Quality management as operational infrastructure.
SBIN, the Société Béninoise d'Infrastructures Numériques, is the state-owned firm operating Benin's national digital infrastructure under the CELTIIS brand. The institution delivers mobile, internet, fiber, fixed line, and digital services covering eighty percent of the population, including Cotonou, Porto-Novo, and Abomey-Calavi. The scale is national, the user base is the wider population, and the operational standards required by both the regulator and the partner ecosystem cannot be sustained on the spreadsheet-and-folder approach to quality management that many institutions of comparable size still rely on.
SBIN / CELTIIS mandated PANEOTECH, in joint venture with STRIDE SARL, the Beninese consulting firm leading the consortium as mandataire, to deliver a digital quality management platform that consolidates the institution's ISO-aligned operational discipline into a single environment. The platform covers document management, non-conformities, audits, action plans, complaints, risks, and process governance, with a configurable workflow engine that lets the quality team automate the routing and approvals their work depends on. The mandate aligns the platform with ISO 9001 as the primary standard and extends naturally to ISO 14001, ISO 45001, and ISO 27001 as the institution's management systems framework matures.
The mandate. Replace the fragmented, document-centric, manually-routed quality management practices that sustain national-scale institutions until they cannot, with a digital platform aligned with ISO 9001 and the extended management systems framework, integrated with the institution's operational systems, and owned by the SBIN / CELTIIS quality team operationally rather than by a vendor.
Eight functional modules, one quality discipline.
The platform is structured around the substantive functional modules an ISO-aligned quality management system actually requires. Each module addresses a discrete domain of quality work and connects to the others through the shared user identity, the shared document repository, and the shared workflow engine. The integration is what separates a digital QMS from a portfolio of standalone tools that drift apart.
Centralised Document Management
A unified documentary repository for policies, process identity sheets, procedures, instructions, forms, and quality records. Automated version control with revision logs, role-based permissions, full text and metadata search, configurable headers and footers, and validation workflows from drafting through approval, publication, update, archival, and elimination.
Non-Conformities Management
A structured process for identifying, documenting, and resolving non-conformities. Configurable typologies, criticality classifications, source tracking, root cause analysis tools including Ishikawa and Five Whys, corrective action plans with assigned ownership and deadlines, and effectiveness verification through follow-up audits and re-inspection.
Audit Planning and Execution
A shared audit calendar covering internal and external audits, configurable evaluation grids, conformity assessment per criterion, photographic evidence and attached files, classification of non-conformities by severity, and audit reports compiled in customisable formats. Improvement action plans link directly from audit findings to the action plans module.
Action Plans
Action plans created from any source: SWOT analyses, complaints, non-conformities, audits, supplier evaluations, management reviews. Per-plan and per-action ownership and deadlines, table view with overdue indicators, Kanban view organised by status, graphical view for portfolio-level analysis, and exports in PDF and Excel formats.
Customer Complaints
Systematic capture and registration of customer complaints, classification by severity and customer satisfaction impact, corrective actions targeting root causes, and recurrence prevention through the same workflow engine that drives the rest of the platform. Complaints integrate with the action plans and non-conformities modules so resolutions are not parallel work streams.
Risk Evaluation
Per-process risk identification with date, impact, probability, detection, criticality, and risk priority indicators. Probability-impact matrix for prioritisation, preventive actions linked to each risk, consolidated cross-process risk view with pilots, descriptions, controls, and proposed actions. The architecture supports the management review cadence the standard demands.
Process Governance
Process identity sheets with finality, the Crosby Tortoise tool for capturing resources, inputs, outputs, key activities, indicators, and reference documents pulled automatically from the document repository. Per-process indicator libraries with custom indicator creation. Three-hundred-and-sixty-degree process view consolidating audits, non-conformities, actions, and reviews for the management review meeting.
Configurable Workflow Engine
A no-code business process management engine letting the quality team design and deploy workflows and forms through visual drag-and-drop. Configurable validation rules, automated notifications, role-based routing, and triggered actions based on submitted data. The autonomy is what lets the platform evolve with the institution rather than fossilising at the moment of delivery.
Engineered for ISO alignment and institutional ownership.
The architectural choices follow directly from the operational reality of a quality management system in a national digital infrastructure operator. The platform has to be defensible to internal auditors, external certifiers, and regulators. The integration boundary has to absorb the existing operational systems the institution already runs. The capacity transfer has to be genuine because no vendor can sustain the daily quality discipline of an institution at this scale. Each constraint shapes a specific design decision.
