# SynrgiseLearn Response to Hollard RFI 1725 **Learning Management System (LMS) | Learning Experience Platform (LXP) Solution** Prepared for: The Hollard Life Assurance Company Limited & The Hollard Insurance Company Limited Submitted by: SynrgiseLearn (Pty) Ltd Submission date: 22 April 2026 --- ## Executive Summary Hollard is seeking more than a learning platform. The RFI signals a need for scalable delivery to a distributed workforce, structured remediation of legacy content, future-ready AI capability, and the integration discipline required of a regulated insurer operating across South Africa and the broader African continent. SynrgiseLearn is built for exactly this brief. We are a South African edtech business with a pan-African footprint, SAQA-accredited, ISO 27001 certified, and operating a production LMS/LXP platform serving 45 active clients. Our platform combines a mature learning management core with an AI coaching layer called SynrgiseAssistant, which is our material differentiator in this procurement. Where most LMS vendors have bolted AI onto a traditional content catalogue, we have designed an always-on development coach that sits over the LMS, the performance management system, the 360 assessment engine, and the talent management tooling. The LMS becomes content infrastructure. The assistant is where the actual work of developing people happens. This response answers every item of the Annexure A requirements (IRS, FRS, NFRS, TRS, GRS, and Scenarios) and provides indicative pricing for a Hollard-sized deployment of 5,000 full-time learners and 5,000 occasional learners. Where a requirement sits outside the out-of-the-box platform, we commit to delivering it through our implementation scope, our in-house services team, or a defined customisation line item. A "Yes" in our response means "we will deliver this", not "this ships by default in every installation". We welcome the opportunity to demonstrate the platform in person, including a live walkthrough of SynrgiseAssistant's daily briefing, coach conversation, practice simulation, team view, and generative authoring tools. --- ## 1. Company Information ### 1.1 Company profile SynrgiseLearn (Pty) Ltd is a South African learning technology company founded in 2016 and headquartered at 17 Thora Crescent, Wynberg, Johannesburg. The business was built to address the specific realities of delivering compliance, accredited, and developmental learning across the African continent, where infrastructure constraints, regulatory complexity, and cost sensitivity intersect. ### 1.2 Ownership and structure SynrgiseLearn is a privately-owned South African entity. The company operates with a core engineering and product team, an in-house instructional design and eLearning development team, a digital team with Unity and WebGL capability, a customer success function, and a dedicated delivery organisation. The business is B-BBEE compliant and SARS tax-compliant. Compliance documents accompany this submission. ### 1.3 Years in operation Ten years of continuous operation as at 2026, with the platform in active production use throughout. SynrgiseLearn has survived and grown through multiple market cycles and is financially self-sustaining. ### 1.4 Core competencies The business brings four combined competencies that rarely appear in a single vendor. First, platform engineering. SynrgiseLearn operates its own LMS and LXP codebase, which means Hollard is not buying a rebadged third-party product. Roadmap items, integrations, and customisations are delivered by the team that owns the source. Second, instructional design and content production. Our in-house team produces SCORM-compliant eLearning, compliance content, accredited qualification content, microlearning, and blended programme design. This is the team that would support Hollard's legacy content remediation. Third, AI and applied machine learning. SynrgiseAssistant is our own product. The architecture, the coaching model, the practice simulation engine, and the generative authoring pipeline are built and operated by us. Fourth, regulatory and accreditation experience. As a SAQA-accredited provider working across multiple African jurisdictions, we understand the evidentiary requirements of regulators, the realities of CPD regimes, and the operational discipline required of a compliance-critical platform. ### 1.5 Capacity and scalability The platform scales horizontally across hosted environments and currently supports client deployments of over 10,000 users. There is no architectural limit on registered user count. Average page load time for dashboard and course content is 0.396 seconds. The platform supports 500 or more concurrent users without performance degradation, and peak-load scaling is handled through our hosting infrastructure partners. ### 1.6 South African presence SynrgiseLearn is a South African entity with a South African team, South African hosting, and South African-based support. Our support team operates Monday to Thursday 08:00 to 17:00 and Friday 08:00 to 15:00, excluding public holidays. Critical incidents have a 1-hour first-response SLA. Our Crisis Management Team maintains a 15-minute primary-contact response for major incidents. ### 1.7 Delivery capacity Project delivery is handled by a structured implementation team led by a dedicated project manager. Our standard implementation timeline for 5,000 users is 8 to 12 weeks. The Hollard scope, including the customisations identified in this response, is scoped at 16 to 20 weeks depending on parallel workstreams. ### 1.8 Reference implementations Three reference clients of comparable scope in financial services and insurance sector deployments are included in this submission. Direct contact details are released on shortlist. --- ## 2. Solution Overview ### 2.1 High-level description SynrgiseLearn is a SaaS-based Learning Management and Learning Experience Platform that combines traditional LMS functionality (course delivery, compliance tracking, certification management, classroom scheduling, assessment) with a distinctive AI coaching and authoring layer. The platform is purpose-built for enterprise learning environments that require compliance rigour alongside modern learner experience expectations. ### 2.2 Target market