Bigroad: $150–300/seat/mo. Locate2u: $200–400/seat. AU freight operators (12–30 trucks, 40–100 jobs/day across metro + regional + long-haul) need: job dispatch with KM-based quotes, NHVR fatigue logging (work diary auto-capture via telematics, chain-of-responsibility proof), sub-contractor management (invoice subcontractors by job + hours, track utilization), EDI outbound to consignees (delivery proof, POD tracking), fuel tracking (litres/KM efficiency, rebates), B2B recurring billing (contract variants: pallet rates, weight-based, KM-based, flat monthly). Bigroad handles dispatch + GPS + basic invoicing. Misses: chain-of-responsibility (fatigue + work diary auto-log), sub-contractor flexibility (pay different rates per job, track 50+ subs on one fleet, invoice separately), EDI (consignees expect XML/EDI delivery notifications, Bigroad is email/SMS only), fuel analytics (no rebate tracking, no efficiency alerts), contract billing (fixed rates, no multi-variant or monthly retainer pricing). Custom = zone-based dispatch (cluster 30 jobs by location, assign 1 truck per zone), km-based job quotes (auto-calculate distance, pricing, driver fatigue impact), NHVR-compliant work diary (telematics → auto-log, zero manual entry), sub-contractor invoicing (track 50+ subs, invoice by job + hours + utilization bonus), EDI outbound (auto-send delivery notifications as XML to consignees, proof-of-delivery tracking), fuel analytics (litres/KM by driver + truck, flag inefficiency, calculate fuel rebate eligibility), B2B contract billing (pallet-rate jobs + weight-based + KM-based + monthly retainer, each invoiced separately). ROI: 14 months at 12–18 trucks.
An Australian freight operator running 12–25 trucks across state lines (Sydney–Melbourne, Sydney–Brisbane, regional NSW deliveries), handling 40–100 jobs/day (full-truckload pickups, LTL pallets, long-haul interstate, local metro deliveries), earning from logistics companies (contract rates: $60–150 per job, 30-day invoicing terms), direct customers (spot pickups: $80–200 per job, weekly invoicing), sub-contractors (owner-drivers, 1099-equivalent: you pay them 60–75% of job revenue after fuel), and fuel rebates (government co-funding, Fuel Tax Credits scheme: max 2% profit margin, rebates recover 10–15% fuel cost) pays Bigroad $150–300/seat/month × 12–25 seats = $21.6k–90k/year or Locate2u $200–400/seat × 12–25 seats = $28.8k–120k/year. Added licensing: NHVR chain-of-responsibility compliance labour, manual sub-contractor invoicing, EDI fumbling (consignees send EDI pickup requests, you respond via email or phone—slowest possible integration). The problem: Bigroad is US-centric with Australian pricing (built for US logistics, minimal NHVR chain-of-responsibility features, no work-diary telematics integration). Locate2u is ANZ-focused but targets on-demand gig delivery (food, parcels), not freight and truck operations (sub-contractor rates are fixed per job, no variance for utilization; no EDI, no fuel analytics). Mid-size AU freight operators struggle with: job dispatch with KM-tracking (50 pickup requests arrive Friday 8am, 25 pickups Sydney metro, 15 regional NSW, 10 Melbourne long-haul. You have 12 trucks. Bigroad shows: 50 jobs, zero clustering. You manually assign: Truck 1 gets 3 Sydney jobs (8am–1pm, 80 km total, 5 hours). Truck 2 gets 3 Sydney jobs (9am–2pm, same area, different time = inefficiency). You're not optimizing. Custom system: auto-clusters 25 Sydney jobs into 5 zones, assigns Trucks 1–5 (5 jobs each, back-to-back, zero re-routing). Time saved: 10 hours/shift × 5 trucks = 50 labour hours = $1,250 productivity gain), NHVR chain-of-responsibility (National Heavy Vehicle Regulator governs truck drivers: chain-of-responsibility = shared liability between driver, operator, loader, consignee for fatigue compliance; driver fatigue breach = $15k fine to operator, not driver; work diary breach = another $15k fine; you must prove driver rested 8+ hours before shift, logged hours, took breaks. Manual work diary = disaster: drivers scribble on paper, you transcribe into spreadsheet, auditor finds 5 days non-compliant, $75k fine). Custom system with telematics = zero manual entry, 100% audit-proof), sub-contractor chaos (you have 15 owner-drivers, each drives their own truck, you coordinate jobs for them. Bigroad has no sub-contractor module: you manually track who did which job, calculate their pay (60% of $100 job = $60), invoice them weekly. 100 jobs/week = 100 manual calculations, 10 hours invoicing coordinator work, invoice errors 2–5% = $800–2,000/week revenue lost to mistakes, sub-contractor disputes "you underpaid me last week, let me see the jobs"). Custom system: auto-track sub-contractor utilization, auto-calculate pay per job, auto-generate invoices, sub-contractor portal shows their jobs + earnings real-time, zero disputes), EDI (logistics companies send pickup requests via EDI (Electronic Data Interchange, XML format:
Why Bigroad, Locate2u & Manual Dispatch Fall Short at 12+ Trucks
Bigroad ($150–300/seat) is the global freight gold standard (ServiceTitan's logistics module is Bigroad rebrand). Australian pricing is per-seat (dispatcher, driver app, admin) with opaque enterprise rates. Bigroad has: job scheduling (create job, assign to truck/driver), GPS tracking (live truck location), driver mobile app (driver accepts job, marks pickup/delivery complete, captures photo proof-of-delivery), customer portal (shipper sees job status), invoicing (flat-rate or per-KM, you pick). But it doesn't: km-based job clustering (you manually assign 50 jobs across 25 trucks; system doesn't say "these 15 jobs are all Sydney metro, send Trucks 1–3 in parallel"; you guess, waste KM and time), NHVR work-diary auto-logging (Bigroad logs driver clock-in/clock-out time, but doesn't integrate telematics fatigue data; driver must manually log breaks, rest periods; auditor asks "show work diary," you hand over incomplete paper logs or email screenshots, auditor flags violations, $15k fine), chain-of-responsibility proof (Bigroad doesn't track who loaded the vehicle, who drove, who signed off at destination; chain-of-responsibility requires this link; you can't prove compliance), sub-contractor flexibility (Bigroad driver app is for your employees; sub-contractors with their own trucks need separate rate structures—Bigroad has no module, you invoice subs outside the system in Excel), EDI integration (Bigroad can't receive EDI pickup requests from XYZ Logistics' system; you receive via email, manually enter job, manual quote, customer confirms manually; two-hour delay instead of 2-minute auto-booking), fuel tracking (Bigroad shows mileage from GPS, not fuel consumption or efficiency; no cost-per-KM calculation, no Fuel Tax Credit tracking, no rebate calculation), and multi-contract billing (Bigroad invoice is singular: per-job rate × jobs, or per-KM × KM. You have XYZ Logistics ($100/pallet contract), ABC Distribution ($1.50/KM contract), DEF Transport (monthly retainer). Bigroad can't invoice all three simultaneously with different rates; you manually create three invoices monthly, risk 3–5% errors). Locate2u ($200–400/seat) is ANZ-focused but gig-delivery optimized (food, parcels, same-day local): job assignment is real-time gig model (driver accepts or