual applications may consume bandwidth or processing power without clear visibility.

Integration provides a consolidated view of system activity. IT teams can see which applications generate the most traffic and when demand peaks occur. This insight supports better allocation of bandwidth and compute resources, ensuring that essential systems maintain stable performance during high usage periods.

5. Real time analytics with controlled load

Many enterprises rely on analytics to support daily decisions. Traditional reporting often relies on scheduled data transfers that move large volumes of information at once.

Integrated environments support real time analysis by processing smaller data flows continuously. This approach keeps network usage predictable and avoids heavy batch transfers that strain infrastructure. Analytics become part of normal system activity rather than a separate network event.

6. Cloud readiness and scale

As enterprises expand, they often add cloud based applications alongside existing systems. Enterprise system integration provides a structured way to connect these platforms.

New services can be added without disrupting established workflows. Data moves between cloud and on premises environments using defined routes, which helps maintain consistent network performance across locations. This approach suits both global organisations and India based enterprises scaling their operations.

7. Streamlined application workflows

Disconnected applications often require users to move between systems to complete tasks. Each system maintains its own connection to the network.

With enterprise system integration, applications exchange data behind the scenes. Tasks can be completed within a single interface while systems handle coordination in the background. This reduces the number of active sessions the network must manage and improves overall responsiveness.

8. Higher data accuracy across systems

Data errors increase network activity through retries and corrective processing. Enterprise system integration introduces validation checks before information moves between systems.

Only accurate, complete data is transmitted. This reduces failed transactions and repeated processing attempts. The network carries cleaner traffic, and systems spend less time resolving avoidable errors.

9. Cost efficiency in network infrastructure

Enterprise system integration allows businesses to continue using existing platforms while connecting them to newer tools. Older systems remain functional parts of the environment rather than isolated assets.

This approach reduces the need for large scale hardware replacement. Enterprises improve performance through better coordination rather than constant infrastructure expansion, keeping costs under control while meeting modern performance expectations.

10. Improved collaboration without added network load

Collaboration across departments and locations depends on access to the same information simultaneously Without enterprise system integration, this often results in repeated file transfers, parallel data stores, and constant manual sharing.

Enterprise system integration allows applications used by different teams to draw from the same underlying data sources. Sales, finance, operations, and support systems remain aligned without requiring users to move files or request updates manually.

From a network perspective, this reduces internal traffic generated by emails, downloads, and duplicate data access. Information flows through established system connections rather than informal workarounds. Collaboration improves while network usage remains controlled and predictable.

Invenia Solutions & Managed Services

Maintaining a stable, well-coordinated IT environment requires quality software and most importantly, it requires oversight. Invenia supports enterprises by maintaining stable, well coordinated IT environments through managed services. The focus is on monitoring system connections, overseeing application behaviour, and maintaining network reliability as environments grow more complex.

Explore our Managed Services and contact us to collaborate. Don’t let disconnected systems slow down your growth!

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10 Key Trends Impacting the Future of Digital Infrastructure Security

Digital infrastructure is the invisible scaffolding of modern life. From the undersea cables that carry global communications to the cloud servers hosting medical records and the smart grids managing electricity, and more. When people tap a phone to pay for groceries or stream a meeting from a moving train, they are relying on a vast, interconnected web of hardware and software.

However, as this web expands, so does the surface area for potential threats. Digital infrastructure security is now a matter of national and economic stability. A single vulnerability in a software library or a misconfigured cloud server can lead to systemic failures that ground flights, halt manufacturing, or compromise the privacy of millions.

This blog explores the shifts occurring in the security world and answers the following questions:

What are the primary trends moving the needle in digital infrastructure security?

How are specific industries adapting their security models?

Why is the transition to proactive defence becoming mandatory?

What steps can an organisation take to implement these modern security standards?

Why Monitor Digital Infrastructure Trends?

Staying informed about the future of digital infrastructure is a defensive necessity. Cyber threats do not remain static; they scale with the same technology used to build modern systems. By tracking trends, organisations can move from a reactive posture, where they fix things after they break, to a predictive one. This foresight allows for better capital allocation, ensures compliance with tightening global regulations, and protects the long term reputation of a business.

10 Key Trends in Digital Infrastructure Security

1. AI-Driven Offensive and Defensive Security

Artificial Intelligence is now a central component of both the attack and the defence. While attackers use AI to automate the discovery of vulnerabilities, security teams are deploying AI to monitor network traffic in real time. These systems can identify anomalies that human analysts might miss, such as a subtle but unusual pattern of data exfiltration.

2. The Rise of Sovereign Cloud and Geopatriation

As data privacy laws become more stringent, countries are demanding that data remains within their physical borders. Sovereign cloud infrastructure ensures that sensitive information is stored and processed under local legal jurisdictions, reducing the risk of foreign surveillance or legal conflicts over data ownership.

3. Quantum-Resistant Cryptography

With the steady progress in quantum computing, traditional encryption methods are at risk of being cracked. Preparing digital infrastructure for a post-quantum world involves implementing new cryptographic standards that can withstand the immense processing power of quantum machines.

4. Zero Trust Architecture as a Standard

The old model of trust but verify is being replaced by never trust, always verify. In a Zero Trust model, identity is the core focus. Every user and device, whether inside or outside the network, must be continuously authenticated and authorised to access specific resources.

5. Supply Chain and Third-Party Risk Management

Security is only as strong as the weakest link in the supply chain. Organisations are now scrutinising the security practices of their vendors and the integrity of open source software components to prevent island hopping attacks where a breach in a small partner leads to a major corporate compromise.

6. Continuous Security Monitoring and Validation

Periodic audits are no longer sufficient. Modern infrastructure requires continuous monitoring to detect configuration drift and vulnerabilities the moment they appear. Automated security validation tools now simulate attacks regularly to test if defences are actually working as intended.

7. Secure Access Service Edge (SASE)

SASE converges networking and security into a single cloud delivered service. This trend allows remote workers and branch offices to connect securely to applications without the latency of traditional VPNs, providing a uniform security policy regardless of location.

8. Hardware-Rooted Security

Security is moving deeper into the hardware layer. Trusted Platform Modules (TPM) and secure enclaves within processors are being used to ensure that the foundational boot process of a server or device has not been tampered with by malware.

9. Automated Incident Response (SOAR)

Security Orchestration, Automation, and Response (SOAR) platforms allow teams to define playbooks that automatically handle common threats. For example, if a known malicious file is detected, the system can instantly isolate the affected laptop and block the file across the entire network without human intervention.

