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Category: Non classé

Non classé
2 March 2026 0 Comments

SOC and Threat Intelligence in Action

SOC and Threat Intelligence

Why Threat Intelligence Strengthens a cloud SOC ?

A cloud SOC collects massive volumes of events from IaaS, PaaS, and SaaS environments: logins, API access, IAM changes, network flows, suspicious executions. The challenge is not the lack of data, but its prioritization. Threat Intelligence provides the missing context:
  • Who is behind the attack?
  • What techniques are being used?
  • Which sectors are being targeted?
Is this malicious infrastructure already identified? By integrating this intelligence, the cloud SOC can prioritize alerts, reduce false positives, and focus efforts on truly critical incidents.

Cloud SOC Detection and Response

1. Cloud Alert Enrichment

When an anomaly is detected (unusual login, privilege escalation, mass resource creation), the cloud SOC automatically enriches it with:
  1. IP reputation.
  2. Malicious hash history.
  3. Match with known TTPs.
  4. Correlation with an active campaign.
This enrichment accelerates incident qualification and significantly reduces manual analysis time.

2. Multi-Environment Correlation

In a multi-cloud context, an attack may start in a SaaS service, propagate through a compromised identity, and impact an IaaS infrastructure. The cloud SOC reconstructs the full chain: suspicious login → API key creation → IAM modification → data exfiltration. This cross-environment visibility is essential to prevent an isolated incident from becoming a global compromise.

3. Advanced Behavioral Detection

A modern cloud SOC does not rely solely on static signatures. It analyzes behaviors to identify significant deviations from normal activity. This may include unusual activity on an administrator account, massive resource deployment outside normal cycles, access to previously unused zones, or lateral movements between different cloud environments. Through behavioral analytics, the cloud SOC can detect stealthy attacks, even without identifiable malware or known signatures.

4. Automated and Coordinated Response

The value of a cloud SOC also lies in its ability to act quickly and in a structured manner. Once a threat is confirmed, it can disable a compromised account, isolate an affected cloud resource, block a malicious IP address, or revoke exposed access keys.
By leveraging automated playbooks through SOAR tools, the response becomes consistent, immediate, and scalable.

Real-World Case: Cloud SOC Facing Identity Compromise

A user enters credentials on a fake portal mimicking a legitimate service. A few hours later, a successful login is detected from an unusual country. The attacker sets up email forwarding rules, performs massive data downloads, and attempts privilege escalation on sensitive cloud resources. A cloud SOC enriched with Threat Intelligence quickly identifies that the phishing domain is linked to an active campaign, that the IP address appears in known indicators of compromise, and that the sequence of actions matches a documented exfiltration pattern. The response is immediate: session termination, MFA reset, active token revocation, privileged account audit, and full containment to prevent further spread.

The Pillars of a Threat Intelligence-Oriented cloud SOC

The Tunisian national cloud cannot reach its full potential without relying on a strong cybersecurity infrastructure. The creation of a national cloud SOC (Security Operations Center) is an essential pillar to ensure rapid threat detection, continuous system monitoring, and resilience against cyberattacks. By integrating real-time monitoring and analytics mechanisms, national cloud would strengthen the confidence of companies and institutions in protecting their critical data.
Collaborations with specialized players such as Focus or One Tech Business Solutions help build a unified security ecosystem in which cloud and cybersecurity operate together to ensure a sovereign, reliable, and sustainable digital environment.

Measurable Benefits of a Mature cloud SOC

Thanks to its strategic geographical position and rapidly growing infrastructures (fiber-optic backbone, modern data centers), Tunisia has the potential to become a regional cloud hub for North Africa and the Sahel. The Tunisian national cloud could serve as an interconnection platform for neighboring countries—Algeria, Libya, Niger—by offering secure sovereign services aligned with African standards. According to IDC Africa (2024), the cloud market on the continent is expected to exceed $20 billion by 2028, driven by the digitalization of governments and public services.

Mastering cloud SOC Risks

Today, a cloud SOC is far more than a monitoring center. It becomes a strategic tool to control risks in complex cloud environments. By combining continuous monitoring, Threat Intelligence, and automation, the cloud SOC transforms cybersecurity from a reactive model into a proactive and resilient posture.

Is Your Cloud SOC Ready to Act in Real Time?

Strengthen detection, correlation, and incident response to reduce multi-cloud risks and enhance resilience.
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20 February 2026 0 Comments

Focus, Official Sponsor of MCCE 2026

Focus MCCE 2026

Focus, Official Sponsor of MCCE 2026: Three Days of Expertise, Innovation, and Meaningful Exchanges

From February 10 to 12, 2026, Focus Corporation participated as an official sponsor of the Maghreb Cybersecurity & Cloud Expo (MCCE 2026), alongside its technology partners Dell Technologies and Fortinet.

This flagship event of the regional IT landscape brought together decision-makers, experts, and key players from the public, industrial, and services sectors to discuss the challenges and opportunities related to Cloud, cybersecurity, and artificial intelligence.

A Three-Day Sector-Based Format

MCCE 2026 was structured into three thematic days, each dedicated to a strategic sector:

MCCE 2026 - Day 1
MCCE 2026 - Day 2
MCCE 2026 - Day 3

Acceleration of industrial digital transformation, IT/OT convergence, operational resilience, and security of connected environments.

Modernization of public services, data sovereignty, adoption of Cloud and AI with a strong focus on compliance and digital trust.

 Innovation, customer experience, business continuity, and integration of Cloud and AI technologies to enhance operational efficiency.

This structure enabled discussions tailored to each sector’s business context, fostering rich and relevant exchanges between professionals, decision-makers, and technology experts.

Insightful Exchanges Through Expert Panels

Several panels highlighted key topics shaping digital transformation:

  • “From IT Cybersecurity to Industrial Cybersecurity: Achieving Alignment” explored how to align IT and OT cybersecurity strategies to ensure the resilience of industrial environments.

  • “Cloud & AI in the Public Sector: Opportunities, Cyber Risks & Compliance Requirements” provided insights into security, governance, and compliance requirements within public services.

  • “Critical Services and AI: How to Build Resilient and Secure IT Environments” addressed the challenges of integrating AI into critical infrastructures while maintaining security, performance, and resilience.

The contributions of Focus, Dell Technologies, and Fortinet were praised for their relevance, practical approach, and actionable recommendations.