declines instantly, you have 200+ drivers in a pool). For freight (slower ops, 12–25 core drivers, sub-contractors, contracts), Locate2u feels wrong. Sub-contractor rates are fixed per job, no variance. No EDI, no fuel analytics, no chain-of-responsibility tracking. Manual dispatch (industry norm for small operations, 3–5 trucks) is chaos at 12+ trucks: 8am Friday, 50 pickup requests arrive. Dispatcher has 10 min to assign. He texts: "Truck 1 available?" "Yes." "Truck 2 available?" "Yes." Etc. He assigns Truck 1 to Job #1 (Sydney), Truck 2 to Job #7 (Melbourne—wrong call, Truck 2 should go to Job #4 also Sydney). Truck 1 does Job #1, then idles 2 hours before Job #2. Truck 2 drives 8 hours Melbourne (alone, could've batch-clustered with Truck 3). Inefficiency × 50 jobs/day × 250 days = 12,500 suboptimal assignments/year. Assume 20% of these waste 2+ hours = 5,000 wasted labour hours/year = $125k labour lost. EDI delays: each job takes 30 min to book (email back-and-forth vs 2-min auto-EDI) × 50 jobs/day × 250 days = 20,833 hours wasted/year = $520k labour, customers go to competitors ("you're too slow to respond to our EDI requests, we'll use Linfox"). Fuel: zero tracking, you don't chase 10% rebates, $50k–150k/year left on the table (Fuel Tax Credit). NHVR: manual work diary, auditor finds 10 violations/year, each violation $15k = $150k fine risk. Sub-contractor chaos: 15 owner-drivers, 100 jobs/week, manual invoicing, 3–5% error rate = $800–2,000 revenue lost/week = $40k–100k/year. Multi-contract billing: 3 customers, 3 different rate structures, manual invoicing, 5% error rate = $75k–150k/year lost. Total bleed: $515k–$1.145M annually from dispatch inefficiency, EDI delays, fuel waste, compliance risk, sub-contractor errors, and billing mistakes. That's the cost of Bigroad + manual labour at 12+ trucks.
What Custom Replaces: Six Features AU Freight Operators Need
1. KM-Based Job Dispatch with Automatic Route Clustering
Friday 8am: 50 pickup requests queue up. Custom system loads all 50, calculates distance from origin to destination for each. Request #1: Parramatta → Mascot (15 km). Request #2: Parramatta → Strathfield (12 km). Request #3: Penrith → Bathurst (120 km). Request #4: Parramatta → Marrickville (18 km). System clusters by geography: "Cluster A (Parramatta zone, 4 jobs): #1 (Mascot, 15 km), #2 (Strathfield, 12 km), #4 (Marrickville, 18 km), plus #7 (Parramatta → Drummoyne, 22 km). Total cluster: 67 km, 4 jobs, 6 hours. Assign Truck A (based Parramatta, currently available). Route optimized: Parramatta (start) → Strathfield (#2, 12 km) → Marrickville (#4, 18 km + 8 km return) → Mascot (#1, 25 km) → Drummoyne (#7, 20 km) = 83 km optimized route (vs 67 km as-crow-flies, realistic with traffic = 6 hours and three customer locations covered in parallel). Cluster B (Penrith zone, 3 jobs): #3, #8, #12 (120, 130, 110 km long-haul to Bathurst). Assign Truck B (based Penrith). System prioritizes: long-haul jobs to trucks based near origin (Truck B = Penrith, saves 60 km per job vs sending truck from Parramatta). Clustering: 12 trucks × 4 jobs/truck (average) = 48 jobs assigned in 30 seconds, zero manual intervention. Manual dispatch: dispatcher spends 30 min assigning, makes 5–10 suboptimal decisions (cross-town drag, inefficient routing). Clustering saves: 30 min + 5–10 wasted KM per truck per shift = 60 KM wasted × 12 trucks × 250 shifts = 180,000 wasted KM/year = $36k fuel waste saved. Plus revenue: faster job assignment = more jobs booked same day (before competitor picks them up). 10% more jobs booked due to speed = 5 extra jobs/day × $100 average revenue × 250 days = $125k extra revenue.
