Asterisk/ARI/Python Developer for IVR Autodialer

@ZohaibRoy

⭐⭐⭐⭐⭐ Finish Your Real-Time IVR Autodialer with Asterisk & Python Expertise ❇️ Hi My Friend, I hope you're doing well. I just checked all of your project requirements and I can see you are looking for a Senior Asterisk/ARI/Python Developer. You have no need to look any further as Zohaib is here to help you! My team has successfully completed 50+ similar projects for IVR systems. I will inspect your existing codebase, ensure all functionalities work, and finalize the IVR integration within the 48-hour deadline. ➡️ Why Me? I can easily finish your IVR autodialer as I have 5 years of experience in Asterisk, Python, and IVR systems. My expertise includes real-time event handling, DTMF processing, and asynchronous applications. I have a strong grip on troubleshooting media and telephony applications, ensuring a reliable solution for your project. ➡️ Let's have a quick chat to discuss your project in detail and let me show you samples of my previous work. Looking forward to discussing with you in chat. ➡️ Skills & Experience: ✅ Asterisk ✅ ARI & AMI ✅ Python Programming ✅ IVR State Machines ✅ Real-Time STT ✅ DTMF Handling ✅ Asynchronous Applications ✅ Linux/Debian ✅ PJSIP/SIP ✅ RTP/Media Troubleshooting ✅ Logging & Monitoring ✅ CSV/Database Integration Waiting for your response! Best Regards, Zohaib

@Fazeennazar

I READ THE EXISTING-SYSTEM REQUIREMENTS. I can work directly with the existing Debian 12/Asterisk 22 environment and focus on finishing the live integration rather than rebuilding components that are already working. I can inspect the existing Python modules, ARI/AMI flow, PJSIP/RTP handling, IVR state machine, DTMF delivery, MixMonitor, and Deepgram streaming hooks, then connect the real-time audio/STT events to the existing state transitions with fail-closed handling for uncertainty, timeouts, unexpected prompts, and media issues. I’ll preserve the current dashboard, CSV/database workflow, retry/branching logic, call/session tracking, logging, and multi-call concurrency while isolating state and transcription correctly per call. I can start immediately and make this project my primary focus for the next 48 hours, including hands-on debugging and live workflow testing using authorized test systems. I’m also willing to review the source files and private technical handoff before accepting the final scope, and after that review I can provide a realistic completion estimate rather than guessing before seeing the implementation. My priority will be to get the existing end-to-end flow reliably demonstrated within the requested window, with unnecessary fixed delays removed where reliable real-time events are available. Best regards

@intelliresponse

I READ THE EXISTING-SYSTEM REQUIREMENTS. Hi, this is the type of existing-system integration I can work on. I understand that the core Asterisk/PJSIP calling, DTMF delivery, live audio, STT hooks, and IVR state machine already exist, and that the goal is to finish and stabilize the integration rather than rebuild the application. I have practical experience working with Python-based asynchronous systems and understand the Asterisk/ARI/AMI architecture, SIP/PJSIP, DTMF, call state management, and event-driven IVR workflows. I can also work through the live STT → IVR state → DTMF flow and investigate timing, concurrency, and fail-closed issues. I can start immediately and make this my primary focus for the next 48 hours. I am also happy to review the existing source files and your technical handoff before accepting the project. I would first trace the existing call/session flow and identify exactly where the remaining integration issues are before making changes, so working functionality is preserved. After reviewing the codebase, I can give you a realistic completion estimate and identify any issues that could affect the 48-hour target. I would focus on getting the existing workflow working reliably end-to-end, including concurrent calls, real-time event handling, state transitions, DTMF actions, retries, logging, and result handling, without unnecessarily replacing components that are already working.

@devendrathakur12

I READ THE EXISTING-SYSTEM REQUIREMENTS. Hi, I’m a Senior Software Engineer with 20+ years of experience, focused on Python and event-driven backend development. I have gone through your specific requirement for finishing the live IVR integration. I can review your source code and private handoff before accepting, and I would preserve working parts rather than rebuild them. I confirm immediate availability, 48-hour primary focus, or a completion estimate before reviewing the code. I would trace the existing call, audio and event flow first, then assess what is needed to connect it safely to the state machine. Python and asynchronous event handling are relevant to that review, but the specific telephony work needs to be validated against your code. I can send relevant project details privately. Can you share the source files and handoff for review before acceptance? Does your mock environment support concurrent calls and simulated STT uncertainty? Which live IVR transitions are still failing, and what behavior have you observed? Free for a quick call? Or send the handoff here and I will review the scope before making a commitment. Dev Singh

@koolvishruth

Hi Sir, I READ THE EXISTING SYSTEM REQUIREMENTS. I have 7 years experience in Python development.I will get this done in max 24hours. Let’s connect through chat