Our typical client is a mid-to-large enterprise operating in a regulated industry, with a distributed workforce, multi-jurisdictional compliance obligations, and a mix of formal compliance learning and developmental learning requirements. Financial services, insurance, healthcare, retail, and professional services account for the majority of our client base. ### 2.3 Deployment model SaaS is our primary deployment model. The hosted environment runs on Xneelo Datacenter in South Africa as the primary site and Vultr Johannesburg as the secondary site, with secure cloud storage for offsite backup. Microsoft Azure availability is offered for clients requiring Azure-specific residency, redundancy, or integration arrangements. On-premise and hybrid deployments are supported for clients with specific regulatory or procurement requirements. ### 2.4 Release cadence and roadmap The platform receives ongoing enhancements delivered continuously, with major annual platform releases that bundle significant feature increments. Client-requested custom development is delivered on agreed project timelines. Broader features are rolled out to the full client base where they add value across the platform. Planned roadmap through Q3 2026 includes: **Q2 2026.** Expanded generative content authoring suite; predictive compliance risk scoring; WhatsApp and email nudge channels; enhanced skills intelligence module. **Q3 2026.** Skills intelligence engine with automated learning path generation; team-level intervention workflows; VR scenario library with pre-built insurance industry templates; expanded mobile offline capability. A detailed roadmap document is maintained and shared with clients during quarterly business reviews. ### 2.5 Mobile experience and offline capability Native iOS and Android apps are available. The platform is fully responsive for mobile browsers and includes tablet-optimised layouts. The mobile application for Hollard, included as a line item in this proposal, delivers biometric mobile SSO, configurable offline storage limits, auto-download on Wi-Fi, manual download control, background download, content auto-expiry, remote wipe, offline assessment delivery with timer enforcement and on-device encryption, offline file uploads, offline survey completion, auto-sync with conflict resolution, admin-configurable sync rules, data compression, and learner-visible sync status and queue management. This mobile scope directly addresses the broker-consultant and distributed-workforce realities described in the Scenarios annexure. ### 2.6 Multi-entity and brand support The platform supports multi-branch and multi-brand configurations. Super administrators can configure sub-administrators with cherry-picked functions and audiences. Branding, colour palettes, logos, and domain-level configuration are supported per entity. This allows Hollard Life and Hollard Insurance to operate within a single platform instance while maintaining distinct experiences, or to be separated entirely where governance requires. --- ## 3. Solution Functionality ### 3.1 Learning journeys The platform supports the full range of learning delivery modalities. eLearning, classroom instructor-led training, virtual instructor-led training, blended programmes that combine pre-work, live sessions, and post-work, microlearning modules, and curated external content can all be sequenced into coherent learning journeys. Learning paths can be built with enforced prerequisites, manager approval gates, and conditional branching based on assessment scores. ### 3.2 Curriculum Curriculum structures are built hierarchically and visually. Courses, modules, lessons, and activities can be organised into programmes, assigned to role cohorts or organisational units, and versioned over time. Content lifecycle management includes expiration policies, archival, and version rollback. ### 3.3 CPD points and certifications CPD tracking is built into the platform. CPD points are assigned per course, module, or activity, with fractional points supported. Points are tracked per learner across all completed activities. Role-based CPD values, automated calculation from activity duration, real-time learner CPD dashboards, category-level CPD history, annual and biennial rollover, CPD caps, CPD compliance reporting for professional bodies, consolidated CPD portfolio export, and attendance register management are included in the Hollard implementation scope. Certification management includes automated issuance upon completion or assessment pass, expiration dates, automated re-certification triggers, a centralised certificate registry for third-party verification, and automated certificate email delivery to learners and managers. ### 3.4 Assessments The platform supports multiple question types including MCQ, true/false, matching, fill-in-blank, and essay. Question pools support randomisation and shuffling. Scenario-based assessments, case studies, competency-based assessments, practical assessments with rubrics, and 360-degree peer assessments are supported. Time limits, attempt limits, and automated grading are configurable per assessment. Passing an assessment can trigger automatic certificate generation. ### 3.5 Social and peer learning Discussion forums, learning communities, comments, likes, shares, mentor matching, user-generated content workflows, and learning marketplace functionality are delivered on the platform. Social features can be scoped at role, department, or organisational level and are fully moderated. ### 3.6 Reporting and analytics Real-time administrator dashboards, custom report builders with drag-and-drop composition, scheduled report delivery, multi-format export (PDF, Excel, CSV), and learning analytics covering engagement, completion, and time-on-task are delivered as standard. Predictive analytics for at-risk learners, xAPI-based analytics dashboards, a data extraction API for external BI warehousing, and advanced data visualisation through Power BI integration are included in the Hollard implementation scope. ### 3.7 Manager dashboards Managers see progress and reports only for their direct reports through the My Teams view. Managers can drill into individual learner records, assign training to team members, and export compliance reports for