ISO standards alignment as the structural framework
The platform is structured around ISO 9001 as the primary quality management standard, with the architecture designed to extend natively to ISO 14001 for environmental management, ISO 45001 for occupational health and safety, and ISO 27001 for information security. The extension is not a retrofit. The data model treats management systems as a configurable framework rather than as ISO 9001 hardcoded into the schema, which means the institution can grow into the broader management systems family without redevelopment.
Single source of truth for documents and processes
The document repository is the single source of truth that grounds every other module. Process identity sheets reference the documents that govern them. Audit reports cite the procedures they evaluated. Non-conformities link to the documents whose violation is recorded. Action plans reference the templates they execute against. The integration ensures that an updated procedure propagates everywhere it is referenced without parallel update cycles, and that an auditor can trace any quality artefact to the documentary evidence behind it.
SaaS or on-premise deployment with SSO and integration
The platform supports either SaaS hosting or on-premise deployment on Linux or Windows infrastructure to align with the institution's data residency and sovereignty preferences. Single sign-on with SAML and OAuth integrates with the existing identity infrastructure. REST APIs expose the platform's data for integration with the institution's ERP and CRM systems, with documented patterns for synchronising purchase orders into quality tickets, customer complaints from the CRM into non-conformities workflows, and audit findings out to the operational systems they affect.
Security architecture aligned with ISO 27001 expectations
The platform is engineered to the security expectations of an institution preparing for ISO 27001 certification. TLS 1.3 transport encryption, AES-256 at-rest encryption, role-based access control with separation of duties, immutable audit trails, password policies aligned with the institution's information security policy, account lockout after failed attempts, password rotation by sensitivity tier, hashed password storage with cryptographic salt, and full session management. Administration interfaces are network-isolated, all flows are encrypted, and the principle of least privilege is enforced architecturally.
BPM-driven no-code workflow engine
The quality team needs to evolve its workflows continuously as the management system matures. The no-code business process management engine puts that evolution within reach of the team itself. Workflows are designed visually, validation rules are configured per step, notifications and triggered actions are attached to events in the workflow, and forms are built with the field types and validation logic the institution actually uses. The engine is what makes the platform a long-term institutional asset rather than a one-time vendor delivery.
Capacity transfer as a first-class deliverable
The engagement includes structured capacity transfer to SBIN / CELTIIS technical and functional teams. Administrator training on configuration, parameterisation, user management, and integration. Functional training on document management, audit planning, non-conformity workflows, action plan creation, and process mapping. Practical workshops on the customisation of forms, validation circuits, and reports. The institution owns the platform operationally at the end of the engagement, with documented administration procedures, user guides, and ongoing support during the post-production phase.
Built for a national infrastructure operator.
The platform serves the institutional actors mandated to operate, certify, and audit the SBIN / CELTIIS quality management system. The quality management team uses every module of the platform daily to maintain the operational discipline the institution's scale requires. Process owners use the process governance module to maintain their identity sheets, indicators, and risk evaluations. Internal auditors use the audit planning and execution module to schedule and conduct audits across processes, sites, and standards. The general management uses the dashboards and reporting layer for the management reviews the standards demand. External auditors and certifiers consult the documentary evidence the platform consolidates when they evaluate the institution's conformity and the maturity of its management system.
Joint venture and institutional ownership.
The SBIN / CELTIIS QMS platform is delivered by PANEOTECH in joint venture with STRIDE SARL, the Beninese consulting firm leading the consortium as mandataire. STRIDE contributes in-country institutional coordination, methodological support, and continuity of presence on the ground in Cotonou. PANEOTECH leads the technical architecture, the platform configuration, the integration work with the institution's operational systems, and the engineering decisions that shape the platform's long-term evolution. The combination of methodological depth in Benin and engineering depth across PANEOTECH's continental engagements is what the engagement was designed to deliver.
The engagement covers design, deployment, training, capacity transfer, and long-term support and maintenance. SBIN / CELTIIS holds full operational ownership of the platform once deployed, with the source code, the technical and functional documentation, the administration and exploitation guides, and the trained internal team that operates it. The platform is delivered for institutional ownership rather than for vendor dependence, which is the operating model a national digital infrastructure operator's management system actually requires.
