E-Business
The Importance of Security Operations Centers to Contemporary Organizations
As organizations grow more dependent on IT solutions, they have also become potential subjects of cyber threats. These threats vary in terms of the risk they portend for their targets; the more lethal ones could inflict costly damage on their victims.
Businesses, public sector concerns, and other institutions have responded by taking proactive measures to prevent these threats from being actualized. In some cases, the creation of a Security Operations Center sits at the core of their strategy.
What Is a Security Operations Center?
A Security Operations Center (SOC) is a unit that’s built to tackle the security issues of an organization. It consists of the personnel, technologies, and processes that are required to maintain the organization’s security status.
The personnel at a Security Operations Center include members of the IT team who are adequately skilled at identifying and dealing with threats. The SOC’s processes involve monitoring, detecting, analyzing, and responding to threats.
Technologies used at a SOC are built to scour networks, servers, endpoints, websites, and databases for signs that such systems have been compromised. They also include tools that help with reporting such incidents.
In other words, the SOC serves as a point at which events logged throughout an institution are monitored. This setup works through the data and determines whether there are threats, and how to defend the organization against such threats where they exist.
The Functions of a Security Operations Center
As has already been hinted, a Security Operations Center needs to have visibility into the various aspects of the assets it is supposed to protect. It should also track the networked interaction between these assets, including software, endpoints, and servers.
Also part of the SOC’s mandate is preparation for possible attacks. To do this successfully, teams within the SOC will have to keep tabs on the latest developments in cybersecurity, such as emerging threats and best practices for defending systems against them. Vulnerabilities should be patched, firewalls updated, and applications secured.
Monitoring systems with tools such as Endpoint Detection and Response (EDR) and Security Information and Event Management (SIEM) is standard practice for SOCs. The EDR continuously collects and analyzes activity data from endpoints throughout the organization, and provides automated responses to perceived irregularities within these data that may signal an imminent attack. SIEM similarly gives SOC personnel insights into activities in their IT environment.
In addition to these, the Security Operations Center also ranks security alerts, discerns genuine risks from false positives, responds to threats (by shutting down or isolating compromised endpoints, etc.), and carries out recovery and remediation following an attack.
The Structure of a Security Operations Center
Given its various duties, the SOC is ideally staffed with multiple IT security professionals, each playing a specific role within the setup.
A manager, who leads the team, should coordinate and oversee the processes ongoing within the SOC. They should also be able to fill any of the roles there. An analyst collects and analyzes past data or data generated after a breach has occurred.
Another role, the investigator, involves assessing a breach and answering questions about how and why the event occurred. They may also take on the role of the incidence responder, who takes action to minimize the impact of breaches.
One person could play multiple roles; it all depends on how big the organization affected is.
The structure of the SOC should be documented, with each role defined, and questions around responsibility and collaboration answered. Security processes that ought to be defined include monitoring, alerting, escalation, investigation, incident logging, compliance monitoring, and reporting.
Benefits of a Security Operations Center
An immediately perceivable benefit of the SOC is that knowledge is centralized. Personnel at the SOC gain a bird’s eye view of their organization’s networks and are better able to spot vulnerabilities. This setup lets them share vital information so that their work is more coordinated and ultimately effective.
This approach to security may reduce running costs as well. With the cybersecurity team and infrastructure in one location, resources are concentrated in one place at a given time. Because they are in a single location, organizations don’t have to spend more to maintain various offices across different locations.
Centralization may also help improve collaboration between members of the IT security team. They can leverage each other’s expertise and experience, and develop solutions that help their parent company in many ways.
With greater team collaboration comes improved response times. The use of advanced tools for threat detection and monitoring strengthens this benefit even more. With proactive network and endpoint monitoring tools, it’s even possible to protect against cyber threats before they materialize.
Finally, there’s the round-the-clock protection that SOC affords. Because attacks aren’t limited to working hours during weekdays, SOCs are built to monitor for potential vulnerabilities every hour of every day.