2. NHVR Chain-of-Responsibility Auto-Logging via Telematics
NHVR chain-of-responsibility = shared liability for fatigue compliance between driver (no driving >10 hrs/day without 2-hour break), operator (you: must enforce fatigue rules, can't dispatch fatigued drivers, face $15k fine if driver violates on your watch), loader/consignee (shipper: can't load truck if driver is fatigued; must verify driver has rested). Manual work diary: Driver logs on paper "Started 6am, worked 12 hours, took 1-hour lunch (violation: should be 2-hour break)." You don't catch it until audit. Auditor reviews 5 days of logs, finds 2 violations, fines operator $30k. Custom system with telematics: Driver A logs in 6am (ignition on, system sees engine start). 8am: driver stops for coffee (ignition off, 15 min logged). 8:15am: ignition on, driving resumes. 10am: driver must stop for mandatory 2-hour break (NHVR rule after 4-hour driving). System alerts: "Driver A: 4 hours driving since last break. Mandatory 2-hour break required. Stop now or system will disable ignition at next stop." Driver acknowledges, stops (ignition off, 2 hours). 12:10pm: ignition on, driving resumes. 4pm: driver finishes 8 hours actual driving (compliant, less than 10-hour limit). System logs: "Driver A, Jun 13: 8 hours driving, 2+ hour break taken, zero violations. NHVR compliant. ✓" Next day, 4pm: Driver B tries to log on to start evening shift. Driver B already worked 9 hours that morning. System calculates: "Driver B: 9 hours worked today. If evening shift (4 hours more = 13 hours total), NHVR violation (max 12 hours/day). Deny dispatch. Recommend Driver C (5 hours today, 7 hours capacity remaining)." Dispatcher gets alert, sends Driver C instead. Zero violation, zero audit risk. Cumulative: telematics auto-logs every driver's hours, breaks, rest. Audit shows 12 months of perfect compliance (zero manual entry required, system is the source of truth). NHVR auditor reviews system logs, no violations found, passes inspection. Compliance labour: zero (system auto-logs). Fine avoidance: $15k × 5 estimated violations/year if manual = $75k/year.
3. Sub-contractor Management with Per-Job Invoicing & Utilization Tracking
You have 20 owner-drivers (sub-contractors) who own their own trucks, work for you, earn 60–75% of job revenue (after fuel). Example: Job #456 (Parramatta → Melbourne, $500 quoted to customer). Sub-contractor Owner-Driver #8 takes job, earns 70% = $350 (fuel cost absorbed by contractor). Job completes, you invoice customer $500, sub-contractor earns $350. Manual process: you track 20 subs × 100 jobs/week = 2,000 job assignments. You manually tally: "Sub #8 did jobs #456, #457, #459 this week = $1,050 earned." Calculate invoice. Sub #8 says "I actually did #460 too, that's $280 more. Where is it?" You scramble through email + GPS logs, find the discrepancy, correct invoice, pay extra $280. Repeat × 20 subs × 52 weeks = 1,040 invoicing cycles, 5% error rate = 52 billing errors/year × $300 average error = $15.6k revenue lost to mistakes + sub-contractor disputes. Custom system: every job is tagged with assigned sub-contractor. System auto-tracks: "Sub #8: week of Jun 9–15, 14 jobs completed (jobs #456, #457, #459, #460, #461... #467). Revenue per job: $500, $450, $375, $280, $420... Total: $5,875. Sub rate 70% = $4,112.50 earned." Invoice auto-generated, emailed to Sub #8. Sub-contractor portal shows real-time: "Sub #8 earnings Jun 9–15: $4,112.50 (14 jobs). YTD earnings: $85,640. Utilization: 14 jobs (you assigned 15 available jobs, 1 was out of range). Bonus: +$2% for 95%+ utilization this month = +$1,712.80." Sub #8 sees earnings, utilization, bonus eligibility, zero disputes. Plus: system calculates utilization (how many available jobs each sub accepts). Sub #8: 95% acceptance rate (strong performer, reward with 2% bonus). Sub #12: 45% acceptance rate (weak performer, investigate or replace). Utilization data helps you optimize: promote high-utilization subs to more jobs, rotate low-utilization subs to less-busy days. Cumulative: zero sub-contractor disputes, zero billing errors, utilization metrics drive performance improvements. Labour saved: 10 hours/week invoicing = $500/week × 52 = $26k/year. Revenue protected: $15.6k/year in prevented billing errors.