10. Digital Provenance and Data Integrity

With incidents of data manipulation on the rise, verifying the origin of information is vital. Technologies like blockchain or digital signatures are being integrated into infrastructure to ensure that data, software updates, and media have not been altered since they were created.

Industry-Specific Trends

Defence: The focus is on achieving digital supremacy through iron clad fortification of critical assets. Modernisation involves replacing outdated legacy systems with multi layered, AI driven cybersecurity to protect mission critical communication networks.

Energy & Utilities: This sector is seeing a move toward smart grids and the integration of renewable energy. Security trends here involve building ultra reliable, low latency networks that can handle massive IoT data streams while protecting the grid from sophisticated cyberattacks.

Government: Large scale public projects like BharatNet are moving toward centralised Network Operations Centres (NOCs). These hubs provide 24×7 monitoring and comprehensive management of citizen centric networks to ensure high availability and data protection.

Healthcare: Security is evolving to support telemedicine and AI enabled diagnostics. The priority is creating secure, cloud based platforms for patient records that comply with strict data standards while ensuring real time access at the point of care.

Mining: Digitalisation is reaching deep underground through high speed WiFi and fibre connectivity. Security in this harsh environment focuses on ensuring constant uptime for safety monitoring systems and automated machinery.

Telecom: As the backbone of the digital economy, telecom is expanding into 5G and high speed National Long Distance (NLD) networks. The security focus is on resilient multi path networks that can withstand physical and digital disruptions.

Transport: Smart city infrastructure and autonomous fleets require edge data centres. Security trends in transport involve using digital twins to simulate real world physics and unexpected cases, ensuring that physical AI acts safely in real environments.

How to Implement These Trends

Implementing these shifts requires a phased approach rather than an overnight overhaul.

Assess the Current State: Use a framework like NIST to identify where current infrastructure falls short of modern standards.

Prioritise Identity: Start by implementing multi factor authentication and strict access controls across all cloud and on premise systems.

Invest in Visibility: It is impossible to secure what is not visible. Deploy tools that provide a unified view of the entire digital ecosystem.

Adopt Automation: Begin with small automated tasks, like automated patch management, before moving to complex incident response playbooks.

Educate the Workforce: Technology is only half the battle. Regular training ensures that employees understand the new security protocols and do not inadvertently bypass them.

Invenia’s Approach

At Invenia, we understand that digital infrastructure is the foundation of your business. Our solutions are designed to address the complexities of modern security without hindering operational speed. We provide comprehensive services ranging from Security Assessment and Gap Analysis to the implementation of Zero Trust Frameworks.

Our Security Operations Centre (SOC) services offer 24/7 monitoring and real time analytics to identify and neutralise threats. By integrating advanced tools like SIEM and XDR, we ensure that your organisation has the visibility needed to manage risks. Whether you are scaling your cloud presence or securing your network perimeter, Invenia provides the expertise to build a resilient and secure digital environment.

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Why Liquid Cooling is No Longer Optional for 2026 AI Workloads

The year 2026 has marked a change in data processing. For years, the sound of high-velocity fans was the heartbeat of the data centre, one that kept silicon cool through sheer airflow. However, as AI matures from experimental projects into the backbone of global industry, the heat produced by these workloads has reached a physical breaking point.

According to the JLL 2026 Global Data Centre Outlook, the surge in AI adoption is pushing an unprecedented demand for power, with global capacity expected to nearly double from 103 GW to 200 GW by 2030. These levels were considered science fiction only a few years ago.

What happens when a single server rack begins to consume as much power as a small residential street?

Can traditional air-conditioning units really keep up with chips that now routinely exceed 1,000 watts of Thermal Design Power (TDP)?

More importantly, how can operators in water-stressed regions like India or the UK manage this heat without depleting local resources? This blog explores why high-density rack cooling has become a necessity for survival in the era of intelligence.

The Thermal Wall: Why Air Reached its Limit

In the past, a standard data centre rack typically drew between 5 kW and 10 kW. At these levels, pushing chilled air through the aisles was a perfectly adequate way to manage heat. Fast forward to 2026, and the entry of chips like the NVIDIA Blackwell series has changed the maths of the machine room. A single AI-optimised GPU now draws up to 1,200 watts, and a fully populated rack can easily push beyond 100 kW.

Air is a poor conductor of heat compared to liquid. To cool a 100 kW rack using only air, a facility would need to move such a massive volume of oxygen that the fans themselves would consume a disproportionate amount of the facility’s total power. This phenomenon is known as the ‘thermal wall.’

Traditional air cooling becomes physically and economically unviable once rack densities exceed 35 kW. Beyond this point, the air simply cannot carry the heat away fast enough to prevent the hardware from throttling its performance to save itself from melting.

High-Density Rack Cooling: The New Physics

High-density rack cooling refers to specialised systems designed to dissipate heat at the source. Instead of cooling the entire room (the refrigerator model), modern AI facilities focus on cooling the chip itself. There are two primary methods dominating the market this year:

Direct-to-Chip (Cold Plate) Cooling: Liquid is circulated through a cold plate sitting directly on top of the processors. This method can capture up to 80% of the heat generated by the server.

Immersion Cooling: Entire server blades are submerged in a thermally conductive but electrically non-conductive (dielectric) liquid. This is the gold standard for liquid cooling for AI data centres in 2026, as it eliminates the need for fans entirely and allows for densities of 150 kW per rack or more.

The effectiveness of these liquids is staggering. Water, for instance, is roughly 3,500 times more effective at carrying heat than air. By transitioning to liquid, operators can maintain much more stable internal temperatures, which reduces the mechanical stress on expensive GPUs and extends their lifespan.

Liquid Cooling for AI Data Centres: Financial and Operational ROI

While the initial setup cost for liquid infrastructure is higher than air, the long-term financial case has become undeniable. For any rack surging to 40 kW and beyond, liquid cooling becomes the more cost-efficient path.

Energy Savings: Liquid systems can reduce total site energy consumption by 25% to 30%. Because liquids can be cooled using warm water (often up to 30°C or 35°C), the massive, energy-hungry chillers used in traditional air cooling can often be downsized or eliminated.

Space Optimisation: Because liquid cooling allows for much tighter packing of hardware, data centres can achieve higher compute power in a smaller physical footprint. This is particularly valuable in urban hubs where real estate is at a premium.

Performance Stability: Overheating chips automatically slow down to prevent damage. Liquid cooling ensures that these million-pound investments run at peak clock speeds 24/7.

