DEV Community: Ambrose K.

Bitrix24 vs Go High Level: Which CRM Wins for Coaches & Course Creators?

Ambrose K. — Wed, 12 Nov 2025 15:52:36 +0000

Complete 2025 comparison for coaches, consultants, and course creators. Discover which platform automates your business growth better.

CRM Comparison Go High Level Bitrix24

📚 What You'll Learn

Introduction
CRM Requirements
Bitrix24 Overview
Go High Level Overview
Feature Comparison
Final Verdict

🎯 Introduction

Coaches and course creators juggle countless moving parts: lead generation, client communication, course delivery, and marketing automation. Choosing the right CRM can make or break your ability to scale efficiently.

In this article, we'll compare Bitrix24 and Go High Level, two powerful platforms that promise to simplify your systems. By the end, you'll know which one fits your coaching or course business best.

🔍 What To Look For In A CRM

Before comparing, let's define what makes a CRM valuable for coaches and course creators:

📥 Lead Capture & Funnels

Easy ways to collect leads and nurture them automatically.

⚡ Automation & Workflows

Email/SMS follow-ups, task reminders, client progress tracking.

🎓 Course/Membership Hosting

Hosting or integrating your online courses seamlessly.

📊 Pipeline Management

Visual client journeys from lead to paid client.

💡 Ease of Use

Minimal tech stress and a clean workflow.

💰 Pricing & Scalability

Affordable for startups, scalable for growing businesses.

Now let's see how both platforms measure up.

🏢 Bitrix24 Overview

Bitrix24 is an all-in-one business management suite offering CRM, project management, task tracking, website building, and team collaboration. It's built to handle complex business processes under one roof.

✅ Pros

Free plan with generous limits
Deep CRM customization and automation options
Includes tools for internal communication, projects, and tasks

❌ Cons

Interface can feel cluttered and overwhelming for beginners
Limited focus on coaching or course delivery workflows
LMS or membership tools require integrations or workarounds

💡 Bottom Line: Bitrix24 is powerful — but it's better suited for teams or businesses needing a broad management platform rather than a coaching-specific CRM.

🚀 Go High Level Overview

Go High Level (GHL) is an automation-driven CRM designed primarily for agencies, coaches, and consultants. It combines CRM, funnels, email/SMS marketing, and membership sites — all in one ecosystem.

✅ Pros

Built specifically for service providers, agencies, and coaches
Includes funnel builder, email/SMS automation, and membership site hosting
Centralized dashboard for managing leads, pipelines, and courses
Strong automation workflows (tagging, triggers, reminders)

❌ Cons

Slightly higher learning curve at first
More expensive compared to traditional CRMs
Some advanced LMS features are still evolving

💡 Bottom Line: If your main goal is to automate marketing, nurture leads, and deliver online programs efficiently — GHL checks all the boxes.

📊 Feature-by-Feature Comparison

Feature	Bitrix24	Go High Level
Lead Capture	Basic forms and website builder	Advanced funnels and landing pages
Course Hosting	Requires third-party LMS	Built-in membership and course tools
Automation	CRM automation, but complex	Visual workflows for SMS, email, tagging
Client Pipeline	Customizable pipelines	Coaching-ready workflows out of the box
Ease of Use	Steep learning curve	Designed for simplicity and automation
Scalability	Great for teams	Great for service-based growth
Price	Free tier available	Paid plans only, but more targeted value

🏆 Which Is Better for Coaches and Course Creators?

If you're a coach, consultant, or course creator, your workflow typically looks like this:

Lead capture → Booking → Onboarding → Course delivery → Upsell or retention

Here's how the two compare for that journey:

🏢 Bitrix24

Versatile but not specialized. It works if you need project management and internal collaboration in addition to CRM features. However, setting up course delivery and automation may require external tools.

🚀 Go High Level

Tailor-made for coaches. Your priority is building funnels, running automation, and delivering client experiences seamlessly. It reduces the need for multiple subscriptions by consolidating them.

