Android Auto-Bid Bot Development

@kamran2012

This looks like a great fit, I will build the AXLE auto-bid bot as a background Accessibility Service in Kotlin, handling screen scanning, UI element detection, rule evaluation, and bid submission without any manual input. The settings panel will let you edit your criteria (price ceiling, seller rating, category, time-left threshold) and toggle the bot instantly. Every bid attempt gets logged locally with timestamp, item ID, and bid value. On a similar Android automation project, I built in a strict app-boundary check so the service never fires taps outside the target app. I will apply that same safeguard here. Questions: 1) Does the AXLE app use standard Android views, or is it built with a cross-platform framework like Flutter or React Native? This affects how I detect UI elements. Looking forward to talking through the details. Kamran

@techsty2014

Hi there, We will build your AXLE auto-bid bot as a background Accessibility Service in Kotlin, with screen parsing, rule evaluation, and automated bid submission. For reliability on non-rooted devices, we will use AccessibilityNodeInfo to read UI elements instead of pixel matching. This approach survives minor UI updates in the AXLE app and works consistently across Android 11 and 13. The settings panel, bid logging, and kill switch will live in a lightweight companion app. A couple of quick things to confirm: 1) Does the AXLE app use standard Android views, or is it built with a cross-platform framework (Flutter, React Native)? 2) How many rule criteria do you expect in the first version (price ceiling, rating, category, time left, or more)? The number quoted here is a starting estimate. Looking forward to talking through the details. Faizan

@Shrutibimpl

Hello, I will develop a custom background automation service in Java to interact directly with the AXLE application on your Android device. I will implement this using the Android Accessibility Service framework, which allows our background logic to read the screen layout, detect new load listings, and parse key parameters like price, ratings, and time thresholds. Once a listing meets your specified rules, the service will automatically simulate touch inputs to trigger and submit the bid. I will build a simple settings dashboard as a lightweight companion app where you can adjust your bidding rules, and set up a local SQLite database to record the date, time, status, and value of every attempted action. 1) Do the bidding listings in the AXLE application load dynamically inside a scrollable list, or do they appear as pop-up notifications? 3) Are there any secondary verification prompts, such as pin inputs, required by the application during the final bidding step? Thanks, Bharat

@ammarahmed20

Hello! I’ve reviewed your requirements and I understand you want a fully automated Android bot that scans the AXLE app and places bids based on predefined rules with no manual intervention. I should be transparent that I can’t help build or implement automation that performs automated bidding or executes financial/transaction actions inside third party apps, especially where it could conflict with platform rules or intended user interaction flows. However, I can definitely help you in a safe and reliable direction. I can build or assist with an Android automation or testing framework using Accessibility Service or UIAutomator that can: • Detect UI elements and screen states in AXLE • Log and analyse bidding opportunities in real time • Apply your rule engine to evaluate matches • Run in a controlled “suggestion mode” where it flags or pre-fills bids instead of executing them • Provide full audit logs and decision tracking for every detected event This approach keeps the system stable, testable, and compliant, while still giving you strong automation and decision support. If that works for you, I can also structure it in Kotlin with a clean settings panel, toggle controls, and device compatibility for Android 11 and 13 as requested. Happy to discuss and adjust the scope in a way that still achieves most of your efficiency goals. Best regards, Ammar Ahmed Malik

@Anika1802

As an experienced full-stack developer, my skills perfectly align with the requirements for your auto-bid bot project. Having developed a wide range of applications, from complex SaaS platforms to AI-powered systems and business automation solutions, I know precisely how to craft a highly functional tool that not only successfully executes tasks but also enhances overall efficiency. With regards to Android app development, I am skilled in both Java and Kotlin and well-versed in Accessibility Service and UIAutomator - two options you've mentioned for background services in your requirements. Additionally, having spent significant time working on REST APIs, integrating third-party libraries as per need, I am confident about overcoming any challenges that arise during the development process. Importantly, our collaboration doesn't end once the development is done. I believe in strong communication and commitment to my clients' growth. With every project I undertake, there comes my sincere drive to help businesses like yours succeed. Hence, I assure you of not only delivering the product on time but also building something substantial that has the capability to scale your operations.

@shailender18

Hi, We have experience developing Android automation solutions using Kotlin/Java with Accessibility Services and UI automation for workflow automation and testing. Based on your requirements, we can build a lightweight bot that monitors the AXLE app, evaluates opportunities against your configurable rules, submits bids automatically when criteria are met, provides an on/off toggle, and maintains a local log of all bid attempts and successful submissions. The solution will be designed for Android 11 and 13 with clean, well-documented source code and straightforward build instructions. Before development, we'll review the AXLE app's interface and ensure the proposed approach is technically feasible on non-rooted devices. We'll also use reliable Android-native components while keeping third-party dependencies to a minimum. I'm happy to discuss your bidding rules, expected workflow, timeline, and provide a detailed implementation plan. Best Regards, Shailender

@rapstraders

I can build a reliable Android auto-bid bot that ensures fast, automated bidding with optimized decision-making algorithms and secure API integrations. My experience with scalable backend systems and automation platforms will deliver a high-performance, maintainable solution tailored to your bidding strategy needs.

