What is RPA, in plain words?
Robotic process automation is software that operates other software through its user interface: it reads what is on the screen, clicks buttons, types into fields and copies results, following steps you define. There is no physical robot in RPA automation services. The “robot” is a program running on a Windows PC or server.
Microsoft's own description of its desktop flows puts it well: they automate legacy applications such as terminal emulators, modern web and desktop apps, Excel files and folders, by interacting with UI elements, images or screen coordinates. UiPath, Automation Anywhere and similar platforms work on the same idea, and Python libraries can do it too.
The reason RPA exists is simple. Many systems Indian businesses depend on were never built to talk to anything else. An old billing program on one PC, a supplier portal with no export, a marketplace seller panel, a transporter's booking site: the only way in is the screen. RPA automation services fill that gap until, or unless, a proper integration becomes possible.
- Reads data from files, emails, sheets or one application
- Logs in to the target system and navigates its screens
- Types or pastes each record, checking each save
- Captures reference numbers or errors the system returns
- Writes a log of what it did and hands exceptions to a person
When is RPA the right fix, and when is it the wrong one?
RPA is the right fix when the task is repetitive, follows clear rules, runs in volume, and the target system offers no API, import or official integration. It is the wrong fix when any of those is missing, especially when an API exists, because a bot driving a screen is always more fragile than a direct connection.
Run through this order before you commission any bot. First, can the target system import a file, even a CSV? Many older programs can, and a small script that prepares the file beats a bot. Second, does it have an API, or does the vendor sell an integration? Third, can the process itself be removed, for example by asking a supplier to email a file instead of you downloading it? Only when all three answers are no should RPA automation services move to the top of your list.
We turn down or redirect a fair share of enquiries for RPA automation services for this reason. Accounting data going into Tally, for instance, usually has better routes: TallyHelp documents XML and JSON integration, so an Excel to Tally import or Tally API integration is sturdier than a bot typing vouchers. Microsoft 365 workflows are better built as cloud flows. A bot is the tool for what is left.
Strong RPA candidates
Daily portal downloads, bulk entry into legacy desktop software, copying between two systems that will never be integrated, repetitive lookups across screens.
Poor RPA candidates
Tasks needing judgement on every item, processes that change monthly, systems that already have an API, and anything protected by CAPTCHA.
How to select processes for RPA and estimate ROI honestly
Score each candidate on volume, rule clarity, input quality, screen stability and exception rate, then estimate hours saved against build and maintenance effort. The best first bot is boring: high volume, stable screens, few exceptions.
Hours saved is the simplest honest measure for RPA automation services. Time the task properly: a person entering 60 purchase bills a day at about 4 minutes each spends 4 hours daily, or roughly 100 hours a month over 25 working days. If a bot handles 85% of bills and the rest go to a person as exceptions, around 85 hours a month come back, minus the time someone spends checking the bot's log. That figure, not a vendor's percentage, is what you weigh against the build fee and ongoing maintenance.
Then subtract the hidden costs. Exceptions still need a person. Screens change and the bot needs fixing. Someone must start the bot or watch its log. If your honest estimate returns only a few hours a month, keep doing it by hand, or look for a way to remove the task.
We do this scoring as the first part of every RPA automation services engagement and share it with you before quoting a build. Sometimes the scorecard shows the second process on your list is the better first bot.
UiPath vs Power Automate Desktop vs Python bots: which should you use?
In our RPA automation services, choose Power Automate Desktop when you are on Microsoft 365 and the bot will run attended on staff PCs; choose UiPath when you need a mature RPA platform with strong tooling for many bots; choose Python when the job is mostly web portals or data work and you want no platform licence at all.
Power Automate Desktop: Microsoft's licensing documentation says the Free licence for work or school accounts covers authoring and running desktop flows locally in attended mode. Registering machines, sharing flows and triggering them from cloud flows need Power Automate Premium; unattended runs need a Process licence per bot. It suits businesses already living in Microsoft 365. Our Power Automate page covers the cloud side.
UiPath: UiPath's pricing page lists a free Community plan aimed at individuals and small teams, alongside paid Basic, Standard and Enterprise plans. Its Studio designer is strong for complex desktop applications and large bot estates. The trade-off is licence cost and platform overhead once you move beyond the free tier; read the plan terms before committing a business process to it.
Python: libraries such as Playwright or Selenium drive web browsers, and pywinauto can drive Windows desktop controls. There is no platform fee, the code lives in your repository and it combines naturally with data cleaning. The trade-off is that a developer, not a business user, maintains it. For portal-heavy work, it is often our first choice.
Can RPA automate government and bank portals?
Partly. RPA automation services can fill forms, upload files and download reports on many portals, but CAPTCHAs, OTPs and bank security controls exist precisely to require a human, and a responsible RPA build keeps a person in the loop for them rather than trying to defeat them.
Selenium's own documentation is blunt: CAPTCHA is explicitly designed to prevent automation, so do not try. We follow that. On portals with CAPTCHA or OTP, the bot prepares everything, pauses, a person enters the code, and the bot continues. That still removes most of the typing. We do not use CAPTCHA-solving services, share OTPs with bots, or store net-banking credentials in scripts.