🎯 Key Takeaways

Choose Bitrix24 if you want a complete business management suite and don't mind configuring your own course system.
Choose Go High Level if you want a done-for-you solution that automates your client onboarding, follow-ups, and course delivery with minimal setup.

In short — Go High Level is a better fit for most coaches, course creators, and consultants who prioritize automation and conversion workflows over internal task management.

💭 Final Thoughts

Both Bitrix24 and Go High Level are excellent platforms, but they cater to different types of users.

🏢 Bitrix24 Shines

In multi-department business environments with complex internal processes.

🚀 Go High Level Shines

In client-driven, automation-focused coaching businesses.

If your mission is to grow your coaching business, save time, and offer an elevated client experience — Go High Level will help you do that faster and more efficiently.

⚡ Ready to Automate Your Coaching Business?

Explore done-for-you CRM and automation setups designed specifically for coaches and creators.

👉 View Pricing & Services

Home | Services | Blog | Contact

🐍 Using Python to Extend Go High Level’s Capabilities via API

Ambrose K. — Mon, 10 Nov 2025 13:25:47 +0000

Most Go High Level users barely scratch the surface of what the platform can do.
Yes — GHL is powerful out of the box. You can automate workflows, capture leads, and manage entire sales pipelines.

But what if you could go beyond what the visual automations allow?
What if you could connect Go High Level to external data sources, payment platforms, or even AI tools — automatically?

That’s where Python + the Go High Level API comes in.

🚀 Why Extend Go High Level with Python?

As your business grows, so does the complexity of your operations. You might want to:

Sync data between GHL and an external CRM or Google Sheet

Generate advanced reports that GHL’s dashboard doesn’t provide

Trigger automations from Stripe, Notion, or Airtable

Use AI to write follow-up messages and push them into GHL automatically

With Python, you can interact directly with Go High Level’s API — giving you total control over data flow, automation logic, and integration.

🧩 Understanding the Go High Level API

The Go High Level REST API gives developers access to almost every major function available in your dashboard — including contacts, opportunities, workflows, and more.

The base URL for most endpoints looks like this:

https://services.leadconnectorhq.com

You’ll also need your API key, which can be found in:

Settings → Company → API Key

Keep it secure, as this key gives full access to your account.

⚙️ Setting Up Your Python Environment

Before we write any code, make sure Python is installed on your machine.
Then install the required package:

pip install requests

Next, create a new Python file (e.g., ghl_api.py) and add this setup code:

import requests
import json

API_KEY = "YOUR_GHL_API_KEY"
BASE_URL = "https://services.leadconnectorhq.com"
HEADERS = {
    "Authorization": f"Bearer {API_KEY}",
    "Content-Type": "application/json"
}

This configuration lets you make secure requests to GHL.

📇 Example 1: Fetch All Contacts

You can pull all your contact data into Python for analysis, reporting, or integration.

def get_contacts():
    url = BASE_URL + "contacts/"
    response = requests.get(url, headers=HEADERS)
    data = response.json()
    return data.get("contacts", [])

contacts = get_contacts()
print(f"Fetched {len(contacts)} contacts.")

Use Case:
Automatically sync your Go High Level contacts with Google >Sheets or another CRM to keep records up to date.

💼 Example 2: Create an Opportunity Automatically

Let’s say someone buys your course on Stripe — and you want to automatically create an opportunity in your GHL pipeline.

Here’s how:

def create_opportunity(contact_id, pipeline_id, stage_id, name):
    payload = {
        "contactId": contact_id,
        "pipelineId": pipeline_id,
        "stageId": stage_id,
        "name": name,
        "status": "open"
    }
    r = requests.post(BASE_URL + "opportunities/", headers=HEADERS, data=json.dumps(payload))
    return r.json()

# Example usage
new_opportunity = create_opportunity(
    contact_id="abc123",
    pipeline_id="xyz789",
    stage_id="stage001",
    name="New Coaching Client"
)
print(new_opportunity)

Use Case:
When a payment webhook from Stripe fires, your Python script can auto-create an opportunity and even assign a follow-up task in GHL.

