IEC60870-5-104 Windows Server Setup

@farooqtahir2013

With over a decade of experience as a Network, Cybersecurity, and System Engineer, I am confident in my ability to successfully complete your project. I have a deep understanding of network administration, security, and Windows Server that will prove invaluable in setting up the IEC60870-5-104 telemetry stack on your Windows-based server. My proficiency with vendors like Cisco, Fortinet and Microsoft will ensure that your system aligns with industry best practices. The acceptance criteria for this job are crystal clear – visibility of generator measurements on the supervisor console within 1 second delay, conformance diagnostics adherence, and a comprehensive handover package. I guarantee to meet these expectations whilst providing any necessary operator documentation you may require. In addition to my technical expertise, I pride myself on being available around the clock to address any issues that may arise during your project. My quick responses and high rate of project delivery will give you the confidence that this undertaking's completion will be both efficient and effective. Given the unique nature of this project and its need for intimacy with the IEC60870-5-104 telemetry stack, I am well-positioned to provide you with impeccable service. Let's transform your power-plant monitoring system together!

@mobasherreza10

Drawing from my expertise in Product Visualization, Software Development, and DevOps, I believe I have the combination of skills essential for your telemetry project. Although cognitive dissonance can be unsettling, rest easy knowing I am all too familiar with the IEC60870-5-104 stack and understand how important low-latency, reliable packet handling, and solid timestamping are to live monitoring operations like yours. My track record demonstrates my knack for installing, configuring and securing servers with great precision to ensure uninterrupted flow of data to the SCADA front-end. My troubleshooting abilities and meticulous approach towards documentation make me especially qualified for this project. Whether it's parameter tuning or the establishment of secure connections like TLS or VPN – which I frequently deploy – ensuring smooth operations takes precedence in my work ethic. Likewise, my thorough understanding of generator IEDs and data conformance diagnostics will guarantee exceptional results that meet your acceptance criteria in terms of visibility, latency, and system upkeep even during extended periods like a 48-hour soak.

@alluankit01

Hi, I can set up and configure your Windows-based IEC60870-5-104 server for real-time power-plant generator monitoring with reliable packet handling, low latency, secure connectivity, and clean SCADA data flow. The best solution is to first review your generator IED configuration, network topology, SCADA front-end requirements, point list, addressing, time-stamping method, and IEC104 communication parameters. Then I’ll install and configure the server, tune t0/t1/t2/k/w parameters, validate data mapping, secure the connection using VPN/TLS where suitable, and run stability checks to confirm continuous live data transfer. I’m comfortable with IEC60870-5-104 telemetry, Windows Server setup, SCADA communication, IED connectivity, real-time monitoring, parameter tuning, network troubleshooting, VPN/security configuration, diagnostics, logging, and operator documentation. Deliverables will include: * Windows IEC104 server setup * Generator IED connection configuration * SCADA front-end data validation * IEC104 parameter tuning * Point mapping verification * Latency and packet-drop checks * VPN/TLS security setup if required * 48-hour soak test support * Config files handover * Restart guide and troubleshooting checklist I’ll focus on stable, low-latency data streaming, accurate point mapping, and clear handover documentation so your operators can monitor generator data confidently without recurring communication issues. Best regards Ankit

@shaxzodj

Hello Boss, I have experience working with Windows Server, industrial communication, and SCADA-related integrations. I can install, configure, and optimize an IEC 60870-5-104 server, connect it with your generator IEDs, tune protocol parameters (t0, t1, t2, k, w), and ensure reliable low-latency data delivery to your SCADA system. I'll also provide complete documentation, configuration files, a restart guide, and a troubleshooting checklist after successful testing. One question: which SCADA platform and IEC-104 server software are you currently using (e.g., WinCC OA, Geo SCADA, VTScada, Beckhoff, or another solution)? I look forward to working with you, Boss.

@uvucon

Building and tuning a Windows Server 2022 instance that streams live IEC60870-5-104 telemetry from your generator IEDs to the SCADA supervisor console, with parameter optimisation, TLS/VPN fronting and a clean operator handover package. I stood up an IEC104 master on a Windows host for a power-monitoring use case in my own pipeline, tuned t0/t1/t2/k/w against simulated outages, and ran a multi-day soak where the client side verified packet-level integrity against their front-end. The deliverable that landed cleanly was a single config bundle plus a one-page restart-and-recovery doc. Quick question: are the IEDs reachable via VPN from a workstation I can spin up here, or do I need to remote-in to your SCADA host? That decides whether I deliver a tested-and-validated bundle against a live simulator or a config-only package you run the soak on. Approach: 1. Provision a hardened Windows Server 2022 box (or use the one you expose), open 2404/TCP, install an IEC60870-5-104 master (lib60870 or commercial), and bind it to the supervisor interface. 2. Configure the protocol stack: timing parameters t0/t1/t2/k/w, ASDU addressing, and station/point mapping, plus an explicit cause-of-transmission policy for spontaneous and interrogation responses. 3. Front the master with TLS (mutual) or wrap it in your existing VPN, then run a 48-hour soak against a live IED (or the simulator), capturing latency histograms and any dropped frames. 4. Hand back: config files (server, TLS, firewall), a restart-and-recovery script, and a short operator troubleshooting checklist. Milestones (totalling 100%): 30% on server provisioned, IEC104 master installed and accepting a single IED's spontaneous reports 40% on parameter tuning complete and 48-hour soak passed (≤1 s supervisor delay, no drops) 30% on handover package delivered (config, restart guide, troubleshooting checklist) Happy to start with a 48-hour soak proof on one IED so you can confirm the latency and packet-integrity numbers before the rest of the fleet is wired in.

@chiragp222

With hands-on experience deploying and troubleshooting IEC 60870-5-104 communication systems, I can deliver a secure, reliable Windows-based telemetry server optimized for real-time power plant monitoring. I understand the importance of low latency, accurate time synchronization, and stable communication with generator IEDs. I will configure and fine-tune protocol parameters (t0, t1, t2, k, w), implement secure connectivity using TLS or VPN where required, validate performance through IEC conformance testing, and ensure successful 48-hour soak testing. You'll receive complete configuration files, clear operator documentation, a restart guide, and a practical troubleshooting checklist for smooth long-term operation and maintenance.