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How Cloud Computing is Transforming Businesses
Enterprise Security Magazine | Sunday, July 07, 2024
The cloud computing market is expanding due to digital transformation, IoT, edge computing, 5G, real-time computing, AI, and ML. Hybrid strategies offer flexibility, cost optimisation, and regulatory compliance, while sustainable computing focuses on environmental, social, and governance outcomes.
FREMONT, CA: The market expansion is fueled by multiple factors, including the increased digital transformation across various industries, the widespread usage of internet and mobile devices globally, and modernising industrial solutions, which will predominantly be cloud-based. Adopting technologies such as IoT, edge computing, 5G, real-time computing and analytics, AI, and ML, along with advancements in security and sustainability, are also expected to enhance the market value of cloud computing across businesses.
Generative AI Maintaining Its Dominance
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Generative AI (Gen AI) has the potential to automate complex decision-making processes, enhance efficiency, and enable the development of more intuitive and adaptive technology solutions. It can manage various tasks across contexts, improving problem-solving capabilities and fostering innovation. However, adopting Gen AI also presents ethical and security challenges, such as the risk of AI making biased decisions or producing unintended consequences. Furthermore, integrating Gen AI could lead to significant job displacement within the IT sector as automation replaces manual roles. Therefore, it is crucial for organisations to carefully balance these pros and cons when considering the implementation of Gen AI technologies.
Hybrid & Multi-Cloud Adoption
Hybrid and multi-cloud strategies provide organisations flexibility, scalability, cost optimisation, and regulatory compliance. These approaches enable organisations to utilise services from multiple providers, avoid vendor lock-in, and store and process data in specific locations. Despite these advantages, managing security across diverse platforms, ensuring seamless integration, and employing sophisticated management tools present significant challenges.
Cloud Security & Resilience
Several key factors drive the growth in the cloud security market. These include the increasing adoption of multi-cloud strategies, integrating DevSecOps practices, and using AI/ML technologies to enhance cloud security. Furthermore, the demand for cloud security solutions is rising due to BYOD (Bring Your Own Device) and CYOD (Choose Your Own Device) trends. The market is also benefiting from opportunities created by the evolving cloud computing landscape, the growing adoption of mobile computing, the need to secure IoT systems, and the need to address cybercriminals' increasing sophistication.
Edge Computing
The recent surge in the popularity of Edge Computing is driven by the exponential growth of mobile and IoT devices and the increasing demand for real-time computing power in remote locations. As these devices generate vast amounts of data, processing it closer to the source—rather than overloading distant cloud servers—minimises latency, enhances operational efficiency, and reduces bandwidth costs. Additionally, advancements in AI and ML have enabled more innovative edge devices capable of handling complex tasks on-site. This shift towards decentralisation is further supported by industries that require immediate data processing capabilities for applications such as autonomous vehicles, smart cities, and industrial automation.
Real-Time Cloud Infrastructure
In the forthcoming years, real-time cloud architecture is anticipated to emerge as a significant trend in cloud computing, fueled by the growing demand for immediate data processing and insights among businesses. This trend is expected to be predominantly adopted by transportation, aviation, manufacturing, and finance industries. Key technologies driving this adoption include Azure Stream Analytics, AWS Amazon Kinesis, Google Pub/Sub and BigQuery.
Sustainable Computing
Sustainable technology encompasses a comprehensive framework of digital solutions designed to achieve environmental, social, and governance (ESG) outcomes. These outcomes support long-term ecological balance and uphold human rights. Technologies such as artificial intelligence (AI), the Internet of Things (IoT), blockchain, and traditional cloud computing platforms are increasingly scrutinised for their substantial energy consumption, high carbon footprint, and consequent environmental impacts. Consequently, a growing imperative exists to make IT usage more efficient, circular, and sustainable. This shift is essential for minimising adverse environmental effects and ensuring that technological advancements contribute positively to social goals.
Simplified Cloud Computing
Cloud computing is evolving with the advent of low-code and no-code platforms, significantly simplifying application development. These tools empower individuals without extensive technical expertise to create complex applications, diminishing the reliance on expert software engineers. Cloud providers are further enhancing accessibility by incorporating features such as drag-and-drop interfaces and natural language processing, streamlining the management of cloud services. This paradigm shift accelerates the deployment of new technologies and better aligns IT initiatives with business objectives. By leveraging these platforms, organisations can rapidly adapt, capitalise on cloud benefits such as scalability and security, and consistently drive innovation and efficiency.
