Mining Asset Management Software Development

Q: How much does mining asset management software cost?

A single-site build with core modules runs $15,000 to $30,000. Multi-site with integrations runs $30,000 to $75,000. Enterprise platforms with predictive models start at $75,000. The ranges exclude tagging hardware, scanners, RFID readers, cloud hosting and post-launch support.

Q: How long does it take to build mining asset management software?

A single-site core build takes 3 to 4 months. Multi-site with integrations takes 5 to 7 months. Enterprise platforms with compliance architecture run 8 to 12 months from walkthrough to rollout.

Q: How is this different from generic asset management tools?

Generic tools schedule on dates and assume a network connection. This schedules on running hours, tonnage or cycles, works offline at remote sites, and tracks equipment by site and area rather than by office location.

Q: Can it connect to our existing equipment and monitoring systems?

Yes. Telematics units, GPS trackers and condition monitoring sensors feed the asset record through provider APIs, so meter readings and fault codes arrive without manual entry.

Q: Do you support mixed fleets from different manufacturers?

Yes. Meter readings and fault codes from different manufacturers map into one common structure. Hours, faults and service history then mean the same thing across the whole fleet, whoever built the machine.

Q: Does mining asset management software work without an internet connection?

Yes. Readings, photos and sign-offs save locally when connectivity drops, then sync automatically once a device reaches a connected point. No record is lost between the asset and the office.

Q: Which meter types can trigger a maintenance schedule?

Engine hours, kilometres, tonnage, cycles, charge cycles and calendar dates. An asset can run several at once, and whichever threshold arrives first raises the job.

Q: Do you build predictive maintenance into the platform?

Yes. Models train on your own condition data and failure history, covering vibration, oil analysis and thermal readings. Your predictive maintenance software then alerts on your equipment rather than a generic benchmark.

Q: Can you replace our existing system without stopping production?

Yes. Old and new run in parallel behind an API layer, then cut over by area or asset class. Nothing switches off until the replacement is proven on live work.

Q: How does the system handle equipment moving between sites?

Transfers log the machine, date, origin, destination and approval. Meter readings and service history travel with the asset, so a machine arriving at a new site brings its full record.

Know what equipment you own, what condition it is in, and what it costs to keep running

Equipment-intensive mining operations run machines across sites, shifts and conditions that a general register was never built for. One system holds equipment identity, location, condition, meter readings, service history, operating costs and compliance data against each machine. SolGuruz builds mining asset management software shaped around your asset hierarchy and meter types, giving operations and finance the same view from acquisition through retirement.

Talk to an Engineer

Illustration of a miner working a rock face with a pickaxe beside a code window

Flexible Engagement Models
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The Engineering Partner You Can Build On

Reliable software requires an experienced team that owns delivery from discovery to release. Here is the track record behind ours.

Years Building Custom Software

102+

Products Delivered Across Apps, Web & Software

80%

Repeat Client Rate

87+

Clients Served Across 17+ Countries

Trusted by Startups and Enterprises Worldwide

success speaks louder

Watch How We Make a Difference

5.0

Frame 01 / 04

Custom Software Solution Development / Driver Dashboard & Invoice Automation for Food Service Company

SolGuruz has delivered a solution that has reduced 90% of manual efforts through automation and provided real-time insights for supplier fulfillment and order volume trends. The team is responsive to requests and changes, and their proactive approach to problem-solving has stood out.

Summarized from Gary Boyd's Clutch review

Gary Boyd

CEO and Owner, Tasty Food Guys | Florida, USA

Read Clutch Verified Review

SolGuruz is Rated by Real People on Google and Clutch

5.0

Rated 5.0 / 5 on Google by clients, partners, and visitors who have experienced SolGuruz first-hand - through our work, our office, or our team.

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4.9

4.9 / 5 on Clutch - independently audited reviews from real clients who have shipped products with SolGuruz.

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Backed by independent accreditations

ISO 9001 Certified

ISO 27001 Certified

What Is Mining Asset Management Software?

Mining asset management software gives equipment-intensive operations one system for managing the assets they depend on, from acquisition and commissioning through ongoing use, maintenance and retirement. It keeps equipment identity, location, condition, meter readings, service history, operating costs and compliance records connected to each machine.