Sustainability and the ‘Thirsty Cloud’ Crisis

Currently, the industry is grappling with the ‘Thirsty Cloud’ problem. Older data centres often relied on evaporative cooling, which can consume millions of litres of water every day to keep air systems cool.

Closed-loop liquid cooling systems are significantly more sustainable. Because the liquid is reused in a sealed environment, the Water Usage Effectiveness (WUE) is drastically improved. Furthermore, the higher temperature of the waste heat captured by liquid systems makes it easier to repurpose for district heating or industrial processes, turning a waste product into a valuable resource.

For markets like India, where water scarcity is a recurring challenge in cities like Chennai and Mumbai, adopting liquid-based high-density rack cooling is the only way to scale AI infrastructure without putting undue pressure on local water tables.

The Invenia Approach to High-Performance Infrastructure

At Invenia, we recognise that building a data centre for the AI era requires a holistic design that combines power, connectivity, and advanced cooling from the ground up. Our suite of Data Centre Services is built on the principle of future-readiness.

By focusing on resilient design, end-to-end centre build and interconnectivity, we help enterprises bridge the gap between their current capacity and the extreme demands of next-generation AI. Explore our range of services or contact our team of experts for more information and collaboration.

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Role Of Network Integration In Large Enterprises

Enterprise environments often exhibit complexity, characterized by multiple cloud platforms, extensive application proliferation, and large volumes of data. Consequently, ensuring long-term viability and effective governance for such businesses becomes challenging. Within a modern enterprise, it is crucial for all systems and technologies in the business ecosystem to seamlessly collaborate and operate as an efficient and cohesive unit. So, how can businesses improve their enterprise network services integration and management strategies?

With the fast-paced world of technology and cloud computing, an enterprise integration platform may redefine customer reach and engagement and improve the quality of customer service within your enterprise. Enterprise integration addresses the challenges of integration comprehensively by merging individual data and application integration disciplines into a unified effort governed by a single paradigm. Companies must continue to adapt and evolve to satisfy their customers’ needs, and the appropriate enterprise integration platform may help them do just that.

Network Integration In Large Enterprises

Figure 1: Enterprise Network Design Considerations

Image Source: infotech.com

Integrating the processes, technologies, network services, and structures that connect data utilizing IT-enabled systems, allowing all applications to work together functionally, is known as enterprise integration. Because organizations frequently operate multiple software programs simultaneously, it is simple for an environment to become so complicated that it is difficult to manage properly and slows down processes.

Furthermore, Gartner defines an enterprise integration platform as a service, or EiPaaS, as a set of integration technology capabilities delivered as a collection of cloud services designed to enable enterprise-class integration at many levels of an organization.

The Benefits of Enterprise Integration Software for Business

The key to enterprise network services integration is the company’s ability to identify what it actually requires from the integration solution. Companies must consider how they wish to connect systems, apps, and data, as well as the types of partners, compliance, and customer SLA standards that must be met.

A modern corporate integration platform has the following benefits and features to provide the speed and agility required by today’s businesses:

1. Interconnection of Systems

The allure of an enterprise integration platform is that it integrates the business’s operating systems and applications. Connect your enterprise’s employees, customers, partners, processes and applications, systems, and other technologies.

2. Updates in Real-Time

Companies can use an enterprise integration platform to ensure that they are always up to date on the status of their B2B transactions. Enterprises acquire greater visibility than ever before.

3. Enhanced Performance

You would receive better performance with an outsourced network design and integration service. Most reputable service providers have a staff of engineers who are very skilled at offering such solutions.

4. Enhanced Productivity

A corporate integration solution streamlines critical B2B communications, and modern technologies aggregate the data so that people across job functions may access and analyse the information they need at any time.

5. Maximizing Opportunities

Enterprise integration also enables teams to operate more proactively in order to capitalise on new or changing company needs and possibilities. Gaining control of all data access points enables teams to swiftly identify and respond to time-sensitive events, without updating the apps.

6. Control (Or Lack Thereof)

Network service integration developers have only a limited amount of control over several business apps. Legacy applications and packaged apps are difficult to link to an integration solution.

7. Exchanging Vital Information

Enterprise integration facilitates the flow of data throughout complex information and operating systems by introducing a middleware layer that serves as a standard interface between each individual application, design, and service. It makes it easier for an application developer to exchange data or expose interfaces.

8. Standards

Most messaging systems and apps employ distinct data formats, which makes integration difficult. Existing XML Web Services, for example, are only responsible for a small part of the integration difficulties within a business integration platform. However, because standardizing all data interchange to XML is not practicable, ensuring that all components of your integration environment are supported is a demanding process that necessitates advanced data transformation capabilities.

9. Customized Service

Figure 2: Benefits of Network Integration in Large Enterprises

Image Source: slideteam.net

Enterprise integration services are essential for modern large businesses for several reasons.

Firstly, legacy technologies act as barriers to growth by hindering agility and speed. Companies that rely on outdated systems struggle to adopt new technologies like cloud storage, SaaS applications, and other critical solutions. Enterprise integration services enable companies to modernize their systems and stay competitive.

Secondly, efficient onboarding of trading partners, customers, and suppliers is crucial. Modern enterprise integration services support various protocols and data types, such as AS2, SFTP, HTTPS, EDI, XML, and flat files. They provide preconfigured B2B connections, allowing for quicker onboarding and reducing time-to-market.

Additionally, taking an “outside-in” perspective on the environment is necessary. Traditional IT infrastructures designed before 2022 may not be efficient for current business needs. By prioritising external customer and partner relationships and integrating their data flows into internal systems, enterprises can create an ecosystem integration model.

To develop a successful enterprise integration strategy, businesses should follow key steps such as assessing needs, technology, and expected benefits; creating a roadmap; establishing metrics for evaluating strategy efficacy; and reducing redundancies. A comprehensive integration strategy brings numerous benefits, including real-time data, better decision-making, streamlined processes, cost and time savings, and accelerated business growth.

Applications, whether on-premises or in the cloud, have never been more affordable than they are today, and organizations now have levels of scalability that earlier generations of IT departments could only dream of. An enterprise integration platform that connects all of these applications and systems in a single, easy-to-use solution that meets your business requirements will better deliver on the promise of integration. And that promise is of higher value.

The process of merging different components into a single network is known as network integration. The separate components communicate with the Internet and with one another via a wired or wireless connection. This enables the collection of numerous bits of data for analysis in a single location. A company can use this to reduce expenses and open up new markets for new items.

Every network has unique qualities and characteristics that might help a business in many ways. It is critical for businesses to select the best network for their needs. Some networks may be more suited for a small business that is just getting started, while others may be better suited for a large corporation.