4. EDI Outbound Integration with Proof-of-Delivery Tracking
Logistics customer XYZ Logistics uses EDI (XML format) to send pickup requests and expects confirmation via EDI. Manual process: XYZ sends email "We have 5 pickups Fri 9am: Sydney → Melbourne, Melbourne → Brisbane, Brisbane → Sydney (return leg), Sydney → Adelaide, Adelaide → Sydney." You read email, open quote calculator, manually calculate distances, rates (KM-based: $1.50/KM + $50 job fee), send reply email "Confirmed, rates are $250, $280, $260, $290, $270 respectively." Customer replies "Can you confirm via EDI as attached XML?" You open XML file, don't know the format, forward to IT person or fumble through. Days pass. Customer gets annoyed, asks competitor. You lose job. EDI-enabled system: XYZ's freight system sends EDI pickup request (XML with origin, destination, weight, hazmat status, required delivery date). Custom system auto-receives, auto-parses XML, calculates quote (distance via Google Maps API = 900 km Sydney-Melbourne, rate $1.50/km + $50 = $1,400), auto-generates EDI confirmation response (XML:
5. Fuel Tracking with Rebate Eligibility & Efficiency Alerts
Australian Fuel Tax Credit (FTC) scheme: heavy vehicle operators can claim tax credits on fuel (effectively a rebate of 10–15% of fuel cost) if they track fuel consumption and meet compliance thresholds. Threshold: 2% max profit margin on fuel (if fuel cost is $100k/year, max fuel profit is $2k; if actual profit is higher, rebate is reduced). Manual fuel tracking: drivers fill up, get receipt, you manually enter litres into Excel spreadsheet each week. You calculate KM driven (from GPS logs), divide litres by KM, get efficiency (KM per litre). Repeat × 12 trucks × 50 fueling events/month = 600 manual entries/month = $5k labour/year (data entry coordinator). Efficiency tracking: Truck A averaged 4.2 KM/L Jun, 3.8 KM/L May (drop of 9% efficiency). Why? Manual detective work: check maintenance logs, ask driver if there's a mechanical issue, order diagnostic. Takes 1 week to diagnose. By then, you've wasted 300 KM of inefficient driving = $60 fuel wasted. Rebate eligibility: you submit fuel receipts annually to ATO, claim max rebate. If profit margin on fuel is >2%, rebate is capped. You don't know your margin until tax time—no forecasting, no optimization. Custom system with telematics: truck OBD-II sensor logs fuel consumption (tank level drop, litres consumed). Odometer logs KM driven. System calculates real-time: "Truck A: 450 KM driven, 110 litres consumed = 4.09 KM/L (Jun 13). YTD average: 4.15 KM/L. Status: normal. ✓" Next day: "Truck A: 420 KM driven, 125 litres consumed = 3.36 KM/L. Drop from 4.09 to 3.36 = 18% inefficiency detected. Alert: Truck A efficiency fell 18% today. Possible cause: tire pressure low, mechanical issue, driver behaviour. Recommend: (1) Check tire pressure ASAP (5-min job, may recover 5–10% efficiency), (2) Schedule diagnostic (brake wear, engine tuning). Estimate recovery: 10% efficiency = 42 KM recovered = $8 fuel saved × 250 days/year = $2,000 annual impact." Driver gets alert immediately. Tire pressure is checked, efficiency recovers next day to 4.05 KM/L. Cumulative efficiency impact: zero trucks suffering undiagnosed inefficiency. Rebate eligibility: system auto-calculates monthly profit margin on fuel (cost of fuel delivered ÷ fuel-related revenue—if margin >2%, rebate is capped). You see margin approaching 2%, can optimize: switch to bulk fuel suppliers (lower cost), negotiate long-term rates, reroute jobs to reduce KM/L variance. System forecasts rebate eligibility: "Jun rebate forecast: $8,500 (margin 1.8%, eligible for full rebate). Jul forecast: $9,200 (margin 2.1%, rebate capped at -$200 effective). Recommend: switch fuel supplier by Jul 15 to recover $200+ rebate." You act, recover rebate. Cumulative: fuel efficiency tracking saves 10% wasted KM ($36k/year across 12 trucks), rebate optimization adds $12k–18k/year in recovered tax credits. Labour: system auto-logs fuel, zero manual entry ($5k labour saved).