Generic asset software assumes a machine sits still, gets used at a predictable rate and has a network connection. Mining equipment has none of those. Larger operations call this category enterprise asset management, or EAM, and SolGuruz builds the asset hierarchy, meter types and offline behavior around how your equipment actually runs.

The demand behind this is measurable. Fortune Business Insights sizes the mining software market at $13.05 billion in 2026, rising to $24.56 billion by 2034. Asset maintenance management alone holds close to 15 percent of that.

We have already built one and we run it ourselves. HotelGuruz is our own maintenance management product, live on the App Store and Google Play, with asset records, condition capture and mobile field updates in production.

OUR EXPERTISE

Our Mining Asset Management Software Development Services

Nine services cover the mining software solutions we deliver, from the first scoping call through production support. Most clients start with one and expand once the first build is live.

Asset Management Consulting and Discovery

Most operations discover how bad their equipment data is only when someone maps it. We check what the ERP holds, what a supervisor keeps on a spreadsheet, and which machines have no record at all. The audit follows the same method as any asset management software development engagement, adapted to equipment that moves between sites. You receive an asset hierarchy, a meter map and a scoped build plan with a fixed cost estimate.

Custom Mining Asset Management Software Development

Full build from data model to deployment, covering custom software development across web, mobile and API layers. Asset registers, meter tracking, condition data and compliance capture are built around your equipment rather than configured into a product designed for someone else's.

Rapid Mining POC Development

A rapid POC answers the technical question first, whether that is reading a telematics feed, proving offline capture works at a remote site, or validating a condition-monitoring model. From there, MVP development puts a working build on one site or one asset class before you commit to the full platform.

UI and UX Design

Screens get used in gloves, in bad light, on a device with a cracked protector. Our UI and UX design starts with the technician at the asset and the planner at a desk, then tests with both before a line of production code is written.

Mobile App Development for Mining Site Teams

Remote sites and areas with no coverage are exactly where the assets are. Through mobile app development, we build technician apps holding asset records, job cards, readings and sign-offs on the device, syncing once it reaches connectivity. HotelGuruz, our own CMMS product, ships this way on both App Store and Google Play.

Telematics and Sensor Integration

Equipment publishes data constantly and none of it arrives in the same shape. We build the ingest layer that pulls engine hours, fault codes and condition readings from telematics providers and sensor gateways, then lands them against the right machine. Every feed is proven against a sandbox before anything reads from it.

Legacy System Modernization and Data Migration

Twenty years of readings and repairs is why most operations never replace an aging system. Through legacy application modernization, we move the history intact, then validate that every machine's meter reading carries across correctly. A schedule built on a wrong hour reading is worse than no schedule at all.

Predictive Maintenance and AI Development

Condition data tells you an asset is failing weeks before it stops, but only if something is trained to read the pattern. Machine learning development services build predictive maintenance software on your own sensor history and failure records, so alerts reflect your equipment rather than a vendor's benchmark.

Field Rollout and Ongoing Delivery

Going live at a remote site is not the same as going live in an office. We roll out by area or asset class, train the crews who will actually use it, and stay on through the first full maintenance cycle when the real gaps surface. Application maintenance and support continues after that as sprint capacity, not a ticket queue, while the fleet and the regulations change.

Start With the Assets Costing You Most

Tell us which equipment interrupts your schedule most often, and we will scope the first build around it.

Types of Mining Asset Management Software We Build

Eight modules cover what an equipment-heavy operation needs to know about its machines. Each is scoped on its own.

Equipment Register and Site Hierarchy

Everything starts with knowing what you own and where it sits. Asset management software for mining holds equipment ID, manufacturer, model, warranty details, and full service history against each machine, nested by pit, processing area, workshop, and site. Get the hierarchy wrong, and every schedule, cost rollup and availability figure built on top inherits the mistake. Asset lifecycle management starts here, since acquisition, transfer, service and disposal all write back to this record.

Heavy Equipment and Mobile Fleet Management

Machines that move around the site each carry their own service intervals and parts lists. Mining fleet management software gives each machine its own record covering intervals, meter readings, repairs and parts used. Managers see which equipment is costing more to keep running. Heavy equipment tracking runs off the same record, so location and service status sit together rather than in two systems.