Government portals also change often, especially around filing deadlines when traffic spikes and pages slow down. A bot that works in a quiet week can fail on the last day of a return period. Where an official route exists, such as an API-based service for e-invoicing, it is the better investment; our e-invoice API integration page explains that path.
For banks, prefer official statement downloads or corporate banking files over screen automation. Check your bank's terms before automating any portal access, and never automate the release of payments. A bot can prepare a payment file for a person to upload and authorise; the authorisation stays human.
- CAPTCHA: always a person, never a solving service
- OTP: a person enters it; the bot waits
- Payments: bot prepares, person reviews and authorises
- Deadline days: run bots early, not on the final day
- Official APIs or file routes: preferred wherever they exist
How much do RPA automation services cost in India?
With BtechWaleTech, RPA bots start at ₹40,000 per process (about US$600 for international clients), and most take two to four weeks. Enterprise RPA vendors and other freelancers price very differently, per bot, per hour or as a programme, and quotes vary widely; compare what is included, especially exception handling and maintenance.
The build fee moves with the number of applications touched, screen stability, the number of branches and exceptions, whether a person must step in mid-run, and whether the bot runs attended or unattended. A bot that downloads one report from one portal is small. A bot that reads invoices, looks up vendors in one system and keys entries into another, with a review queue for low-confidence items, is several times larger.
Running costs come from three places: tool licences if you choose UiPath or unattended Microsoft bots, a machine for unattended runs, and maintenance when screens change. After two free months of fixes, maintenance starts at ₹8,000/mo. Budget for it honestly; a bot nobody maintains is a bot that quietly stops.
Why do RPA bots break, and how is maintenance handled?
Bots built by any RPA automation services provider break mainly because the screens they read change: a portal redesign, a new pop-up, a renamed button, a slower page, an expired password or a Windows update that shifts a window. Maintenance is not optional; it is part of owning a bot.
Good design reduces breakage, and it is where RPA automation services differ most in quality. We target elements by stable attributes rather than screen coordinates wherever the application allows, add waits that check for a page state instead of fixed delays, and verify each save by reading back a reference number. Every run writes a log listing items processed, skipped and failed, so a person can see at a glance what happened.
When the bot meets something unexpected, it stops that item, records why and moves on, rather than typing into the wrong field. Failed items go to an exception sheet a person can clear by hand. If failures cross a threshold, the bot stops entirely and alerts someone.
Under maintenance, we fix breakages caused by application changes, adjust bots for new fields and review logs for creeping failure rates. Passwords that expire on a schedule are a common silent killer; we note every credential the bot uses and when it needs renewing.
Attended or unattended bots: does someone need to be at the PC?
An attended bot runs on a staff member's PC while they are signed in, usually started by them; an unattended bot signs in to a dedicated machine and runs on a schedule with nobody present. Most small businesses buying RPA automation services for the first time should start attended.
Attended bots are cheaper to license and simpler to run. They suit processes where a person must supply an OTP, approve something or handle exceptions anyway. The downside is that the PC is busy while the bot types, unless the tool supports running in a separate session; Microsoft describes a picture-in-picture attended mode for this in Power Automate.
Unattended bots suit high-volume overnight work with no human steps. They need a dedicated Windows machine or virtual machine that stays on, a service account, and, on Microsoft's platform, a Process licence per concurrent bot according to its licensing documentation. UiPath and others have their own unattended licence models. A Python bot can run unattended on any server you control, licence free, but still needs a machine and monitoring.
How to choose a provider of RPA automation services
Pick a provider who questions whether you need RPA at all and asks about exceptions before talking about tools. Enthusiasm for bots is common; honesty about their limits is less so.
Questions worth asking: Is there an API or import we should use instead? How will the bot handle a record it cannot save? What happens when the portal shows an OTP? Which tool would you use and what licences will we need? How will we know if the bot fails overnight? What do we receive at handover, and can another developer maintain it?
Good answers mention exception queues, run logs, a person for OTP or CAPTCHA, a clear licence list, and source files you own. Red flags: promising CAPTCHA bypass, quoting “100% automation” without seeing your process, building under their own licences on their own machine, or refusing to hand over the source.
- Checks for API, import or process removal first
- Scores candidate processes and estimates hours saved
- Designs exception handling and run logs from the start
- Keeps OTP, CAPTCHA and payment release with people
- Hands over source, run book and credential list
How an RPA project unfolds, week by week
With our RPA automation services, a single-process bot usually goes live in two to four weeks: assessment and quote, build, then supervised runs. Complex processes across several applications take longer.
Week one: we record the process on a screen-share, ideally several times with different examples, because the exceptions appear on the second and third run. We score it, confirm the tool and licences, list the credentials the bot will need, and send an itemised quote in about two working days. Nothing is billed until you approve it in writing.
Weeks two and three: the bot is built against a test account or a copy environment where the target system allows it. Where only production exists, we build with dry runs that stop before saving, then switch on saving for small, checked batches. Your team reviews the log after each batch.