audit purposes. Manager dashboards are configurable by role, and monthly group learning progress reports are automatically sent to designated recipients. --- ## 4. LMS | LXP Future (AI / VR / AR) Readiness ### 4.1 Our approach to AI in learning Most LMS platforms treat AI as an add-on. A search bar that returns slightly better results, or a button that generates a quiz from a PDF. SynrgiseLearn takes a fundamentally different position. AI is not a feature of the platform. AI is the platform. At the centre of SynrgiseLearn sits SynrgiseAssistant, an always-on development coach and talent operations layer that sits over the LMS, the performance management system, the 360 assessment engine, and the talent management tooling. The LMS becomes content infrastructure. The assistant is where the actual work of developing people happens. For a Hollard employee, SynrgiseAssistant behaves as a full-time personal coach that owns their development plan, delivers their learning, prepares them for reviews and assessments, and checks in on them daily. For a Hollard manager, it behaves as a chief-of-staff for people development. Surfacing team signal, proposing interventions, orchestrating training plans, and coaching the manager through the work of leading. Chat exists inside this product. Chat is not the product. ### 4.2 AI-led search and recommendations SynrgiseAssistant operates as a contextual, plan-aware intelligence layer across the learner's entire development journey. **Contextual search.** Natural language queries are made against the full content library including SCORM packages, documents, assessment materials, and internal knowledge bases. Learners ask questions and receive answers grounded in actual course material, not generic web results. The retrieval engine indexes everything the learner has access to and responds in context. **Plan-driven recommendations.** Recommendations are not based on popularity or simple role matching. SynrgiseAssistant analyses the learner's active development plan, compliance deadlines, performance review history, 360 assessment results, and stated goals to recommend the next best learning activity. Every recommendation ties back to a specific development objective. **Daily briefing.** When a learner opens the app, they do not see a course catalogue. They see a coach-voiced daily briefing. Today's focus items drawn from their plan with time estimates, anything pending or time-sensitive, a signal from the coach (recognition, nudge, or reflection), and one peer or company signal. The single primary action is "start today's focus". Everything else is secondary. **Proactive outreach.** The coach initiates contact. Learners do not have to remember to open the app. SynrgiseAssistant reaches them through push notifications, WhatsApp, email, and in-app notifications. Delivery channel preferences and cadence are user-controlled. Morning briefings, mid-day nudges, recognition moments, accountability prompts, and weekly reflections are all coach-initiated. **Adaptive personality.** The coach has a consistent identity, warm and direct and competent, with user-adjustable dials for humour, frequency, and bossiness. A user at "low humour, low frequency, suggestive" and a user at the opposite extreme are talking to the same coach at different settings, not different coaches. Settings are adjustable at any time, including by simply telling the coach in conversation. ### 4.3 Generative AI features SynrgiseLearn provides generative AI capabilities across two domains. Content authoring tools for L&D administrators and instructional designers, and AI-driven coaching interactions that generate personalised learning experiences for each user. **Content authoring and assessment generation.** AI-assisted authoring tools generate course outlines, learning content drafts, supporting materials, quizzes, knowledge checks, scenario-based assessments, and brand-consistent imagery from source documents, policy texts, or subject matter expert input. All generated content enters a review and approval workflow before publication. Administrators specify question types, difficulty levels, Bloom's taxonomy alignment, and item counts. AI-powered tagging applies skills, competencies, topics, and regulatory categories automatically. All generative features are governed by role-based permissions with full audit trails of AI-assisted content creation. This capability is directly relevant to Hollard's legacy content remediation. The tooling accelerates the process of rebuilding several hundred courses without sacrificing quality controls. **Coach-driven generative intelligence.** Beyond authoring tools, SynrgiseAssistant generates personalised learning experiences dynamically for each user. These are not pre-built templates. They are produced by the AI coach in real time, grounded in the learner's plan, history, and context. **Practice simulations.** AI-driven voice and text simulations adapt to learner responses in real time. The coach owns the practice lifecycle end to end. It schedules practice sessions into the learner's week, selects scenarios based on identified skill gaps, runs the simulation playing the role of customer, manager, or counterpart, debriefs performance afterwards with specific scored moments, and folds observations back into the development plan. **Review and 360 preparation.** The coach has visibility into past review ratings, comments, and 360 results. It auto-synthesises patterns across cycles. "You've been rated strong on execution three cycles running, but communication has dipped this cycle". It helps the learner prepare practically for upcoming reviews, runs practice conversations simulating review scenarios, and suggests targeted development work tied to specific feedback. The coach does not write self-assessments or peer feedback for the user. It builds genuine capability, not performance theatre. **Development plans.** The coach drafts personalised development plans based on role requirements, past activity, 360 results, performance data, and stated goals. Plans balance self-directed and company-directed goals as parallel tracks. Each goal includes a rationale in the user's or company's words, a path through courses, practice sessions, coaching moments, and reflection prompts, and a progress view. Plans can be coach-proposed, user-initiated, or company-assigned. **Manager interventions.