Stationary Equipment and Processing Plant Management

Plant maintenance covers crushers, conveyors, pumps and processing equipment that stay in one location, but service history matters just as much as it does for machines on the move. These assets join the same register with location-based records, so a supervisor pulls up an area and sees every machine in it with current status and open work.

Meter and Usage Tracking

Running hours, tonnage, distance and cycles are recorded against each machine as it works, whether they arrive from a telematics feed or a technician entering them on site. This is the reading layer everything else runs on, from service triggers to cost per hour to the availability figures a general manager asks for.

Asset Condition Tracking

A reading that sits in a monitoring tool tells you nothing six months later. Vibration, oil analysis, thermal and pressure readings attach to the asset alongside its meter history, so condition and usage build one record rather than two. Patterns show up across a machine's life instead of one alert at a time.

Operating Cost Per Machine

Fuel, parts, labor, repair and downtime roll up per machine into a single operating cost. That is the number heavy equipment maintenance software exists to produce, and the one most operations still estimate. A machine whose hourly cost climbs against its own history shows up before the annual budget review, not during it.

Safety, Inspection and Compliance System

Pre-start checks, permits, equipment inspections and operator certifications need to be current and provable. Digital checklists capture at the point of work with photo evidence and expected-answer validation. Every entry timestamps against the asset, so an audit request gets answered from the system rather than a filing cabinet.

Maintenance and Work Scheduling

Mining maintenance software should trigger on recorded usage rather than on dates. Operations that need the full maintenance layer, covering work order queues, technician assignment, spare parts management and asset inventory management, should start with CMMS software development. Mining equipment maintenance rarely fits a fixed calendar, since two identical machines in different pits accumulate hours at different rates.

Capabilities Built Into Every Mining Asset Management System

Whichever system you start with, these run underneath all of them.

Multi-Meter Triggering

An asset can run against several meters at once, and whichever threshold arrives first raises the job. A diesel machine schedules on engine hours while a battery-electric one schedules on charge cycles, both inside the same register.

Multi-OEM Data Normalization

Different manufacturers publish meter and sensor data differently. Readings land in one common structure, whatever format they arrive in, so an hour logged on one manufacturer's machine means the same thing as an hour logged on another's.

Fault and Failure Code Capture

Structured codes at job close turn service history into analysis. Repeat failures surface as patterns rather than as a technician's memory, and root cause analysis runs on recorded data.

Availability and Utilization Metrics

MTBF, MTTR, equipment availability, hours worked and planned versus unplanned equipment downtime are calculated from meter readings and job records the system already holds. Nobody rebuilds them in a spreadsheet before a monthly review.

Offline Capture and Sync

Readings, photos and sign-offs are saved on the device when coverage drops, then sync once it returns. No record is lost between the asset and the office.

Turn Your Asset Data Into Better Decisions

Show us how you track assets today, and we will identify where better data could reduce downtime.

How AI Works Inside Mining Asset Management Software

Field data arrives messy. Meters get misread, manufacturers publish faults differently, and lab results land as PDFs. AI belongs where it fixes that before a person has to.

Meter Reading Validation

Hour meters get misread, replaced or entered twice, and a wrong reading throws off every schedule built on it. Readings that break from a machine's own pattern get flagged for checking rather than accepted into the record.

Fault Code Translation Across Mixed Fleets

Every manufacturer publishes fault codes in its own vocabulary. Codes from different OEM feeds map into one common set, so the same fault on two machines from two suppliers reads as the same fault.

Lab and Supplier Document Reading

Oil analysis results, supplier invoices and warranty documents arrive as PDFs and photos. Fields get extracted and matched to the right machine through LLM development, instead of someone retyping them into the register.

Condition Report Summaries

A vibration or oil analysis report runs to several pages of numbers. Results get summarized per machine in plain language, so a supervisor sees what changed since the last sample without reading the full report.

Asset Identification From Photos

A technician photographs a machine plate and the system matches it to the register, or flags that no record exists. Unregistered equipment on site stops being invisible.

Reporting Gap Detection

An asset that stops sending telematics data usually means a failed unit, not an idle machine. Assets that go quiet against their own reporting pattern raise a flag before the gap becomes months of missing history.

Built for Every Team on the Mining Site

Asset software gets abandoned when it is built for one role and handed to five. We build a distinct view for each person who works in it. The planner, the technician and the safety officer each open the system to the job in front of them, not a screen built for someone else.

