FAQs

Our Security Operations Center (SOC)-as-a-Service provides 24/7 continuous oversight over your corporate infrastructure. ARFA Technology manages event aggregation via cloud SIEM engines, staffed by credentialed engineers who continually isolate, analyze, and neutralize active infrastructure anomalies.

We deploy Managed Detection & Response (MDR) and Extended Detection & Response (XDR) frameworks. These combine automated behavioral heuristics with advanced system telemetrics to detect zero-day exploitations, lateral network expansions, and malicious threat scripts before threat propagation occur.

Our Vulnerability Assessment and Penetration Testing (VAPT) includes detailed inside/outside boundary auditing. This features automated ecosystem scanning, intentional configuration exploits, credential compromise tracking, and deep code layer analysis. You receive a complete executive risk brief alongside mitigation remediation paths.

Yes, we manage dedicated Cloud Security Posture Management (CSPM) maps across AWS, Microsoft Azure, and Google Cloud Platform environments. We specialize in maintaining identity governance mapping, structural storage container sealing, and Identity and Access Management (IAM) perimeter enforcement.

Yes. DigiProctor supports native API configurations matching LTI standards. It builds smooth direct hooks across major Learning Management Systems including Moodle, Canvas, Blackboard, and custom micro-platform architectures with single sign-on (SSO) properties.

Our Human Resource Management System (HRMS) features multi-country payroll management tools, automated biometric clock integration modules, structural talent acquisition pipelines, automated regulatory tax calculation matrixes, and analytical workforce reporting widgets.

We build production-ready custom architectures for enterprise web layers, native mobile apps (iOS/Android), and complex middleware system aggregations. Our engineering practices track Agile deployment patterns using secure CI/CD build channels.

We provide operational protection maps across Financial Services, Healthcare, Telecommunications, Government systems, and Enterprise Logistics. Our systems help your infrastructure achieve alignment with ISO/IEC 27001, SOC 2 Type II, PCI-DSS, GDPR, and localized NDPA data rules.

Onboarding timing matches ecosystem structural metrics. Initial software/endpoint agents map within 5-7 business cycles. Complex, full-scale structural SIEM/SOC ingest pipeline alignment configurations finalize within 3 to 4 working weeks under dedicated PM supervision.

We deploy continuous 24/7/365 active monitoring tiers. Critical incident protocols (Severity-1) guarantee direct engineer activation paths and intervention responses in less than 15 minutes, managed via dedicated hotlines and secure ticketing structures.

Our interactive cyber range platforms run entirely via secure HTML5 browser sandboxes. This allows your teams to access real testing targets, exploit code scripts, and system topologies directly from local networks without setting up complex local virtualizations or heavy client configurations.

A standard high-impact corporate boot-camp runs across 6 to 10 weeks per cohort pathway. This includes weekly structural review iterations, intensive cloud range lab challenges, and targeted practice assessment matrices designed to maximize student performance metrics during the official examination.

We provide measurable insights through empirical progress tracking dashboards. By comparing baseline phishing failures and incident response dwell times before training against data tracked through post-onboarding fire drills, leadership can clearly observe the security optimization curve across departments.

Our agent execution architecture is non-disruptive and zero-reboot. Initial log aggregation pipelines, cloud API bridges, and metadata monitoring collectors routinely activate across internal nodes within 48 hours of security onboarding clearance.

We isolate log analytics storage parameters to fit regional regulatory sovereign demands. Threat monitoring operations ingest security event metadata strings exclusively, ensuring structural underlying corporate record databases never cross national storage lines.

No. ARFA acts as a tier-3 active augmentation partner. We handle backend log triaging work and surface only verified anomalies. This clears minor noise out of your engineering queues, allowing your internal teams to focus on core strategic objectives.

No. Our assessments are safely executed within strict Rules of Engagement (ROE) customized for your network. High-stress manual exploitation runs can be scheduled during off-peak maintenance hours to ensure your production traffic is completely unaffected.

Typical testing durations range from 5 to 15 business days, depending on the number of IP addresses, application complexities, and total API endpoints being analyzed. A comprehensive technical draft report is delivered within 72 hours of concluding active infrastructure testing.

Yes. ARFA Technology’s assessment documentation frameworks are structured to meet strict oversight demands from central banking entities (such as the CBK and BCC) alongside international audit requirements for SOC 2, ISO 27001, and PCI-DSS compliance verification.

Absolutely not. We explicitly reject the heavy, traditional agent architectures that slow down production environments. Our runtime protection is built using lightweight sidecars and extended Berkeley Packet Filters (eBPF) running at the Linux kernel level. This allows us to observe network packets, system calls, and container behavior with near-zero memory footprint and zero microsecond intervention in the actual transactional request path.

We enforce shift-left security from day one. We work alongside your engineering teams during the architectural design phase, writing secure Infrastructure-as-Code (IaC) templates before any resources are provisioned in production. We construct sandbox environments that mirror your on-premise compliance constraints, ensuring that security policies are mathematically validated and completely integrated into your CI/CD delivery pipeline before the first migration wave launches.

Yes. Our architecture is fully API-driven. We provide out-of-the-box, native logging integrations, webhooks, and pub/sub events that feed security findings seamlessly into existing corporate logging systems, security dashboards, or a centralized SIEM platform. Furthermore, we tie directly into development operations toolchains, automatically transforming critical infrastructure alerts into tracked tickets within your existing engineering workflows for immediate resolution loops.

Data privacy is deeply embedded within our engineering framework. Identity telemetry, video feeds, and validation strings are processed using end-to-end encryption. All student records remain isolated based on regional sovereign storage laws, and biometric datasets are scrubbed immediately after validation windows close.

The platform features smart low-bandwidth optimization modes specifically designed for remote areas. Our models squeeze visual metadata strings into tiny data packets on the client side, allowing the system to run smoothly even on patchy 3G networks without losing tracking precision.

Our advanced container checks go beyond standard web layer constraints. The application runs direct process tracking to check for virtual machines, capture cards, and unauthorized external monitors. Combined with our 360° desktop multi-cam sync, external cheat setups are quickly caught and flagged.

Yes. ARFA’s threat simulation components allow administrators to define custom domain names, adjust header properties, and modify attack profiles. This allows you to test human awareness levels accurately without triggering standard gateway alerts during tests.

The Employee Vulnerability Index logs all simulation data points, tracing failure trends, micro-learning history, and how quickly users flag anomalies. These reports provide auditable metrics that satisfy central bank cybersecurity guidelines and international standard requirements.

By integrating real-time phishing simulations with active, immediate learning responses, organizations typically see click-through failures fall beneath 5% within ninety days. Concurrently, user reporting speeds increase significantly, providing security teams with faster detection capabilities.

No fee is required to submit a B2B alliance inquiry or register for our standard reseller tracks. Technical integration paths are evaluated strictly on mutual infrastructure value, engineering capability, and ecosystem synergy.

Commission distributions process transparently within 15 days of the close of each quarter. Payments route directly to your registered corporate accounts according to your specific partnership tier agreement.

Every platform integration handling data payloads must comply fully with localized data privacy acts and standard encryption frameworks. Our security engineers review every codebase link during technical sandbox validation.