Case Studies

How a Leading e-Commerce Platform Reduced Video Delivery Costs and Improved Playback Performance with Visionular

e-commerce video compression

In e-Commerce, every frame has a cost

For mobile-first commerce platforms, video is one of the biggest drivers of user engagement, but it is also one of the largest contributors to infrastructure cost. As one of India’s fastest-growing social commerce platforms, our client delivers millions of short-form product videos to users every day, powering product discovery, seller engagement, and conversion across the platform.

As video consumption scaled rapidly, the platform faced a growing challenge: how to deliver more video, faster and at lower cost, without compromising quality. To solve this, they partnered with Visionular to optimize their video encoding and delivery architecture. The result was a meaningful reduction in CDN bandwidth consumption, lower delivery overhead, and faster video startup performance, creating both immediate cost savings and stronger user engagement.

ABOUT THE CLIENT

Our client is one of India’s leading social commerce and e-commerce platforms, connecting millions of sellers and buyers through mobile-first shopping experiences.

Short-form video has become central to how users discover products, engage with sellers, and make purchase decisions. With millions of videos streamed daily, video performance directly affects retention, session duration, conversion rates, and infrastructure cost. At this scale, even small improvements in video efficiency translate into large business impact.

THE CHALLENGE

As short video consumption accelerated, our customer’s engineering team identified two high-priority business challenges.

Challenge 1 - Rising CDN Delivery Costs

The first was rising CDN delivery costs. Short videos generate massive streaming traffic, and as content consumption grew, so did the platform’s bandwidth bill. The existing pipeline delivered good quality, but bitrate efficiency had room to improve.

The opportunity was clear: reduce the bits delivered per stream while keeping visual quality intact. Across millions of daily plays, even a modest bitrate reduction would translate into substantial annual savings.

Challenge 2 - Video Start Delay in Short-Form Experiences

The second challenge was video start delay. In short-form content, startup speed is everything. When videos take too long to begin playing, users scroll away, session engagement drops, product discovery stalls, and conversion opportunities are lost.

For commerce-driven short video, every fraction of a second matters. The platform needed faster playback startup and smoother content loading across the highly variable mobile network conditions that characterize its user base across India.

THE SOLUTION

Visionular partnered with the client to optimize the platform specifically for short-form mobile video delivery, focusing on three core areas.

1. Advanced Compression Optimization

Visionular analyzed real-world video workloads and tuned encoding settings specifically for commerce content, reducing overall bandwidth consumption across the delivery network without any noticeable change to the viewing experience.

Main Benefits

  • Lower average bitrates
  • Better perceptual quality retention
  • Improved visual consistency
  • More efficient adaptive streaming profiles

Business Impact

  • Lower CDN traffic consumption
  • Reduced peak bandwidth usage
  • Lower storage overhead
  • Lower video delivery costs

By delivering fewer bits per video stream without sacrificing user experience, the platform reduced overall bandwidth consumption across its delivery network. Across millions of daily video sessions, these savings scaled significantly.

2. Faster Startup for Short Videos

Visionular optimized video packaging and delivery parameters specifically for fast-start mobile playback. In a scroll-driven commerce environment, this kind of responsiveness directly supports product engagement.

Main Benefits

  • Improved initial segment delivery
  • Optimized adaptive bitrate ladder design
  • Faster first-frame availability
  • Smoother buffering behavior

User Experience Impact

  • Faster first-frame rendering
  • Smoother video transitions
  • Less waiting before playback
  • Better scroll-feed engagement

3. Mobile Network Optimization

Because the platform serves users across highly variable mobile network conditions, Visionular optimized delivery profiles for real-world environments, ensuring more stable viewing sessions across diverse geographies and device types.

Main Benefits

  • Better playback consistency on 4G and mixed networks
  • Reduced buffering events
  • More reliable adaptive bitrate switching
  • More stable viewing sessions

BUSINESS OUTCOMES

Following deployment, the platform achieved meaningful operational and commercial improvements.

CDN Delivery Costs

Lower bandwidth consumption and delivery costs with no sacrifice in visual quality

Playback Performance

Faster video startup times and reduced friction across short-form content consumption

User Engagement

Users watch more product videos per session and stay in the app longer

Product Discovery

More product discovery opportunities and stronger conversion potential per session

Scalability

Growing video traffic handled efficiently without proportional increases in delivery cost

Cost Efficiency

Optimized architecture supports sustainable platform growth as the video catalog expands

STRATEGIC IMPACT

For this client, the project went beyond video compression. It was about improving two of the most critical KPIs in short-form commerce video: cost per stream and time to first frame. Together, these improvements created a measurable business advantage, a better user experience, lower operating costs, and stronger scalability for future growth.

That is what intelligent video infrastructure looks like in practice.

IMPLEMENTATION

Visionular and the client worked through a structured deployment process across three phases.

It started with a thorough production content analysis, where real product videos, seller content, and promotional reels were benchmarked against existing workflows to establish a clear performance baseline.

From there, encoding profiles were tuned specifically for the platform’s real-world demands:

  • Short video consumption behavior
  • Mobile commerce usage patterns
  • Network variability
  • Cost-performance balance

Finally, joint engineering teams ran a full deployment validation, confirming performance improvements across:

  • Playback startup time
  • Bitrate efficiency
  • Delivery consistency
  • Infrastructure utilization

Read similar case studies with ShareChat, Huya, Hudl, and Stage.in.

Contact us to experience the power of AI-driven video compression in your streaming business.

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