** When a manager identifies a team challenge ("my team isn't hitting sales targets"), the coach responds with a structured intervention plan. Group content assignments, practice campaigns, 1:1 coaching prompts, check-in cadence, and success signals. The manager edits and deploys from within a single conversation flow. The coach then tracks execution and reports back. **Top performer insights.** When a learner is consistently excelling, the coach privately invites them to a short voice interview about what is working. The coach conducts the interview, summarises insights, and the performer reviews and decides whether to publish. Published insights appear in relevant peers' daily briefings as attributed, actionable tips. This creates a visible pathway from performance excellence to company-wide influence. ### 4.4 VR and AR readiness SynrgiseLearn is VR and AR-ready through a standards-based integration architecture and an in-house immersive content development capability. **Standards support.** The platform supports xAPI (Experience API) and CMI5 content packaging. VR and AR modules built to these specifications can be launched from within SynrgiseLearn, with completion, score, duration, and interaction data tracked and surfaced in standard reporting dashboards. We recommend CMI5 over bare xAPI for immersive content, as it provides a well-defined launch mechanism and session management layer that is essential for experiences running in external environments. **In-house development.** SynrgiseLearn's digital team has direct capability in Unity and WebGL for building bespoke VR and AR learning modules. Hollard would not need to engage a separate immersive content vendor. Modules can be designed to Hollard-specific scenarios (claims processing simulations, branch environment walkthroughs, compliance scenarios) and delivered as fully tracked learning objects within the platform. The coach treats VR/AR modules the same as any other content. It recommends them, schedules them, debriefs after completion, and folds performance data into the learner's plan. **WebXR compatibility.** WebXR-based content is supported through standard web delivery, allowing learners to access AR/VR experiences through compatible browsers and devices without requiring dedicated application installs. This aligns with Hollard's mobile-first requirement and reduces deployment friction. ### 4.5 AI trust, transparency, and governance An AI coach that mediates between employees, managers, and L&D requires a visible, enforceable trust model. SynrgiseAssistant implements this structurally, not just in policy. **Signal versus content.** The coach reports behavioural signal to managers and L&D. Engagement frequency, plan progress, completion rates, practice scores, sentiment trend. It never reports the content of private conversations with the employee. This line is visible to the employee at all times. In the daily briefing sidebar, in the coach conversation panel, and in settings. Not buried in a privacy policy. **Visible memory.** The coach remembers the person. Patterns, preferences, past struggles, past wins. The employee can see a full summary of what the coach knows about them, can correct or delete any entry, and can export or reset their data at any time. Memory is a feature the user controls, not an implementation detail they discover. **AI transparency.** Where AI is used in the platform, its purpose is clearly disclosed. Outputs are labelled as advisory or automated. Explainability notes accompany AI-driven recommendations where relevant. AI interactions and outputs are logged for audit purposes. AI features can be disabled at the tenant, role, or individual user level through administrator controls. **Data usage.** Hollard data will not be used for AI model training. This commitment is contractual and reinforced at the architecture level. The AI pipeline routes client data through purpose-scoped inference only. **AI security.** AI prompts and model access are protected against unauthorised access and manipulation. Prompt injection mitigations are implemented in the coaching and authoring pipelines. Accuracy and bias review processes are operated as part of the AI governance framework. **Audit and compliance.** All AI-generated content, plan modifications, coach interventions, and generative authoring outputs carry full audit trails. Role-based access controls govern which users, managers, and administrators can access which data surfaces. POPIA compliance and privacy-by-design principles are embedded at the architecture level. --- ## 5. Accessibility and User Experience The platform is fully responsive across desktop, tablet, and mobile browsers. Native apps are available for iOS and Android. Responsive design covers Chrome, Safari, Edge, and Firefox. Tablet-optimised layouts and screen orientation handling are supported. Content accessibility is supported through standards-compliant HTML5 delivery, closed captioning on video content, and configurable font and contrast options. WCAG alignment is maintained at the platform level, and client-authored content is the responsibility of the author but can be assessed during our implementation quality assurance phase. --- ## 6. Security and Compliance ### 6.1 POPIA and privacy-by-design SynrgiseLearn is POPIA-compliant and operates a privacy-by-design architecture. Personal data is collected, processed, stored, and retained in accordance with the principles of the Act. Data subjects retain their rights to access, correction, objection, and deletion. Data processing agreements are executed with clients, and where cross-border data transfer is required, the platform supports controls that align with POPIA and GDPR expectations. ### 6.2 ISO 27001 SynrgiseLearn is ISO 27001 certified. Our Information Security Management System is operated in accordance with a formal policy framework that governs confidentiality, integrity, and availability of information assets across the organisation. **Governance and accountability.