Final week: supervised runs on real volume. The bot runs; a person checks a sample of entries against the source, clears exceptions and notes anything odd. Once the error rate is acceptable and the exception queue is manageable, the bot takes over the routine and the run book is finalised.
Who owns the bot, and how are credentials kept safe?
With our RPA automation services, you own the bot's source files, run book and logs, and it runs on your machines under accounts you control. We build on your licences or open-source tools, never on ours, so nothing stops working if you part ways with us.
Credentials deserve care. A bot often needs a login to a portal or legacy program. We prefer a dedicated bot account with only the permissions the task needs, so its actions are distinguishable in the target system's audit trail. Passwords live in the operating system's credential store or the RPA tool's secure vault, not in plain text inside scripts or sheets.
We never ask for net-banking passwords, income-tax portal logins of your directors or OTPs to be shared with us. Where a portal requires a personal login, the bot runs attended on that person's PC with them present. At handover you get the source, a run book describing start, stop and recovery steps, a credential list naming each account and its renewal date, and exception-handling notes. Payment and change terms follow your written quote; see our terms page for the general basis.
RPA plus AI: reading documents before the bot types
Classic RPA automation services need structured input, such as a sheet with clean columns. Adding an AI extraction step lets a bot work from invoices, delivery challans or order emails, provided a person checks anything the AI is unsure about.
A typical pipeline: documents arrive by email; an extraction step reads vendor, date, invoice number, line items and tax amounts; fields are validated against rules, such as totals adding up and the vendor existing in the master; confident, valid records go to the bot for entry; everything else lands in a review screen for a person. Microsoft's Premium Power Automate licence includes AI Builder credits for this kind of form processing, per its licensing page, and Python can call other AI services.
The honest limit is accuracy on messy documents: faded scans, handwritten notes and unusual layouts. Our intelligent document processing page covers extraction in depth. For many businesses the right sequence is to automate the clean, structured part first and add AI once the bot is stable.
RPA automation services across India
We deliver RPA automation services remotely to businesses throughout India, and every bot runs on your own PCs or servers. Regional patterns still show up. Distributors in Nagpur, Raipur and Patna key principal company orders into older billing software every morning.
Manufacturers and warehouses in Bhiwandi, Vapi and Faridabad download and upload dispatch data across customer and transporter portals. Hosiery and cycle-part makers in Ludhiana copy dealer orders between systems. Tour operators and exporters in Jaipur and Udaipur collect bookings and reports from several supplier panels.
The working method never changes: a screen-share to record the process, remote access you control for the build, supervised runs with your staff checking entries, and a WhatsApp group for quick questions. We do not visit sites or install hardware; a bot needs only a Windows machine you provide.
Worked example: a hypothetical Nagpur distributor's order entry bot
Say a pharma distributor in Nagpur receives about 150 retailer orders a day through a WhatsApp ordering tool and email, and two staff key them into an older desktop billing program that has no import. This is an illustrative scenario, not a client story.
Assessment comes first, as in all our RPA automation services. The billing program has no API and its vendor offers no import, so an integration is ruled out. Orders arrive as a daily sheet export plus some emails. Timing shows about three minutes per order, roughly seven and a half staff hours a day. Screens have not changed in years. The process scores well.
The build: a Python step cleans the sheet, matches retailer names to billing codes and flags unknown items. A Power Automate Desktop flow, running attended on a spare PC, opens the billing program, enters each clean order line by line, reads back the invoice number and writes it to the sheet. Orders with unknown items or credit-limit warnings are skipped and listed for a person.
The likely result: the bot handles most routine orders, one person clears exceptions and checks a sample, and the second person moves to collections calls. When the software vendor later releases an import feature, the bot is retired and the cleaning step feeds the import directly.
Checklist before you commission RPA automation services
Prepare these before the first call and the assessment will be quick and accurate. Short notes and screen recordings are fine.
- The process name, who does it and how often
- Rough volume per day and time per item
- Every application and portal involved, with versions if known
- Whether any system offers an import, export or API
- Where OTP, CAPTCHA or approvals appear in the process
- Common exceptions and how staff handle them today
- A Windows machine the bot could use, and whether it can stay on
- Existing licences: Microsoft 365 plan, any UiPath or Power Automate licences
- Who will check the bot's log and clear exceptions
- Preferred language for the run book: English or Hindi
Send these on WhatsApp and you will receive a scored assessment and an itemised quote in about two working days. If a bot is the wrong answer, the assessment will say so and point you to a better route such as broader process automation.
Use Make or Zapier when every system involved is a cloud app with an API; use Excel macros when the work stays inside desktop Excel; use RPA when at least one system can only be reached through its screen. Mixing them is normal.
Integration platforms like Make connect cloud apps through their APIs, which is faster and more reliable than screen automation, but they cannot open a desktop program on your office PC. Excel VBA automates inside a workbook, and our Excel VBA developer page covers that, but it cannot log in to a portal safely. RPA reaches the screens neither can.
A common combined design: a cloud tool collects orders from forms and WhatsApp into a sheet, a Python step cleans them, and a bot types them into legacy software on a PC. Each part does what it is best at, and when the legacy system is replaced, only the bot needs to go.