🔁 Example 3: Triggering Workflows Externally

You can also use Python to add contacts to a workflow directly.

def add_contact_to_workflow(contact_id, workflow_id):
    payload = {
        "contactId": contact_id
    }
    r = requests.post(BASE_URL + f"workflows/{workflow_id}/execute", headers=HEADERS, data=json.dumps(payload))
    return r.json()

result = add_contact_to_workflow("abc123", "workflow_456")
print(result)

Use Case:
A student completes a course on Kajabi → Python webhook adds them to a “Graduate Nurture Sequence” workflow in GHL.

🧠 Example 4: Using Python + AI with Go High Level

Want to personalize your follow-ups with AI?
You can combine OpenAI or Gemini with GHL to generate smart messages automatically.

import openai

openai.api_key = "YOUR_OPENAI_API_KEY"

def generate_followup(name, product):
    prompt = f"Write a friendly follow-up message to {name} who recently purchased {product}."
    response = openai.Completion.create(
        model="gpt-4o-mini",
        prompt=prompt,
        max_tokens=100
    )
    return response.choices[0].text.strip()

message = generate_followup("Sarah", "Coaching Accelerator Program")
print(message)

Then push that message into GHL using the contact notes or SMS API endpoints — fully automated.

🧰 Real-World Automation Ideas

Here are some ideas you can implement today:

Automated Reports:
Run a Python script every Friday to summarize pipeline revenue and send a Slack or email update.
Client Check-Ins:
Auto-send a personalized “How’s it going?” text via GHL when a project milestone is reached.
Multi-Platform Sync:
Keep your GHL contacts in sync with your Notion or Airtable database using scheduled scripts.
Course Creator Example:
After a student finishes a module in your LMS, a Python webhook moves them to the next sequence in GHL.

⚠️ Debugging Tips

401 Unauthorized: Your API key may be invalid or expired.
404 Not Found: Double-check endpoint URLs and IDs.
Rate Limits: If you’re making too many requests, use time.sleep() between requests.
Malformed JSON: Always use json.dumps() for payloads.

🏁 Conclusion

Go High Level already simplifies client management — but when you combine it with Python, you unlock total automation freedom.

You’re no longer limited to the platform’s built-in tools.
You can integrate AI, analytics, and advanced automations that move data between platforms automatically, freeing you up to focus on growth.

⚡ Want Help Setting This Up?

If you’d like a custom Python script or API integration for your Go High Level workspace, I can help you:

Build API automations that connect GHL with Stripe, Kajabi, or Airtable
Create AI-powered follow-up systems
Sync your client data automatically

👉 Visit ambrosekol.com
to learn more or send a message to discuss your automation project.

Mastering Incident Reporting: A Comprehensive Guide

Ambrose K. — Sun, 12 Nov 2023 18:40:26 +0000

In the fast-paced world of online operations, incidents are inevitable. From minor glitches to major disruptions, incidents can impact user experience and even lead to financial losses. Crafting an effective incident report is crucial for identifying, resolving, and preventing such issues. In this blog post, we'll break down the key elements of an incident report using a recent hypothetical incident as an example.

1. Start with a Clear Incident Summary

Begin your incident report with a concise summary of the incident, including the date and time. For instance:

"On June 19th, 2023, at 09:00 PM, our servers encountered a major issue, triggering a 500 Internal Server Error for users attempting to access our online store's purchase page."

2. Dive into Incident Details

Provide a deeper understanding of the incident, including its scope and impact. In our example:

"The monitoring system detected a surge in HTTP 500 errors originating from the purchase page server. Users attempting transactions were met with the error, specifically when clicking on the 'Checkout' button after adding items to their cart."

3. Conduct a Root Cause Analysis

Dig into the root cause of the incident. In our case:

"Our initial investigation points to a misconfiguration in the server-side scripts handling purchase transactions. This misconfiguration led to an unhandled exception, resulting in the server returning a generic 500 Internal Server Error response."

4. Document Immediate Actions Taken

Outline the immediate actions taken to mitigate the incident. For example:

"To prevent further impact, the affected server was isolated, and a rollback to the last stable configuration was initiated. Enhanced error logging and monitoring were implemented to capture detailed information about the errors and help identify the root cause."