Interactive Live Demonstrations at the Booth

At its booth, Focus showcased several live demonstrations of its key solutions:

  • SOC as a Service, in collaboration with Fortinet, demonstrating continuous monitoring, advanced threat detection, and automated incident response.

  • Presentations of Cloud Solutions Ready for AI workloads, featuring GPU as a Service demos.

  • Demonstrations of QAverse, an AI-augmented software testing platform tailored to enterprise needs.

These demos sparked valuable discussions with visitors, raising technical questions related to use cases, security, and performance.

Demo MCCE 2026

3 Focus Workshops Dedicated to Each Day

Focus also hosted three targeted workshops, aligned with the themes of each day:

Industry Sector:

Securing Industry 4.0: AI-Driven Cybersecurity for IT/OT Convergence

Public Sector :

AI, Cybersecurity and Sovereign Cloud as Pillars for Modern Public Sector

Service Sector :

AI-Powered Services: Enhancing Customer Experience and Operations

These sessions provided a platform for deep discussions on AI integration, cybersecurity, and digital transformation, offering concrete insights and forward-looking perspectives.

Focus Remains Committed Beyond MCCE

Focus’s participation in MCCE 2026 reaffirms its role as a trusted partner supporting organizations in their Cloud, cybersecurity, and AI challenges.
Whether through managed services, AI-Ready platforms, or strategic advisory support, Focus continues to put its expertise at the service of sustainable and resilient digital transformation

Ready to explore the Cloud and IA with Focus?

If you would like to learn more about our solutions or discuss how we can help you overcome your IT challenges, do not hesitate to book an appointment with our experts. You can also test the capabilities of our Cloud solutions or start by auditing your IT infrastructures to map out your modernization path powered by the IA.

Request a free audit of your IT infrastructure
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Non classé
13 January 2026 0 Comments

National Cloud: What Strategy for Tunisia ?

national cloud

National cloud, a pillar of digital sovereignty

National cloud is emerging today as a strategic lever to strengthen Tunisia’s digital sovereignty. In a context where data represents a critical resource, controlling where it is hosted and how it circulates is becoming a national priority.
While many Tunisian companies adopt international public cloud solutions (AWS, Azure, Google Cloud), dependence on these foreign players creates risks in terms of data protection, legal compliance, and technological resilience. National cloud aims to provide a 100% local infrastructure capable of ensuring secure hosting, compliant with Tunisian legislation and aligned with international cybersecurity standards.

The stakes of national cloud for Tunisia

Implementing a Tunisian national cloud addresses three major challenges.

1. Local legal protection: guaranteeing data sovereignty

One of the main strengths of national cloud lies in the legal protection of data. When hosted on Tunisian territory, critical information, whether related to public institutions, banks, or private companies, is subject exclusively to Tunisian law, notably Law No. 2004-63 on the protection of personal data, overseen by the INPDP (National Authority for the Protection of Personal Data).

2. Reduced latency and better performance: an advantage for Tunisian users

By hosting data and applications in data centers located in Tunisia, national cloud guarantees minimal latency, in other words, faster response time between users and servers. This geographical proximity significantly improves access speed, service reliability, and application availability, whether for SaaS solutions, administrative portals, or local e-commerce platforms. For Tunisian companies operating in critical sectors (banking, healthcare, telecommunications), this increased performance translates into a smooth user experience, stronger productivity, and fewer service interruptions.

3. Reduced operating costs: sustainable economic efficiency

National cloud supports resource optimization through shared infrastructure and centralized services. Rather than relying on multiple foreign providers billing in foreign currency, Tunisian companies can use local solutions suited to their budgets, billed in Tunisian dinars, without dependence on exchange-rate fluctuations. The absence of cross-border transfer fees and international interconnection costs helps reduce overall operating expenses (OPEX).

Creating a dynamic Tunisian digital ecosystem

National cloud is not limited to a storage infrastructure: it is an innovation accelerator and a catalyst for economic development. Tunisian startups can deploy their solutions without depending on foreign providers, while universities gain access to a cloud environment suited for research and training in AI, data science, and cybersecurity. In addition, the Tunisian government, through projects such as the National Digital Transformation Program 2025 and the future Government Cloud (GovCloud), can centralize administrative services, reduce redundancies, and deliver faster, interconnected public services.

Local innovation serving national cloud

The Tunisian national cloud should not be a simple storage space, but a laboratory for innovation. By integrating local technologies such as AI applied to cloud resource management, automation through software orchestration (OpenStack, Kubernetes), and open-source virtualization, it can support a more advanced and autonomous cloud ecosystem. Moreover, partnerships with Tunisian universities (ESPRIT, SUP’COM, INSAT, etc.) could lead to cloud R&D centers capable of training engineers specialized in cybersecurity and the management of sovereign cloud infrastructures.

National cloud and cybersecurity: an inseparable duo

The Tunisian national cloud cannot reach its full potential without relying on a strong cybersecurity infrastructure. The creation of a national cloud SOC (Security Operations Center) is an essential pillar to ensure rapid threat detection, continuous system monitoring, and resilience against cyberattacks. By integrating real-time monitoring and analytics mechanisms, national cloud would strengthen the confidence of companies and institutions in protecting their critical data.
Collaborations with specialized players such as Focus or One Tech Business Solutions help build a unified security ecosystem in which cloud and cybersecurity operate together to ensure a sovereign, reliable, and sustainable digital environment.

A regional opportunity: Tunisia as a cloud hub for Africa

Thanks to its strategic geographical position and rapidly growing infrastructures (fiber-optic backbone, modern data centers), Tunisia has the potential to become a regional cloud hub for North Africa and the Sahel. The Tunisian national cloud could serve as an interconnection platform for neighboring countries—Algeria, Libya, Niger—by offering secure sovereign services aligned with African standards. According to IDC Africa (2024), the cloud market on the continent is expected to exceed $20 billion by 2028, driven by the digitalization of governments and public services.

A Tunisian digital governance model to define

The success of national cloud depends on a clear governance model. Local infrastructure alone is not enough: a dedicated authority is needed for management, certification, and supervision of the sovereign cloud. One proposal would be to create a National Sovereign Cloud Committee bringing together:
  • the CNCS,
  • the INPDP,
  • private-sector representatives,
  • and independent experts.
This committee would be responsible for defining:
  • hosting and cybersecurity rules,
  • interoperability standards,
  • and certification mechanisms for Tunisian cloud providers.