To be highly effective and qualitatively agile, your integration approach must use automation while employing many reusable and practical integration methods.

Overall, enterprise network service integration is crucial for improving internal processes and corporate activities and implementing, conceptualizing, and distributing critical applications. Companies may improve operational scalability, reach, and revenue by sharing critical information, streamlining processes, and capitalizing on opportunities.

Frequently Asked Questions

What is the importance and effectiveness of network integration?

When you have a centralized solution that integrates with the existing tools, you can expect to attain faster access to data, quick turnarounds, better consumer support, and improved overall systems. With improved network integration, enterprises can expect high uptime for their productive businesses.

What are the different types of enterprise integration software?

The different types of enterprise integration software include:

Legacy integration

Third-party integration

Enterprise application integration

Point-to-point model integration

B2B integration

iPaaS (Integration Platform as a Service

Irrespective of the enterprise integration software you use, the prime objective of it is to bring the divided or fragmented pieces together for developing an organization-specific coherent network.

What are the key elements to consider while implementing enterprise integration?

The key elements that you need to consider while implementing enterprise integration are:

Application Integration

Process integration

Cloud integration

Data integration

Security and infrastructure.

As the need for integration evolves over time, organisations need to improve their comprehensive strategy to avoid ending up with disparate and disjointed solutions.

What is the role of an enterprise integration platform?

The role of an enterprise integration platform is to implement the process of connecting various disparate applications, web services, and business systems. With a low-code integration platform, there is no need for mass coding, which reduces costs and integration time.

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The Role of Network Integration in Telecom Companies

Image Credit : mobilenet.net – Network Integration in Telecom Companies

As the market is driven by the increasing need to manage migration and cloud activities, telecom vendors are willing to integrate their network service and IT infrastructure with advanced cloud solutions seamlessly.

Network integration in telecom companies

A well-integrated BSS-OSS architecture will necessitate additional system and organizational innovations. End-to-end solutions and simplifying business processes are now preferred at the system level over scattered systems and silos. The overall goal is to integrate and simplify while limiting business logic dispersion across many application levels. There is a chance for a more efficient and leaner organizational structure. Traditionally, IT was in charge of BSS, while the network department was in charge of OSS. Operators frequently worked with a cross functional team to address commercial demands that straddled both sectors. Until recently, this arrangement was accepted.

However, as such needs rise and platforms converge, the idea of combining BSS and OSS development and maintenance into a single entity presents a significant chance for improved operations.

Image Credit : conceptdraw.com – A Telecom Network

Telecom companies network integration: Fundamental implications

Image Credit : assets.telecomtv.com – Network Services Integration for Telecom Operators

As a result, effective BSS-OSS stacks have become required products for both operators and network suppliers.

As a result, network OSS providers have begun to leverage their long-standing connections and high-value contractual commitments with operators to market the support systems they offer. However, their emphasis on support systems does not always result in a long-term advantage.

IT BSS providers have a greater understanding of client operations, touchpoints, and longstanding ties with operators’ business divisions. Network OSS suppliers may be working hard to infiltrate what has traditionally been the IT domain by offering a convincing value proposition. However, even if it comes at a higher cost, operators will continue to pursue a completely integrated BSS-OSS systems infrastructure.

Developing capacities to ensure integration

A focused BSS-OSS integration enhancement program that builds on their strengths and targets those areas where the most advantage can be derived from integration would benefit operators the most.

Enabling experience quality

Operators have typically studied primarily commercial customer relationship management (CRM) data to understand customer behavior and perception. For creating a true 360-degree, comprehensive perspective of customer perception commercial and network data points need to be correlated. Convergent billing is on many telecom operators’ agendas and is expected to be the first step toward the convergence of BSS and OSS.

Centralized assistance for greater efficiency

Traditionally, data has been stored in various databases (such as customer, service, and network inventories), resulting in inconsistencies. Operators must provide a consistent and easy data management system that spans the IT and network domains. This is accomplished through the use of centralized data repositories that link client information (typical BSS data) with service configuration information (typical OSS data). Such a structure provides a clear overview focused on the customer, laying the groundwork for efficient business operations across service delivery, customer experience quality, and billing.

Zero contact service

Operators can more efficiently arrange order fulfillment by combining what were previously distinct customer order and service fulfillment systems into a single single-entry administration and tracking system.

Image Credit : blog.iqgeo.com – Telecom Industry Network Integration

Benefits of network integration in telecom companies

Customized solutions

Because it is never appropriate to use the same structure for all initiatives, tailoring solutions is incredibly vital when dealing with diverse types of consumers’ wants. Here is when network design and integration services come in handy. These technologies will boost productivity while also maintaining network security and agility.

Enhanced network security

Maintaining the security of your IT and network services has never been more important. It is not by chance that cybersecurity has grown in prominence in recent years. This is because businesses are becoming more conscious of the value of information and the cost savings that come with data protection through a proactive strategy.

Optimized IT budget

Saving money is usually a big benefit of any IT solution, especially when it comes to network design and integration services.

Enhanced overall experience

A good user experience is the consequence of advanced network architecture and service integration. This technology allows for a large number of users on your platform without any technical glitches. It also supports various devices, which is advantageous for a multi-vendor corporation.

Outsourcing these services will allow you to access your pertinent information from wherever you are and at any time, increasing productivity and avoiding potential delays. As a result of having an effective centralized data system, you will also see the benefits of improved communication skills and task completion in the workplace.

Flawless execution

A well-designed network with specific service integration for your firm is faster and more durable. It will also enhance productivity and help you meet your IT goals in the short and long term. Another of its primary benefits is company continuity, which is a critical asset in today’s fast-paced technological environment, where crises can occur at any time without warning.

Future of network integration in telecom companies

As the distinctions between system integrators and telecom service providers become increasingly blurred, system integrators broaden their scope to include high-availability services that were previously only available through a telecom operator.

With the rollout of 5G services, as well as edge computing and network slicing, various service providers are trying to establish new professional and IT service capabilities. They have natural and distinct advantages in terms of scalability of access to many data sources.

They can gain a competitive advantage by leveraging artificial intelligence/machine learning to automate network operations, improve customer experience, and establish creative business models. However, establishing these portfolio components necessitates the considerable usage of software skill sets such as virtualization, automation, and orchestration, which are typically associated with system integrators.

Telecom operators can acquire system integration capabilities (either in-house or through the proper partner) to move up the value chain and offer new goods and services, resulting in higher revenue growth and a better customer experience.