** Management is responsible for creating, approving, and reviewing the Information Security Policy. An Information Security Manager and Head of Information Compliance and Policy facilitate implementation, guidance, and review. Data owners remain accountable for the security of systems and information under their control. Managers ensure staff are trained and that access is granted only on a need-to-know and job-function basis. Employees are individually responsible for not causing breaches and for reporting any actual or suspected security incident. System managers are required to ensure only authorised users are given access and that systems remain secure and properly administered. **Acceptable use and conduct.** Computer systems may be used for organisational business, research, administration, and limited personal correspondence, provided that use remains lawful, honest, and respectful. Email and internet use may be monitored. Sensitive information is not sent by ordinary email because email is considered insecure. Staff are required to protect logged-in terminals, verify callers requesting sensitive information, and hold conversations discreetly when discussing confidential matters. **Risk management.** Risk assessments are required for new information-processing systems, major changes to systems or processes, the introduction of new information assets, and where no review has taken place for three years. Risks are assessed using likelihood and impact and recorded in a formal risk register with an owner and review date. High risks are escalated to the Information Security Board while lower risks are reviewed by the Information Security Manager in collaboration with asset owners. **Access management.** Access to systems is formally authorised, based on job function, and restricted to registered users. Passwords must remain confidential, be sufficiently complex, and be changed regularly. Visitors and contractors are identified, recorded, supervised, and have temporary access removed when no longer needed. User access reviews are conducted quarterly, and where access lists are not reapproved in time, accounts are suspended. **Physical and third-party security.** Secure physical areas are maintained for servers, network equipment, and core computing facilities with restricted entry, access logs, and periodic review of who is permitted entry. External agencies may not access SynrgiseLearn networks unless formally authorised and covered by security and confidentiality agreements. **Software and equipment.** Only authorised and licensed software may be installed, with audits conducted to detect non-compliance. Antivirus protection is treated as a shared responsibility between central controls and individual users. Portable devices and home-working arrangements require formal authorisation, password protection and encryption, virus protection on home computers, and careful handling of confidential information during transport and storage. **Encryption and key management.** All data is encrypted at rest (AES-256) and in transit (TLS 1.2 or higher). Encryption keys are securely managed through our key management infrastructure with rotation policies and access controls. **Vulnerability management.** Continuous vulnerability scanning and patching are operated as part of the ISMS. Annual penetration testing is conducted by a suitably qualified security partner, with reports available to clients under NDA. Secure SDLC practices including SAST, DAST, and peer code reviews are enforced. Secrets are stored in a centralised vault with defined rotation policies. **Network security.** Network segmentation is implemented across production, staging, and development environments. DDoS protection is in place at the infrastructure layer. **Incident management.** Staff report security incidents through defined channels. Incidents are recorded, analysed, classified by severity, and escalated as needed. Where a personal data breach creates risk to individuals' rights and freedoms, notification is made to the relevant supervisory authority within 72 hours and, where appropriate, to affected individuals. ### 6.3 Single Sign-On SSO is supported via Microsoft Entra ID using SAML 2.0 and OpenID Connect. SCIM 2.0 provisioning for automated user lifecycle management is included as a scoped integration in this proposal, directly addressing Hollard's requirement for secure user synchronisation. ### 6.4 Role-based access control RBAC is the primary authorisation model. Default system roles are provided (Learner, Instructor, Administrator, Manager) and custom roles can be created without limit. Permissions can be controlled at feature level, content level, and data level, with hierarchical administrator structures (Super Admin, Regional Admin, Department Admin). Learners can hold multiple roles simultaneously. Role assignment can be automated from HR data. ### 6.5 Audit logging All access events, administrator actions, and data changes are logged. Log retention is configurable. Administrator actions and permission changes are audited. Tamper-evident compliance audit logging is included in the Hollard implementation scope to meet the specific requirements of regulatory auditors. Logs are exportable in standard formats and can be ingested into an enterprise SIEM. ### 6.6 Privileged Access Management Privileged access is managed through controlled administrative procedures aligned with our ISO 27001 ISMS. For clients using CyberArk or equivalent enterprise PAM platforms, integration is delivered as a scoped line item. --- ## 7. Non-Functional Requirements ### 7.1 Performance Average page load time is 0.396 seconds. The platform supports 500 or more concurrent users without performance degradation, with scaling handled horizontally through the hosting infrastructure. ### 7.2 Scalability There is no architectural cap on registered users. Client deployments of over 10,000 users are in active production. Scaling during peak training cycles is achieved through the SaaS hosting model and is transparent to the client. ### 7.3 Availability The platform targets 99.5% availability as a standard service level. Higher availability targets are available on negotiated contract terms. ### 7.4 Disaster Recovery SynrgiseLearn operates a documented Disaster Recovery Plan covering the SynrgiseLearn SaaS platform, database systems, networking and connectivity infrastructure, and backup storage systems. **Recovery objectives.