Challenges to overcome to succeed with the national cloud strategy

Despite its promises, implementing the Tunisian national cloud relies on several challenges:
  • Significant initial investment: building sovereign infrastructure requires certified data centers and strong technology partnerships.
  • Local skills: the project’s success depends on upskilling engineers in cloud computing, cybersecurity, and multi-cloud orchestration.
  • Interoperability and standardization: ensuring compatibility between national cloud and existing infrastructures (public and private).
  • Governance and transparency: defining a clear framework for management, audit, and supervision to avoid excessive centralization of data.

A strategic challenge for Tunisia’s digital future

The Tunisian national cloud represents far more than local hosting: it is a foundation of digital trust, a security guarantee, and an innovation engine for businesses and institutions. Its success will depend on the country’s ability to unite public and private stakeholders, invest in training, and establish transparent governance. The future of cloud in Tunisia will inevitably require a sovereign, secure, and interoperable model serving the country’s economic and technological development.

Adopt national cloud today !

Optimize your performance while ensuring the security and sovereignty of your data.
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Non classé
7 January 2026 0 Comments

Cybersecurity trends for 2026 : Anticipating new threats

Cybersecurity trends for 2026

Strengthening digital resilience

Cybersecurity has become a major strategic challenge for companies, public institutions, and governments. As digital transformation accelerates, attack surfaces continue to expand: cloud migration, API proliferation, widespread hybrid work, partner interconnections, and the rise of IoT and industrial environments.
This expansion of information systems creates more entry points, but also more critical dependencies, where a minor vulnerability can trigger a major disruption.

Cybersecurity under pressure from the explosion of attacks

Cyberattacks are evolving faster than ever. Targeted ransomware, intelligent phishing, supply chain attacks, and exploitation of zero-day vulnerabilities: attackers now combine multiple techniques in long, coordinated campaigns. Cybersecurity in 2026 will therefore have to respond to persistent threats capable of bypassing traditional defenses.
SMEs, often less protected than large enterprises, are becoming prime targets. Their role within digital ecosystems indirectly exposes them to attacks aimed at larger players, reinforcing the need for cybersecurity that is both accessible and robust.

Artificial intelligence: accelerator and challenge for cybersecurity

Artificial intelligence is profoundly transforming cybersecurity. On one hand, it enables faster anomaly detection, advanced behavioral analysis, and automated incident response. Modern SOCs already use algorithms capable of identifying weak signals invisible to the human eye.
On the other hand, cybercriminals also exploit AI to automate attacks, generate highly realistic phishing campaigns, or rapidly test vulnerabilities. In 2026, cybersecurity will rely on a true technological race in which AI becomes an essential tool, but also an additional layer of complexity.

Cybersecurity and cloud: towards a strengthened shared responsibility

Clarifying the shared responsibility model

In the cloud, security is never fully delegated to the provider. Clarifying the shared responsibility model consists of precisely formalizing protection boundaries.
The provider ensures the security of the physical infrastructure, service availability, and certain technical layers, while the organization remains responsible for identity management, access rights, configurations, data, and their usage. Without this clarification, gray areas emerge, creating the false impression that some risks are covered when they are not.

Reducing configuration errors (misconfigurations)

Configuration errors are now one of the leading causes of cloud incidents. Reducing these risks requires the implementation of consistent, well-documented configuration standards applied systematically across all environments.
Cloud Security Posture Management (CSPM) tools help automate controls, detect deviations in real time, and quickly correct risky settings such as unintentionally public storage or unnecessarily open ports. Regular audits complement this approach by ensuring continuous improvement of the security posture.

Strengthening identity and access management (IAM)

In cloud environments, identity becomes the new security perimeter. Strengthening IAM involves strictly applying the principle of least privilege, granting only the rights required for each user or service. Multi-factor authentication (MFA) must become the standard, especially for privileged accounts.
Managing temporary access, automatically revoking obsolete rights, and continuously monitoring sensitive accounts significantly reduce the risk of exploiting compromised identities, often used as the primary entry point for modern attacks.

Implementing continuous and centralized monitoring

Effective cloud cybersecurity relies on the ability to see, understand, and react quickly. Continuous monitoring consists of centralizing cloud service logs, correlating them within a SIEM, and analyzing behavior through UEBA mechanisms. This approach makes it possible to detect abnormal activities, even when they do not match known attack signatures. When combined with SOAR tools, monitoring becomes proactive: certain responses can be automated (account isolation, access blocking), drastically reducing detection time and incident impact.

end-to end encrypting
cybersecurity and cloud

Encrypting data end-to-end

Encryption remains a fundamental pillar of cloud cybersecurity. It must cover data at rest, in transit, and, where possible, during processing. Controlling encryption keys through KMS or HSM solutions is essential to maintain real control over sensitive data. At the same time, environment and flow segmentation limits risk propagation in the event of a compromise.
This approach is particularly critical for regulated or strategic data, where loss of confidentiality can have major legal and reputational consequences.

Securing the DevOps chain (DevSecOps)

With the acceleration of development cycles, security can no longer be added at the end of a project. DevSecOps aims to integrate security controls from the earliest stages of development.
This includes automated dependency analysis, image and container scanning, secure secret management, and validation of infrastructure-as-code configurations. By detecting vulnerabilities before production, organizations significantly reduce the risk of introducing exploitable flaws and gain agility without compromising security.

Testing resilience and recovery (cloud DRP)

No cloud architecture is completely immune to incidents. Testing resilience involves simulating realistic scenarios such as a compromised administrator account, a ransomware attack, or the unavailability of a cloud region.
These tests make it possible to verify the effectiveness of disaster recovery plans (DRP), the reliability of backups, and the ability to meet defined RTO and RPO objectives. By repeating these exercises regularly, organizations ensure that business continuity is not merely theoretical, but truly operational in the event of a crisis.

Zero Trust: a cybersecurity model that has become essential

The Zero Trust model is gradually becoming a standard. The principle is clear: never trust by default, even inside the network. In 2026, cybersecurity will largely rely on this approach, with systematic verification of identities, devices, and access rights.
This model responds to the widespread adoption of remote work, cloud, and hybrid environments. Cybersecurity no longer protects only the perimeter, but every user, every application, and every piece of data.