5G private networks: The enterprise’s future

As telecoms begin using professional system integrators to integrate network security and monitoring solutions into their existing network infrastructure efficiently, professional system integrators help the telecom industry by lowering integration risks and providing network infrastructure stability.

Enterprises are looking for 5G-enabled private wireless networks to meet their communication needs, with low latency being critical to a great customer experience.

While numerous approaches are being investigated around the world, network services systems integrators are anticipated to play an important role in assisting organizations in accelerating their 5G private network journey.

Image Credit : netmanias.com – 5G Network Infrastructure

Conclusion

A well-planned network integration program will yield two primary benefits. First, it enables a telecom operator to serve consumer needs better; second, it enables the operator to free up capital to spend on strategic goals, positioning it to develop. Such capabilities would enable the company to use consumer and internal data insights fully, supporting innovation, cost-effectiveness, and customer experience.

The redesigned technology function will need to participate in strategy formulation in order to prioritize digitization projects where they bring the greatest value — essentially, where the company interacts with customers. Creating a technology strategy allows network integration efforts to be leveraged strategically. A similar strategy would make technology spending more visible, allowing management teams to slash expenses and offer growth prospects immediately.

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Complete Guide to Managed Email Security Services

Our email inbox is the gateway to our organization and needs special protection. In recent times, email attacks have become more evolved and sophisticated and also not only increased in volume. More than 91% of cyberattacks start with a phishing email. Statistics show that 62% of phishing happens by capturing the credentials of at least one user.

Organizations apply their best efforts in training employees and deploying email gateways to spot phishing attempts. Email security is a top concern for everyone, from the regular consumer to the most prominent enterprises. You can rethink your corporate email strategy with Managed Email Security services and follow a proactive email security approach.

Image Credit : img.freepik.com – Managed services

What are managed services for email security?

Image Credit : img.freepik.com – Managed email security services

Managed Services for Email Security are end-to-end services provided by a third-party vendor to your organization to implement the industry’s best-in-class email security solutions. These services attempt to take the workload off your in-house teams. In addition, these managed service providers leverage email best practices.

Companies and organizations can get successful outcomes from business email security. Instead of investing time and resources in hiring and training personnel, organizations can free up their teams and utilize them for other business operations. They can focus on incident response and other internal action items while leveraging the technical expertise of managed service providers.

Levels of email security by managed services

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Most vendors provide Managed Services for Email Security at two levels. The service level is based on the organization’s business needs and enterprise engagement goals. These two levels are:

Business hours coverage

At this level, managed service email security is provided during office hours, which is nine hours a day, five days a week. Outside office hours, no email security is provided by the vendor. Instead, they generally provide their own email protection and security software products.

Full-time coverage

At the level of full-time coverage, the vendor provides email security for the whole day, i.e., 24 hours a day, seven days a week. This email protection is irrespective of whether or not the office teams are working or a non-working day exists.

Here, the vendor will deliver operational and strategic deliverables and provide incident management via a 24×7 SOC or security operations center.

Companies can choose any of the two levels to optimize their email security as per their needs.

What services do managed services providers for email security undertake?

Image Credit : img.freepik.com – Security

In general, managed service providers for email security perform extensive inbound filtering, which quickly sanitizes every email in your organization to protect your team from email-borne threats. Below are the services that generally managed email security service providers take care of.

Email protection

Emails are an essential aspect of business communication and carry significant information in the form of attachments and files. They need to be protected carefully to safeguard business data to and from an organization. Email Protection includes:

Inbound email authentication

Creating a block list and a spam policy

Anti-spoof management with impostor display names for users

Setup and monitoring of user directory

SAML (Security Assertion Markup Language) Authentication uses an XML open standard for identity data transfer between two entities

Configure and track exceptions for users and groups

Monitor SMTP queues

Validation and management of TLS domains that store and manage the server’s verified certificates in a domain-indexed repository

Configure routing for new domains

Monitor out-of-the-box folders and mailboxes for failed actions

Add or remove URLs to the block list and exceptions list

Provide notice of at-risk incidents

Inbound filtering

Inbound spam filters emails sent to your inbox to sort out spam. Generally, when spam emails are sent to your inbox, the service provider uses an inbound spam filter to block them. Filtering inbound spam ensures secure and manageable inboxes.

Current inbound spam filters use a variety of machine and human intelligence-based logic to sort emails. These systems use locality-sensitive hashing or heuristics techniques to reduce messages to a simple numerical representation.

These filters identify the sender by the IP address from which the message originated. With SMTP email servers, it is almost impossible to fake IP addresses.

Outbound filtering

Outbound mail filtering filters emails sent by internal users before sending them out. Then, content and malware filtering engines scan the emails, and any malware-containing email is processed according to the configured actions. Once it is found to be safe, it goes to the next stage for further processing.

Filter software uses remote command checks to execute any remote commands in email. In addition, the applicable disclaimer is added next to the email if configured. The email is then monitored, and the appropriate actions are taken.

Advanced threat protection

Image Credit : img.freepik.com – Threat protection

Managed services also provide advanced threat protection or ATP as part of email security solutions. It helps to protect sensitive data against cyberattacks, such as phishing campaigns and malware. ATP also includes cloud security, real-time threat visibility, endpoint security, and predictive security measures.

Email encryption

Email encryption services use software or cloud email security application to protect an organization’s emails and critical information from cyber threats, such as malware, phishing, and impersonation attempts. Email attackers generally use social engineering in their attacks.

Email encryption software scans all inbound emails for key indicators of phishing. These include brand spoofing and real-time impersonation attempts using DKIM, SPF, and DMARC authentication techniques. It also uses email header analysis to identify and block phishing emails before they reach the intended users.

DLP or data loss prevention

Data loss prevention, or DLP, comprises processes and tools that ensure the security of sensitive data and prevent its loss, misuse, or unauthorized user access. Data loss prevention software and tools filter data streams on corporate networks and monitor and control endpoint activities and cloud data.

DLP software sorts out confidential and business-critical data. It identifies any policy violation defined by the company, driven by various regulatory compliance such as PCI-DSS, HIPAA, or GDPR.

In case of any violations, DLP software issues alert and performs encryption and other remedial measures to prevent end users from maliciously sharing data that can be a risk hazard.

Compliance Control

Email security compliance consists of laws ensuring the privacy and security of email information. Managed services typically monitor, maintain, and enforce policies and controls to safeguard the confidentiality of electronic communications. They achieve this through ongoing monitoring efforts or regular email audits.

Analysis, review & reporting

Managed email security services provide additional value with regular software health checks. Their team stays ready with up-to-date patches and product releases for the organization’s business solutions. They also take care of ticket support, issue escalation, and follow-ups.

