A basic logistics MVP built in India costs ₹4–12 lakh ($5,000–$15,000). A mid-range platform with route optimization and carrier integrations runs ₹25–65 lakh ($30,000–$80,000). A full enterprise logistics suite with AI, IoT, and ERP integration starts at ₹85 lakh and can cross ₹3 crore ($100,000–$350,000+).
But the number that actually matters the one most vendors won’t mention upfront is the 15–25% of your initial build cost you’ll spend every single year on maintenance, hosting, and updates after launch.
Have questions? We’d love to hear from you.
Here’s the full breakdown.
Project Type | India Cost (INR) | India Cost (USD) | Timeline | What’s Included |
Basic MVP (tracking + dispatch) | ₹4–12 lakh | $5,000–$15,000 | 6–10 weeks | Order management, basic GPS tracking, admin dashboard, single-platform app |
Mid-range platform (TMS or WMS) | ₹25–65 lakh | $30,000–$80,000 | 12–20 weeks | Route optimization, carrier management, inventory sync, multi-role access, API integrations |
Advanced multi-module system | ₹65 lakh–1.5 crore | $80,000–$180,000 | 20–32 weeks | Combined TMS + WMS, real-time analytics, IoT sensor integration, driver/warehouse apps |
Enterprise logistics suite | ₹1.5–3+ crore | $180,000–$350,000+ | 6–12 months | AI-powered forecasting, multi-warehouse, ERP/CRM integration, compliance workflows, auto-dispatch |
Those are India-based development costs with an experienced agency. The same builds in the US or Western Europe run 2.5–4x higher.
Now let’s break down what actually drives these numbers.
What Determines Logistics Software Development Cost in India
Every logistics software quote you’ll get compresses four distinct cost layers into one number. Understanding what’s inside that number is the difference between budgeting correctly and running out of money at 70% completion.
Layer 1: Core application development. This is the code: your backend logic, database, API endpoints, admin panel, and frontend interfaces. For a mid-range logistics platform in India, this layer alone accounts for roughly 50% of the total cost. The tech stack matters here. A React frontend with a Node.js backend costs differently than Angular with Django. (We’ve written a detailed framework comparison for web development if you want the full picture on how stack choice affects cost.)
Layer 2: Mobile applications. If your logistics platform needs a driver app, a warehouse picker app, or a customer tracking app, that’s a separate budget line. Cross-platform frameworks like React Native or Flutter reduce this cost compared to building native iOS and Android separately. A single driver app with GPS tracking, proof of delivery, and offline capability typically adds ₹5–15 lakh ($6,000–$18,000) to your project.
Layer 3: Integrations. This is where budgets quietly explode. Connecting your logistics software to an ERP system (SAP, Oracle, Tally), a payment gateway (Razorpay, Stripe), carrier APIs (Delhivery, FedEx, Shiprocket), or mapping services (Google Maps, Mapbox) requires scoping, building, and testing each connection separately. A single complex ERP integration can cost ₹3–8 lakh on its own.
Layer 4: Infrastructure and DevOps. Cloud hosting on AWS or Azure, CI/CD pipelines, load balancing, automated backups, SSL certificates, domain costs. This isn’t development. It’s the operational foundation your software runs on. Monthly hosting for a mid-range logistics platform typically runs ₹15,000–₹60,000/month depending on traffic and data volume.
Most agencies lump all four layers into one “project cost.” Ask for the breakdown. If they can’t give it to you, they haven’t scoped the project properly.
Cost Breakdown by Logistics Software Type
Not all logistics software is the same project. A transportation management system and a warehouse management system solve different problems, use different architectures, and cost different amounts. Here’s what each one actually runs in India.
Transportation Management System (TMS)
A TMS handles shipment planning, carrier selection, freight auditing, and route optimization. It’s usually the first system a growing logistics company builds or replaces.
TMS Complexity | India Cost | Key Features |
Basic TMS | ₹15–35 lakh ($18,000–$42,000) | Order booking, manual carrier assignment, shipment tracking, basic reporting |
Mid-level TMS | ₹40–80 lakh ($48,000–$96,000) | Automated carrier selection, multi-route planning, freight rate management, analytics dashboard |
AI-enabled TMS | ₹1–2.5 crore ($120,000–$300,000) | Dynamic route optimization, demand forecasting, real-time carrier bidding, predictive ETAs |
The cost jump between basic and AI-enabled is steep because the architecture is fundamentally different. A basic TMS is a CRUD application with a GPS layer. An AI-enabled TMS requires ML model training, real-time data pipelines, and infrastructure that can handle thousands of optimization calculations per minute.
Here’s what most articles won’t tell you: the routing logic itself is cheap to build. Real-time optimization is not. The moment you move from static route planning to dynamic rerouting based on live traffic, weather, and driver availability, your infrastructure costs jump because you’re paying for compute, not just code.
