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FASWORK
FASWORK is a maintenance lifecycle management platform by FASRED Technologies Ltd, designed to help organisations manage the complete journey from asset registration and fault discovery to maintenance planning, execution, verification, safe return to service, and continuous improvement.
Maintenance is more than repairing equipment after it fails. It involves understanding asset condition, assessing risk, planning work, authorising expenditure, coordinating people and materials, verifying results, and ensuring that assets are suitable for their intended use.
FASWORK is being developed to connect these activities within one configurable platform, helping organisations improve maintenance coordination, asset reliability, operational visibility, resource utilisation, and cost control.
To provide a connected maintenance operating platform that helps organisations of different sizes and industries manage assets, facilities, equipment, infrastructure, and maintenance operations throughout their lifecycle.
FASWORK aims to help organisations move from fragmented, reactive maintenance processes toward coordinated, evidence-based maintenance management.
FASWORK's product vision covers the complete maintenance journey:
- Asset management — Establish asset identity, location, ownership, condition, criticality, and maintenance history.
- Problem discovery — Identify faults, abnormal conditions, inspection findings, emerging risks, and maintenance needs.
- Reporting and triage — Capture requests, assess urgency, evaluate operational impact, and determine the appropriate response.
- Diagnosis and risk assessment — Investigate problems, understand likely causes, assess risks, and determine suitable interventions.
- Planning and authorisation — Define work, schedule activities, obtain required approvals, and establish safety prerequisites.
- Resource coordination — Coordinate qualified personnel, contractors, tools, equipment, and operational dependencies.
- Parts and procurement — Manage stock availability, purchasing, supplier coordination, goods receipt, material issue, and returns.
- Maintenance execution — Record the work performed, labour, materials, findings, changes, and supporting evidence.
- Verification and acceptance — Confirm required inspections and tests, record acceptance, and manage failed or incomplete work.
- Return to service and closure — Apply required safety controls, update asset status, reconcile records, and close work appropriately.
- Follow-up and improvement — Monitor outcomes, investigate recurring failures, analyse performance, and improve future maintenance decisions.
Not every maintenance activity requires every stage. FASWORK is intended to support workflows proportionate to the task, asset, risk, and organisation while preserving required controls.
FASWORK is intended to serve organisations ranging from small workshops and single-site businesses to large enterprises and multi-location institutions.
Potential application areas include:
- Schools, universities, and campus facilities
- Hospitals, clinics, and healthcare facilities
- Manufacturing and industrial operations
- Construction and facilities management
- Energy, utilities, and infrastructure
- Transport, logistics, and fleet operations
- Agriculture and food production
- Government and public institutions
- Hospitality, retail, and commercial properties
- Laboratories, research facilities, and specialist environments
Each sector has different assets, terminology, maintenance strategies, safety obligations, and operating procedures. FASWORK's product direction is to support appropriate configuration rather than impose one universal workflow on every organisation.
Asset registers, component relationships, locations, ownership, custody, condition, technical documents, warranties, and lifecycle history.
Fault reports, inspections, diagnosis, prioritisation, job plans, schedules, assignments, work instructions, execution records, and closure.
Recurring maintenance, usage-based schedules, condition observations, failure analysis, risk-based priorities, and reliability improvement.
Applicable risk assessments, work permits, safety prerequisites, inspections, testing, certifications, and controlled return-to-service decisions.
Spare parts, stock locations, reservations, requisitions, supplier quotations, purchase orders, goods receipt, material issue, returns, and reconciliation.
Skills, authorisations, availability, workload, work assignments, contractor activities, service agreements, and performance records.
Maintenance estimates, budgets, commitments, actual costs, contractor charges, material costs, and applicable invoice or payment references.
Configurable organisational structures, local operational responsibility, authorised cross-location coordination, and appropriate consolidated reporting.
Workload, downtime, recurring faults, maintenance costs, inventory performance, supplier performance, and other metrics supported by reliable source data.