Maintenance Planners

A full asset register with live meter readings, so schedules build on real usage instead of best guesses.

Supervisors

One view of open work by area, priority visible, so job status never means chasing people.

Technicians

Job cards, checklists and sign-offs on a phone that works without signal and closes in under a minute.

Store Controllers

Stock levels tied to scheduled work, with alerts that fire before a shortage stops a job.

Safety Officers

Inspection evidence, certification expiry and a full audit trail, pulled up without opening a filing cabinet.

Operations Managers

Cost and downtime reporting by asset and area, in numbers that hold up in a budget conversation.

Each view is scoped to the role during discovery, so nobody is handed a screen built for a different job.

Connect Your Mining Asset Management Platform to All Your Tools

New software has to work with what the site already runs. Every connection below has a specific operational job.

Connection type	What we connect to	What your team gains
Equipment telematics	OEM telematics APIs, GPS units, onboard monitoring systems	Engine hours, location, fault codes and utilization update the equipment record automatically
Mixed-fleet and autonomous systems	Multiple OEM telematics platforms, autonomous haulage feeds, onboard diagnostics	Machine health data from every manufacturer feeds one maintenance queue rather than four separate portals
Maintenance systems	CMMS, work order platforms and maintenance databases	Service history, repairs and maintenance costs stay connected to the equipment record
Condition monitoring	Vibration analyzers, oil analysis lab systems, thermal imaging, IoT sensor gateways	Condition readings stay attached to the machine and build a history over time
ERP and finance	SAP, Oracle NetSuite, Microsoft Dynamics, QuickBooks	Purchase cost, depreciation and operating spend reconcile with the asset record
Procurement and suppliers	Purchase order systems, supplier catalogs, EDI channels	New equipment, warranties and supplier information flow into the asset record
Compliance and certification	Inspection, training and certification systems	Equipment inspections and required certifications stay visible against the relevant asset
Reporting and BI	Power BI, Tableau, existing data warehouses	Equipment condition, utilization, downtime and cost data flows into management reporting

Every extra feed adds design, testing and failure handling. A platform reading telematics from one provider and one reading from four are different projects, even when the screens look identical.

Compliance and Safety Records We Build To

Compliance is not a report produced at the end. It is a set of records the software has to capture correctly while the work happens.

Inspection and Checklist Evidence

Pre-start checks and equipment inspections are captured at the point of work with photo evidence, timestamps and expected-answer validation. Overdue items escalate before they become a stoppage.

Permits and Sign-Off Trails

Permit approvals and safety sign-offs are built into the job card rather than sitting on a clipboard. A job cannot close without the required record attached.

Competency and Certification Tracking

Licenses, tickets and machine-specific competencies are tracked with expiry alerts, so work only gets assigned to people cleared for it. Audit requests get answered from the system.

Complete Service History Per Asset

Every job, reading, part and inspection stays attached to the machine for its full working life. When a machine is inspected, audited or sold, the record answers for it without anyone reconstructing the history from paper.

Access Control and Audit Logging

Role-based access controls who sees and edits what, and every change carries an owner and a timestamp. Nothing is edited silently, so records hold up under scrutiny. Delivery runs on ISO 27001:2022 and ISO 9001:2015 certified processes.

How We Build Mining Asset Management Software

Six stages, shaped around the fact that operations do not pause for a software launch. Timeline is subject to change based on project scope.

01 / 06
Site and Asset Walkthrough (2-4 weeks)
We sit with planners, supervisors, and the workshop, then look at how assets are recorded today. What lives in the system, what lives on paper, and what nobody records at all shapes the data model.

Deliverables: Asset hierarchy, meter map, integration audit, compliance brief, scoped module list
02 / 06
Architecture and Integration Design (2-3 weeks)
We design for reading volume from equipment and sensors, then confirm every integration point before development opens. Feeds get tested against sandbox environments now, while changing the plan is still cheap.

Deliverables: Architecture document, stack specification, integration map, infrastructure plan
03 / 06
Interface Design for Field Conditions (2-4 weeks)
Screens get used in gloves, in bad light, on a device with a cracked protector. Every layout is designed for that, not for a boardroom demo. Built with web application development that stays fast on site hardware.