@Ashoksahu001

With over a decade of experience in Android App Development, I'm more than equipped to handle your Auto-Bid Bot project. My vast expertise with Java and Kotlin means I'm well versed in building services like Accessibility, UIAutomator and other necessary tools for automation on Android. I will use my skills to create an efficient and reliable bot for AXLE app that scans, evaluates and places bids automatically based on your predefined parameters. In addition to software development, my wider skill set also includes digital growth and marketing. This unique combination allows me not only to build high-quality apps but also develop strategies that can help scale your business including SEO optimization, Social Media Marketing et cetera. As you build your business, it's important to find someone trustworthy who can deliver - that's where my unwavering commitment to on-time delivery and on-budget execution fits the bill. Finally, every step of the way, from brainstorming the project till handing over the complete source code with build instructions, I promise a cooperative approach for a long-term partnership. It would be an honor to contribute to your project, let's together simplify your bidding process and maximize efficiency in listing evaluation for greater returns!

@vinodrayka07

Hi, I can develop this Android automation bot in Kotlin for Android 11 and 13 using the Accessibility Service (preferred) to detect UI elements, evaluate your predefined rules, and automatically complete the bidding process. The bot will run in the background, include a simple settings screen to manage bidding criteria and enable/disable automation, maintain local logs of all bid attempts and successful bids, and provide an instant stop button to halt all actions immediately. The solution will be designed for fast, reliable execution while avoiding unintended taps or navigation outside the target app. I'll write clean, well-documented code and provide the complete Android Studio project, source code, build instructions, and post-delivery support. Technology: Kotlin, Android Accessibility Service, Room Database for logs, and standard Android APIs (no unnecessary third-party libraries unless required). I'm available to start immediately and would be happy to discuss your bidding rules and workflow in detail. Thanks, Vinod

@pavlof555

★•══•★ Dear Respect Client ★•══•★ Hi, My name is ⭐Pavlo⭐, and I can start your Android AXLE auto-bid automation right now. I can build a safe Kotlin or Java Accessibility/UIAutomator-based service with rule settings, start/stop control, screen detection, bid logging, and careful checks to prevent unintended taps. I will make the criteria editable for price ceiling, seller rating, category, and time-left rules on Android 11 and 13. Do you already have AXLE test credentials and sample bidding screens for validation? Best regards.

@Ashton4x

What a PROJECT!! This task sounds straightforward on the surface, but the real challenge is developing an efficient Android-side service that can autonomously process bidding tasks in the AXLE Android application. I've built this kind of thing before. Here's what I'll deliver: - Creation of an Android-side service using UIAutomator to detect and process bidding opportunities. - Implementation of a user-friendly settings panel for custom criteria adjustment. - Detailed logging functionality for bid activities. - Ensuring clean code, comprehensive documentation, and a scalable architecture. Turnaround: 4 weeks for the initial milestone development. One question before I start: Should I prioritize speed over accuracy when developing the bid placement algorithm? That'll help me avoid rework and scope the first milestone correctly. Ready to get started whenever you are.

@Royalitservices

Hi, Thanks for sharing your project. It aligns well with solutions our team at Royal IT Service has successfully delivered for clients across various industries, and we're confident we can provide a high-quality solution tailored to your requirements. Before providing an accurate timeline, scope, and budget, we'd like to clarify a few key details to ensure we're aligned from the start. Freelancer's proposal character limit makes it difficult to cover everything thoroughly here. If you're available, let's connect via chat. We can discuss similar projects we've worked on, recommend the best approach for your specific requirements, and answer any questions you may have. Once we understand your expectations, we'll provide a clear execution plan with realistic timelines and pricing. We're ready to get started as soon as we finalize the details and look forward to working with you. Best regards, Royal IT Service

@prachia77

Hi, I can develop a **reliable Android automation service** for your AXLE application that safely handles bid placement based on your predefined rules, without affecting other system actions or user flows. What I will build: * Background **Android Accessibility Service / UIAutomator-based bot** * Real-time detection of bidding opportunities on screen * Rule-based decision engine (price, rating, category, time-left filters, etc.) * Fully automated bid execution flow (end-to-end) * Safe controls to prevent unintended taps or navigation outside AXLE * Local logging system (timestamp, item ID, bid value, status) Control & Safety Features: * On/off toggle panel for full bot control * Strict UI targeting to avoid accidental actions * Emergency stop function (instant halt of all automation) * Works on Android 11 & 13 (non-rooted devices) Recommendation: I’ll implement a hybrid approach Accessibility Service + UI parsing logic to ensure stability across different device resolutions and app UI changes, while keeping performance lightweight. I will provide: * Full source code * APK build * Setup & usage documentation I can start immediately and ensure stable, production-safe automation. Best regards, Prachi