@shadabkhan92

As an experienced Python developer, my forte resides in deeply understanding and optimizing existing codebases, a skill that will prove invaluable for the completion of your IVR Autodialer. I have extensive knowledge of Asterisk, ARI and Python which includes call and channel control, DTMF handling, RTP keepalive/media handling, to name a few of the components your project employs. Not only can I preserve the already functional sides of your current application, but I also have the capability to integrate it with other technologies if needed in future. On top of technical proficiency, my track record showcases reliability with deadline-sensitive projects—a strong quality given your 48-hour time frame. My commitment is to focus solely on your project during this time for thorough work that will be promptly delivered. Additionally, I am comfortable working within workflow frameworks and implementing real-time systems like live STT codes; skills that your project requires. Lastly, my holistic approach to tech including expertise in IoT hardware design, ERP end-to-end implementation etc. ensures that my work bridges boundaries and integrates smoothly with existing systems. Trust me with the task ahead; I'll spruce up your autodialer like no other!

@PINESCRIPTERR

I READ THE EXISTING-SYSTEM REQUIREMENTS. Hi, I can work directly on the existing Debian/Asterisk/Python stack without rebuilding working components. The focus would be tracing the current ARI/AMI, PJSIP, RTP, Deepgram/STT, DTMF, and IVR state-machine flow, then completing the real-time integration with fail-closed transitions, per-call state isolation, reliable logging, and controlled concurrency. I’m also comfortable reviewing the existing source and private handoff before accepting the work, with testing focused on authorized environments. 1. Can you provide the existing source files and technical handoff first so I can trace the current ARI, STT, DTMF, and state-machine integration before committing? 2. How is the Deepgram stream currently receiving live audio—direct RTP/media bridge, external audio stream, or another Asterisk integration? 3. Can the 48-hour window be dedicated primarily to this project, including live debugging and regression testing in your authorized test environment? Regards, Houssame

@HamparProd

I READ THE EXISTING-SYSTEM REQUIREMENTS. My approach is to preserve the working PJSIP calling, DTMF, dashboard, CSV/database flow and existing IVR state machine, then trace the live media path end-to-end and connect each call’s STT events to its own state/session context. For real-time IVR handling, I’ll use interim/final transcription and explicit state confidence/timeout rules so the workflow advances as soon as the expected prompt is positively identified, while failing closed on ambiguity rather than blindly continuing. I can start immediately and make this my primary focus for the next 48 hours. I am also willing to review the source files and private technical handoff before accepting, as requested. Budget: $750 fixed Target completion: approximately 48 hours after source review and start, subject to confirming there is no previously undisclosed blocker in the handoff. Testing will use only the authorized test environment/data you provide.

@arslanshahid386

Hi, I see you're looking to finalize and stabilize an existing Python/Asterisk outbound autodialer on a Debian 12 VPS, with a tight 48-hour timeline. The focus here is on completing the current setup rather than starting anew, which requires a precise understanding of the current implementation. The primary technical challenge will be assessing the existing codebase to identify any stability issues or incomplete features that could affect real-time performance. My approach would involve a thorough code review to prioritize stability and ensure that the autodialer operates efficiently under load. Ensuring the integration between Asterisk and ARI is seamless will be crucial for real-time functionality. I have extensive experience with Python and Linux systems, particularly in telecommunication applications involving Asterisk. My past projects have involved similar setups where real-time performance and stability were critical. Q1 – Are there specific areas within the autodialer that have been identified as problematic or incomplete? Q2 – Do you have any existing documentation or logs that might help in understanding current issues? Q3 – What are the primary performance metrics or goals you aim to achieve with the finalized system? Looking forward to hearing from you.

@mayankinnovative

Hi there I can develop and customize an Asterisk/ARI-based IVR autodialer using Python, including call flows, dialing logic, audio prompts, call handling, logging, and API integrations. With 20 years of software development experience, I can build a reliable and scalable telephony solution. A few quick questions: - Which Asterisk version and Linux environment are you currently using? - Should the autodialer support campaigns, call retries, scheduling, and concurrent calls? - Do you already have the IVR flow and audio prompts defined? I’ll focus on stable call handling, efficient ARI integration, error logging, and reliable automation. I’m available to start immediately. Thanks

@sufyanasmat38

With my team at Fourge, we have a wealth of experience in the areas you require - Asterisk, ARI, and Python development. We specialize in ensuring that your existing applications are improved and stabilized rather than starting from scratch. I understand the critical nature of your project and your need for a developer who can prioritize your work. I can assure you that our dedication to delivering results within tight timelines has never wavered. If awarded this project, we will dedicate ourselves to improving the existing IVR autodialer to integrate real-time IVR, DTMF Actions, transcription/state-machine components, event handling, and guaranteeing fail-closed logic to minimize errors.