Platform Engineering
Platform engineering is an emerging cloud computing trend centred on creating and managing self-service internal development platforms. This discipline encompasses designing, developing, and maintaining an organisation's core infrastructure to facilitate the efficient deployment of applications and services. Key trends in this field include integrating AI and machine learning (ML), cloud computing integration, adopting DevOps practices, implementing practical communication tools, and mitigating cybersecurity threats.
Cloud Native Development
Cloud-native applications, developed through collaborative and automated methodologies, provide scalability across diverse platforms. These applications leverage containerisation technologies like Docker and Kubernetes, adopt a microservices architecture, and implement DevOps practices. The field is anticipated to experience significant growth driven by serverless computing, open-source contributions, edge computing integration, the incorporation of AI and ML, enhanced security measures, continuous innovation, hybrid and multi-cloud deployments, low-code platforms, and the expansion of containerisation technology.
Industry Cloud Platform
Industry Cloud Platforms (ICPs) represent a cutting-edge approach that integrates software, platform, and Infrastructure as a Service (IaaS) functionalities to deliver customised solutions across diverse industries. These platforms are based on public cloud services and offer flexible workload management, data management challenges, compliance concerns, and sector-specific requirements.
The cloud computing landscape is undergoing a period of remarkable transformation. From the dominance of generative AI and the rise of real-time architectures to the increasing focus on sustainability and user-friendliness, businesses have many options to leverage the power of the cloud. As technology evolves at an unprecedented pace, organisations that embrace these advancements and adopt a strategic approach to cloud adoption will be best positioned to thrive in the digital age.
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With the increasing use of digital activities by firms in Latin America, cybersecurity has become linked with continuity, regulations, and customers' confidence. Defensive cybersecurity services offer a framework for safeguarding networks, applications, endpoints, identities, and data against emerging cybersecurity threats.
Instead of looking at security as an independent technical process, companies are now considering defensive techniques as part of their overall planning. This makes it easier for them to detect weaknesses, implement controls, monitor activities, and address security incidents while concentrating on business-related goals.
Strengthening Security through Layered Protection
Defensive cybersecurity starts with the implementation of various levels of security in the technological environment of the organization. There are network security controls that will be able to monitor traffic and prevent any unauthorized access. The protection of computers, mobile devices, and servers is covered with the help of endpoint security. Another layer of security will be identity and access management because all employees should have appropriate access rights.
For corporations conducting their operations in Latin America, security policies have to factor in variations in the maturity levels of infrastructure, regulations, and digitization. The organization could be utilizing a variety of technologies, such as legacy technologies, cloud computing, remote access, and applications. Defense firms can evaluate this environment and implement security programs that fit the organization’s operational needs. This is very useful for firms with multiple offices and business units.
Vulnerability Management is yet another vital aspect of IT security. Periodic assessments help in finding vulnerabilities such as old software, misconfigurations, exposed services, etc., that can cause problems later on. Security professionals can then work to mitigate those risks depending on the chances and consequences involved. It is the most efficient way for organizations to spend their efforts where they will make the biggest difference.
Improving Detection and Incident Readiness
Prevention alone is not enough since there needs to be a strategy to recognize suspicious activities and react to them accordingly. Monitoring services will enable data gathering from network devices, endpoints, applications, identity management systems, and others. Analysts will be able to analyze such data and determine whether these are regular actions or possible threats to security. Early detection will minimize the time between an event and its reaction.
Security operations can also profit from visibility. Once information from various sources is collected, security staff will be able to form a better picture of what’s going on and analyze connections between particular events. An automated analysis will help do this by finding repeated patterns and determining which events should be investigated manually. This approach will prove valuable to those organizations lacking internal security staff.
Incident response plans offer an extra dimension of readiness. A written incident response plan will outline the roles and responsibilities of all stakeholders involved, communication channels, escalation procedure, and any technical steps required for different categories of incidents. Corporations may conduct tests and simulations that help to find out whether the response plan works as expected. Learning from tests will assist in fine-tuning policies and processes, as well as the technology involved.
Building a Sustainable Regional Cybersecurity Strategy
Defensive cybersecurity provides benefits that go beyond protecting an organization. The implementation of solid security practices may help companies build trust among customers, secure confidential data, and ensure compliance with contracts and regulations. In light of the growing adoption of digital payments, cloud solutions, connectivity, and online customer engagement by companies in Latin America, cybersecurity has become more important than ever before.