** Recovery Time Objective is 4 hours. Recovery Point Objective is 24 hours. **Key recovery prioritisation.** Application services have a 4-hour RTO with failover to the Vultr disaster recovery site. Database systems have a 4-hour RTO with automated synchronisation. Networking has an 8-hour RTO through redundant connectivity. **Backup architecture.** Daily backups are retained for 30 days. Weekly backups are retained for 52 weeks. Monthly backups are retained for 24 months. Primary backup location is the Xneelo Datacenter. Secondary backup location is Vultr Johannesburg. Offsite backups are held in secure cloud storage. Automated scripts verify backup integrity. Recovery tests are conducted quarterly. Immutable backup controls protect against tampering. **Failover.** Automated and manual failover capabilities are in place. Primary recovery site is the Xneelo Datacenter in South Africa. Backup recovery site is the SynrgiseLearn Johannesburg offices. Failover processes are validated during quarterly recovery tests. **Disaster scenarios covered.** Natural disasters (earthquakes, floods, fires) mitigated through geographical redundancy and tested emergency response plans. Cyber attacks mitigated through regular penetration testing, endpoint protection, firewall configurations, and incident response planning. System failures mitigated through regular health checks, proactive monitoring, and rapid failover mechanisms. Data corruption mitigated through strict access controls, version-controlled backups, and continuous data validation. Human errors mitigated through staff training, access restrictions, and operational documentation. ### 7.5 Business Continuity A Business Continuity Plan operates alongside the Disaster Recovery Plan, focused on maintaining essential business processes through a structured Crisis Management Team. **Crisis Management Team.** An IT Recovery Team (IT Manager, Database Analyst, Server Technician) and a Business Recovery Team (Business Manager, HR Lead, Finance Lead) are activated on incident. Primary contact response is within 15 minutes. Communication methods include Slack, email, and SMS alerts. CMT members undergo quarterly business continuity training. **Business Impact Analysis.** All business units complete an impact assessment questionnaire every six months, identifying disruption likelihood, business impact, risk level, and mitigation strategy across IT infrastructure, finance, and operations. **Response plans.** Specific response procedures are defined for unavailability of site (remote work activation within 1 hour, data centre failover within 2 hours), unavailability of systems (email backup within 1 hour, CRM switch within 3 hours, file storage restore within 4 hours), and unavailability of people (role delegation and interim arrangements within defined recovery times). **Business continuity procedures.** Specific procedures are documented for fire or physical disaster (evacuation, headcount, backup site activation, data retrieval), cybersecurity breach (containment, forensic analysis, credential reset, enhanced monitoring, security audit), and natural disasters (monitoring, relocation, safety protocols, stakeholder communication). **Review and maintenance.** Annual full-scale reviews validate the BCP against evolving business operations and threats. Bi-annual scenario drills simulate cyber incidents, natural disasters, and operational failures. Monthly automated audits monitor backup integrity, failover capabilities, and system performance. Post-incident analysis is conducted after every incident, with findings documented and BCP updates applied. ### 7.6 Accessibility Covered in Section 5. --- ## 8. Implementation Approach and Timelines ### 8.1 Methodology Implementation follows a structured five-phase methodology. **Phase 1: Discovery and scoping (2 weeks).** Requirements are confirmed, data sources are mapped, integration points are defined, and the customisation backlog is prioritised. **Phase 2: Configuration and branding (2-3 weeks).** The platform instance is provisioned, organisational hierarchy is modelled, branding is applied, and base role and permission structures are configured. **Phase 3: Integration and custom development (4-6 weeks).** SSO, HRIS, collaboration, and the scoped custom development set are delivered and tested. **Phase 4: Content migration and quality assurance (2-3 weeks).** Legacy content is migrated, user data is imported, and end-to-end testing is completed. **Phase 5: Go-live support and onboarding (2 weeks).** Administrator training is delivered, learner communication is issued, and early-life support is provided with close monitoring, transitioning into ongoing support. ### 8.2 Estimated timeframes A standard implementation for 5,000 users runs 8 to 12 weeks. The Hollard scope, including the customisations in this proposal, runs 16 to 20 weeks. ### 8.3 Accelerated path to go-live An accelerated path is available by running workstreams in parallel, deferring non-critical customisations to a post-launch release, and committing pre-approved content migration effort to the first wave. This can compress the core go-live to 10 to 12 weeks with subsequent enhancement releases. ### 8.4 Deployment and onboarding support Administrator training is included at five sessions of four administrators per session. Self-paced administrator eLearning is also provided, which allows further administrator training beyond the initial sessions without additional cost. End-user training materials include videos and an eLearning course. A dedicated customer success manager is assigned post-implementation. --- ## 9. Data Migration and History ### 9.1 Legacy compliance courses Hollard's approximately 50 currently-deployed compliance courses will be handled through a structured migration process. Each course is audited for format, completeness, and regulatory relevance. Courses in SCORM format are imported directly. Courses authored in Articulate Storyline, Adobe Captivate, or iSpring are imported through standard SCORM packaging. Content identified as a candidate for remediation rather than straight migration is processed through our AI authoring tooling to accelerate rebuild, with our instructional design team reviewing all