In this authored piece, Goldee Patnaik, Head of Communications at OPPO India, shares his perspective on how India’s selfie-first culture is influencing smartphone design, reshaping everything from camera systems to durability and long-term reliability. The article below is written by him.
We often talk about smartphone innovation in terms of hardware milestones, better cameras, faster processors, and sharper displays. But what we don’t talk about enough is what is actually driving these changes.
Increasingly, it is evolving consumer behaviour. One of the most overlooked shifts in the last few years has been the rise of selfie-led camera usage. Not because selfies are new, but because of how fundamentally their role has changed.
At a global level, over 92 million selfies were being captured every day in 2025. In India, this behaviour operates at a completely different scale. With over 806 million internet users and smartphone access in more than 85 percent of households, the front camera is no longer a secondary feature. For a large segment of users, especially younger audiences, it is the most frequently used camera on the device. When one in three photos taken by users aged 18 to 24 is a selfie, it stops being a format and starts becoming a default.
When a behaviour becomes this frequent, it starts to guide how products are designed. This level of engagement is beginning to influence how smartphones are designed, from imaging systems to durability and overall user experience.
We Are Still Designing for the Wrong Use Case
The selfie today is very different from what it was a few years ago. It is no longer limited to static close-up portraits. Users are increasingly capturing themselves within a broader context, travel, social settings, live events, and everyday moments. The background has become as important as the subject, and in many cases, it defines the image.
This evolution reflects a larger shift toward visual-first communication. Images and videos are now a primary mode of expression, and the front camera has become a key enabler of that behaviour. For smartphone manufacturers, this expands the role of the front camera. It is no longer a complementary feature, but an integral part of the overall camera experience.
The Front Camera Has Quietly Become the Primary Camera
As usage evolves, expectations from smartphone cameras are also becoming more nuanced.
Users today are looking for balance, not just clarity. They expect natural skin tones, detailed backgrounds, and consistent performance across different lighting conditions. Group selfies, motion, and low-light scenarios are now everyday use cases.
This is where advancements in AI and computational photography are playing an important role, enabling cameras to adapt in real time and deliver more consistent results across environments. For instance, capturing both a well-lit face and a bright outdoor background requires advanced HDR processing, often combining multiple frames in real time. Similarly, maintaining natural skin tones while applying computational enhancements requires more precise AI models that are trained across varied datasets.
Lens design is also evolving. Wider front-facing lenses help accommodate more context, but they introduce distortion challenges that need to be corrected algorithmically. In many ways, the front camera is no longer a single component. It is an integrated system combining optics, sensors, and computational photography.
The Convergence of Photo and Video
Another important shift is the convergence of photo and video behaviour. Selfies are no longer static. A significant portion of front camera usage today is driven by short-form video, live streaming, and real-time content creation. This introduces a different set of technical requirements, stabilisation, continuous autofocus, exposure consistency, and real-time processing without latency.
Unlike photos, where processing can happen after capture, video requires all of this to happen instantly. From where we see this, the expectation gap is narrowing. Users no longer differentiate between “photo quality” and “video quality.” They expect the same level of performance across both, especially from the front camera. This is pushing innovation toward more powerful on-device processing and better optimisation between hardware and software layers.
Real-World Usage Is Redefining Design Priorities
While imaging is central to this shift, the way selfies are captured is equally important. Front camera usage is inherently dynamic. It happens while commuting, travelling, celebrating, and often in environments that are far from controlled. This increases exposure to drops, water, heat, and other real-world conditions.
Data from Counterpoint Research reflects this clearly. 95 percent of users report feeling anxious when their device is damaged, and nearly 9 in 10 admit to dropping their phones. At the same time, 78 percent of users say they avoid using their smartphones in harsh conditions such as rain or extreme heat due to fear of damage. What this points to is an interesting tension. Smartphones are becoming more central to capturing life, but users are still cautious about using them freely.
Durability Is Becoming Part of the Camera Experience
This is where durability begins to intersect directly with imaging behaviour. If users hesitate to take out their phone in certain situations, it directly impacts their ability to capture moments. In that sense, durability is no longer separate from the camera experience, it is an enabler of it.
The definition of durability itself is also expanding. It includes stronger display materials for drop resistance, reinforced internal structures to absorb impact, and IP-rated protection against water and dust. IP ratings measure how well a device holds up against solid particles and liquids, and the evolution of IP ratings also reflects how durability expectations have changed over time. Early certifications only accounted for dust and basic water exposure. Today, they have expanded to cover far more demanding real-world conditions, from accidental splashes to high-pressure water exposure. Each rating covers a different kind of condition. IP66 guards against powerful water jets. IP68 covers deep immersion. IP69 and IP69K protect against high-pressure, high-temperature water. Increasingly, the industry is moving toward combining multiple protection standards such as IP66, IP68, IP69, and IP69K to deliver more comprehensive durability across everyday usage scenarios.
Durability further extends to thermal management, which affects camera performance during extended video usage, and battery stability, which supports longer capture sessions. Equally important is data reliability. With 89 percent of users expressing concern about losing personal content if their device fails, durability also includes how securely those moments are stored and preserved. From where we see this, consumers are no longer evaluating these factors in isolation. Camera quality, device strength, and long-term reliability are increasingly seen as part of a single experience.
A Shift Toward More Integrated Innovation
What emerges from all of this is a broader shift in how smartphone innovation is being defined. The focus is gradually moving from peak specifications to consistent performance. Not just how well a camera performs in ideal conditions, but how reliably it works across real-world scenarios. Not just how a device looks on day one, but how it holds up over time.
This is also reflected in how consumers are making decisions. Durability and reliability are increasingly influencing purchase considerations, with 79 percent of users identifying durability as a key factor. Durability is the foundation. Reliability is what gets built on top of it when a brand consistently delivers on its promises over time and across products. Ultimately, that consistency is what shapes long-term brand trust. It reflects a relationship built over time. For smartphone brands, this is the space worth striving for, understanding what consumers in India truly need, and delivering on it, consistently.
Innovation will increasingly be judged not by peak specifications, but by how consistently devices perform in real-world use, bringing together imaging, durability, and long-term reliability into one seamless experience.