Custom software for defence contractors and government organisations who need equipment lifecycle management, training simulation, logistics tracking, and compliance management built to defence standards -- not adapted from commercial platforms that were never designed for the security and traceability requirements of the defence sector.
Built to the security classifications, data handling requirements, and audit standards applicable to your contract. We work within the constraints your security framework imposes rather than asking you to work around them.
Equipment lifecycle management from acquisition through in-service maintenance to disposal with full traceability
Training simulation platforms and qualification management for large personnel bases
Logistics and supply chain management for defence procurement and spares management
Compliance and audit management meeting the documentation standards of defence contracts
RaftLabs builds custom defence software for defence contractors, government agencies, and military support organisations -- equipment and asset lifecycle management, maintenance and logistics tracking, training simulation platforms, personnel and qualification management, compliance and audit management, and secure communications infrastructure. Most defence software projects deliver in 14 to 22 weeks at a fixed, agreed cost with full source code ownership.
Commercial off-the-shelf software is designed for commercial operating environments. Defence operations have requirements that standard platforms don't address: security classifications that govern where data can be stored and who can access it, audit trail requirements that trace every action to a named individual with timestamp and justification, integration with legacy systems that have been in service for decades and won't be replaced, and procurement processes that require documented approval at each stage.
Defence contractors and government organisations working in the sector need software built to these constraints rather than adapted around them. The traceability is designed in. The access controls reflect the classification requirements. The audit documentation is structured for the audit standard applicable to the contract.
When maintenance history, operational status, and logistics data for a fleet of assets exist in separate systems that don't communicate, the operations team can't produce an accurate readiness report without manually reconciling data from multiple sources. Engineering decisions get made on incomplete information. A unified equipment lifecycle system that integrates maintenance, logistics, and readiness status into one record eliminates the reconciliation exercise and produces accurate fleet status in real time.
When qualification records for hundreds or thousands of personnel are maintained through paper files or disconnected spreadsheets, the organisation has no systematic way to identify who is approaching qualification expiry until a compliance check reveals it. Personnel are deployed to roles they are no longer qualified for. A qualification management system that tracks currency across the entire personnel base and alerts before expiry prevents the compliance failure rather than identifying it after the fact.
When logistics staff manage spares inventory in a spreadsheet that isn't linked to maintenance schedules or consumption history, the result is overstocked items consuming budget while critical spares are backordered when a maintenance event requires them. A logistics management system that connects inventory to maintenance demand signals and triggers procurement before stock reaches critical levels replaces the reactive logistics model with a planned one.
When compliance evidence for a defence contract audit has to be manually pulled from maintenance systems, training records, quality management files, and engineering documentation, the preparation exercise is expensive and the evidence is always assembled retrospectively. A compliance management platform that organises evidence continuously against the contract's audit requirements reduces preparation from weeks to a structured export.
Equipment register covering every asset across the fleet with serial number, acquisition date, current location, operational status, and maintenance history. Maintenance schedule management with the scheduled service intervals, modification states, and inspection requirements maintained against each asset. Technical data management linking maintenance procedures, modification instructions, and engineering drawings to the relevant equipment type. Serviceability reporting showing the operational readiness of the fleet by equipment category and location. Asset disposal workflow managing the decommissioning, demilitarisation, and disposal documentation required at end of life. The equipment management system that gives operations and logistics staff accurate readiness data without searching through paper records maintained at multiple sites.
Training scenario management covering scenario design, parameter configuration, and version control for simulation-based training programmes. Trainee performance recording capturing the measurable outcomes from each simulation exercise -- the decisions taken, the procedures followed, and the performance metrics relevant to the training objective. After-action review tools presenting the trainee's simulation session with the ability to replay key decision points and compare performance against the standard. Qualification record management tracking the training completed, the assessment results, and the qualification currency for each trainee. Training programme compliance reporting showing the percentage of personnel current against each required qualification. The simulation management layer that turns training system outputs into the qualification records and compliance reports your organisation needs.
Spares management covering the stock of serviceable components and consumables against demand signals from maintenance planning. Procurement workflow for defence supply chain requirements -- demand generation, supplier qualification, purchase order management, and goods receipt with the documentation requirements applicable to defence-standard purchasing. Inter-depot transfer management for moving stock between storage locations. Cataloguing and part numbering management to NATO or applicable national stock number standards. Shelf-life management for items with limited storage life. The logistics platform that keeps the right parts available at the right location without the manual reconciliation that characterises spreadsheet-based defence logistics management.