An essential part of managed email services is program management and Defect Tracking reporting. The reports include incident tracking, weekly checkpoint calls, executive-level reporting and monitoring, executive summaries, and other reports crucial for business stakeholders.

Conclusion

Email security is vital for your organization’s business health. Hiring a Managed Service Provider or MSP ensures high-quality security and protection for your business from unauthorized access, data breaches, and other email security threats.

Managed Services maintain, manage, and monitor a company’s email technologies. In addition, they provide efficient email security solutions to secure your mailing system against spoofing and phishing.

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Exponential growth of IoT and its security in network services

By 2026, there will be more than 26 billion linked devices on the planet. Although there is great potential, there is also a significant risk. How are those billions of devices kept safe? What about the networks that they utilize? How can you ensure that none of those devices’ data is compromised? Read on to learn more.

What is the Internet of Things?

The “Internet of Things” refers to the overall network of interconnected devices and the technology that enables communication between them and the cloud. There are now billions of devices connected to the internet due to the development of low-cost computer chips and high bandwidth telephony. It implies that everyday gadgets like cars, vacuum cleaners, and robots might deploy sensors to gather data and respond directly to humans.

The Internet of Things connects generally utilized “things” to the web. Since the 1990s, computer engineers have started incorporating sensors and CPUs into everyday items.

RFID tags, which are small, low-power computer chips, were initially deployed to track expensive machinery. These processors evolved throughout time to become smaller, quicker, and more competent as computer devices shrank in size.

Internet of Things

What are some applications of deploying IoT applications?

A wide range of applications is being driven by the IoT’s capacity to both enable and deliver sensor data as well as device-to-device communication. The most well-known applications and their functions are listed below.

Utilize machine monitoring and product-quality monitoring to increase manufacturing efficiencies: To ensure that machines are operating within the necessary tolerances, they can be continuously evaluated and monitored. Real-time product monitoring is another option for finding and fixing quality issues.

Enhance the “ring-fencing” and tracking of physical assets: Businesses can rapidly locate assets thanks to tracking. They can ensure that high-value assets are safeguarded against theft and removal by using ring-fencing.

Use wearables to keep an eye on environmental conditions and human health metrics: IoT wearables allow patients to be remotely monitored by doctors and help consumers understand their own health better. Additionally, thanks to technology, businesses can monitor the health and safety of their personnel, which is particularly helpful for those who work in dangerous environments.

Improve existing processes to create new opportunities and efficiencies: One illustration of this is the use of IoT to improve linked logistics for fleet management in terms of efficiency and safety. Businesses may enhance productivity by directing trucks in real-time using IoT fleet monitoring.

Facilitate adjustments to business processes: The use of IoT gadgets for linked assets to observe the health of distant machinery and initiate service calls for preventive maintenance is an illustration of this. The capacity to remotely monitor equipment is also opening up new product-as-a-service business models, in which clients pay to use a thing rather than purchase it.

How does IOT exactly work?

The Internet of Things (IoT) is an ecosystem consisting of smart devices that are web-enabled and make use of embedded systems, such as sensors, processors, and communication gear, to gather and respond on the basis of the data they receive from their surroundings. IoT devices exchange the sensor data they receive by connecting to an edge device or an IoT gateway, which transfers the data to the cloud for analysis or performs the analysis locally. These gadgets occasionally interact with similar devices, acting on the data they exchange. Although people can use devices to set them up, give them instructions, or retrieve data, the gadgets accomplish most of the job without their help. The networking, connectivity, and communication protocols of web-enabled devices are significantly influenced by the IoT applications that have been implemented. IoT can also use artificial intelligence (AI) and machine learning to make the process of data collection simpler.

Growth of IoT

Sensor technology, integrated into IoT devices, will continue to become increasingly affordable, sophisticated, and accessible. This will make it easier and cheaper to use sensors for new things, like a wide range of monitoring and detection tasks. In contrast, over the previous 15 years, processing power has increased by nearly 100 times. As a result, activities can be shifted away from local devices and toward cloud and edge computing solutions. This can be done using artificial intelligence applications and real-time analytics. Additionally, the introduction of 5G will open up new applications for experiences like virtual and augmented reality and enhance mobile connectivity.

Lastly, the need to link existing IT equipment to the IoT will propel the IoT market’s expansion. Traditional connected IT devices are growing at a moderate pace—2% annually. However, a massive market for device integration is indicated by the installed base of more than 5 billion smartphones, 2 billion personal computers, and 1 billion tablets.

What Are Network Services?

The digital ecosystem and landscape are evolving quickly to keep up with the ongoing development of connectivity, communication infrastructure, and next-generation use cases. The foundation of digital enterprises is now advanced connection, with organizations emphasizing extending bandwidth and looking into ways to modernize their networks. Furthermore, the inclusion of more touchpoints to accommodate limitless use cases has resulted in networks becoming more heterogeneous as a result of digitization.

However, keeping up with this rapid innovation without compromising security or performance can be tedious. It might impact your current workflow. Therefore, a more feasible choice would be to hire network services. They will help you:

Deploy networks efficiently with low-cost and high quality

Secure your existing network with various monitoring tools

Analyze your current network infrastructure and suggest improvements to make it more robust

Their benefits include:

Better cost management

Increased security

Reduced responsibility

Increased ROI

Network services

How do they work?

Network solution stitching is a critical component of digitized networks that involves planning, designing, building, and operating modern networks, which can be complex and require specialized skills and expertise. Network Services offer end-to-end system integration and tailored network solutions for various technologies, including data centers, cloud computing, and network infrastructure. In addition, they provide a next-generation software-defined network to enable seamless connectivity and a continuous user service experience in open, multi-vendor, and disaggregated network environments.

What is IoT Security?

IoT security cannot be an add-on or an afterthought. Security must be included from the beginning. The security requirements for IoT are distinct. Device connectivity is distinct from linking specific individuals to personal computers. An IoT device cannot simply input a password as a person would in order to confirm its identification. Similar to how our PC operating systems receive frequent updates, the Internet of Things must operate constantly. For applications that are mission-critical, a reliable infrastructure is essential. This dependability is provided by 3GPP technology. As the Internet of Things grows quickly, security must be end-to-end.

What are the different influencing factors for IoT security?

Decisions based on data require trustworthy data: Data is being used more and more to inform important business, safety, and health choices. Data must be accurate and secure in order to make the appropriate judgments.

Different problems call for various solutions: Devices come in a variety of sizes and shapes. Some gadgets are severely limited in their capabilities, making it impossible to employ typical security measures on them.