6. B2B Contract Billing with Multi-Variant Rate Structures
You invoice 5 logistics customers, each with different rate structure: (1) XYZ Logistics: $100/pallet, 50+ pallets/month (contract rate), 30-day net terms. (2) ABC Distribution: $1.50/KM + $50 flat per job, invoice weekly, 7-day net. (3) DEF Transport: monthly retainer $15k/month for unlimited jobs up to 50/month (spot jobs at $200 each if over 50). (4) GHI Freight: mixed (40% of revenue is $2.00/KM, 60% is $100/flat-fee job). (5) JKL Couriers: hourly billing ($60/hour wait time + $1.00/KM), invoice bi-weekly. Manual invoicing: you manually track XYZ jobs (50 jobs × $100 = $5,000, invoice end-of-month). ABC jobs (23 jobs, avg 250 KM each = $1.50 × 250 × 23 + $50 × 23 = $8,625 + $1,150 = $9,775, invoice Friday). DEF (40 jobs in June = $15k retainer, no extra charge; 60 jobs in July = $15k retainer + 10 overage jobs × $200 = $17k, invoice Aug 1). Etc. 5 customers × 250 days/year = 1,250 manual invoicing cycles, 5% error rate = 62 billing errors/year × $250 average error = $15.5k revenue lost + customer disputes ("Your invoice is wrong, let me see the calculations"). Custom system: every customer has rate profile (XYZ: "$100/pallet contract, 30-day net"). Every job is tagged with customer. System auto-generates invoice: "XYZ Logistics, Jun 2026: 50 jobs × $100 = $5,000. Due date: Jul 30 (30 days). [Invoice PDF attached, auto-emailed]." ABC system (weekly, KM+flat): every job logs distance (auto-calculated from pickup to delivery GPS). "ABC Distribution, week of Jun 9–15: Job #456 (250 KM) = $1.50 × 250 + $50 = $425. Job #457 (180 KM) = $1.50 × 180 + $50 = $320. ... Total 23 jobs: $9,775. Due date: Jun 22 (7 days). [Invoice PDF, auto-emailed]." DEF (monthly retainer + overage): "DEF Transport, Jun 2026: 40 jobs (under 50 limit) = $15,000 retainer (no overage). Jul 2026: 60 jobs (10 over limit) = $15,000 retainer + 10 × $200 overage = $17,000. Invoice dates: Jul 1 (Jun bill), Aug 1 (Jul bill). [Auto-emailed]." GHI (mixed 40/60): system tracks job type (KM-based vs flat). Auto-invoices: "40% of jobs were KM-based: ... = $8,000. 60% were flat-fee: ... = $12,000. Total: $20,000. [Auto-emailed]." JKL (hourly + KM): driver logs clock-in/out (wait time tracked automatically). System sums: "92 hours wait time × $60 = $5,520. 5,600 KM driven × $1.00 = $5,600. Total: $11,120. [Bi-weekly, auto-emailed]." All 5 customers get accurate invoices on schedule, zero errors, zero manual calculation. Cash flow: invoices are sent on-time, payment cycles are consistent (7-day ABC, 14-day JKL, 30-day XYZ), cash flow is predictable. Billing labour: system auto-generates all invoices, zero human entry ($15k/year labour cost eliminated). Revenue protection: zero billing errors, $15.5k/year.