Warehouse Management System (WMS)
WMS Complexity | India Cost | Key Features |
Basic WMS | ₹12–30 lakh ($15,000–$36,000) | Inventory tracking, basic pick/pack/ship, barcode scanning, stock alerts |
Multi-warehouse WMS | ₹35–70 lakh ($42,000–$85,000) | Multi-location sync, zone-based picking, batch management, integration with carriers |
Advanced automated WMS | ₹80 lakh–2 crore ($96,000–$240,000) | RFID/IoT integration, automated replenishment, demand-based slotting, real-time dashboards |
WMS projects have a hidden cost driver that TMS projects don’t: hardware integration. If your warehouse uses barcode scanners, RFID readers, conveyor systems, or automated sorting, the software needs to talk to all of them. Each hardware integration adds ₹2–6 lakh in development and testing time.
Fleet Management Software
Fleet management sits between TMS and pure GPS tracking. It covers vehicle tracking, driver management, fuel monitoring, maintenance scheduling, and compliance documentation.
A mid-range fleet management platform in India costs ₹20–50 lakh ($24,000–$60,000). Add a driver mobile app and the cost increases by ₹8–15 lakh. Add fuel analytics and predictive maintenance, and you’re looking at ₹50–90 lakh total.
Last-Mile Delivery Software
The eCommerce boom in India made this category explode. A last-mile delivery platform handles auto-dispatch, delivery slot management, real-time customer tracking, proof of delivery, and return logistics.
Basic last-mile platforms start at ₹15–25 lakh. A full-featured system with auto-routing, COD reconciliation, and multi-hub support runs ₹40–80 lakh. The tricky part is scale: a system that works for 200 deliveries a day will crumble at 5,000 unless the architecture was designed for it from day one.
The Ongoing Cost Problem (What Most Vendors Don’t Tell You)
Here’s the single biggest budgeting mistake we see from logistics companies commissioning custom software: they treat the build cost as the total cost.
It’s not. Not even close.
After launch, your logistics software needs security patches, OS and framework updates, bug fixes, new feature additions, server maintenance, database optimization, and performance monitoring. Industry standard for annual maintenance is 15–25% of your original development cost. Every year.
That means a ₹50 lakh build carries an ongoing annual cost of ₹7.5–12.5 lakh. Over five years, your maintenance bill equals or exceeds your original development investment.
We took over a logistics project last year from a client who’d built their platform with a different agency. The original build cost was reasonable. But the previous team had no maintenance plan, no monitoring, and no documentation.
When the system started failing under load during a peak season inventory sync breaking, driver app crashing at 3,000+ concurrent users, API timeouts on carrier integrations the client couldn’t get their original developers to fix it fast enough.
By the time we stabilized the system, the rescue cost was nearly 40% of what the original build had cost. All of it is avoidable with a proper post-launch maintenance agreement.
Here’s what your ongoing cost budget should actually include:
- Hosting and infrastructure: ₹15,000–₹60,000/month for cloud hosting (AWS/Azure/GCP). Scales with traffic and data.
- Security and compliance: SSL renewals, vulnerability patching, dependency updates, penetration testing. Budget ₹1–3 lakh/year.
- Bug fixes and performance: Even well-built software develops issues. Allocate ₹3–6 lakh/year for reactive maintenance.
- Feature updates: Your logistics operations will change. New carrier partners, new warehouse locations, regulatory changes. Budget for at least 2–4 feature update cycles per year at ₹2–5 lakh each.
- Monitoring and support: Server uptime monitoring, error tracking (Sentry, Datadog), on-call support for critical failures. ₹1–3 lakh/year.
When you’re comparing vendor quotes, ask every single one: “What does year two cost?” If the answer is vague, walk away.
India vs Global: Why the Cost Difference Exists
Indian web development services cost 60–75% less than equivalent work in the US, UK, or Western Europe. Here’s how the numbers compare for the same mid-range logistics platform:
Region | Hourly Rate | Mid-Range TMS Cost | Enterprise Suite Cost |
India | $25–$60/hr | $48,000–$96,000 | $180,000–$350,000 |
Eastern Europe | $40–$80/hr | $80,000–$160,000 | $300,000–$600,000 |
US / Western Europe | $100–$200/hr | $200,000–$400,000 | $500,000–$1,000,000+ |
The cost difference isn’t because Indian developers are less skilled. India has over 5 million software developers as of 2026, one of the largest and most experienced developer ecosystems in the world. The difference is purchasing power parity and cost of living. A senior React developer in Bangalore earns well and lives comfortably at a rate that’s a fraction of what the same developer costs in San Francisco.
What you should watch for: the cheapest Indian agencies (below $15/hour) often deliver code that works in a demo but breaks in production. Rate compression below a certain threshold means junior developers, no QA process, no project management, and thin documentation. You pay less upfront and pay far more in rework.
The sweet spot for India-based logistics software development sits between $30–$60/hour, which gets you experienced developers, structured project management, proper QA, and accountability.
How to Budget for Your Logistics Software Project
If you’re reading this article, you’re probably trying to figure out what number to put in a business case or a board presentation. Here’s a practical framework.
Step 1: Define scope by modules, not features. Don’t list 47 features. Instead, identify which modules you need: order management, shipment tracking, carrier integration, warehouse ops, analytics, driver app. Each module is a cost block.
