When a respected underwater photographer says the smartphone revolution is finally moving below the surface, divers should pay attention. In a recent Scubaverse article published on June 11, 2026, Saeed Rashid looks at a shift that many divers have felt coming for years: the camera most people already carry every day is becoming a serious underwater imaging tool.
Rashid is not a casual observer. He is Scubaverse's Underwater Photography Editor, a photographer, educator, diver, and part of the team behind Underwater Photographer of the Year. That is why his take matters. He is not simply asking whether a phone can survive a dive. He is asking whether a phone can give divers enough creative control underwater to make real images, real stories, and even real-time broadcasts possible.
The Camera in Your Pocket Is No Longer Just a Backup
On land, smartphones have already reshaped photography. Rashid points to industry data showing that the overwhelming majority of photos are now taken on phones, while compact cameras have become a smaller, more specialized market. PetaPixel reported in 2023 that smartphones accounted for 92.5% of all photos, and later photo-industry estimates projected more than two trillion photos taken worldwide in 2025.
Underwater, though, the transition has been slower. Water creates a much harder problem than everyday photography. It steals color, reduces contrast, scatters light, changes buoyancy, and punishes any gear that is not properly sealed. For years, that meant serious underwater imagery belonged mostly to divers willing to invest in compact camera housings, mirrorless systems, strobes, trays, arms, cables, and a full travel case of accessories.
The smartphone changes the starting point. Most divers already own a powerful camera. The real question becomes: can they control it underwater?
Why Underwater Touchscreen Control Matters
This is where Rashid's comments about DIVEVOLK are especially important. Many underwater phone housings require a dedicated app or a limited set of external buttons. That can work for simple shooting, but it also narrows what the phone can do. If key controls are buried in menus, blocked by the housing, or unavailable in the required app, the phone's power is trapped behind the case.
DIVEVOLK's approach is different. The underwater phone housings in the SeaTouch system are built around a real underwater touchscreen experience, allowing divers to operate the phone interface directly through the housing. That means a diver can adjust exposure, white balance, shutter speed, focus point, shooting mode, or a preferred creative app without being restricted to a narrow button map.
For a beginner, that makes the system feel familiar. For an experienced shooter, it preserves control. That combination is the real breakthrough. A phone underwater is not valuable because it is simple; it is valuable because it can be simple when you need speed and deeply adjustable when the image demands more.
From One Dive Photo to a Complete Creative Workflow
One of the most interesting parts of Rashid's article is that he does not frame smartphone underwater photography as a gimmick. He looks at it as a workflow shift. A phone is not only a capture device. It is also where many creators review, edit, share, stream, message, archive, and publish.
That matters underwater because the old workflow often created friction. Shoot on a compact camera. Open the housing. Remove the SD card. Transfer files. Edit later. Share later. For many casual divers and travel creators, that delay kills momentum. With a smartphone-based system, the same device that captures the dive can also organize and share the result once it is safely back on the boat.
For DIVEVOLK users, that workflow can go further with apps such as UWACAM, which is designed specifically for underwater photography and video. When full touchscreen access is available inside the housing, creators are not locked into one style of shooting. They can use native camera tools, dedicated underwater apps, manual controls, color correction workflows, and the editing apps they already know.
The 20-Meter Moment: Underwater Livestreaming Becomes Real
Rashid also describes using a DIVEVOLK livestreaming setup in the Maldives, about 20 meters underwater, while swimming with tiger sharks as viewers watched from the surface. That detail is more than a flashy anecdote. It shows how far the category has moved.
Not long ago, live underwater video required the budget, crew, cabling, and infrastructure of a major production. Today, a compact smartphone system can open that kind of storytelling to dive centers, educators, researchers, event teams, content creators, and ocean communicators. DIVEVOLK's SeaLink underwater data transmitter is built for exactly this kind of scenario: sending a phone's signal from below the surface so underwater video can reach the world in real time.
For DIVEVOLK, the significance is clear. Smartphone underwater photography is no longer only about taking a vacation photo. It is becoming a communication platform. A diver can document a reef, demonstrate a product, teach a course, show an aquarium audience what is happening below the surface, or bring topside viewers into a moment they could never physically enter.
Smartphone Categories Are Already Raising the Bar
Another sign of the shift is competition recognition. Rashid points to the new Smartphone category at Underwater Photographer of the Year 2026, where phone-based entries proved that the format can produce images with real composition, timing, behavior, and atmosphere.
DIVEVOLK has already seen the same pattern through the underwater photography community. The strongest smartphone images are not winning attention because they are "good for a phone." They are winning attention because they are good underwater photographs: close enough, steady enough, well-lit enough, and made by divers who understand their subjects.
That distinction matters. The future of smartphone underwater photography will not be decided by megapixels alone. It will be decided by access, control, lighting, buoyancy, subject behavior, and whether the photographer can make decisions at depth. That is why the housing interface is not a minor detail. It is part of the creative chain.
The Limits Are Real, and That Is Healthy
A strong article about smartphone underwater photography should not pretend that phones solve everything. Rashid is direct about the limitations, and we agree with that honesty. Phones still have smaller sensors than many dedicated cameras. Depth of field, wide-angle corner quality, macro handling, and low-light performance can vary greatly by phone model and lens setup. Constant lights are the practical lighting choice for most phone systems, while external strobes remain difficult to integrate.
There is also the personal-risk question: do you want to take your main phone underwater? Many serious users solve this by using a second phone dedicated to the housing. That adds cost, but it can also reduce anxiety and keep the everyday phone safe. For divers comparing options, DIVEVOLK's SeaTouch 4 Max Kits, the SeaTouch 4 Max Platinum, video lights, and lenses allow a system to grow gradually instead of forcing every user into a full professional rig from day one.
Safety should stay separate from photography hype. A phone in a housing is not a replacement for proper dive training, gas management, a dive computer, signaling equipment, or emergency planning. Even as satellite and emergency features expand on modern phones, Apple's Emergency SOS via satellite documentation makes clear that satellite communication depends on model, region, conditions, and a clear view of the sky. Underwater creators should treat phone connectivity as an added communication tool, not a substitute for dive safety fundamentals.
What Saeed Rashid's Take Means for DIVEVOLK Users
The most useful takeaway from Rashid's Scubaverse article is not that smartphones have "replaced" traditional underwater cameras. They have not. Mirrorless and cinema systems still have clear advantages for high-end commercial work, large prints, strobe-based still photography, and specialized lenses.
The takeaway is more practical: the gap has narrowed enough that a smartphone system is now a serious creative choice for many divers. It can be lighter, more familiar, faster to learn, easier to travel with, and far more connected than the older camera-first workflow. For many people, that is the difference between leaving the camera on the boat and actually documenting the dive.
DIVEVOLK exists in that exact space. Our role is to make the phone usable underwater without stripping away the phone experience that makes it powerful in the first place. Full touchscreen control, real app access, compatible accessories, and SeaLink livestreaming all point to the same idea: underwater imaging should be more open, more immediate, and more creative.
The smartphone revolution did not stop at the shoreline. Thanks to divers, educators, photographers, and early adopters like Saeed Rashid, it is now finding its way into reefs, wrecks, shark dives, classrooms, livestreams, and photo competitions. And for the DIVEVOLK community, that future is already in hand.
Explore DIVEVOLK's underwater phone housings, build a compact kit with SeaTouch 4 Max Kits, or visit our SeaTouch technical support resources before your next trip.