output before publication. Content identified as obsolete is flagged for retirement following Hollard's governance approval. The AI Content Migration Accelerator is included as a line item in the costing section of this proposal. This is the mechanism that allows Hollard to move from 50 legacy courses to a rebuilt, modernised compliance library in weeks rather than months. ### 9.2 Historical learner completion data Historical completion records are imported through structured data migration. The standard approach is to import completion records as historical artefacts against learner accounts, preserving the original completion date, score, and certification evidence where available. Where source data quality is variable, our team works with Hollard's L&D and data teams to agree on a data quality baseline before import. All imported records are flagged as legacy-migrated for audit clarity. Data migration is included as a once-off line item in the costing section. --- ## 10. Support and Maintenance ### 10.1 Support tiers Support is delivered through a tiered model. Tier 1 handles standard platform queries and known-issue resolution. Tier 2 handles configuration and non-trivial technical issues. Tier 3 handles engineering escalations and custom development queries. ### 10.2 Service level agreements First-response SLAs are 1 hour for Critical (platform unavailable or affecting a significant population of users), 4 hours for High (affecting specific functionality or a subset of users), 8 hours for Medium, and 24 hours for Low. Resolution targets are agreed per incident class and are covered in the support agreement. ### 10.3 Escalation Issues that cannot be resolved within first-response windows, or that require engineering input, are escalated through a defined ticket path with the designated Account Manager having oversight of all escalations. Critical incidents activate the Crisis Management Team with 15-minute primary contact response. ### 10.4 South African-based support All primary support is delivered from South Africa, operating Monday to Thursday 08:00 to 17:00 and Friday 08:00 to 15:00, excluding South African public holidays. 24x7 security event monitoring is operated separately to the helpdesk support function. ### 10.5 Post-deployment support model A dedicated Customer Success Manager is assigned post-go-live. The CSM holds regular review sessions, manages platform health reporting, identifies optimisation opportunities, and acts as the commercial and delivery point of contact for ongoing work. ### 10.6 Scalability considerations The support function scales with the client base. For Hollard, we assign a named CSM, a dedicated technical account lead, and a delivery coordinator for the initial post-launch period to ensure stability and responsiveness during the ramp phase. --- ## 11. Integrations ### 11.1 HRIS A pre-built PaySpace integration is available for user and organisational data synchronisation. Other HRIS integrations (Sage, Oracle HCM, SAP SuccessFactors) are delivered as custom integrations based on scope. SCIM 2.0 provisioning for automated user lifecycle management across HR systems is included in the Hollard implementation scope. ### 11.2 Custom integrations Custom integrations are delivered by our engineering team on a scoped-project basis. REST APIs with OAuth 2.0 / OIDC authentication are provided across all major platform functions. Rate limiting and full traceability are enforced. Comprehensive API documentation is maintained, with a versioning strategy. ### 11.3 Collaboration Microsoft Teams, Outlook calendar invitations, Big Blue Button, Zoom, and Adobe Connect are natively supported for virtual instructor-led training. Additional collaboration integrations can be custom built. ### 11.4 xAPI, SCORM, and CMI5 SCORM 1.2 and SCORM 2004 (3rd/4th Edition) are fully supported. xAPI is fully supported through an integrated Learning Record Store included as a line item in this proposal. CMI5 content playback is supported through a scoped service included in the implementation. ### 11.5 Content libraries and external providers LTI compliance allows the platform to deploy and track content from third-party LTI-compliant providers, including major external content libraries. ### 11.6 Enterprise BI and reporting Data export to Power BI and similar enterprise BI tools is available through the integrated data extraction API included in the Hollard implementation scope. Custom data visualisations are delivered through the BI integration and the platform's custom reporting tools. ### 11.7 Other integrations Custom integrations with domain-specific systems (broker management, policy administration, customer master systems) are scoped and built on a project basis. --- ## 12. Costing Information (Indicative) All pricing is quoted in South African Rand and excludes VAT. Pricing is indicative and will be confirmed on formal RFP engagement following scoping refinement. ### 12.1 Once-off costs | Item | Description | Indicative Cost | |---|---|---| | Platform Implementation | Discovery, configuration, branding, user hierarchy setup, role/permission configuration, UAT, go-live support | R350,000 to R500,000 | | Content Migration | Migration of approximately 50 active compliance courses including content audit, format conversion, QA, deployment | R150,000 to R250,000 | | AI Content Migration Accelerator | 500-credit AI authoring block for accelerated legacy content remediation. Estimated coverage of 50 to 80 courses depending on complexity | R75,000 | | PaySpace Integration | Pre-built HRIS integration for user and org data sync, with automated provisioning | R80,000 to R120,000 | | SCIM 2.0 Integration | Automated user lifecycle management for enterprise HR systems | R60,000 to R90,000 | | SSO Configuration | Microsoft Entra ID SAML/OIDC integration | Included in Implementation | | Collaboration Integrations | Microsoft Teams and Outlook Calendar for ILT scheduling | R40,000 to R60,000 | | Historical Data Migration | Learner completion records, certification history, compliance audit trail import | R60,000 to R100,000 | | Learning Record Store | Integrated LRS for xAPI and CMI5 statement capture and reporting | R80,000 to R120,000 | | Native Mobile App (iOS and Android) | Branded Hollard