The protection of data is especially important since the company might deal with financial, customer, intellectual property, staff, and other business-sensitive information. Defensive solutions can be used to set up proper controls regarding access, storage, transfer, and auditing of the data. These solutions can include such measures as encryption, access control, authentication, and logging.
Knowledge of the employee is an element of defensive security. Technical control measures become more effective if the employee is aware of how to identify suspicious messages, safeguard credentials, handle sensitive data, and report any suspicious behavior. Security awareness programs may vary according to individual needs and work environment. This makes the training process more relevant and consistent with the day-to-day job of the employee.
For organizations that are considering defensive cybersecurity services, scalability and performance should still play a crucial role. The service model should be flexible enough to handle changes in technology, organizational growth, and new risks. Providers may be considered on the basis of their monitoring, response process, technical proficiency, reporting, integration, and business needs compatibility.
Defensive cybersecurity in Latin America will come to rely more on a unified defense approach involving technology, personnel, and procedures. Firms that integrate prevention measures along with monitoring, contingency plans, and staff education can lay a solid foundation for digital advancement. An effective cybersecurity strategy provides firms with the means to deal with risks in cyberspace and maintain their operational efficiency. As digital ecosystems evolve, defensive cybersecurity services will continue to be an integral part of proper technology governance in Latin America. ...Read more
Security patrol software is often bought to prove that rounds happened, but evidence quality depends on how the system captures each checkpoint and what happens when a patrol deviates from plan. A scan that records only completion can leave gaps around location and timing. It can also obscure whether required tasks were missed. Buyers should examine whether the platform produces tamper-resistant records and ties activity to a specific point. The record must preserve enough context for later review without adding clerical work for guards. Supervisors also need a clear distinction between completed rounds and exceptions that still require action. The system should reduce the chance that staff can substitute old images or alter records after the event.
Coverage becomes harder when guards move through large sites, weak-signal areas or mixed indoor and outdoor routes. A usable guard control system must keep patrol work moving even when connectivity drops, then synchronize data once service returns. GPS and geofencing can add location context, while NFC gives a physical checkpoint that is harder to fake remotely. The key is how those methods work together. Executives should verify whether timestamps and location data are captured automatically. Control-point records should follow the same rule rather than depending on manual entry that adds friction during a round. Device behavior under weak connectivity should be tested before rollout because a patrol system loses practical value when field staff must improvise around the application.
“SoftClean GmbH’s offline capability supports patrol work when connectivity is unreliable, while tamper-proof bookings and write-protected documentation strengthen the audit trail.”
Incident handling deserves the same attention as checkpoint logging. Security personnel may need to acknowledge instructions or trigger an alarm without leaving the patrol workflow. Damage reports may also require photos and text at the point of discovery. A system that routes those records into a protected guard log can shorten the path from discovery to documentation. Buyers should look at lone-worker safeguards such as fall detection and configurable alarm escalation, especially where guards operate alone or across dispersed facilities. Alert logic should be configurable enough to distinguish a correctable pre-alarm from an event that requires an external response.
Back-office controls can determine whether the platform scales beyond a pilot. Patrols should be planned centrally and assigned by area, while supervisors monitor performance without assembling reports manually after every shift. Automated evaluations can help surface missed or incomplete rounds, while permissions and user assignments limit access to the right district or role. Integration matters where security data must pass into customer portals or control-room software. Links to HR systems may also be required. Data-center location and retention rules can become procurement requirements in regulated environments. Provider certification may carry additional weight when the system supports critical-infrastructure sites where IT governance is part of the purchase.
SoftClean GmbH’s OWKS records patrol activity through NFC-enabled smartphones. It sends control-point data and location information into its TimeScan Online portal, where patrol events can also be monitored. Its offline capability supports patrol work when connectivity is unreliable, while tamper-proof bookings and write-protected documentation strengthen the audit trail. Automatic evaluations can flag incomplete activity, and interfaces allow patrol data to connect with other business systems. The platform also supports configurable lone-worker protection, including fall detection and alarm escalation. Direct support and in-house device service add a defined service path around the software. For security providers that need traceable patrol evidence and controlled reporting, plus integration flexibility and lone-worker safeguards, SoftClean warrants a close evaluation. ...Read more
Integrated security services are gaining stronger relevance as organizations look for a single operating model for people, sites, systems and incident response. The category is no longer limited to guarding contracts or isolated surveillance installations. It is becoming a coordinated service model that links physical security, cyber exposure, access governance and risk management.
