Every field workforce business has a unique operational model that generic field service management platforms struggle to accommodate: a solar installation company has job types with 4–6 hour windows and specific material kit requirements per job; an NDIS support worker provider has a complex roster matching model (worker skills, participant preferences, travel time constraints, NDIS plan funding type) that requires a fundamentally different scheduling interface than a trades dispatch board; a utilities inspection company has inspection checklists with hundreds of fields specific to Australian Standard AS/NZS requirements; a facilities management company has preventive maintenance trigger schedules (asset-driven recurring work orders) alongside reactive breakdowns, both competing for the same field workforce. Off-the-shelf platforms are built for the median field service use case — which is rarely exactly your use case — so you spend heavily on configuration and workarounds that still don't quite fit, or you build custom integrations that create maintenance overhead every time the platform vendor pushes an update that breaks your customisation. Algosoft builds field workforce management solutions from the ground up for your specific business model, job types, mobile forms, compliance requirements, and back-office integration needs.
Algosoft's field workforce management technology stack: React (TypeScript) with Progressive Web App capability for back-office scheduling and management interfaces; Flutter (iOS + Android) for field worker mobile apps requiring native device capabilities (camera, GPS, offline storage, push notifications, NFC for asset scanning); Node.js (NestJS) backend for real-time WebSocket job dispatch and GPS tracking; Python (FastAPI) for scheduling optimisation APIs and reporting; PostgreSQL with PostGIS extension for geographic job and worker location queries (find the nearest available qualified technician to an emergency job); Redis for real-time pub/sub (live GPS position updates to dispatch dashboard at 30-second intervals); Google Maps Platform or Mapbox for route optimisation and map display; AWS ap-southeast-2 (Sydney) for Australian data residency; Firebase Cloud Messaging for push notifications to field worker devices; Xero or MYOB API integration for payroll export; and Twilio for automated customer SMS notifications (technician on the way, job completed, appointment reminder).
Intelligent scheduling and dispatch system that matches the right field worker to each job based on skill requirements, location, availability, and current workload — replacing the whiteboard, Excel spreadsheet, or shared Google Calendar that most field service businesses outgrow at 10–15 field workers. Drag-and-drop dispatch board: visual daily and weekly timeline showing each field worker's schedule, job status (scheduled, en route, on-site, completed), and available capacity. Smart scheduling engine: when a new job arrives, the system suggests the best available worker based on configurable criteria — required certification or trade licence (e.g., A-grade electrician, Class B gas fitter, NDIS worker with Category 1 registration), proximity to the job location (PostGIS nearest-worker query), available time window (no overlap with existing jobs including travel time buffer), and customer preferences (previously visited worker preference). Emergency/reactive dispatch: for breakdown or urgent jobs, real-time view of which field workers are closest to the job location with current GPS positions on map — one-click dispatch with push notification to worker device. Recurring job scheduling: preventive maintenance and recurring service schedules (daily, weekly, monthly, quarterly, annual) auto-generating work orders into the dispatch board on the configured trigger date without manual intervention. Google Maps or Mapbox route optimisation: daily job sequence ordered by geography to minimise total travel time across all jobs in the day — with estimated travel times and arrival windows communicated to customers automatically via SMS.
Native iOS and Android mobile app for field workers — built in Flutter for high-performance native behaviour across both platforms. App capability: today's job list with job details, customer address, contact, and access notes; job acceptance and status updates (en route, arrived, job started, job completed — each timestamped and GPS-stamped); digital forms and checklists embedded in each job type (configurable per job type — a fire system inspection checklist is entirely different from a HVAC service form or an NDIS support session note); photo capture with instant upload (job before/after photos, compliance evidence, defect documentation — stored against the job record, accessible to back-office immediately); customer signature capture (on-device stylus or finger signature, locked to the completed job record); materials and parts used recording (barcode or QR scan of stock items used on job, deducting from field worker's van stock or triggering parts ordering); and job-end notes and recommendations capture (add follow-up job, recommend additional work — creating a new quote from the field without calling the office). Offline mode: all job data, forms, and customer information available offline — field workers don't need to call the office when signal drops. Push notifications: new job assigned, job rescheduled, urgent message from dispatch — with deep link directly to the affected job in the app.