The rise of regulatory cybersecurity

Regulatory requirements around cybersecurity are strengthening worldwide. Data protection, incident notification, business continuity, digital sovereignty: organizations will have to demonstrate compliance in a more structured and documented manner. In 2026, cybersecurity will no longer be only a technical issue, but also a legal and strategic one.

The talent shortage: a critical challenge for cybersecurity

Despite growing automation, cybersecurity remains highly dependent on human expertise. However, the shortage of qualified experts continues to slow the maturity of security frameworks. Organizations will need to invest in training, internal skill development, and partial outsourcing to specialized partners.

Cybersecurity, a strategic pillar of digital transformation in 2026

In 2026, cybersecurity will no longer be a support function, but a fundamental pillar of digital strategy. It will determine customer trust, regulatory compliance, and long-term business sustainability. Organizations that anticipate cybersecurity trends today artificial intelligence, Zero Trust, secure cloud, governance, and resilience will gain a decisive advantage. Investing in cybersecurity means investing in a safer, more stable, and more sustainable digital future.

Is your cloud truly secure for 2026?

Assess your cloud cybersecurity posture and identify real risks across IAM, configurations, logging, encryption, and resilience.
Our experts help you strengthen security, compliance, and operational continuity.
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20 December 2025 0 Comments

Modernization and Migration of IT Infrastructures to IBM Power, VMware, and Cloud

Modernisation et migration des infrastructures IT

Modernizing IT infrastructures has become a major challenge for companies dealing with complex legacy environments.

According to IDC, nearly 70% of critical applications will need to be modernized or migrated by 2027 to meet new performance and security requirements.

However, migrating critical infrastructures remains a delicate process that requires rigorous planning.

Challenges of Infrastructure Migration

Migration projects often involve complex systems:
  • legacy applications
  • large databases
  • numerous application dependencies.
The main risks associated with these projects include:
  • service interruption
  • software incompatibilities
  • data loss
  • performance degradation.
An effective migration strategy must therefore rely on a detailed analysis of the existing environment.

Assessment and Infrastructure Mapping

The first step of a modernization project consists of performing a complete infrastructure assessment.
This analysis makes it possible to identify:

  • dependencies between applications
  • performance constraints
  • regulatory requirements
  • business continuity needs.

This information helps define an appropriate migration roadmap.

Progressive Workload Migration

Successful migrations generally rely on a progressive approach.
Rather than moving all applications at once, IT teams migrate workloads in stages.
This method allows:

  • reduction of operational risks
  • performance testing
  • adjustment of configurations.

Environments based on IBM Power and AIX provide several tools that facilitate these migrations, particularly Live Partition Mobility mechanisms, which allow workloads to be moved without service interruption.

Hybridization with VMware and Cloud

In many modernization projects, organizations combine multiple platforms.
Hybrid architectures may include:

  • IBM Power servers for critical workloads
  • VMware clusters for virtualized applications
  • cloud environments for modern applications.

This approach allows sensitive systems to remain in controlled infrastructures while benefiting from cloud flexibility.
Infrastructure modernization and migration services offered by Focus follow this logic of progressive transformation.

Automation and Infrastructure Management

Modernization projects also include the automation of operations. Infrastructure as Code tools make it possible to standardize deployments and reduce human errors. Common practices include:
  • automated server deployment
  • centralized configuration management
  • performance monitoring.
These mechanisms improve the stability of environments and simplify their management.

A Progressive Transformation of Information Systems

Modernizing IT infrastructures is a continuous process. Organizations that succeed in these transformations generally adopt a structured approach combining:
  • virtualization
  • cloud hybridization
  • automation
  • improved resilience.
These evolutions allow information systems to adapt to new business needs while ensuring the stability and security of critical environments.

Modernize Your IT Infrastructure Without Disrupting Your Critical Systems

Explore IBM solutions for migration, virtualization, and hybrid cloud architectures.
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FAQ

1. Why perform an assessment before migrating an IT infrastructure?
An assessment makes it possible to analyze applications, technical dependencies, and performance requirements before any migration. This step helps IT teams identify risks, define priorities, and choose the most appropriate target architecture.
2. How does Live Partition Mobility facilitate workload migration?
Live Partition Mobility allows logical partitions to be moved between IBM Power servers without service interruption. This feature facilitates maintenance and migration operations while ensuring the continuity of critical applications.
3. Why do companies combine IBM Power and VMware in their architectures?
IBM Power is often used for critical applications and high-performance databases, while VMware enables the virtualization of a large number of servers and applications. This combination provides a flexible infrastructure capable of supporting different types of workloads.
4. What are the main risks during an IT infrastructure migration?
Migration projects can lead to service interruptions, application incompatibilities, or performance degradation if the environment is not properly analyzed. A progressive and well-planned migration helps reduce these risks.
5. Why automate infrastructure management in a modernization project?
Automation helps standardize deployments, reduce human errors, and improve the stability of environments. Infrastructure as Code tools also simplify configuration management and accelerate IT operations.
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19 December 2025 0 Comments

AI Solutions – Accelerate Your Digital Transformation

AI solutions

Artificial Intelligence Serving Digital Transformation

Artificial intelligence (AI) is no longer a futuristic concept; it is now shaping the competitiveness of Tunisian companies. From industrial SMEs to major financial institutions, the demand for AI solutions is growing rapidly. Through automation, predictive analytics, and business process optimization, AI is establishing itself as the engine of the country’s digital transformation.

The AI Market in Tunisia: A Rapidly Expanding Ecosystem

According to the World Bank Digital Economy Report 2024, Tunisia ranks among the most dynamic African countries in the adoption of applied AI technologies. Startups specializing in data science, robotics, and intelligent cloud solutions are emerging.
Public institutions such as the National Computer Center (CNI) and Smart Tunisia support innovation through R&D programs and targeted funding.
This momentum is paving the way for a local AI ecosystem built around three core pillars:

  • The integration of AI solutions into existing infrastructures.
  • The development of intelligent sector-specific applications.
  • The upskilling of Tunisian talent in machine learning and big data.