Deliverables: Wireframes, clickable prototypes, UI system, approved workflow logic
04 / 06
Sprint Development (8-20 weeks)
Two-week sprints, working software at the end of each. Core modules first, then integrations, then predictive and reporting layers. An engineer reviews every file before it merges.

Deliverables: Functional modules per sprint, sprint demos, updated backlog
05 / 06
Data Migration and Parallel Running (2-4 weeks)
Existing asset registers, work history and parts data are cleaned and validated before they move. Old and new run side by side on live work so discrepancies surface while the old system is still there to check against.

Deliverables: Migration validation report, integration test results, parallel run log
06 / 06
Staged Rollout and Ongoing Work
We go live by area, asset class or site rather than switching everything at once. After launch, we watch performance, monitor integration health and add modules as coverage grows.

Deliverables: Deployed system, monitoring report, module roadmap, year one support plan

How we engineer

Our AI-Native Engineering Standards

AI-native by practice, engineer-led by principle. These are the rules every SolGuruz team works to, on every project, whatever the stack or industry.

01Architecture and Design Quality
- Spec-Driven Requirements
  Every feature has written acceptance criteria and a traceable spec before development starts, and AI checks the spec for gaps, conflicts, and missing edge cases.
  Engineer-ledEngineers review every spec for feasibility before it’s estimated.
- Architecture Standards
  Architecture, data model, state management, and integrations follow proven patterns for scale, security, and maintainability, and every key decision is documented.
  Engineer-ledAn engineer signs off every architecture decision.
- Design System and Accessibility
  Every screen is built from a shared design system in Figma, with AI-assisted accessibility checks and design-to-code handoff.
  Engineer-ledDesigners own every design decision and its consistency across devices.
02Code Quality and Security
- AI-Assisted Development, Human-Owned Code
  Developers use Claude Code, GitHub Copilot, and Cursor for scaffolding, boilerplate, and repetitive patterns, never for unreviewed logic.
  Engineer-ledEngineers own the logic and review every AI-generated change.
- Coding Standards, Git Flow and Peer Review
  Code follows agreed conventions and a Git Flow branching model, and AI-assisted review flags issues on every commit.
  Engineer-ledA second developer reviews every change before it merges.
- Secure and Compliant by Default
  ISO 27001 and ISO 9001 certified processes, SOC 2-aligned controls, least-privilege access, and encryption in transit and at rest, with HIPAA-aligned safeguards where health data is involved.
  Engineer-ledAn engineer owns every security review.
03Testing and Release Safety
- AI-Generated Tests and Manual QA
  AI generates unit tests, edge cases, and regression suites from the codebase, and automated suites run on every build.
  Engineer-ledQA engineers test the real user flows by hand before every release.
- Static Analysis and CI/CD Pipelines
  Static code analysis scans every commit, and CI/CD pipelines build, test, and deploy across development, staging, and production.
  Engineer-ledEngineers set the quality gates the pipeline enforces and fix what the scans flag.
- Release Safety
  Every release has staged environments, a tested rollback plan, and alpha and beta builds for internal and external users before full rollout.
  Engineer-ledEngineers review release metrics before each rollout phase.
04Reliability and Ownership
- Observability
  Crash reporting, performance monitoring, and usage analytics are live from launch day, with alerts routed to the team that built the product.
  Engineer-ledEngineers act on every alert and track trends for the life of the product.
- Data-Driven Iteration
  Product analytics are instrumented from launch, and new features are prioritized from user feedback and data, not guesswork. For clients without an in-house marketing team, we also run the growth strategy.
  Engineer-ledEngineers turn analytics into the backlog for each release.
- Documentation, Ownership and Ongoing Support
  AI keeps API references and technical docs in sync with the code, and maintenance plans keep the product secure and up to date.
  Engineer-ledYou get full repository access and IP ownership, and one in-house team stays accountable for the outcome.

What Does Mining Asset Management Software Cost?

Scope drives the number more than anything else. Here is where most builds land.

Build tier	What it covers	Cost range
Single site, core modules	Asset register, meter tracking, mobile capture, reporting	$15,000 - $30,000
Multi-site with integrations	Adds condition data feeds, telematics, ERP connection, compliance records	$30,000 - $75,000
Enterprise platform	Multiple sites, predictive models, deep integrations, full compliance architecture	$75,000+

Mining asset management software projects start at $15,000. The final number depends on fleet size, how many sites you run, how many systems it connects to, and how much of the analytics layer you need. Teams building that layer internally can bring in a dedicated development team from the same engineers instead. You can also start with the assets that interrupt your schedule most and expand from there.

