Frequently asked questions

Avantix Innovation Sdn. Bhd. is a Malaysian technology company founded in 2024 and based in Penang. We build AI-integrated applications, custom business software, web and mobile applications, and industrial IoT systems for companies in Kuala Lumpur, the Klang Valley, Penang, and across Malaysia.

Our office is at No. 7, Lorong Beringin 2, Taman Industri Beringin, 14100 Simpang Ampat, Penang, Malaysia. We work with clients in Kuala Lumpur, the Klang Valley, and across Malaysia. Most conversations start on WhatsApp or a call; after that first chat, when both sides see a fit, we meet in person.

Yes. Avantix Innovation Sdn. Bhd. is registered in Malaysia with SSM company registration number 202401000888, incorporated in 2024.

Manufacturing, machinery distribution, industrial equipment supply, service and maintenance companies, SMEs, and organisations pursuing Industry 4.0 and smart factory initiatives.

We handle both sides of an IoT deployment. That includes sensor selection and installation, RS-485 and PLC integration, and edge gateway configuration, through to the cloud platform, dashboard, and mobile application. Being responsible for the full stack avoids the integration gap that appears when hardware and software come from separate suppliers.

It depends on scope. In past deployments, a six-compressor IoT monitoring system went from site survey to live dashboard in two weeks, and a distributor's move from paper and Excel to Service Tracker — including data migration and staff training — was completed in under a week. We give a timeline in the written scope before work starts.

Yes. Older industrial machines are connected either by reading existing controller and PLC registers over RS-485 Modbus, or by retrofitting external sensors where no data interface exists.

Three things: every system is custom-built rather than a configured template; we handle hardware integration and software in one scope rather than splitting it between suppliers; and technical execution is founder-led, so change requests go straight to the people building the system instead of passing through account-management layers.

Yes. We are based in Penang and provide local support including on-site attendance, in the same time zone and in both English and Bahasa Malaysia. Ongoing support arrangements are agreed per project.

Starting prices: custom business systems from RM 15,000, web apps from RM 15,000, iOS and Android apps from RM 30,000, AI features from RM 8,000, and an industrial IoT pilot from RM 9,000. Ready-built products run from RM 60 per vehicle to RM 490 a month, with OmniChat WhatsApp AI from RM 390 a month. Prices exclude SST where applicable; every project gets a written quote after a free consultation.

Contact us by phone at 012-8520289 or email info@avantix.my with a description of your operation and the problem you want solved. For IoT projects we normally arrange a site survey first, since the machines involved determine both the integration approach and the cost.

For predictive maintenance, yes — a model needs a history of normal operation before it can recognise abnormal operation. This is one reason we deploy monitoring first and predictive features second. Chat automation is different and can work from day one using your product and service information.

A threshold alarm fires when a single reading crosses a fixed line, which catches sudden failures but misses gradual degradation. AI-assisted monitoring learns the machine's normal operating envelope across several variables at once and flags patterns that are abnormal for that specific machine, even when no individual reading is out of range.

Yes. Our OmniChat system integrates with WhatsApp to answer routine questions, capture lead details into a CRM pipeline, and hand over to a human when the conversation needs one. It is designed for businesses receiving more enquiries than staff can answer promptly.

Off-the-shelf software is the right answer when your process is genuinely standard. Custom development becomes worthwhile when the package would cover only part of your workflow and the remainder would fall back to spreadsheets, or when the process you want to keep is itself a competitive advantage.

Ownership and licensing terms are agreed in writing before development begins, and we scope each project so the arrangement is explicit rather than assumed. Discuss your requirements with us directly so the terms match how you intend to use and extend the system.

Yes. API integration is a standard part of our work — connecting to accounting packages, supplier systems, messaging platforms, and existing internal databases so the new system fits into your environment rather than sitting beside it.

Because our technical execution is founder-led, change requests go directly to the people who built the system instead of queuing behind account-management layers. That keeps the turnaround on adjustments short; the timeline for a larger feature is agreed when it is scoped.

We build cross-platform applications from a single codebase, so iOS and Android stay at feature parity and only need one round of updates. This keeps both the initial build and ongoing maintenance substantially cheaper than developing two native apps in parallel.

Applications intended for field use are built to handle intermittent connectivity, holding data locally and syncing when the connection returns. This matters for technicians working inside plants and in areas with poor mobile coverage.

Yes. We integrate with existing internal databases and business systems through APIs, so the app becomes another interface onto data you already hold rather than a separate silo requiring duplicate entry.

Yes. Much of the equipment we connect was built long before IoT. We either read existing PLC and controller registers over RS-485 Modbus, or retrofit external sensors, then send the data through an edge gateway. The machine's own control system is not modified.

It depends on how many machines are involved and how they connect. Our six-compressor deployment in Penang went from site survey to live dashboard in two weeks, including hardware installation, gateway configuration, and dashboard setup. Larger multi-line rollouts are staged line by line.