Main Application Areas of AI Solutions in Tunisia

1. AI in Industry and Predictive Maintenance

Tunisian factories now adopt AI solutions capable of analyzing real-time data from industrial sensors.
Thanks to these algorithms, it becomes possible to anticipate failures, optimize production lines, and significantly reduce downtime. This approach allows companies to shift from a reactive model to a predictive and proactive strategy, improving productivity, profitability, and energy efficiency across industrial sites.

2. AI in the Financial Sector

Tunisian banks and insurance companies rely on artificial intelligence technologies to automate their processes and strengthen security.
Machine learning models detect suspicious behavior, prevent fraud, assess customer creditworthiness, and adapt offerings to their needs. These AI solutions in Tunisia help enhance risk management, deliver a personalized customer experience, and accelerate decision-making in a highly competitive sector.

3. AI in Healthcare

In the medical field, Tunisian AI solutions are transforming the way hospitals and clinics manage care and diagnostics. AI-assisted imaging systems facilitate early detection of diseases, while intelligent teleconsultation platforms improve access to healthcare.
Combined with optimized patient flow management, this technology helps healthcare facilities increase efficiency, precision, and service quality.

4. AI in the Public Sector

The Tunisian government relies on artificial intelligence to accelerate administrative digitalization and strengthen transparency in public services. Sovereign AI solutions are used to automate certain administrative procedures, analyze large volumes of data, and enhance cybersecurity through behavioral anomaly detection.
This modernization contributes to building a more agile, accessible, and secure administration that serves both citizens and institutions.

Challenges to Overcome for a Sustainable AI Ecosystem

Despite these advances, several obstacles still slow the expansion of AI solutions in Tunisia:
  • A shortage of specialists in AI and data engineering.
  • The high cost of GPU infrastructures required for model training.
  • The absence of clear regulations on data governance and AI ethics.
To overcome these barriers, Tunisia must invest in university training, encourage public-private partnerships, and stimulate local applied research.

Towards a Sovereign Tunisian Artificial Intelligence

Tunisia has significant potential to become a regional hub for AI. Thanks to the convergence of local cloud infrastructures, institutional support, and startup-driven innovation, the country can build ethical, sovereign, and sustainable AI.
Actors such as Focus Corporation, One Tech Business Solutions, and university laboratories are already contributing to shaping this national vision.

AI Solutions in Tunisia: A Strategic Lever for National Competitiveness

AI solutions have now become an essential pillar of the country’s digital transformation. They turn data into real performance drivers while strengthening the security, productivity, and technological sovereignty of Tunisian companies.
For CIOs, startups, and institutions, adopting artificial intelligence means investing in a future where technology becomes a catalyst for sustainable growth. Tunisia now has the opportunity to position itself as a major regional innovation player, combining local expertise, high-performance cloud infrastructures, and a strategic vision built on digital trust.

Move to Artificial Intelligence Today!

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8 December 2025 0 Comments

Virtualization and Hybrid Cloud with IBM: Modern Architectures for CIOs

Virtualisation et Cloud hybride avec IBM

Virtualization and hybrid cloud have become the cornerstones of modern IT architectures. The proliferation of applications, the growth of data, and the need for greater operational agility are pushing organizations to adopt more flexible infrastructure models.

According to Gartner, more than 75% of companies will use multiple cloud platforms by 2027, implying increasingly complex management of hybrid environments.

This transformation requires IT teams to rethink their architectures in order to ensure application portability, consistency of security policies, and resource optimization.

Technologies developed within the IBM and Red Hat ecosystem have been designed to meet these requirements by combining virtualization, container orchestration, and multi-cloud management.

In this context, organizations are also looking to rely on partners capable of deploying these architectures in a structured way, particularly around cloud infrastructure and virtualization solutions.

The Rise of Hybrid Cloud in Enterprise Architectures

Hybrid environments enable organizations to combine the advantages of on-premises infrastructure and public cloud services. Critical, sensitive, or regulation-constrained workloads generally remain hosted in private datacenters, while the public cloud is used for:
  • development environments
  • data analytics
  • applications requiring high elasticity
According to the Flexera State of the Cloud Report, 87% of companies now use a multicloud strategy, confirming that hybridization has become the norm. To operate efficiently, this model requires an orchestration layer capable of standardizing deployments

Red Hat OpenShift: Standardizing Containerized Environments

Containerization has become a preferred approach for modern application development.
According to IDC, more than 90% of new enterprise applications are expected to be deployed as containers by 2027.
The Red Hat OpenShift platform, widely integrated into the IBM ecosystem, enables the deployment and orchestration of Kubernetes containers in hybrid environments.
It notably provides:

  • application portability between datacenters and cloud
  • centralized management of Kubernetes clusters
  • native integration of DevOps pipelines
  • advanced security mechanisms

Best practices observed in OpenShift deployments include:

  • implementing GitOps automation for configuration management
  • defining SLO/SLI objectives for critical applications
  • using Kubernetes security policies based on OPA Gatekeeper


These mechanisms help reduce human error and improve cloud environment governance.

Combining Virtualization and Containers

Despite the popularity of containers, the majority of IT infrastructures still rely heavily on virtualization.

VMware environments, for example, continue to support a large number of traditional applications.

In this context, hybrid architectures generally combine:

  • virtualization for legacy applications
  • containerization for modern applications

IBM platforms enable these two approaches to coexist, particularly through integration between:

  • IBM Power Systems
  • VMware
  • Red Hat OpenShift
  • IBM Cloud Satellite

Modernizing legacy applications is also an essential step.
This architecture helps avoid abrupt migrations while gradually introducing new application models.

For companies engaged in this transformation, implementing hybrid environments often involves cloud infrastructure and modernization services such as those offered by Focus.

IBM Power platforms play a key role in these hybrid architectures.

Governance and Observability in Hybrid Environments

One of the main challenges of hybrid cloud remains operational visibility.
The multiplication of platforms can lead to:

  • information silos
  • difficulty correlating incidents
  • complex performance management

Modern observability platforms make it possible to centralize data from infrastructures and applications.

According to Gartner, organizations equipped with advanced observability tools can reduce incident resolution time by 30 to 40%.

Within the IBM ecosystem, tools such as Instana and Turbonomic enable continuous analysis of hybrid environment performance and optimize resource allocation.