5. Outline Next Steps

Share the plan for addressing the incident in the short and long term:

"Our team is committed to a detailed investigation to identify the specific misconfiguration and implement a permanent fix. A communication plan will be established to keep users informed about the incident, its resolution, and any necessary steps they may need to take."

6. Emphasize Preventive Measures

Highlight the steps taken to prevent similar incidents in the future:

"Regular server configuration audits will be conducted, and enhanced testing protocols will be implemented to ensure that server-side scripts are robust and capable of handling various scenarios."

7. Conclude with Confidence

Wrap up the incident report with assurance:

"The incident has been contained, and initial steps have been taken to restore service functionality. A detailed investigation is underway to address the root cause, and measures are being implemented to prevent a similar incident in the future."

Mastering the art of incident reporting is crucial for maintaining a resilient online presence. By following a structured approach like the one outlined above, your team can effectively communicate the incident's details, responses, and preventative measures. This transparency not only fosters trust among stakeholders but also empowers your team to learn and adapt, ultimately enhancing the overall reliability of your systems.

See a sample By clicking Here

What Happens When You Type 'google.com'?

Ambrose K. — Sun, 15 Oct 2023 02:01:14 +0000

Most of us have used the internet at some point, browsing websites like Google. But have you ever wondered what's happening behind the scenes when you enter a URL into your browser and hit enter? It's a question that might pop up in tech interviews, and while some may know the answer, explaining it without getting too technical can be a challenge.

This article aims to answer that question by highlighting the key components of how the internet works when you enter a URL in your browser. So, let's dive right in.

DNS Resolution

When you type "google.com" into your browser and hit enter, a series of events unfolds. The first one is DNS resolution. To retrieve information from Google's servers, your computer must identify which server to communicate with. Servers are identified by IP addresses, which are sequences of numbers used to identify computers. Your computer first checks locally for the IP address associated with the domain name, and if none is found, it sends a request to the DNS (Domain Name System) server to translate the URL into a valid IP address pointing to Google's server.

TCP/IP Connection

After the browser gets the IP address of the requested domain name through DNS resolution, it then performs a TCP (Transmission Control Protocol) connection to the IP address to establish a connection with the server.
The TCP/IP protocol is the main layer that enables effective communication and transfer of data between your computer and Google server. It ensures that each bit of data transmitted or received is as it should be and when a packet of data transmitted is damaged, it resends it thereby ensuring that all data are complete and well delivered.

TCP/IP connection isn't the only way of transporting data from a server there are others such as UDP. This is used in streaming live videos or playing online video games where a loss in the data packet doesn't matter because it has to be in real time.

Firewall

Based on certain rules set on your computer, your computer firewall ensures that the data packets arriving and going out through your TCP/IP from and to Google servers are safe. This step is required to keep the computer safe.

HTTPS/SSL

HTTPS (HyperText Transfer Protocol Secure) is a web protocol for transmitting text-based documents across the web using a secure way of transmitting the documents.
When you connect to a Google server, your computer performs an SSL handshake with the Google server, which is commonly referred to as a TLS handshake (Transport Layer Security). This involves your computer agreeing with the server on how to effectively perform the encryption and decryption of the data sent or received using a private and public key system.

The handshake is responsible for several key security aspects, including encryption, authentication, and data integrity.

Load-Balancers

When your computer performs a TSL handshake and an HTTP request is sent to the server, it first arrives at the load balancers. The load balancers only have a major primary task which is to help lessen the load on the actual web servers.

Load balancers help reduce the workload on a server by making use of more web servers that serve thesame content or each having a segment of content that needs to be served.
They make use of several load-balancing algorithms that help ensure that when there are lots of hits on the web servers, they can handle the requests.

With the large number of users that Google serves per day, Google web servers must be able to respond to its users hence the need for a load balancing mechanism to eliminate or reduce the possibility of the servers experiencing downtimes.