Personnel records covering rank, posting history, security clearance status, and the qualifications held by each individual. Qualification framework management defining the required qualifications for each role and the training pathway to achieve and maintain them. Currency tracking showing which qualifications are current, which are approaching expiry, and which have lapsed for each individual and for the organisation as a whole. Medical and fitness standard tracking for roles with physical or medical requirements. Succession planning data showing the qualification coverage across the organisation and identifying single points of failure where critical qualifications are held by too few people. The personnel management system that gives commanding officers and HR managers an accurate picture of who is qualified to do what.
Compliance obligation register covering the contractual, regulatory, and policy requirements applicable to the programme, with ownership, due date, and evidence requirements for each obligation. Audit preparation workflow assembling the evidence package for programme audits -- maintenance records, training records, quality records, and process documentation -- in the structured format required by the audit standard. Finding management covering audit findings with the corrective action assigned, the target completion date, and the verification that the corrective action has closed the finding. Risk management documentation covering programme risks, mitigation measures, and residual risk at the level of detail required by the contract's risk management plan.
Role-based access control with clearance level management ensuring personnel can only access data at or below their security clearance. Data classification labelling and handling rules enforced at the application level so classified data is handled appropriately without depending on individual user judgement. Audit trail recording every data access, modification, and export event with user identity, timestamp, and the data accessed -- the complete access log required for a security incident investigation. Data residency management ensuring data is stored in the approved locations for its classification level. Secure API design for integrations with other systems, with authenticated and encrypted data exchange.
Map the programme scope, security classification requirements, legacy system landscape, and contract documentation standards before writing a line of code. Identify the integration points with existing systems, the access control model required by the classification framework, and the audit evidence structure required by the programme's compliance obligations.
Design the data model around the specific programme: equipment and asset structures, qualification frameworks, logistics data flows, and the audit trail architecture required by the contract's assurance standard. Security classification controls -- access restrictions, data residency, audit logging -- are designed into the architecture before development begins.
Two-week sprints with working software and formal sprint documentation at each checkpoint. The core asset management or qualification tracking capability ships first. Compliance management, logistics integration, and legacy system adapters follow in subsequent sprints.
Phased deployment with formal acceptance testing against the programme's acceptance standard before go-live. Documentation produced to the level required by the procurement framework. Post-launch support covers regulatory changes, contract modifications, and operational improvements as the programme evolves.
Frequently asked questions
Security classification requirements are scoped during discovery alongside the functional requirements. The classification level of the data the system will handle determines the security architecture -- the access control model, the data residency requirements, the encryption standards, the audit trail depth, and the network segregation needed. We build to the security framework specified by your organisation's security authority rather than a generic commercial standard. For projects with classified data requirements, the security architecture is documented and reviewed before development starts.
Yes. Defence organisations commonly operate legacy systems that can't be replaced but need to share data with modern applications. We integrate with legacy systems through the interfaces they expose -- file-based exchange, database-level integration, SOAP web services, or proprietary protocols -- depending on what the legacy system supports. We assess each legacy system integration during discovery so the achievable data flows are confirmed before development starts. Where a legacy system provides no integration interface, we discuss the options with the client before committing to an approach.
We work within the procurement framework applicable to the contract -- whether that is direct negotiation with a prime contractor, work through a government panel arrangement, or a competitive tender process. We produce the documentation required by the procurement process: requirement specifications, design documentation, test evidence, and acceptance criteria. For contracts requiring formal acceptance testing, we structure the test approach to satisfy the acceptance standard before development starts.
A system covering equipment lifecycle management, compliance management, and basic logistics typically runs $60,000 to $120,000. A more complete platform with training simulation management, personnel and qualification management, and secure data architecture typically runs $120,000 to $250,000. Fixed cost agreed before development starts.
Defence procurement frameworks typically require more formal documentation at each delivery milestone than a commercial software project. We structure milestone payments against defined deliverables -- requirements specification sign-off, architecture review completion, each sprint review, and formal acceptance testing -- so there is a documented handover at each stage. Documentation deliverables are agreed during discovery and include the artefacts required by your procurement framework: design documentation, test evidence, configuration records, and source code escrow arrangements where required. The milestone structure is agreed before development starts and forms part of the fixed-cost contract.
Asset register, maintenance scheduling, serviceability reporting, and disposal management
Scenario management, trainee performance, after-action review, and qualification tracking
Spares management, procurement workflow, and inter-depot transfer
Obligation register, audit preparation, finding management, and risk documentation
What clients say
Three-year average engagement. Founders and operators describing the work in their own words. No marketing varnish.
All of the sprints were completed on schedule and on budget. We highly recommend RaftLabs!
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Tell us your programme, your security classification requirements, and the operational problems your current systems don't solve. We'll scope the right system within your constraints and give you a fixed cost.