Real-time GPS tracking of field workers and vehicles on a live map dashboard for operations and dispatch managers. GPS tracking implementation options: native device GPS (Flutter app sends location every 30 seconds while on shift — no additional hardware required, standard for worker-owned phone deployments), vehicle-mounted GPS tracker (Teltonika, Queclink — hardware tracking device in company vehicle independent of the field worker's phone — preferred when vehicles are company assets requiring tracking regardless of whether worker has the app open), or hybrid (vehicle GPS tracker + app-based worker tracking for indoor locations where vehicle GPS loses accuracy). Live dispatch dashboard: all field workers on Mapbox satellite or Google Maps base, colour-coded by status (available/travelling/on-site/offline), current job label, and estimated job completion time based on job type typical duration vs. time on site. Dispatch manager view: identify field workers who are delayed (time on site exceeds expected duration by configurable threshold), locate the nearest available worker to an urgent incoming job, and track which jobs are running behind today's schedule. Historical tracking: full replay of any field worker's route for any date — useful for timesheet verification ("were you actually on site from 9 AM to 11 AM?"), customer dispute resolution, and fuel card reconciliation. Privacy Act 1988 compliance: GPS tracking consent disclosure to employees in employment contracts, tracking limited to work hours (auto-off outside configured shift hours), tracking data retention policy aligned with APP 11.
End-to-end work order lifecycle management from job creation through completion, invoicing, and payment. Job creation channels: customer web booking portal (customer selects job type, preferred time window, uploads photos of issue — creates job in system with customer notification), office admin creation (inbound call or email converted to job by back-office staff), API import from CRM or property management system, and automatic generation from preventive maintenance schedule triggers. Job record: full history of all activity — customer details, site address, access notes and entry codes, job description, assigned field worker, schedule time, actual arrival and departure time (GPS-stamped), digital forms completed, photos captured, parts used, customer signature, job completion notes, invoice generated, and payment received — all in a single timeline view. Quote-to-job conversion: field workers can create quotes on-site from the mobile app (photo + recommended work + parts estimate) — office admin converts approved quote to a scheduled job without re-entering data. Recurring maintenance scheduling: asset-linked recurring work orders (e.g., a specific air handling unit requires quarterly service — system auto-generates the work order 2 weeks before the due date and assigns to the next available qualified technician). Job completion and invoicing: on job completion, auto-generate invoice in Xero or MYOB with job details, materials used, labour hours, and applicable taxes (GST 10% for Australian jobs) — field worker or office admin triggers invoice with one tap.
Digital timesheet management replacing paper timesheets and manual payroll preparation — with Australian Modern Award rate calculation built in. Timesheet capture options: GPS-based auto-clock-in/out (geofence around customer site — app detects arrival and departure automatically, timestamps are attached to job); manual clock-in/out from mobile app (worker taps start/end — GPS-stamped for verification); and back-office timesheet entry for workers without smartphones. Timesheet data captured per shift: clock-in time (site arrival), clock-out time (site departure), travel time (driving time between jobs — relevant to Awards with travel time entitlements), meal breaks, and allowances claimed (tool allowance, travel allowance, dirty work allowance — depending on Award). Australian Modern Award calculation engine: configured to your specific Award or enterprise agreement — calculates ordinary time (first 38 hours Monday–Friday), time-and-a-half (overtime Monday–Saturday beyond ordinary hours in most Awards), double time (Sunday and certain public holidays), penalty rates (Saturday loading, Sunday loading), shift allowances (afternoon shift, night shift), on-call allowances, and industry-specific allowances. Payroll export: weekly or fortnightly export in STP Phase 2 compatible format for Xero Payroll, MYOB Payroll, KeyPay (now Employment Hero), Micropay, and other Australian payroll software — eliminating manual data re-entry between timesheet system and payroll. Timesheet approval workflow: field worker submits timesheet, supervisor reviews and approves or queries — with query resolution tracked before payroll export.