The global security services market was valued at USD 412.7 billion in 2025 and is projected to grow from USD 437.9 billion in 2026 to USD 679.2 billion by 2033, according to Grand View Research. The report includes managed security services and security consulting services across sectors such as BFSI, government and defense, energy and utilities, manufacturing and retail.
This matters because many organizations still run security in disconnected layers. A facilities team may manage guards and cameras, while IT manages cyber monitoring, and business leaders handle crisis response separately. That separation can slow decisions when a real incident affects offices, data systems, employees and customers at the same time.
Integrated security providers are trying to close that gap. Morgan Reed Insights describes integrated security services as the delivery of interconnected physical security, cybersecurity and risk-management solutions through a unified operating framework. Its 2026-2035 market coverage includes managed security services, consulting and advisory, system integration and remote monitoring.
The demand is also visible in physical security modernization. Mordor Intelligence estimates the physical security services market will grow from USD 124.82 billion in 2026 to USD 156.88 billion by 2031, with services covering areas such as access control, video surveillance, fire and life safety, professional services and managed services.
For buyers, the value is not just fewer vendors. An integrated provider can help coordinate site risk assessment, visitor management, alarm handling, cybersecurity needs and emergency communications. The better integrated system provides a more informed perspective for the leadership on what is going on, who is accountable, and what actions need to be taken.
This makes sense, especially in industries that have decentralized assets. Retail, manufacturers, logistics firms, hospitals and utility companies may have multiple sites. In such cases, an uncoordinated security approach may lead to inconsistent responses and different approaches to gathering evidence.
What will be a problem is governance. The lack of integration will occur if the service provider simply bundles services but does not provide common procedures and reporting standards.
The next phase of integrated security will likely favor providers that combine workforce, monitoring, technology and advisory support into one accountable model. Buyers need coordination, not only coverage.
Integrated security services are becoming an enterprise risk-control infrastructure. Their value will be measured by whether they help organizations detect threats earlier, coordinate response faster and reduce the blind spots that come from disconnected security functions. ...Read more
Organizations are still adapting to an ever-changing security landscape and are not only faced with new challenges in terms of traditional access control methods but also with the need to operate in a digital world. Loss or theft of a password, keycard or PIN-based system could create an opportunity for unauthorized access.
In response to these worries, many companies are implementing biometric control technology as a component of their enterprise safety measures. Biometric systems are more reliable at verifying identity due to the unique physical attributes they use, like fingerprints, facial recognition, iris scans or voice patterns. Biometric solutions are being used to beef up access control, secure sensitive information and enhance operational efficiency, and enterprise security leaders are investing in them.
Why Is Biometric Control Technology Becoming Essential for Enterprise Security?
One of the main benefits of biometric control technology is that it can be used to identify a person by a physical attribute or characteristic, such as a fingerprint, that is hard to duplicate or share with another person. Biometric systems are typically used to secure restricted spaces, such as offices, data centers, research facilities, etc.
Businesses can better safeguard valuable assets and confidential information by confining access to sensitive areas to authorized users only. Biometric authentication also promotes accountability. Access events are associated with specific users, making it possible for an organization to keep an eye on when a person enters a facility and how much they use a system. This sort of traceability can help meet compliance needs and boost internal security measures.
Employees no longer have to use more than one password or carry a physical access card. Quick authentication can mean quick transactions, but still a high level of security. The convenience and security that biometric technology offers make it attractive for organizations looking for an efficient security solution. The precision and reliability of biometric systems have been enhanced with the progress of artificial intelligence and sensor technology. Modern solutions can be used to achieve rapid identity verification with low false acceptance and false rejection rates.
How Can Businesses Maximize the Value of Biometric Security Systems?
The first step in the successful implementation is determining what type of biometric technology will meet the needs of the organization. Security requirements, number of users and the way the system will be used can vary from one environment to another and thus affect the type of authentication used.
One of the other key advantages of modern biometric solutions is scalability. Many business needs grow, including more users, more locations, more levels of security, and more. And with biometric platforms, they can seamlessly add users, locations, levels of security and more. The flexibility enables businesses to adjust their security strategies without causing significant disruption to systems.
Staff training can be a factor in successful adoption as well. Offering transparent information on the functioning of biometric systems and the measures taken to guarantee the protection of personal data can contribute to acceptance and alleviate privacy concerns. ...Read more
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