@mohjib092

Hi! I READ THE EXISTING-SYSTEM REQUIREMENTS. I have strong Asterisk ARI/AMI, PJSIP, Python, real-time IVR/STT and event-driven system experience, and can start immediately with this as my primary focus for the Can you provide the source files/private technical handoff so I can review the current architecture and confirm the final 48-hour scope before starting? Regards

@hayteekeys

HI, I READ THE EXISTING-SYSTEM REQUIREMENTS. I have strong practical experience with Asterisk ARI/AMI, PJSIP, RTP media, DTMF (RFC2833/4733), and Python event-driven applications, including real-time IVR state machines and live STT integration (Deepgram and similar streaming engines). I can start immediately and will make this project my primary focus for the next 48 hours. I am fully willing to review the existing source code and private technical handoff before accepting any commitment. After reviewing the codebase I will give you a realistic completion estimate; based on the described remaining work (connecting the existing state machine to the live audio/STT/DTMF path while preserving concurrency, dashboard and logging), I expect to finish and demonstrate the integrated workflow within the 48-hour window. Ready to receive the source files and detailed handoff now.

@DrSyafiq

I can take this from scope to a tested handoff without bloating the first milestone. For a Asterisk/ARI/Python Developer for IVR Autodialer, the hard part is not the visible features but keeping real-time connections stable under load. My approach would be to first audit the current pages for trust, hierarchy, navigation, and conversion friction, then provide prioritized fixes that can be applied without unnecessary rebuilds. Quick question: What is already available for Asterisk/ARI/Python Developer for IVR Autodialer: a working codebase, designs, data, or only the brief? Also, which one acceptance test would make you confident the first milestone is on the right track? Best, Dr. Syafiq

@pasion0128

I READ THE EXISTING-SYSTEM REQUIREMENTS. I went through the details carefully, and this is clearly an integration and stabilization job—not a rebuild. I recently completed similar Asterisk ARI/AMI + Python work involving live IVR, RTP, DTMF, STT, and async state handling. I can start immediately, make this my primary focus for the next 48 hours, and review your source/handoff before accepting. Can you send the technical handoff so I can give you a realistic completion estimate? Best regards, Rico

@mayr81

With over five years of experience in Python and VoIP, I am confident that I have the knowledge and skills you need to get your IVR autodialer project across the finish line. Not only do I have a deep understanding of Asterisk and ARI - reflected in my past projects - but I'm also versed at troubleshooting existing codebases, and ensuring existing functionality is preserved while enhancing it. As we both know, your project has demanding time restrictions and requires a developer who can dedicate their undivided attention to meet your deadline. I assure you, I am that developer. In addition to being able to start immediately, I firmly believe in open lines of communication with clients. This means you'll never be left in suspense about the progress of your project. One aspect of your project that particularly resonates with me is the need for real-time event handling and fail-closed logic. Thanks to my prior work with similar projects, my ability to think critically in high-pressure situations and a natural inclination towards detail-oriented work, I'm perfectly suited for this task. In conclusion, with me on board, you can expect a reliable, attentive partner who combines technical aptitude with an unwavering commitment to your success. Let's fulfill this 48-hour priority together!

@atikullx

I READ THE EXISTING-SYSTEM REQUIREMENTS. 1. Have years of experience in Asterisk, Python, Asynchronous/Event-Driven programming, Linux System Administration, Networking. 2. Have years of experience in Real-time STT (Speech-to-Text) Transcription System 3. I can start immediately 4. This project will be my primary focus for the next 48 hours 5. I am willing to review the existing source code/handoff before accepting

@ykarora26

With experience in Python, Asterisk, and real-time IVR systems, I can seamlessly dive into your existing autodialer project. I understand the urgency and importance of stabilizing the system within your 48-hour deadline. Could you provide access to the current codebase for a thorough review before initiating the integration process? Regards, Yogesh Kumar

@azwa04

I READ THE EXISTING-SYSTEM REQUIREMENTS. Could you please share the existing codebase for me to review? I can start immediately and dedicate my full attention over the next 48 hours to stabilize the IVR autodialer, ensuring all components work seamlessly together. With 5+ years of experience in Asterisk, ARI, and Python, I’ve successfully worked on IVR systems and real-time STT integrations. I am familiar with telephony applications and have tackled complex state machines before, so preserving your existing functionalities while enhancing reliability will be a priority. I’ll conduct thorough testing to ensure smooth operation and maintain the current workflows. After reviewing the source files, I can provide a realistic completion estimate. Looking forward to your response!