Specialist field workforce management system for NDIS (National Disability Insurance Scheme) providers — addressing the specific complexity of NDIS support worker rostering, participant management, funding management, and NDIS Price Guide billing that generic field service platforms don't handle. Participant management: participant profile with NDIS plan details, support categories and funding amounts, participant preferences (preferred support workers, communication style, specific support needs), and emergency contacts. Support worker profile: NDIS worker screening check status and expiry (NDIS Worker Screening Check number, state where conducted, expiry date — with automatic alerts before expiry), First Aid and CPR certificate tracking, specialisation tags (complex behaviour support, manual handling, medication support, Auslan — matching to participant needs in scheduling). Roster matching engine: matching algorithm considering participant's approved support categories (Core Supports, Capacity Building — Improved Daily Living, etc.), worker's required registration group clearances, participant's preferred workers (weighted higher in matching), and geographic proximity. NDIS Price Guide billing: support hours billed to participant's NDIS plan at the correct NDIS price limit per support item number and ratio (1:1, 1:2, 1:3 — each has a different price limit); automatic calculation of weekday, evening, Saturday, Sunday, and public holiday rates per the current NDIS Price Guide; and NDIS bulk payment request (BPR) export file generation in the format required for bulk submission to NDIA via myplace provider portal or NDIS API.
TIER 01
Single Module Solution
$30,000–$55,000
10–16 week deliveryTIER 02
Integrated FWM Platform
$65,000–$130,000
18–28 week deliveryTIER 03
Enterprise Multi-Branch Platform
$140,000–$280,000
9–15 month deliveryTEAM
Dedicated FWM Dev Team
$18,000–$45,000/month
Ongoing developmentAustralian field workforce businesses operate under a compliance layer that generic overseas-built platforms ignore. Fair Work Act 2009 and Modern Award minimum conditions govern every employee's entitlements — and the 121 Modern Awards each have different overtime triggers, penalty rate structures, allowances, and break entitlements. Algosoft's timesheet module is configured against the specific Award or enterprise agreement covering your workforce — not a generic "time-and-a-half after 8 hours" rule that doesn't match Australian Award complexity. For NDIS providers: NDIS Quality and Safeguards Commission requirements (worker screening, worker orientation modules, incident reporting obligations), NDIS Practice Standards (Standard 2 — Workforce), and NDIS Price Guide billing rules (support catalogue, price limits by registration group, ratio pricing) are built into the platform logic — not left as manual processes outside the system. For electrical and plumbing businesses: trade licence verification fields (Queensland Electrical Contractor Licence, WA Electrical Contractor's Licence, NSW Fair Trading contractor licence numbers) are stored against worker profiles with expiry alerts — ensuring you never dispatch an unlicensed worker. For security services: ASIC (Australian Security Industry Council) SIRA licensing (NSW) or equivalent state security licence fields, with expiry tracking and automatic scheduling blocks for unlicensed workers.
The core scheduling challenge in field workforce management is fundamentally a spatial optimisation problem: given a set of jobs at geographic locations and a set of available workers at current positions, what is the optimal assignment that minimises total travel time while respecting skill requirements, time window constraints, and worker preferences? Generic scheduling tools treat scheduling as a calendar problem (drag job to worker's time slot) — they don't optimise for travel time or geography. Algosoft uses PostgreSQL with PostGIS for geographic scheduling intelligence: "nearest available qualified worker" queries using ST_DistanceSphere on current GPS positions, Google Maps Distance Matrix API for real driving-time estimates between multiple workers and job locations (accounting for current traffic — not straight-line distance), and optional route optimisation algorithms (Google Routes API Optimised Waypoints or custom VRP solver for businesses with 20+ jobs per day per scheduler where manual sequencing is impractical). For businesses with 5–20 field workers, the scheduling intelligence is delivered through the dispatch dashboard's geographic job-worker view — visual proximity matching. For 50+ field worker businesses, Algosoft implements algorithmic schedule optimisation as a background service generating daily optimised schedules with manual override capability for the dispatch team.
The field worker mobile app's form capability is where generic field service platforms consistently disappoint. Generic platform form builders produce inflexible forms that don't match the specific documentation requirements of each job type — so field workers fill in fields that don't apply, skip sections that don't have a corresponding field, or maintain paper forms alongside the digital system for compliance evidence. Algosoft builds job-type-specific digital forms configured to your exact documentation requirements: an electrical test and inspection form with the specific measurement fields, AS/NZS 3000 compliance checklist items, and certificate of compliance generation your electricians need; an NDIS support session note with the goal-tracking, participant engagement, and incident flag fields required for NDIS quality and safeguards obligations; a fire system inspection form structured to AS1851 inspection frequency and condition rating requirements; or a pest control treatment record with the specific chemical, application method, and site plan annotation fields required by your state agriculture department. Digital forms are built as configurable Flutter form components — conditional field logic (show gas leak inspection section only if gas appliances are present), field validation (measured values within expected ranges), mandatory fields before job completion, and auto-populated fields from the job record (customer name, address, job type — eliminating double entry). PDF generation: completed forms exported as professional PDF certificates or reports in your letterhead format, emailed to customer on job completion.