Security for entire ecosystems: Success in the Internet of Things (IoT) depends on cooperative ecosystems of device makers, network providers, platform providers, app developers, and end users. It is essential to guarantee the ecosystem’s complete security.

Conclusion

Due to growing urbanization, it is now more important than ever to plan, design, build, and sustainably manage resources. To build smart cities, you need to take a balanced approach to things like updating city infrastructure and using technology to improve the capacity and efficiency of city services.

In a future where almost everything needs to be connected, there really can’t be a “one size fits all.” Enterprises today provide specialized design, build, and management services for your digital ecosystem. They use the best technological partnerships and their expertise in solution engineering to build networks that set new standards.

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Accelerating Your Network Transformation with NaaS

NaaS, or “network as a service,” rents a computer network service to users. It refers to a kind of cloud service in which users lease networking resources from a third party. NaaS frees up businesses and individuals from the hassle and expense of building and maintaining their own intranets and extranets. NaaS suppliers, like other cloud service providers, operate networking operations in software, enabling businesses to build networks with no hardware. To do anything, they only need access to the web.

NaaS may be used instead of conventional network architectures such as virtual private networks (VPNs), MPLS links, and so on. It may also substitute for firewall appliances and load balancers installed locally. As a result, NaaS, a novel paradigm for directing network traffic and enforcing security regulations, has significantly affected corporate network design.

It may be difficult to set up and manage a wide area network (WAN), what with its WAN optimizers, routers and protocols, and other components like software-defined WAN endpoints and firewalls. With NaaS, a third-party supplier takes care of these tasks and makes them accessible to large businesses.

Fig 1: NaaS infrastructure

Image credit: cloudflare.com

When and Why Did NaaS Emerge?

The Internet was not a reliable location to do business when most companies were setting up their network infrastructure. This necessitated the development of proprietary intranets and the leasing of connections for inter-building communication. In addition, each branch office required its own firewall, DDoS mitigation, load balancing gear, and so on, and they had to set up their wide area networks (WANs). Companies also have to use MPLS or some other specialized inter-site connection technique.

When employees used an external Internet connection instead of the company’s private network, the company’s VPN routed all Internet traffic first. So, for example, if a company’s headquarters were in New Delhi and an employee in Chennai wanted to load a webpage, the request would make its way via the company’s VPN, through an MPLS connection to New Delhi (more than 2000 kilometers distant), and then out to the broader Internet.

As more and more functions of a company moved to the cloud, this strategy rapidly proved ineffective. For example, let’s say the Chennai worker often utilized a software-as-a-service (SaaS) program, which necessitated frequent content-loading operations. As a result, network service speeds will suffer due to their requests and those of other workers trying to access the New Delhi data center simultaneously.

Also, as cloud computing improves in efficacy, more features are becoming accessible through the cloud. The need for in-house IT departments to design and manage essential network services like distributed denial-of-service (DDoS) protection, firewalls, load balancing, and more has been eliminated in recent years thanks to cloud computing.

NaaS is more practical than depending on in-house WANs since the latter need ongoing maintenance and often cause bottlenecks in network traffic. In addition, NaaS allows a company’s workers to bypass the IT department entirely by connecting directly to their cloud services over a virtual network that is managed and secured by a third-party provider.

NaaS Advantages

Fig 2: Primary advantages of the NaaS model

Image credit: arubanetworks.com

NaaS is expanding as a business model in large part because Software-Defined WAN (SD-WAN) reduces the need for costly upfront investments and extensive time commitments from employees.

More Uptime: NaaS uptime guarantees address one of the biggest issues of modern businesses: reliability. SD-WAN technologies streamline the use of numerous network channels to offer connectivity back to the NaaS backbone and perhaps directly to other NaaS sites throughout the internet. Uptime worries may be put to rest now. To further alleviate stress related to traffic engineering for resource-intensive applications like VoIP, SD-WAN technology may be used.

Finding an accommodating partner who is willing to revise the SLA as the relationship develops is crucial. For example, a customer can first think that service between 9 am and 6 pm is sufficient but then reconsider their position a month later.

Robust: The cloud’s adaptability and personalization options make it a desirable service. Modifications to the network are implemented using software rather than physical upgrades. Frequently, a company’s IT department will be able to rewire the company’s network upon request.

Scalable: NaaS and other cloud services are inherently more scalable than their hardware-based predecessors. Instead of buying, installing, and powering up more gear, enterprise NaaS clients may simply buy extra capacity from a provider.

Proactive maintenance: Reactive maintenance is insufficient to meet the needs of today’s networks since it might result in an unscheduled outage. Proactive monitoring and preventive maintenance allow NaaS users to discover and even anticipate network faults before they become severe. When a site’s latency suddenly spikes, the software may notify the NaaS partner, who can then begin troubleshooting before the client is even aware of the issue.

Access: There is a need for robust access control in a cloud-based network since users may be able to connect from any location and device without using a virtual private network. In a perfect world, all a user needs are access to the Internet and a set of credentials.

Added Security: Because of NaaS, a single vendor may provide both networking and security features like firewalls. As a consequence, safety precautions for the network are better integrated into the system.

Enhanced Level of Service: Better speech quality, more effective call routing, and easier network administration are just some of the advantages that NaaS offers. Customers don’t have to worry about technical difficulties so they can pay attention to the quality of their job. Having a reliable NaaS provider on your side will help improve the quality of your data’s journey to the cloud. You and your partner should conduct a thorough investigation and documentation process to create a blueprint of your IT infrastructure before deploying the solution.

Superior Efficiency and Productivity Gains: IT workers (and all employees) are able to go about their business with more efficiency and effectiveness when there are fewer interruptions and outages in the network services. With the correct NaaS provider, you’ll get monthly reports that highlight potential problems and noteworthy patterns before they become actual problems.

Save Money: The vendor you choose will determine the extent of this benefit. Customers of cloud services save money on hardware purchases and upkeep since the provider already has the necessary equipment in place to perform the service. In addition, the cloud service provider handles network upkeep and any necessary software or hardware updates.

NaaS: what are the biggest obstacles?

Fig 3: What enterprises should consider before opting for NaaS

Image credit: techtarget.com

Incompatibility with Existing Systems: The NaaS provider’s architecture may not be compatible with preexisting systems like outdated hardware or on-premises apps.

Legacy data centers: Many companies continue to rely on on-premise data centers rather than the cloud for mission-critical applications and procedures. Consequently, transitioning to a NaaS paradigm becomes somewhat more difficult.