Hybrid Architectures as the Foundation of Future Infrastructure

The adoption of hybrid cloud marks a major shift in IT infrastructure management. Organizations are no longer seeking to completely replace their datacenters, but rather to build architectures capable of consistently combining multiple environments. Virtualization, containerization, and orchestration technologies now form the fundamental building blocks of these architectures.

Is your IT infrastructure ready for hybrid cloud ?

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FAQ

1. Why are companies adopting hybrid cloud architectures?
Hybrid cloud architectures allow organizations to combine on-premises infrastructure with public cloud services. This enables companies to keep critical or sensitive applications in their datacenters while using the cloud for workloads that require greater flexibility, such as development or data analytics.
2. What role does Red Hat OpenShift play in a hybrid cloud strategy?
Red Hat OpenShift enables the deployment and management of containerized applications across multiple environments, whether in a private datacenter or a public cloud. This platform enhances application portability and allows DevOps teams to automate deployments using Kubernetes.
3. Why combine virtualization and containerization in an IT infrastructure?
Virtualization is still widely used for many existing applications, while containers are preferred for new cloud-native applications. Combining these two approaches allows companies to gradually modernize their infrastructures without disrupting systems already in production.
4. What challenges do CIOs face in managing a multi-cloud environment?
Multi-cloud environments can increase complexity in terms of governance, security, and monitoring. IT teams need tools capable of centralizing resource management, ensuring consistent security policies, and improving performance visibility.
5. How can visibility and performance be improved in a hybrid cloud architecture?
Observability platforms such as IBM Instana or IBM Turbonomic continuously analyze application and infrastructure performance. They help IT teams detect anomalies, optimize resource usage, and reduce incident resolution times.
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1 December 2025 0 Comments

Why Zero Trust is No Longer Optional: A Guide to IAM, PAM, and Modern Enterprise Security

zero trust
Traditional perimeter-based security is no longer sufficient in a world of remote work, hybrid infrastructures, and increasing cyber threats. Enterprises face the reality that threats can come from anywhere—inside or outside the network. Zero Trust architecture (ZTA) addresses this by eliminating implicit trust and enforcing continuous verification. For CIOs and CISOs, adopting Zero Trust is now a strategic priority to secure data, applications, and users.

1. Challenges for CIOs and CISOs

CIOs and CISOs are grappling with a rapidly evolving threat landscape. Attackers exploit weak credentials, unsecured privileged accounts, and lateral movement within flat networks. According to IBM’s 2024 Cost of a Data Breach Report, stolen or compromised credentials are the leading cause of breaches, accounting for 44% of incidents. The biggest challenges include:

  • Lack of visibility into who is accessing what resources.
  • Shadow IT creating unmanaged access risks.
  • Overprivileged accounts increasing lateral attack surface.
  • Difficulty enforcing consistent policies across cloud and on-premise environments.

2. Facts and Market Insights

A Gartner survey indicates that by 2027, 70% of enterprises will use cloud-based identity and access management (IAM) as the foundation for Zero Trust strategies. Furthermore, 80% of security leaders cite privileged access management (PAM) as their top investment priority for reducing insider and external threats. These trends highlight a strong shift towards identity-centric security models.

3. Key Pillars of Zero Trust

a. Identity and Access Management (IAM)

IAM ensures that only authenticated and authorized users gain access to critical systems. It integrates multi-factor authentication (MFA), single sign-on (SSO), and role-based access controls (RBAC). Modern IAM platforms also leverage adaptive authentication, analyzing device type, geolocation, and user behavior to continuously validate trust.
security policies
Identity and Access Management

b. Privileged Access Management (PAM)

PAM restricts and monitors the use of privileged accounts such as administrators, database managers, and system engineers. By enforcing least privilege and session monitoring, PAM reduces the risk of insider abuse and credential theft. Privileged sessions can be audited in real time to detect suspicious behavior.

c. Micro-Segmentation and Policy Enforcement

Zero Trust requires breaking down flat networks into secure, isolated segments. Micro-segmentation combined with dynamic policies prevents attackers from moving laterally after breaching one area. Integration with SIEM and SOAR platforms enhances monitoring and automated response.

4. Best Practices for Implementing Zero Trust

a. Start with identity as the core control layer

Identity has become the new perimeter in a cloud-first, hybrid workforce era. By centralizing authentication and authorization around Identity and Access Management (IAM), CIOs can enforce consistent security policies across SaaS, on-premises, and cloud-native environments. Strong identity governance — including MFA, passwordless authentication, and conditional access — drastically reduces the attack surface. This identity-first approach ensures that every access request is verified before it interacts with corporate assets, mitigating risks from phishing and credential theft.

b. Apply least privilege across all accounts and systems

Excessive permissions are a major contributor to lateral movement and privilege escalation attacks. Implementing a least privilege model ensures users, workloads, and applications only have the exact rights required for their tasks, and nothing more. This requires just-in-time access provisioning, automatic role re-certification, and privileged access session monitoring. Gartner notes that enforcing least privilege can reduce the risk of insider threats and misconfigurations by up to 70%, directly strengthening compliance with ISO 27001, PCI-DSS, and SOC 2.

c. Continuously monitor user behavior with UEBA (User and Entity Behavior Analytics)

Traditional log monitoring is no longer sufficient in detecting insider threats or sophisticated credential misuse. UEBA leverages AI/ML to baseline normal user and device behavior, then flags anomalies such as unusual login times, abnormal data exfiltration, or privilege escalation. For CIOs, UEBA provides actionable insights and reduces false positives compared to legacy SIEM-only approaches. By integrating UEBA into SOC pipelines, organizations gain early warning signals of attacks that bypass conventional perimeter defenses, significantly improving detection and response metrics.

d. Integrate IAM and PAM with SOC workflows for faster response

Identity and privilege-related events are among the most critical indicators of compromise. By tightly integrating IAM (Identity and Access Management) and PAM (Privileged Access Management) systems into SOC workflows, security teams can correlate identity anomalies with network and endpoint signals. This automation enables faster containment — for example, automatically revoking tokens or disabling compromised accounts during an active incident. For CIOs, this approach reduces Mean Time to Respond (MTTR) and supports a proactive rather than reactive defense strategy.

e. Align Zero Trust initiatives with compliance frameworks such as ISO 27001 and NIST 800-207

Zero Trust adoption is not just a best practice but increasingly a regulatory expectation. Aligning initiatives with globally recognized frameworks such as ISO 27001 and NIST 800-207 ensures both technical rigor and audit readiness. For CIOs, this alignment simplifies reporting to regulators and board members, while creating a roadmap that balances security, business agility, and compliance. Organizations that embed Zero Trust principles into their compliance strategy are better equipped to withstand cyberattacks and demonstrate resilience during external audits.