An Option Worth Considering: Managed Security Operations Center
Not all businesses are able to set up a functional SOC. The expertise, experience, tools, and space required to run it may constitute a drain on resources, besides forcing the business to take on additional tasks to its core operations.
Managed SOCs are a solution to this problem. Cybersecurity firms often offer this as a service to their client organizations. This means that businesses don’t need to have a large department dealing with security issues. Signing up with a reputable cybersecurity firm will allow them to have a SOC with that firm, and focus on their core operations.
Layer3 can help you manage your company’s IT security. We do this by leveraging the expertise and experience of our cybersecurity experts, and our knowledge of the present and emerging risks that enterprises face in today’s world. These, combined with our advanced threat detection and security intelligence tools and systems, will take care of the things you would typically assign to an in-house SOC. This guarantees cost savings for your organization and lets you devote more time and resources to your principal operations.
If you would like to learn more about our IT security service offerings, you can get in touch with us here.
The African Development Bank Group (AfDB) and the United Nations Development Programme (UNDP) have launched an ambitious $10 billion project to support the adoption of Artificial Intelligence (AI) across the continent.
The 10 Billion Initiative intends to accelerate ethical AI adoption and inclusive digital economic growth in Africa.
The initiative follows the Nairobi AI Forum, which took place earlier this month in Kenya and brought together governments, private sector leaders, development partners, and tech innovators to define pathways for impactful AI adoption.
According to the organisations, the strategy is a co-designed collaboration between the Bank Group, UNDP, and commercial partners that aims to raise up to $10 billion by 2035.
The resources will be used to create up to 40 million new jobs across the continent by 2035, through targeted investments that provide the groundwork for AI and accelerate widespread adoption in everything from entrepreneurship and regional data infrastructure to policy frameworks and skill development.
Nicholas Williams, AfDB Group ICT operations division manager, commented: “As a leading multilateral development institution, the bank is leveraging its comparative advantage to ensure Africa is not left behind in the AI era.
“The AI 10 Billion Initiative paves the way for expanded partnerships and sustained investments that will accelerate AI entrepreneurship, strengthen data and infrastructure ecosystems, and support inclusive growth across the continent.”
Kaspersky Threat Research has revealed its analysis of RenEngine, a malware loader that has recently gained public attention. Kaspersky identified RenEngine samples as early as March 2025, with its solutions already protecting users from the threat at that time.
Beyond the cracked games highlighted in recent reports, Kaspersky researchers discovered that attackers created dozens of websites distributing RenEngine through pirated software, including graphics editors like CorelDRAW. This expands the known attack surface beyond the gaming community to anyone seeking unlicensed software.
Kaspersky has recorded incidents in Russia, Brazil, Turkey, Spain and Germany, among other countries. The distribution pattern indicates opportunistic attacks rather than targeted operations.
When Kaspersky first identified RenEngine, the loader was delivering the Lumma stealer. Current attacks distribute ACR Stealer as the final payload, and Vidar stealer has also been observed in some infection chains.
The campaign exploits modified versions of games built on the Ren’Py visual novel engine. When users launch infected installers, a fake loading screen appears while malicious scripts execute in the background. The scripts include sandbox detection capabilities and decrypt a payload that initiates a multi-stage infection chain using HijackLoader, a modular malware delivery tool.
“This threat extends beyond pirated games — attackers are using the same technique to distribute malware through cracked productivity software, which broadens the potential victim pool significantly,” said Pavel Sinenko, lead malware analyst at Kaspersky Threat Research. “Game archive formats vary by engine and title. If an engine doesn’t check the integrity of its resources, attackers can embed malware that executes the moment you click play.”
Kaspersky solutions detect RenEngine as Trojan.Python.Agent.nb and HEUR:Trojan.Python.Agent.gen. HijackLoader is detected as Trojan.Win32.Penguish and Trojan.Win32.DllHijacker.
Interswitch, a technology company, through its health-tech subsidiary, Interswitch eClat, has taken a major step in advancing Nigeria’s public-sector health digitisation agenda following the conclusion of a high-level stakeholders’ engagement with the Abia State Government.