Step 2: Decide build vs buy for each module. Not everything needs custom code. If your only need is basic GPS tracking, a SaaS product like Shiprocket or LogiNext might work. Custom makes sense when your workflows are genuinely unique, when you need control over the data, or when SaaS licensing costs at your volume exceed a custom build over 3–5 years.
Step 3: Get the four-layer breakdown. Ask every vendor to separate their quote into core development, mobile apps, integrations, and infrastructure. Compare apples to apples.
Step 4: Add 20–25% contingency. Logistics projects have a higher scope creep rate than typical web applications because the real-world logistics process is messier than any requirements document can capture. Load discrepancies, failed deliveries, partial shipments, COD reconciliation edge cases. These surface during development and add scope.
Step 5: Budget for year two onward. Add 15–25% of the build cost as an annual line item for maintenance. If your CFO questions this, show them the math: ₹10 lakh/year in planned maintenance vs ₹20–40 lakh in emergency rescue work when the system breaks during peak season.
Should You Build Custom or Use Off-the-Shelf Software?
Quick decision framework:
Build custom when your logistics workflows are genuinely different from the standard (unique routing logic, proprietary carrier network, regulatory requirements specific to your vertical), when you need full control over data and integrations, or when SaaS licensing costs at your shipment volume exceed a custom build’s TCO over 3–5 years.
Use off-the-shelf when your operations are standard enough that a pre-built TMS or WMS handles 80%+ of your needs, when you’re a smaller operation (under 500 shipments/day), or when speed to deployment matters more than customization.
The honest truth: most logistics companies with under 500 daily shipments don’t need custom software. A combination of Shiprocket, Unicommerce, or similar platforms with some API glue gets the job done. Custom makes financial sense when the operational complexity or scale makes generic tools a bottleneck.
We’ve written a detailed guide on choosing between custom and off-the-shelf logistics software if you want the full comparison.
How to Pick the Right Development Partner
Your vendor choice affects cost as much as your feature list. A few practical filters:
Ask for logistics-specific experience. Generic web development skill isn’t enough. Logistics software has domain-specific complexity: weight-based routing, carrier rate negotiations, inventory cycle counting, proof of delivery workflows. An agency that’s built logistics systems before will scope and estimate more accurately, and you’ll spend less time explaining your business.
Check their post-launch plan. If the proposal ends at “deployment,” that’s a red flag. Ask about SLA response times, monitoring setup, documentation handoff, and maintenance retainer terms.
Request a module-wise quote. If an agency can only give you one lump number, they either haven’t scoped it properly or they’re padding. A structured quote with per-module estimates tells you the team understands what they’re building.
Talk to a past logistics client. Not just any reference. A logistics client specifically. Ask them about scope changes, communication quality, and post-launch support.
At Truelysis, we’ve been building web and software solutions for 8+ years across 80+ projects. Our team has hands-on experience with logistics software, including fleet tracking, shipment management, and carrier integration systems. If you’re scoping a logistics software project, book a free 30-minute technical assessment — we’ll walk through your requirements and give you a realistic cost estimate before any commitment.
Have questions? We’d love to hear from you.
Frequently Asked Questions
How long does it take to build logistics software in India?
A basic MVP takes 6–10 weeks. A mid-range TMS or WMS with integrations takes 12–20 weeks. Enterprise platforms with AI, IoT, and multi-system integrations take 6–12 months. These timelines assume an experienced team that’s built logistics software before. With an inexperienced vendor, double the timeline.
What tech stack is best for logistics software?
Most logistics platforms in India are built with React or Next.js for frontends, Node.js or Python (Django) for backends, PostgreSQL for relational data, Redis for caching, and React Native or Flutter for mobile apps. The right stack depends on your specific requirements. Real-time features push toward Node.js, data-heavy analytics push toward Python. We covered this in depth in our tech stack comparison guide.
Can I start with an MVP and scale later?
Yes, and you should. Building everything at once is the most expensive and highest-risk approach. Start with the core module that solves your most painful problem (usually shipment tracking or order management), validate it in production, then add modules based on real user feedback. An MVP-first approach typically costs 30–40% less in total over 18 months compared to building the full platform upfront, because you avoid building features nobody uses.
Is it cheaper to outsource logistics software development to India?
India-based development costs 60–75% less than the US or UK for equivalent quality, when you choose the right partner. The key qualifier is “right partner.” Below $20/hour, you’re likely getting junior developers with limited QA oversight. The sweet spot is $30–$60/hour, which gets you senior engineers, proper project management, and accountability.
What are the hidden costs of logistics software development?
The biggest hidden cost is post-launch maintenance (15–25% of build cost annually). Others include: third-party API licensing fees (mapping services, carrier APIs, SMS gateways), cloud hosting costs that scale with usage, SSL and security compliance, and scope changes during development. Budget a 20–25% contingency on top of any quoted development cost.
Truelysis is a web development and digital marketing agency based in Mohali, India. We build logistics software, fleet management platforms, and supply chain solutions for companies that have outgrown spreadsheets and off-the-shelf tools. Planning a logistics software build? Talk to our team and we’ll give you an honest estimate before any commitment.