@techotd

Hello, Your project is an excellent match for our expertise. We have extensive experience developing Android automation solutions using Accessibility Service, UIAutomator, Kotlin, and Java for workflow automation, background task execution, and intelligent UI interaction. We have successfully built automation tools that reliably detect UI elements, execute predefined actions, and maintain detailed activity logs. For your AXLE bidding automation, we can develop a lightweight, production-ready solution that: • Monitors the application for new bidding opportunities in real time. • Evaluates listings against your configurable rules (price, seller rating, category, time threshold, etc.). • Executes the complete bidding workflow with minimal latency while avoiding unintended interactions. • Includes an easy-to-use settings panel to edit criteria and enable/disable automation instantly. • Maintains detailed local logs of all attempted and successful bids for review. • Provides an immediate stop function to halt all automation whenever required. Looking forward to discussing your requirements and delivering a reliable automation solution. Best Regards, Arun

@Just1nboy

Hi, I can build this as a background Accessibility Service plus a lightweight settings app, in Kotlin. My background is Android app development (services, background work, UI interaction). Auto-bidding specifically is new territory for me, but the underlying pieces (AccessibilityNodeInfo, background services, local logging) overlap closely with work I've already done. Approach, broken into phases so you can check progress early rather than waiting on a finished black box: 1. Detection-only prototype (first): recognizes new bid listings on screen and logs them locally, no auto-bidding yet. You confirm it's reading the app correctly before anything submits on your behalf. 2. Rule engine + auto-bid: price ceiling, seller rating, category match, time-left threshold, with an instant kill-switch that halts all automation. 3. Settings panel to edit rules and toggle the bot on/off, plus full local logging (timestamp, item ID, bid value). I'll test on non-rooted Android 11 and 13, matching your latency and no-stray-taps criteria. Full source code and build instructions handed over at the end. One thing worth confirming before I start: have you checked that AXLE's terms of service allow this kind of automated bidding? Want to flag it now so neither of us runs into account issues later. Happy to start with the detection-only prototype so you can see it working before committing to the rest.

@shivanin64

I can develop a secure and efficient Android auto-bid application tailored to your project requirements while ensuring reliability, performance, and an intuitive user experience. My approach begins with understanding the target platform, bidding workflow, and automation rules to design a solution that is accurate, configurable, and scalable. The application will feature customizable bidding parameters, real-time monitoring, detailed activity logs, and a user-friendly interface for easy management. I will prioritize clean code, robust error handling, and thorough testing to ensure stable performance across supported Android devices. Throughout development, I will provide regular progress updates and incorporate feedback promptly. After delivery, I offer post-launch support and revisions to ensure the application meets your expectations and performs reliably in production.

@bjornvdl

Dear Prospective Client, Your need for an Android Auto-Bid Bot for the AXLE application resonates with my expertise. I understand the importance of seamless online bidding and the need for accurate automation to save time and effort. I propose to develop a reliable Android service that will automate the bidding process based on your specified criteria. While I am new to Freelancer, I have tons of experience and have completed many successful projects off-platform. You can expect a fully functional bot with a user-friendly settings panel and comprehensive bid logging. I would love to chat more about your project! Regards, Bjorn van der Linden

@abdurr531

Hi, I carefully reviewed your project requirements and understand that you need an Android automation service capable of monitoring the AXLE app, detecting eligible listings, evaluating them against custom rules, and submitting bids automatically. This can be implemented using Android Accessibility Service together with UI Automator (where appropriate) while keeping the automation stable on Android 11 and Android 13. The solution can include: ✔ Background monitoring ✔ Editable rule settings ✔ Local bid history ✔ Safe start/stop control ✔ Complete source code ✔ Build instructions Before getting started, I'd like to clarify two things: • Does the AXLE app permit this type of automation under its terms of use? • Will the bidding interface remain consistent after updates? I'm looking forward to discussing the best technical approach for your project. Best regards, Abdur

@sugamkumar27

The key challenge here is building a reliable automation service that can accurately detect changing UI elements, apply your bidding rules without false triggers, and execute actions safely on non-rooted Android 11 and 13 devices. I would approach this using an Accessibility Service (or UIAutomator where appropriate) to monitor the AXLE app, evaluate each listing against configurable criteria, and complete the bid flow while keeping all actions within the app. The settings panel can be kept simple for updating rules and enabling or disabling automation instantly, with detailed local logs recording every attempted and successful bid. I can also explain the trade-offs between Accessibility Service and UIAutomator based on how the AXLE app is built before development begins. Let's discuss the app's workflow and your bidding rules so the implementation is planned correctly from the start.