The edge gateway buffers readings locally and re-transmits them once connectivity returns, so readings taken during the outage are not lost. This is why we place a gateway on site rather than sending sensor data straight to the cloud.

Our standard logging interval is one minute. That resolution is fine enough to catch short cycles, pressure spikes, and transient faults, while keeping long-term storage costs manageable for multi-year historical analysis.

AirFinity records energy consumption in kWh, discharge pressure, operating temperature, and run state, logged at one-minute intervals. Together these show whether a compressor is running efficiently, cycling abnormally, or trending toward a fault.

Yes. AirFinity is designed as a retrofit system for compressors already installed in the plant. We connect via RS-485 Modbus where the compressor controller supports it, or install external sensors where it does not, without modifying the machine's own control system.

It makes compressed air cost visible per machine instead of buried in a single plant electricity bill. In one Penang deployment across six compressors, that visibility enabled roughly 25% in energy cost savings within three months, alongside a 40% reduction in unexpected downtime.

Yes. Continuous kWh logging produces an auditable energy consumption record per asset, which is the underlying data most energy efficiency and ESG reporting requires. Reports can be exported from the dashboard rather than assembled manually.

It replaces the paper visitor logbook and the separate spreadsheets used to track contractor safety inductions and documents. All three become one digital record that can be searched, reported on, and checked automatically at the gate.

Yes. SitePass is built as multi-tenant SaaS, so a group operating several plants manages them from one platform while keeping each site's data, access rules, and reporting separate.

Safety induction status, certifications, and document expiry dates are stored against each contractor record and checked at check-in, so a contractor with lapsed documentation is identified at the gate rather than discovered during an audit.

Yes. Because check-in and check-out are both recorded through the guard interface, the system maintains a live on-site roll — the information needed during an evacuation, which a paper logbook cannot reliably provide.

Machinery distributors, industrial equipment suppliers, and service companies that maintain equipment for customers — organisations managing recurring service schedules across many machines and multiple customer sites.

Yes. In a deployment for a Malaysian equipment distributor, complete migration from legacy Excel records was finished in under one week, alongside staff training on the new system.

Because equipment history and parts data already sit in the system, a quotation is generated from existing records rather than reconstructed from files. One distributor reduced quotation turnaround from three days to under two hours.

It issues automatic reminders when equipment is due, based on each machine's maintenance schedule. The distributor deployment referenced above reported zero missed service reminders after moving off paper job sheets.

Yes. WhatsApp is the primary channel, which matters in the Malaysian market where most B2B and consumer enquiries arrive there rather than through a website form or web chat widget.

OmniChat handles routine enquiries automatically and escalates to a human when the conversation needs one. How the automation is presented to customers is configured per deployment — we recommend being straightforward about it, since the value is fast accurate answers rather than pretending a person is typing.

Lead details are captured into a structured CRM pipeline automatically, so an enquiry becomes a trackable record instead of remaining buried in a chat thread on one salesperson's phone.

Vehicle position in real time via GPS, route history, mileage and engine hours, fuel consumption, driver behaviour, and upcoming maintenance requirements — per vehicle and per driver.

It exposes cost that is otherwise invisible: inefficient routes, driving behaviour that increases fuel burn and wear, and vehicles consuming disproportionate fuel. It also moves servicing onto actual mileage rather than a calendar, which avoids both premature and overdue maintenance.

Logistics companies, transport operators, and any business running delivery or service vehicles where the fleet is a material cost centre rather than a couple of cars.

A spreadsheet records the pipeline; a CRM acts on it. Follow-ups are scheduled and fire automatically, history is retained against the account when staff change, and conversion can be analysed by stage and by person rather than counted manually.

Yes. It is designed to work alongside OmniChat, so enquiries arriving by WhatsApp or web chat are captured into the pipeline automatically rather than re-entered by hand.

Conversion analytics by pipeline stage and by salesperson, activity and follow-up completion, and pipeline value by stage — the figures needed to see where deals are being lost rather than only how many closed.

The full manufactured cost of each product: material cost from the bill of materials, direct labour, and allocated factory overhead — presented as a breakdown so it is clear which component drives the cost.

It checks margin against real calculated cost at the point of quotation, so a price is committed knowing the actual margin rather than assuming a standard markup covers it.

Yes, a live demonstration of the Factory Costing System is available online, so you can see how BOM costing and margin analysis work before discussing a deployment.

The full cycle: purchase requisition, multi-level approval, purchase order generation, delivery tracking, and goods received note (GRN) receipting — with spend analytics reported across the completed cycle.

Yes. Approval routing is configurable with multiple levels, so requisitions follow your existing authority structure and value thresholds rather than a fixed vendor-defined chain.

Every purchase passes through a recorded approval before it is committed, and spend is reported by vendor and category. That gives both preventive control at approval time and the consolidated figures needed for vendor negotiation.