Non-mining builds, such as single-site and IT asset systems, start lower. See the asset management software development page for those ranges.

Sitting outside these ranges: sensor hardware, telematics subscriptions, cloud hosting and post-launch support. We quote those separately so nothing hides inside one figure. Every engagement opens with a discovery phase producing a fixed-scope estimate. You approve the number before code gets written.

Know What Your Mining Asset Platform Will Cost

Share your fleet size, sites and current systems, and we will come back with a range you can take into a budget meeting.

The Tech Stack Behind Your Asset Platform

We build on frameworks that hold up under continuous sensor reading volume and site-edge conditions.

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Claude Code
GitHub Copilot
Cursor
Windsurf
v0
Gemini
Codex
Banani
Figma Make
Uizard
Pencil Dev
Stitch
Kiro
Antigravity
User-doc
Miro AI
Whimsical AI
Flutter
Android
Apple
React Native
TypeScript
JavaScript
ReactJs
Electron
Angular
WordPress
Webflow
FlutterFlow
Java
PHP
Node.js
Python
Laravel
Django
FastAPI
Flask
Nestjs
Feathersjs
Strapi
Netlify
Contentful
Storyblok
Butter CMS
Directus
TensorFlow
PyTorch
OpenCV
Hugging Face
Kaggle
OpenAI
Anthropic
Ollama
Claude
Voiceflow
Vapi AI
Perplexity.Ai
Stable Diffusion
CrewAI
N8n
Langflow
Keras
LangChain
Google Colab
Rasa
Llama 4
PaLM 2
MYSQL
AmazonDynamoDB
Firebase
Firestore
Supabase
PostgreSQL
Oracle
Redis
MongoDB
Cassandra
Elasticsearch
Pinecone
Pgvector
Weaviate
AWS
Digital Ocean
Google Cloud
Twilio
Docker
Kubernetes
Azure
Mocha
JMeter
Appium
SoupUI
Jest
Maven
Test NG
Selenium
Cucumber
Postman
Cypress
Rest-Assured
Vercel
GitLab
Git
Github Actions
Jenkins
Nginx
PM2

Monitoring and Field Hardware

IoT sensor gateways
GPS units
Barcode and QR scanners
RFID readers
Mobile devices

An Asset System Already in Production
Plenty of vendors describe an asset register they have not built yet. Ours is running. HotelGuruz is our own product, live on the App Store and Google Play, with asset records, condition capture and mobile field updates working in production. That proven code is a big reason 80% of our clients come back and 70% refer to us.
We Model the Asset Before the Interface
Asset hierarchy is the decision everything else depends on, and it cannot be changed later without rework. We spend the first weeks on meter types, criticality and how your equipment nests across pits, plants and workshops, before anyone opens a design tool.
Field Compliance We Have Already Shipped
We built a field compliance app that replaced paper checklists with 15+ enforced rules for crews working across the USA and Canada. Inspection evidence, expected-answer validation and audit trails are patterns we have shipped and tested, not features we are describing for the first time.
Adding Technicians Costs You Nothing
Licensed platforms charge per technician, so costs rise as your team grows. You own the code and deployment, so adding seasonal crews, contractors, or new sites does not add software fees.
Nothing Stops While the Switch Happens
Old and new run side by side on live work, so a planner can check a reading against the previous system before trusting it. We cut over by area or asset class rather than switching a whole site in a weekend. Production keeps running through the transition.
Proven Delivery, Backed by Results
You work with engineers, designers and QA who have delivered 102+ products across 14 industries, backed by a 99.9% delivery rate and ISO 27001 and ISO 9001 certified processes. Every figure on this page is verifiable.

Get a Scope Document Before You Commit

Share your asset base and systems, and get a clear scope, integration plan, and fixed estimate.

From Our Portfolio

Asset and Operations Software We Have Built

SolGuruz has shipped 102+ products across 14 industries. See how our team built systems for equipment records and maintenance work. They include our own CMMS product, a B2B trading marketplace with inventory sync into client ERP systems, and a field compliance platform for radon mitigation.