These areas describe the intended product scope. The availability of individual capabilities and integrations must be confirmed against the actual implementation.
A maintenance record should represent what actually happened—not simply the selection of a status labelled Completed.
FASWORK's governing product principle is to distinguish, where applicable, between:
- Work being reported and assessed
- Maintenance being authorised and planned
- Work being performed
- Technical results being verified
- The result being accepted by the responsible authority
- The asset being authorised to return to service
- Operational and financial records being reconciled
- The maintenance activity being closed
- The outcome being monitored and analysed
Required checks and approvals should depend on the maintenance activity, its risk, and the organisation's applicable procedures.
Where work fails verification, remains incomplete, or cannot safely return an asset to service, the system is intended to support controlled follow-up rather than falsely representing the activity as successful.
FASWORK is intended to support configurable organisational and geographic structures.
Depending on the organisation, these may include:
Organisation → Region → Facility → Department → Unit → Location → Asset
The actual hierarchy should reflect the organisation's requirements. A small business should not need the same administrative complexity as a multinational enterprise.
The product vision includes appropriate local operations alongside authorised oversight across facilities, regions, countries, and wider organisational networks.
Organisational hierarchy, physical location, asset ownership, and access permissions must remain distinct so that broader oversight does not automatically grant unrestricted access to every record.
Maintenance decisions can affect people, infrastructure, service continuity, and the environment.
FASWORK's guiding principles include:
- Safety first: Required safety controls must not be bypassed by ordinary workflow transitions.
- Evidence-based closure: Required verification and acceptance must be supported by appropriate evidence.
- Clear accountability: Important decisions, approvals, actions, and changes should be traceable.
- Controlled access: Users should access only the organisations, locations, assets, and records permitted by their responsibilities.
- Reliable records: Maintenance, inventory, procurement, and financial records should remain consistent and auditable.
- Responsible automation: Alerts and recommendations must not be treated as proof that a person acted or that an engineering outcome is safe.
- Continuous improvement: Maintenance strategies should evolve using reliable records, measurable outcomes, and appropriate technical judgement.
These principles guide product development. They do not, by themselves, establish that every safeguard has been implemented or that a particular deployment meets all applicable safety or regulatory requirements.
FASWORK is being developed incrementally toward its broader maintenance lifecycle vision.
The intended direction includes:
- Connected asset records, organisational structures, access controls, and core maintenance workflows.
- Complete corrective-maintenance workflows with controlled execution, verification, acceptance, and closure.
- Connected inventory, procurement, materials, contractors, and cost records.
- Preventive maintenance scheduling and maintenance planning.
- Stronger safety, inspection, compliance, and reliability workflows.
- Multi-site coordination, mobile and field operations, and appropriate integrations.
- Advanced analytics, condition-based maintenance, predictive capabilities, and optimisation where suitable data and validation are available.
The sequence and availability of individual capabilities depend on implementation progress, customer requirements, testing, and applicable operational validation.
Explore the FASWORK product documentation:
- Maintenance Lifecycle — Understand the end-to-end maintenance process, from asset and problem discovery to verification, return to service, closure, and continuous improvement.
- Frequently Asked Questions — Learn about FASWORK's purpose, intended users, maintenance strategies, organisational support, and product direction.
- Product Roadmap — Explore the product's intended development direction and future capability areas.
FASWORK's complete product vision extends beyond any individual release.
This public repository documents the product's purpose, intended capabilities, principles, and development direction. The application codebase and detailed internal implementation specifications are maintained separately.
A capability should be described as implemented, available, or production-ready only when supported by appropriate evidence.
FASWORK is a product of FASRED Technologies Ltd.
Technology Engineered for Impact.
- Company website: https://fasredtech.com
For product enquiries, prospective deployments, partnerships, and collaboration, visit the FASRED Technologies website.
FASWORK is a product of FASRED Technologies Ltd. This repository provides public product information and documentation. Access to this repository does not grant access to the private application codebase or permission to reproduce the product or use its branding.