Customer communication is the highest-impact field service experience factor — customers who know when their technician is arriving, receive confirmation when the job is done, and get a professional job summary report are dramatically more likely to rebook and refer. Algosoft's customer communication automation handles every touchpoint: appointment confirmation SMS/email at booking (with confirmation link to reschedule or cancel — reducing no-access calls), reminder SMS 24 hours before appointment ("Your [Service Type] is scheduled for tomorrow between 9 AM and 12 PM"), technician on-the-way notification (automatic SMS/email when field worker clicks "En Route" in the app — including live tracking link so customer can watch technician approach on map), job completion notification (SMS/email with job summary and any recommendations), and invoice delivery (Xero/MYOB invoice PDF attached to completion email or SMS payment link via Stripe). Customer self-service portal: customers can view upcoming appointments, job history and completion reports, invoices and payment status, and raise a new service request — reducing inbound calls to back-office for status updates. Automated review request: configurable number of days after job completion, customer receives SMS or email requesting Google review or NPS survey — with response data feeding the operations dashboard for service quality monitoring. All communications are branded to your business identity — not generic system notifications from "YourServicePlatform".
Australian model WHS Regulations impose specific obligations on businesses deploying lone workers to potentially hazardous sites — workers who travel alone to residential or commercial properties without colleagues present face risks including assault, medical emergency, access hazard, and remote location incidents. Australian WHS legislation requires that employers identify lone worker risks and implement controls. Algosoft's field workforce management platform includes lone worker safety features for businesses with elevated field risk profiles: configurable safety check-in intervals (GPS-stamped acknowledgment from field worker at configurable intervals — 30 minutes, 60 minutes — with escalating alerts if check-in is missed), man-down detection (acceleration pattern from phone's accelerometer triggering automatic emergency alert if worker is stationary and unresponsive after a fall-type event), emergency SOS button in the mobile app (one tap sends GPS position, job details, and emergency contact to nominated managers via SMS and push notification), hazardous site pre-job briefing acknowledgment (before arriving at a flagged high-risk site address, worker must acknowledge the site-specific risk briefing in the app), and job site risk assessment (quick risk assessment checklist at job arrival — particularly for community care, home visit, and security workers entering private properties for the first time). All lone worker safety events are logged with timestamps and GPS coordinates for WHS incident investigation and regulatory defensibility.
Most field service businesses know how many jobs were completed last month. Very few have real-time visibility of the operational metrics that determine profitability: technician utilisation rate (billable job time as % of total shift time — industry benchmark 65–75% for trades; below 55% indicates scheduling inefficiency or excessive travel), first-time fix rate (% of jobs completed without a return visit — industry benchmark 80–85%; below 70% indicates parts availability, skill matching, or job scoping problems), average revenue per job by job type and technician (identifying high-value job types and high-performing workers), customer return rate (what % of customers book again within 12 months — direct retention indicator), and travel time as % of total paid hours (excessive travel time indicates scheduling geography problems or geographic expansion without capacity). Algosoft's operations analytics dashboard gives operations managers, branch managers, and business owners these KPIs in real time — not compiled from spreadsheets at month end. Predictive analytics: ML models on historical job data predicting which jobs are likely to run over time (enabling buffer scheduling), which customers are overdue for preventive maintenance (proactive outreach opportunity), and which field workers have skills gaps affecting their first-time fix rate (training prioritisation). Executive report: one-page weekly summary emailed to business owner every Monday — last week's performance vs. previous week and year-to-date trend.
Drag-and-drop dispatch with PostGIS-powered nearest-worker matching. Offline-first Flutter iOS and Android field worker apps. Live GPS tracking and route optimisation dashboard. Job and work order management with automated customer SMS. Industry-specific digital forms with PDF certificate generation. Australian Modern Award timesheet calculation and payroll export to Xero, MYOB, and KeyPay. NDIS support worker rostering and BPR billing. Lone worker safety check-in and man-down detection. AWS ap-southeast-2 Australian data residency. Single module from $30,000. Integrated platform from $65,000. Source code and data ownership — no vendor lock-in. Get a scoping quote within 48 hours.
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