HotelGuruz: CMMS Software Delivered in 45 Days - Live on App Store & Google Play
HotelGuruz Redefines Hotel Operations with a CMMS Solution that Simplifies Maintenance, Asset Management, Reduces Costs & Unites Hotel Teams under One Centralized Platform.
Key Outcomes
45-Day
Delivery Timeline
$180-$350
Saved Per Room / Year
iOS + Android
Native Apps
Hospitality
CMMS Platform
Property Management Software Solutions
We built a custom property platform with CRM-style tenant management, maintenance requests, automated rent collection, and financial reporting across role-based panels.
Key Outcomes
12-14 Week
Delivery Timeline
15-20 hrs
Rent Reconciliation Saved
3 Portals
Tenant, Landlord, Admin
5 Layers
Security: Encryption to Rollback
B2B Diamond CRM Portal With ERP Synchronisation
Gem is a B2B diamond trading portal with inventory sync to client ERP systems, 4 platforms (web, mobile, backend, cloud), and enterprise security.
Key Outcomes
6+ Month
Delivery Timeline
4 Platforms
Web, Mobile, Backend, Cloud
ERP Sync
Inventory Synced with Client ERP
B2B
Diamond Trading
RadonSketch: AARST-Compliant Radon Mitigation App Delivered in 3 Months
RadonSketch replaces paper checklists and hand-drawn diagrams with AARST-compliant digital workflows for field professionals across USA and Canada.
Key Outcomes
<3 Months
Delivery Timeline
App Store
Concept to Live
15+
AARST Compliance Rules
3 Tiers
Free Trial, Pro, Enterprise

View All Case Studies

What Our Clients Say

Explore the latest reviews from our existing clients to get a better picture of our services and collaboration.

Top Clutch Android App Development Company Nova Scotia 2026

Top Clutch App Development Company Nova Scotia 2026

Top Clutch iPhone App Development Company Nova Scotia 2026

Top Clutch Flutter Developers Ahmedabad 2026

Top Clutch Kotlin Company Ahmedabad 2026

5.0

Real estate

Web Design, Mobile App Development of Real Estate Platform for Real Estate Company

SolGuruz has delivered a functional, error-free platform that aligns with the client's needs and requirements, meeting expectations. They ensure a smooth process through their effective communication, responsiveness, proactive problem-solving, and streamlined, transparent development process.

Summarized from Chirag Balani's Clutch review

Chirag Balani, General Manager, Property Dollar

Sydney, Australia

Oct. 2021 - Ongoing

4.5

Food & Beverage

Web & Mobile App Dev for Online Food and Grocery Platform

SolGuruz successfully delivered a reliable and robust system with an easy operating experience. The team fulfilled all the client's expectations and delivered the project on time. Their active involvement in the project and effective communication via virtual meetings were hallmarks of their work.

Summarized from Kastriot Shatri's Clutch review

Kastriot Shatri, CEO, Kas Foods Solution Group Kft

Budapest, Hungary

Sep. 2023 - Mar. 2025

5.0

Diamond & Jewelry

Custom Software Development, Design and App Development for B2B Diamond Platform

Since partnering with SolGuruz, the client has gained an all-encompassing solution to provide their customers. The team accomplishes their goals with agility, and internal stakeholders are particularly impressed with the vendor's comprehensive approach to support and maintenance.

Summarized from Kalpesh Zalavadiya's Clutch review

Kalpesh Zalavadiya, Managing Director, DiamNow

Surat, India

Nov. 2021 - Ongoing

View All Client Testimonials

Licensing Fees Rising With Your Fleet?

Send us what your current platform charges per asset. We will show you the month your build stops costing and starts saving.

Related Operational Systems

Asset records rarely live in one system. Explore the connected operational software our team builds.

You are hereMining Asset Management Software

Asset Management Software DevelopmentReplace scattered spreadsheets and disconnected records with one asset register.
CMMS Software DevelopmentReplace spreadsheets and outdated tools with a CMMS that fits your operations, not the other way around.
Fleet Management Software DevelopmentVehicles, drivers and service schedules in one record, fed by the telematics already on your trucks.
Custom ERP DevelopmentGround-up ERP builds shaped around your workflows, module set, and integration map.