Loss of Control: Some consumers fear losing control. Some customers worry about timeliness and control when outsourcing network services. However, co-managed NaaS systems enable customers to share the labor of controlling their bandwidth, network, and firewall regulations.

Vendor Lock-in: Migration to a cloud service always has the potential danger of vendor lock-in when a company becomes too dependent on one cloud service provider. Vendor lock-in may have serious consequences if the service provider experiences infrastructure failure or decides to increase costs.

Conclusion

NAAS is available from everywhere on any device, making it ideal for remote and hybrid work. Work from anywhere using the Internet and log-in credentials. The provider’s network services and security services increase network and security integration. The easiest method to start with NaaS is to identify the business goals and service portfolio scope.

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Managed Services for Accelerating Business Transformation

Businesses tend to scale their productivity with consistent transformation through the adoption of modern technologies. It is important for the owners to think differently in order to cater to the constantly evolving market standards.

Numerous companies are now proactively addressing operational challenges and shortcomings in their existing operating models, driving them to embrace managed services provided by professional service providers.

This article provides valuable insights into the ways in which managed service providers (MSPs) contribute to enhancing business transformation and productivity.

Figure 1: Drivers for Businesses to Change their Service Model Image Source: channelinsider.com

The traditional operating models of businesses are facing significant challenges as they struggle to adapt to evolving market demands and leverage new technologies. The disruptions caused by factors such as changing consumer behavior and the need for efficient supply chains have exposed the limitations of traditional approaches. In light of this, businesses that resist transitioning to a managed services model may find it difficult to survive and thrive.

The shortcomings of traditional operating models are evident in several areas, including the inability to prioritize cost reduction, effectively utilize new technologies, optimize key functions like tax, risk, finance, and compliance, manage evolving regulatory obligations, meet performance and ROI expectations, and leverage data analytics and digital tools for deeper market insights. These challenges highlight the need for alternative solutions, with the adoption of a managed services model emerging as a viable option. Consequently, hiring a managed service provider has become more critical than ever.

It’s important to note that while not all businesses will perish without adopting managed services, there is a growing recognition of the advantages and value that such a model can bring. Rather than facing potential setbacks and limitations within existing operating models, businesses can embrace managed services to overcome these challenges, optimize their operations, and achieve greater success in the dynamic and data-driven business landscape.

How are managed services helping businesses transform?

Figure 2: Key Business Transformation Approaches Image Source: pwc.com

Transformation is not just about bringing in new technologies or making internal improvements. It is about reimagining or rebooting the entire business infrastructure and making it more agile and resilient. And for most businesses, the path to transformation can be enabled through an MSP.

By embracing managed services, businesses undergo a transformation that leads to enhanced productivity and profitability in multiple aspects, which encompass:

1. Reshaping the Business Expenditure

With managed services looking after the major business functions, you get the liberty to avoid fixed capital and humongous upfront expenses.

The MSPs are strong in their domains and have made ample investments in order to help their clients conduct their key functions more effectively and efficiently. Hence, your business will reap some instant savings in the pursuit of reshaping or revamping its approach to making a capital investment.

2. Using Insights for Promoting Business Innovations

With managed services, you will be taking a leap toward successful business transformation at a faster rate. As a result, you will be able to make quick decisions on fostering innovative solutions for your business’s growth.

The managed service providers will help you in this arena with their deep expertise in the industry and critical analytics of data. Thus, the strategic shift in operations and technology will be more profound and business-centric.

3. Cope Up with High-Paced Agility Requirements

Businesses need to adapt to the changes faster in order to keep up with market trends and overcome the disruption. Hence, to build this agility within business operations, companies must rethink their existing ecosystems.

Hiring a managed service provider for your business will help you build new ecosystems alongside the experts to integrate high-paced agility in order to cope with the changing industry demands.

4. Boosting Digital Transformation

Before 2020, most businesses were just starting off with the use of digital tools for enhancing business operations and service offerings. MSPs enable digital transformation by providing businesses with access to cost-effective advanced technologies, expert teams, and comprehensive services, streamlining the transition from traditional practices to a digitally-driven ecosystem.

Some of those technologies that the MSPs help your business integrate with are AI, automation, ML, trusted intelligence, and much more. The service providers also have expert team members to manage these technologies for you without any additional cost or challenges.

5. Improved Security

One of the biggest benefits you get from hiring an MSP is enhanced security!

MSPs (managed service providers) employ various best practices to enhance security for businesses. Some of the common practices include:

Regular Security Updates: MSPs ensure that all software, operating systems, and applications are regularly updated with the latest security patches to address vulnerabilities.

Network Monitoring: They continuously monitor the network infrastructure for any suspicious activity, unauthorized access attempts, or potential security breaches.

Firewall and Intrusion Detection Systems (IDS): MSPs implement robust firewalls and IDS to protect against unauthorized access and detect any intrusion attempts.

Data Encryption: They employ encryption techniques to safeguard sensitive data, both in transit and at rest, ensuring that even if intercepted, the data remains unreadable to unauthorized individuals.

User Access Management: MSPs implement strong access controls, such as multi-factor authentication (MFA) and role-based access controls (RBAC), to ensure that only authorized individuals can access sensitive information and systems.

Regular Data Backups: They establish reliable backup solutions to regularly back up critical data, enabling quick recovery in case of data loss or ransomware attacks.

Employee Training and Awareness: MSPs educate employees about cybersecurity best practices, such as avoiding phishing emails, using strong passwords, and being cautious with sensitive information, to minimize human-related security risks.

Incident Response and Disaster Recovery: MSPs have plans in place to promptly respond to security incidents and employ effective disaster recovery strategies to minimize downtime and data loss in case of a breach or system failure.

Vulnerability Assessments and Penetration Testing: MSPs conduct regular vulnerability assessments and penetration testing to identify weaknesses in the system and proactively address them before they can be exploited.

Security Audits and Compliance: They ensure compliance with relevant security standards and regulations through regular security audits, ensuring that the business meets industry-specific security requirements.

These practices collectively contribute to enhanced security and provide businesses with peace of mind knowing that their systems and data are well-protected.

Conclusion

For most businesses, irrespective of industry, hiring an MSP makes more sense! Your internal team needs to be free to engage in activities that can scale your service offerings. Managing the back-end IT and other internal operations can be outsourced to third-party providers for streamlined efficiency.

In this way, your core business system remains operational without downtime, and at the same time, you can scale your services as per the demands of end consumers. So, it is a win-win for your business! Thus, managed services help accelerate business transformation.

To learn more about managed services and their benefits for businesses, get in touch with the team at Invenia.