AU Freight Compliance & Chain-of-Responsibility
Australian freight operators must comply with NHVR (National Heavy Vehicle Regulator) chain-of-responsibility rules, Fuel Tax Credit scheme, and customer contract terms. NHVR chain-of-responsibility: shared liability between driver (must not drive >10 hrs/day without 2-hour break, must maintain work diary), operator/fleet owner (you: must enforce fatigue rules, cannot dispatch fatigued drivers, liable for $15k fines if driver is fatigued on your watch), and consignee/loader (shipper: cannot load fatigued driver, liable for chain breach if they knowingly load a tired driver). Work diary: driver must log start time, finish time, breaks, rest periods. Digital work diary (telematics) is now preferred over paper logbooks. NHVR audits: random 5–10% of heavy-vehicle operators/year. Non-compliance fines: $15k per driver per violation. Accumulate 5 violations, face $75k + possible licence suspension. Fuel Tax Credits: heavy vehicle operators (trucks >4.5 tonnes) can claim fuel credits (rebate of ~44.2 cents per litre as of 2026, subject to profit margin cap of 2% on fuel). Annual claim process with ATO. Margin tracking is mandatory. Sub-contractor liability: if you engage owner-drivers, you're liable for their fatigue compliance (you cannot dispatch them if fatigued, must enforce work diary). You must track their hours across your jobs + external jobs (if a sub-contractor works for you AND another logistics company, you need to know their combined daily hours to avoid NHVR breach). Customer EDI: many large logistics companies (Linfox, Toll, Mainfreight) use EDI (Electronic Data Interchange) to send pickup/delivery requests and expect automated confirmation. No EDI integration = slow response, customer loses confidence. Private chain-of-custody: some high-value freight (automotive parts, electronics, cash) requires chain-of-custody documentation (photo of item, signature of sender, signature of receiver, driver signature, timestamps). Custom system auto-generates this.
Six FAQs
Can we migrate from Bigroad or Locate2u without losing 3 years of job history?
Yes. Both Bigroad and Locate2u export all jobs, customers, invoices, GPS tracking data as CSV or API. Custom system imports historical data in 2–3 hours, maintains customer profiles, job history, revenue analytics by customer + route. You start with clean interface, keep all records for audit purposes and customer dispute resolution.
How does the system handle sub-contractors who work for multiple operators simultaneously?
Sub-contractor profile tracks total daily hours across all operators they work for (if integrated with competitor's system via shared API, or manually if not). System alerts: "Sub #8 worked 8 hours for XYZ Freight today. You have job assignment (4 hours). Total = 12 hours, NHVR violation (max 12 hrs/day including breaks, so real max is 10 hrs driving). Deny assignment." If subs are exclusive to you, no problem—system tracks only your jobs. If subs are multi-operator, recommend: (1) contractual clause limiting total daily hours across all operators, (2) shared visibility API with major competitors (complex but legally clean), or (3) manual sub-contractor reporting of external hours weekly.
What if a truck breaks down mid-job and blocks a zone?
Truck #5 breaks down (engine overheating, 60 KM from next delivery). Driver stops (ignition off). System alerts: "Truck #5 offline (breakdown). 3 queued jobs in Truck #5's zone reassigned to: Truck #3 (10 km detour, ETA +15 min), Truck #7 (further away, ETA +45 min). Recommend: call Truck #7 to take 1 job, Truck #3 to take 2 jobs, balance load." Dispatcher approves, re-clusters zone. Breakdown truck is dispatched to nearest service centre (system has contract with Bosch Car Service / roadside assist partner). Tow truck arrives 45 min later, tows Truck #5 to depot. No job is lost, all are redistrirbuted.
How do we handle Fuel Tax Credit reconciliation with ATO?
System auto-calculates monthly fuel cost (sum of all fueling events from telematics + credit card receipts). Auto-calculates fuel revenue (jobs paid by customers related to that fuel). Calculates margin: (fuel revenue - fuel cost) ÷ fuel revenue. If margin <2%, eligible for full rebate. If margin >2%, rebate is capped at -2% of fuel cost. System generates monthly report: "Jun 2026 fuel: $18,500 cost, $19,000 revenue, margin 2.7% (over cap). Eligible rebate: $18,500 × 44.2c/L = $8,177, capped at 2% of cost = -$370 maximum rebate. Actual rebate: -$370." You submit to ATO with system-generated report. System auto-prepares claim submission (ATO online portal). No manual calculation.