Toward a Zero Trust Future

Zero Trust is no longer an optional strategy—it is the new standard for enterprise security. By deploying IAM, PAM, and network segmentation, organizations can significantly reduce their exposure to both insider and outsider threats. For CIOs and CISOs, the path to Zero Trust requires cultural change, strategic investment, and strong governance, but the payoff is a resilient security posture built for the future.

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6 November 2025 0 Comments

Modernizing Your Datacenter with IBM Technologies: A Complete Guide for CIOs and IT Architects

Moderniser son Datacenter
The modernization of IT infrastructure is now at the heart of companies’ digital strategies. IT departments must manage a constant increase in data volumes, the emergence of new application models, and growing pressure on system security. According to International Data Corporation (IDC), more than 70% of organizations plan to modernize their critical workloads by 2027 by adopting hybrid architectures that combine datacenters, cloud environments, and container platforms. In this context, the technologies offered by IBM play a major role in the transformation of datacenters. The IBM ecosystem combines high-performance computing platforms, advanced storage solutions, cybersecurity tools, and hybrid cloud architectures designed for enterprise environments.
This guide provides an overview of the main approaches currently used to modernize a datacenter using IBM technologies.

New Challenges for IT Infrastructure

Traditional infrastructures must now respond to constraints very different from those that existed ten years ago.
Several structural trends explain this evolution.
The first concerns the rapid growth of data volumes. According to estimates published by Statista, the global volume of data could exceed 180 zettabytes by 2027.
This growth creates significant pressure on storage infrastructures and backup systems.

Increasing Pressure on IT Infrastructure

This growth creates significant pressure on storage infrastructures and backup systems. At the same time, the multiplication of applications and digital services forces organizations to adopt more flexible architectures. IT environments must be able to support:
  • critical transactional applications
  • analytics and artificial intelligence platforms
  • cloud and SaaS services
  • containerized architectures.

IT Infrastructures Facing Cyber Risks

Finally, cybersecurity represents a major challenge. The Cost of a Data Breach 2023 report published by IBM indicates that the average cost of a data breach reaches 4.45 million dollars, which pushes companies to strengthen their protection mechanisms.
Faced with these challenges, datacenter modernization can no longer be limited to simple hardware renewal. It requires a deeper transformation of IT architectures.

IBM Power Platforms: A Foundation for Critical Workloads

IBM Power Systems platforms occupy a particular place in critical environments. They are widely used in sectors such as banking, insurance, telecommunications, or industry to run sensitive transactional applications.

The IBM Power10 processors were designed to deliver high performance while improving the energy efficiency of infrastructures. According to benchmarks from the Standard Performance Evaluation Corporation consortium, some workloads can achieve per-core performance up to three times higher than certain comparable x86 architectures.

Maximum Availability for Critical Applications

Beyond raw performance, Power platforms are also recognized for their advanced RAS capabilities (Reliability, Availability, Serviceability).

These mechanisms include in particular:

  • proactive detection of hardware failures
  • automatic processor recovery
  • dynamic memory management
  • advanced fault tolerance.


These capabilities allow organizations to reach extremely high availability levels for their critical applications.

Virtualization and Hybrid Cloud: An Architecture That Has Become Standard

Virtualization today remains the foundation of most enterprise infrastructures. Virtualized environments make it possible to consolidate hardware resources and simplify workload management.

According to Gartner, more than 75% of companies will use multiple cloud platforms by 2027, confirming the importance of hybrid architectures.

The Modern Hybrid Architecture

In this context, modern infrastructures generally combine several technologies:

  • virtualization for traditional applications
  • containerization for cloud-native applications
  • hybrid infrastructures connecting datacenters and public cloud.

Integration between IBM Power, VMware, and Red Hat OpenShift allows organizations to build architectures capable of supporting these different application models.

Platforms based on Kubernetes particularly facilitate the deployment of containerized applications and the portability of workloads across different environments.

According to IDC, more than 90% of new enterprise applications are expected to be containerized by 2027, which reinforces the importance of these orchestration platforms.

Data Protection and Cyber Resilience

Modernizing a datacenter cannot be considered without a robust data protection strategy. Ransomware attacks now directly target backup infrastructures.
The Verizon Data Breach Investigations Report indicates that nearly a quarter of security incidents today involve ransomware.

Cyber Resilience of Storage Infrastructure

Modern data protection architectures rely on several layers of security. Solutions such as IBM Spectrum Protect optimize backup management thanks to advanced deduplication mechanisms and hierarchical storage management. Storage platforms such as IBM FlashSystem also integrate cyber resilience features such as Safeguarded Copy, which allows the creation of immutable copies of data.
These protected copies can be used to quickly restore systems after an attack.

Infrastructure Migration and Modernization

The transformation of IT infrastructures often involves migrating existing applications to new platforms. These projects can be complex, particularly when environments include:
  • legacy applications
  • large databases
  • significant application dependencies.
Successful migrations generally rely on a progressive approach.

Transition Toward Modern Architectures

The first step consists of performing a detailed assessment of the existing infrastructure in order to identify dependencies and technical constraints.
Organizations can then plan a phased migration by combining several approaches:

  • modernization of hardware infrastructure
  • virtualization of applications
  • progressive containerization
  • adoption of hybrid cloud architectures.

IBM technologies offer several tools that facilitate these transformations, including workload mobility mechanisms such as Live Partition Mobility, which allows logical partitions to move between servers without service interruption.

The Importance of Observability and Automation

Modern IT environments are much more complex than traditional infrastructures.
To guarantee system stability and performance, organizations must implement advanced observability and automation tools.
Observability platforms make it possible to collect and analyze metrics coming from:

  • infrastructures
  • applications
  • databases
  • networks.

According to Gartner, organizations equipped with advanced observability tools can reduce the average incident resolution time by 30 to 40%.
Automation also plays a key role in managing modern infrastructures.
Infrastructure as Code tools allow organizations to standardize deployments and reduce human errors in complex environments.