mobile application with full offline capability: biometric SSO, content download management, offline assessments with timer enforcement, offline surveys, offline file uploads, auto-sync with conflict resolution, remote wipe, storage controls, and admin visibility into sync health | R180,000 to R250,000 | | Custom Development Package | Tamper-evident compliance audit logging, compliance dashboard customisation, escalation workflows with grace periods, session scheduling with recurring patterns, waitlist automation, rescheduling interface, no-show and booking limit tracking, automated instructor assignment and utilisation tracking, virtual lobby management, predictive analytics for at-risk learners, xAPI analytics dashboards, data extraction API, certificate email delivery, content templates, collaborative authoring, HTML5 responsive authoring, role-based CPD configuration, auto CPD calculation, CPD dashboard, CPD history by category, CPD rollover and caps, CPD compliance reporting, CPD portfolio export, CPD attendance registers | R400,000 to R750,000 | | Onboarding and Training | Five administrator training sessions, self-paced admin eLearning, end-user training materials | Included in Implementation | **Indicative once-off range: R1,475,000 to R2,315,000** ### 12.2 Recurring costs **Platform licensing, tiered by user band** Pricing model is subscription-based on total user bands. All prices are per user per month. | User Band | Named Active Users | Indicative Rate | |---|---|---| | Tier A | Up to 1,500 | R55 to R65 per user/month | | Tier B | 1,501 to 5,000 | R40 to R48 per user/month | | Tier C | 5,001 to 10,000 | R28 to R35 per user/month | For Hollard's 5,000 full-time learner population, Tier B pricing applies. Indicative annual subscription is R2,400,000 to R2,880,000. **Occasional learner pricing** Occasional and once-off learners are priced on a pay-per-active-user basis, billed only in months where the user accesses the platform. Indicative rate is R18 to R25 per active user per month. Assuming a 25% monthly activation rate across the 5,000 occasional learner pool, indicative annual cost is R270,000 to R375,000. **Support and maintenance** Included in the base subscription. This covers platform maintenance, updates, version upgrades, hosting, SaaS infrastructure, security patching, backup and DR operation, support desk access, and ongoing enhancements delivered under our annual platform release cycle. **Hosting, infrastructure, and SaaS costs** Included in the base subscription. The platform runs on Xneelo (primary) and Vultr (secondary) with secure cloud backup storage, and Azure availability where required. Backup storage and DR capabilities are included. No separate hosting line item applies. **AI Authoring Credits (ongoing)** AI authoring is priced on a usage-based credit model, ensuring Hollard pays for content created rather than absorbing a flat fee regardless of usage. One credit equals one generated slide including copy, imagery, and narration. Interactive activities and assessment items consume 0.5 credits each. Course planning, outlining, and editing refinements are included at no additional credit cost. | Tier | Monthly Credits | Per-Credit Rate | Monthly Cost | |---|---|---|---| | Starter | 100 | R30 | R3,000 | | Growth | 400 | R22 | R8,800 | | Scale | 1,000 | R15 | R15,000 | Credits roll month to month within the contract year. A monthly soft cap of 40% of the annual block applies to ensure sustainable usage patterning. Consistent overage beyond the soft cap for three consecutive months triggers a tier review conversation. Overage credits are billed monthly in arrears at 1.5x the current tier rate. Post-migration, we would expect Hollard to operate at the Growth tier for ongoing compliance content updates and new programme development, with the ability to burst to Scale during content-intensive periods. ### 12.3 Professional services hourly rates | Role | Rate | |---|---| | Software Developers | R650 per hour | | Instructional Designers | R900 per hour | | eLearning Developers | R450 per hour | All hourly rates are applicable to any ad hoc scoped services outside of the standard implementation and support agreements. ### 12.4 Contract terms Annual and multi-year agreements are available. Standard cancellation is 90 days. Multi-year agreements carry a discount on the per-user rate in exchange for term commitment. ### 12.5 What is included in the base licence Platform access, hosting, maintenance, support, version upgrades, platform enhancements, and access to our off-the-shelf eLearning library of 190 titles are all included in the base subscription. AI authoring credits, custom development, and specific integrations are itemised above. --- ## 13. Supporting Documents The following compliance and supporting documents accompany this submission. - ISO 27001 certificate - B-BBEE certificate - SARS tax clearance certificate - Company registration documents - Bank account confirmation letter - Reference client list (details released on shortlist) Additional platform feature documentation is available at www.synrgise.com. --- ## 14. Closing Hollard has structured a thorough and thoughtful RFI. The brief signals an organisation that understands the difference between a learning platform that meets a checklist and a learning environment that actually changes how people grow in their work. SynrgiseLearn is built for the latter. The combination of a mature LMS core, a production AI coaching layer, an in-house content production team, a disciplined approach to compliance and security, and a South African delivery capability gives Hollard a partner that can both meet the immediate brief and grow alongside a long-term digital learning strategy. We welcome the opportunity to demonstrate the platform in person. The demonstration would cover SynrgiseAssistant's daily briefing and coach conversation surfaces, a live practice simulation, the team view and manager intervention flow, the generative authoring pipeline operating on a sample Hollard policy document, and the compliance and reporting surfaces that underpin the learning operation. Thank you for the opportunity to respond. --- *SynrgiseLearn (Pty) Ltd* *17 Thora Crescent, Wynberg, Johannesburg, South Africa* *www.synrgise.com*