The engagement took place ahead of the phased deployment of eClinic, Interswitch eClat’s Electronic Medical Records platform, across public health facilities in the state, the firm stated in a statement on Friday.
The engagement, convened by the Abia State Ministry of Health in collaboration with Interswitch and held at the State’s Ministry of Health in Umuahia, brought together senior government officials, health administrators, Interswitch representatives, and key ecosystem stakeholders to align on the scope, implementation framework, and expected outcomes of the proposed eClinic deployment.
The initiative reflects a shared commitment to leveraging digital infrastructure to improve healthcare delivery, operational efficiency, and patient outcomes across Abia State’s public health system.
Discussions focused on deploying Interswitch’s eClinic solution in alignment with Abia State’s broader healthcare reform agenda under the current administration, particularly the transition from fragmented, paper-based systems to secure, interoperable digital platforms across public health facilities.
The proposed kick-off phase will span six public health facilities, including three primary healthcare centres, two secondary facilities, and one tertiary hospital, creating an end-to-end digital care pathway that strengthens patient referrals, supports continuity of care, and enables data-driven decision-making across all levels of service delivery.
The EMR solution is built to reduce patient waiting times, strengthen referral processes, and ensure the secure handling of both clinical and administrative data, supported by a hybrid infrastructure that enables local hosting with cloud-based backup.
Speaking at the engagement, Prof Enoch Uche, the Commissioner for Health, Abia State, described the initiative as a major milestone in the state’s healthcare transformation journey and highlighted the importance of private-sector collaboration in achieving sustainable impact.
“The Ministry of Health in Abia State is excited about the digitisation of health facilities, starting with Interswitch’s eClinic pilot phase involving three primary, two secondary, and one tertiary health centre. This initiative will enhance efficiency, accountability, and patient care by linking records across different levels of care.
“Global evidence shows that digital health improves access, reduces the cost of care, and maximises human resources while personalising services for our people. This partnership with Interswitch represents a key deliverable for this administration and aligns with the Governor’s vision for a modern, technology-driven health system,” he said.
During technical sessions led by Babatunde Fadeyi, Vice President, Health Ecosystem (Public Sector), Interswitch, stakeholders were taken through the core capabilities of Interswitch’s eClinic platform.
These include secure patient record management, ICD-11–compliant diagnosis coding, controlled data update protocols, and integrated billing and reporting tools designed to improve efficiency and accountability across health facilities.
Stakeholders were also briefed on the platform’s governance framework, risk mitigation approach, and phased implementation roadmap. Commenting on the engagement, Fadeyi reaffirmed Interswitch’s commitment to delivering measurable impact through technology-enabled healthcare systems.
“Abia State has demonstrated a strong commitment to innovation and system reform. The alignment of the state’s healthcare priorities with national health digitisation objectives creates a solid foundation for meaningful progress. Interswitch’s eClinic platform is designed to improve hospital operations by automating workflows, securing patient data, and providing healthcare managers with reliable insights to guide decisions.
“Beyond improving patient experience, it supports stronger revenue tracking, operational efficiency, and accountability. Our focus is to ensure the success of this pilot phase and deliver tangible improvements across productivity, service delivery, and patient satisfaction,” he said.
Also speaking at the engagement, Dr Ifeyinwa Blossom Uma-Kalu, the Permanent Secretary of the Ministry of Health, Abia State, highlighted the operational and clinical value of Interswitch’s eClinic initiative, particularly in strengthening referrals, improving revenue management, and expanding access to specialist care.
“This digitisation initiative will help us track our finances and internally generated revenue more accurately while reducing leakages. More importantly, it strengthens our referral system by allowing patient records to move seamlessly from primary to secondary and tertiary care.
“With a digital framework, healthcare workers in remote communities can access specialist support through telemedicine, helping to save lives and improve outcomes. This is a critical tool in our efforts to reduce maternal and infant mortality, and we are eager to see the outcomes of Interswitch’s eClinic,” she noted.
The engagement also addressed key success factors for the project, including power stability, user training, change management, and inter-agency collaboration, with both parties emphasising sustainability and scalability as the project progresses.
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