Web Servers

The web servers are the computers that house the web content that needs to be served. these computers provide the static content that is being requested over HTTPS by the client. They may contain HTML pages, text information, or a binary file and in the case of Google, they serve the Google homepage and search page.

Any computer can run a basic lightweight web server. On UNIX-like systems servers such as Apache and Nginx are quite common. these two different web servers power more than 60% of the total web servers worldwide.

Hope I did a good job of making this not too technical 🙂. There are lots of things going on all at thesame time within a fraction of a second when you press that enter key on your keyboard after typing in a domain name in your browser.

A Quick Bonus For Curious Readers 🙂 who uses Linux

Do you know you can get the IP address of your favorite website? Try opening your Linux and type these Linux commands

ping -c 1 url_of_choice | grep -m 1 "url_of_choice"

Example:

ping -c 1 google.com | grep -m 1 "google.come"
PING google.com (216.58.223.206) 56(84) bytes of data.

In the example above, the curl command returns the IP address of google.com "216.58.223.206".

That's all for now. See you later! If you learned something, please leave a like or comment.

How to Install a Linux Terminal on a Windows PC using Windows Subsystem for Linux

Ambrose K. — Tue, 15 Aug 2023 14:50:48 +0000

Introduction:

You may have used the linux terminal once, currently have a linux OS running on your computer or new to the term "Linux" and haven't used the OS (operating system) before because you use a Mac or Windows but curious as to how it works, what it looks like, how to interract with it and the likes, this article is just exactly what you need.

This article will focus on how you can install a "Linux Terminal" into your Windows OS which will thereby enable you to use "Linux Terminal Commands" to perform tasks, script processes and so on without having to install a whole Linux OS just to do basic and complex linux processes or tasks. In addition, this causes no issues in our Windows Operating System and it is safe to say:

The Installation of a Linux Terminal into your windows OS causes no harm whatsoever to your Computer or Files. Infact, latest releases of the Windows OS such as 11 and 10 (The versions i have tried it in) are in support of it as you will see later in the article

What is WSL?

WSL simply means Windows Subsystem For Linux and it is a functionality being provided by Windows themselves but hidden to most basic Windows users. This is what I am referring to when I said installing the linux terminal into Windows. Yes.. Yes.. Yes.. and I know some of us are already saying "I know how to do it". 🙂🙂

If you are still reading this then you are interested in knowing how it works. Now that you know what we are about to do, Let's not waste any more time and let's dive right in.

System Requirements for WSL:

To run WSL here are the system requirements needed.

Windows Version: WSL is available on Windows 10 and later versions, including Windows Server.
64-bit Windows: WSL requires a 64-bit version of Windows.
Windows Build Version: Different versions of WSL have different requirements:
Virtualization: WSL 2 requires virtualization technology to be enabled in the BIOS/UEFI settings of your computer.
Hardware Virtualization: Your CPU should support hardware virtualization
Minimum RAM: While there isn't a strict minimum, having at least 2GB of RAM is recommended for smooth operation.
Disk Space: The space required depends on the Linux distribution you install, but you should have a minimum of 1GB of free space.

Let us Install:

The very first step in the installation process is to open up your Windows Start Menu and search for "Turn Windows Features On or OFF" and click on it.

Search Windows Features:

Now that you have clicked on it, you should be presented with a window that look like the image below. Scroll down till you find the option for "Windows Subsystem for Linux". Turn it On.

Activate WSL:

We now have the option turned on. The next step will be to restart your computer and open your windows powershell as an administrator.
in the powershell, type in this command: wsl --install -d Ubuntu

Note: For advanced and Experienced users, after the -d you can specify any Linux Distro of choice. Example: wsl --install -d Debian and to get a list of avaiable Distros to install, use this command: wsl --list --online

Here is a Visual:

Install The Terminal and follow the installation guide

At this point if you followed the installation process from the promt, you should have no issues.
you can now start your Linux terminal by calling the bash shell from your powershell using bash or by calling wsl -d (Distro name)

Starting your terminal

Congratulations

You have now installed the a linux terminal on your Windows OS without the need for downaloading a whole Linux OS.
Spread the information 💡💡