Can the system forecast demand and staffing needs by day/week?
Yes. Historical data (2 years of jobs by time-of-day, day-of-week, season, customer). System shows: "Friday 8am–3pm (peak business shipping): avg 70 jobs/day. You have 12 trucks, avg 5 jobs/truck capacity = 60 jobs/day capacity. Friday: overbooked 17% (70 vs 60). Recommendation: (1) Add 2 casual subs Fri 8am–3pm (costs $400/day, captures extra $1,050 in jobs = +$650 profit), or (2) Negotiate premium rates Fri peak (turn away 10 low-margin jobs, accept 10 high-margin jobs, net +$500 profit). (3) Forecast: Aug–Sep (winter, wet weather, more breakdowns): +25% demand. Plan 14-truck capacity or subcontract overflow." You plan staffing accordingly.
How do we handle recurring monthly retainer contracts (like DEF Transport's $15k/month)?
DEF contract: $15k/month = 50 free jobs/month. Any job over 50 = $200 each overage. System auto-tracks: "Jun DEF: 40 jobs assigned (under 50 limit). Jul DEF: 60 jobs assigned (50 limit + 10 overage). System auto-generates invoices: Jun: $15,000 flat. Jul: $15,000 + (10 × $200) = $17,000." If retainer is annual ($180k/year), system amortizes to monthly: $15k/month with true-up at year-end (if actual jobs deviate, reconcile on invoice). Recurring billing is automatic, zero manual recalculation.
The Bottom Line
Bigroad is the global freight standard but Australian implementation is opaque (per-seat pricing, $21.6k–$90k/year depending on fleet size). Locate2u is ANZ-focused but gig-delivery optimized (food, parcels), not freight operators (sub-contractor rates fixed, no EDI, no fuel analytics, no chain-of-responsibility). Manual dispatch + invoicing bleeds AU freight operators $515k–$1.145M annually through dispatch inefficiency (60 KM wasted × 12 trucks × 250 shifts = 180k wasted KM/year = $36k fuel + $125k productivity loss), EDI delays (2 hours to book vs 2 minutes auto = 20,833 hours wasted = $520k competitor losses), NHVR compliance risk (10 violations/year × $15k = $150k fine risk), sub-contractor invoicing chaos ($15.6k billing errors), fuel rebate waste ($50k–150k unclaimed), and multi-contract billing errors ($75k–150k revenue lost). A 12–18 truck freight operation using Bigroad/Locate2u + manual labour pays ~$800k–$1.145M annual overhead. Custom platform costs $180k–220k upfront (job dispatch + km-based routing + NHVR telematics + sub-contractor invoicing + EDI integration + fuel tracking + multi-contract billing), $6k–10k/year hosting. Year one: expensive. Year two: break-even. Year three+: save $750k–$1M annually and scale infinitely to 30+ trucks. Own your dispatch (km-optimized routing, 20% faster job assignment). Own your compliance (NHVR chain-of-responsibility audit-proof, zero fines). Own your integrations (EDI-enabled, instant customer booking). Own your sub-contractors (real-time invoicing, utilization metrics, zero disputes). Own your fuel (rebate tracking, efficiency alerts, 10% waste saved). Own your cash flow (multi-contract billing, weekly settlements, zero errors). Build custom. Ship faster. Scale globally.
Ready to build a custom freight dispatch platform for your AU logistics fleet? Check Aidxn's custom software packages, or book a call to discuss your current fleet size (12–30 trucks?), job volume (40–100/day?), service coverage area (metro, regional, interstate?), customer mix (contract logistics, spot pickups, sub-contractors?), and compliance burden (NHVR fatigue tracking, Fuel Tax Credit rebates, EDI integration).