Supporting Modernization Projects

The success of a transformation project depends as much on the technologies used as on the expertise of the teams involved. Designing hybrid architectures, migrating critical workloads, or implementing cyber resilience strategies requires deep knowledge of infrastructures and technological solutions. In this context, companies often rely on specialized partners capable of supporting these transformations.

IBM Solutions for Enterprise Infrastructure

As an IBM Gold Partner, Focus supports organizations in the design and implementation of architectures based on IBM technologies, particularly in the following areas:

  • datacenter modernization
  • hybrid cloud infrastructures
  • data protection and disaster recovery
  • cybersecurity for critical environments.


These projects generally involve close collaboration between internal IT teams and specialized experts in order to ensure a controlled transition toward more modern architectures.

Toward More Resilient and Scalable Infrastructures

Datacenter modernization today represents a key lever to support the digital transformation of organizations. Modern architectures rely on a combination of technologies designed to improve the performance, resilience, and flexibility of IT infrastructures. IBM platforms, combined with virtualization, containerization, and data protection technologies, provide a strong foundation to support this transformation. In a context where information systems are becoming increasingly critical to business operations, adopting modern and resilient infrastructures represents a strategic challenge for IT leaders.

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23 October 2025 0 Comments

Building a Modern SOC : Essential Components, Implementation Challenges, and the Case for Managed SOC Services

Modern SOC

Essential Components, Implementation Challenges, and the Case for Managed SOC Services

Cybersecurity operations are at the heart of enterprise defense strategies. The Security Operations Center (SOC) plays a critical role in detecting, analyzing, and responding to cyber threats. However, building and running an effective SOC is complex and costly. Many organizations are now considering managed SOC services to bridge the gap in skills, technology, and resources.

Why having SOC is important?

1. SOC Reduces Breach Costs

Early Threat Detection:

A SOC continuously monitors an organization’s security landscape to detect suspicious activities and potential threats before they can cause harm.

Faster Incident Response:

With dedicated teams and advanced tools, SOCs can respond to incidents quickly, containing threats and restoring normal operations faster.

Reduced Dwell Time:

The time an attacker remains undetected (dwell time) correlates with increased breach costs. A SOC’s ability to reduce this time directly lowers potential damages.

Proactive Vulnerability Management:

By analyzing security events and trends, SOCs identify vulnerabilities and take proactive measures to mitigate them, preventing breaches before they occur.

Cost-Effective Expertise:

Instead of relying on expensive outside consultants, an in-house or outsourced SOC provides a dedicated team of experts.

Lower Insurance Premiums:

Meeting insurer requirements through effective 24/7 monitoring can help organizations qualify for better cyber insurance rates.

Minimizing Financial Losses:

Rapid containment and remediation efforts reduce financial losses from factors like downtime, lost revenue, and regulatory fines.

Reputational Protection:

A strong security posture, demonstrated by a functional SOC, builds customer and stakeholder trust, protecting a company’s reputation.

2. The High Cost of Breaches Without a SOC

Increased Mitigation Costs:

Undetected breaches lead to significantly higher costs for containment, investigation, and recovery.

Operational Disruption:

Longer incident durations due to delayed detection and response result in prolonged system downtime, leading to lost revenue and productivity.

Significant Financial Damages:

Organizations without effective security measures face potentially devastating consequences, such as large regulatory fines or substantial costs to recover from attacks like ransomware.

Research by IBM highlights that organizations with fully deployed SOCs reduce the cost of breaches by 44%. Yet, from IBM’s 2024 report: organizations with severe staffing shortages in their security teams saw ~26% higher breach costs than those without such shortages. Also, organizations lacking SOC/automation capabilities take longer to detect incidents. This gap underlines the importance of continuous monitoring and advanced automation within SOC environments.

SOC Implementation
Building a Modern SOC

What are the Core Components of a SOC ?

1. SIEM (Security Information and Event Management)

SIEM aggregates logs and security data from across the enterprise, providing visibility and correlation. Modern SIEM platforms include machine learning for anomaly detection and advanced analytics to identify sophisticated threats.

2. SOAR (Security Orchestration, Automation and Response)

SOAR automates repetitive incident response tasks, enabling SOC analysts to focus on complex investigations. It integrates with SIEM and threat intelligence to provide context-driven, automated remediation.

3. Threat Intelligence

Threat intelligence platforms supply SOC teams with insights into emerging attack techniques, adversary behaviors, and vulnerabilities. Leveraging feeds such as Cisco Talos and FortiGuard enhances proactive defense.

4. NDR and EDR

Network Detection and Response (NDR) and Endpoint Detection and Response (EDR) extend visibility to the network layer and endpoints. Together, they help detect lateral movement and malicious endpoint activities.

SOC Implementation Challenges for CIOs and CISOs

CIOs and CISOs face growing difficulties in managing cybersecurity operations. According to ISACA, 60% of security leaders report a shortage of skilled SOC analysts. Other key challenges include:

  • High costs of 24/7 SOC staffing and infrastructure.
  • Alert fatigue due to overwhelming numbers of low-value alerts.
  • Difficulty integrating diverse security tools.
  • Long mean time to detect (MTTD) and respond (MTTR) to incidents.

Best Practices for SOC Implementation

  • Define clear KPIs such as MTTD and MTTR.
  • Deploy layered detection with SIEM, NDR, and EDR.
  • Leverage SOAR for automation and workflow orchestration.
  • Incorporate threat intelligence into every stage of analysis.
  • Invest in continuous training for SOC analysts.

The Case for Managed SOC Services

Given the shortage of cybersecurity talent and high operational costs, many organizations are turning to managed SOC services. Focus can provide 24/7 monitoring, certified expertise, and scalable solutions tailored to regulatory requirements. For financial institutions, governments, and critical infrastructure, managed SOCs deliver resilience, faster response, and cost efficiencies compared to building SOC capabilities internally.

Toward a Smarter and More Resilient SOC

A SOC is the cornerstone of enterprise cybersecurity, but its successful implementation requires advanced technology, skilled talent, and continuous optimization. CIOs and CISOs must carefully weigh whether to build or outsource SOC capabilities. In either case, adopting a layered approach with SIEM, SOAR, threat intelligence, and AI-driven analytics is critical to defending against modern cyber threats.
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