Summary
- More than 100 readers suggested new features for future cameras.
- Popular requests included GPS, true RAW histograms, file encryption and wireless flash interoperability.
- Other ideas concern rugged compacts, sensor tilt and smarter depth-of-field control.
- The list reflects everyday workflow priorities rather than a formal survey.
- 1. GPS, geotagging and theft protection
- 2. Computational photography under the photographer’s control
- 3. A histogram based on actual RAW data
- 4. File encryption and more open firmware
- 5. Tough compact cameras for real-world use
- 6. Wireless TTL flash without proprietary barriers
- 7. Sensor tilt for controlling the focus plane
- 8. Borrowing a low-noise technique from astronomy
- 9. Bringing back smart depth-of-field calculations
- 10. Autofocus for vintage manual lenses
- What these requests actually reveal
- What we think
Modern cameras can recognise eyes, shoot at remarkable speeds and record professional video, yet photographers still want features that would make everyday work simpler and safer.
More than 100 DPReview readers responded to a question posted on October 7, 2026 about the features they would like in future cameras. Ten themes were selected for an October 14 article. These are community suggestions, not a representative survey or a percentage-based ranking.
1. GPS, geotagging and theft protection
Automatic location metadata was the most frequently requested feature. Accurate EXIF coordinates simplify cataloguing for travel, wildlife and news photographers, while some readers also asked for remote locking of stolen bodies. Always-on GPS can drain batteries and take time to reacquire a signal; Bluetooth pairing with a phone offers an alternative.
2. Computational photography under the photographer’s control
Readers want some of the processing advantages of smartphones without surrendering creative choices: multi-frame noise reduction, interior HDR with properly exposed windows, and in-camera RAW processing. An effective window-pull HDR mode could reduce repetitive blending for architectural photographers, provided it remains controllable.
3. A histogram based on actual RAW data
Many camera histograms describe the processed JPEG preview rather than unmodified sensor data. Picture styles, tone curves and white balance can affect the warning. RAW-based histograms, zebras and waveforms could give photographers a clearer indication of genuinely clipped highlights. The histogram and waveform tools added to MISSION Monitor demonstrate the value of exposure monitoring, though they are not necessarily true RAW histograms.
4. File encryption and more open firmware
For photojournalists carrying sensitive images, security is a practical priority. Readers requested in-camera encryption, software security updates and more open firmware that could address limitations independently of a manufacturer’s update cycle. Openness would still need trusted installation processes and clear support boundaries.
5. Tough compact cameras for real-world use
Some photographers would accept a slightly larger travel zoom in exchange for much better shock resistance. Others want a small waterproof camera with a larger sensor and serious macro capabilities for streams and shallow water. It is the combination of features, rather than the absolute absence of rugged models, that matters.
6. Wireless TTL flash without proprietary barriers
Built-in wireless TTL triggering and more universal hot-shoe communication could cut down on triggers and system-specific accessories. Cross-brand compatibility remains uneven, and a common protocol could preserve advanced proprietary functions while making essential flash controls interoperable.
7. Sensor tilt for controlling the focus plane
A more ambitious proposal would tilt the sensor to change the plane of focus, drawing on the optical principles of tilt lenses. It could help landscape and product photographers keep subjects at different distances sharp without extreme apertures. This would require suitable mechanical design and optical compatibility, not merely a firmware update to ordinary IBIS.
8. Borrowing a low-noise technique from astronomy
The proposed sample-up-the-ramp technique is used with certain astronomy detectors: the sensor is read multiple times during a single exposure without being reset between readings. Analysing those intermediate measurements could reduce read noise and estimate brightness before regions saturate, potentially extending dynamic range. Implementing it in consumer cameras would require suitable sensor readout and processing hardware; it is not a routine firmware feature.
9. Bringing back smart depth-of-field calculations
Canon’s older DEP and A-DEP exposure modes helped select an aperture based on near and far focus positions. A modern version could let photographers specify faces or near and far points on the touchscreen, then estimate the settings needed. Group portraits, animals and street photography are obvious applications, subject to real optical limits.
10. Autofocus for vintage manual lenses
Readers also recalled the Contax AX, which achieved autofocus by moving the film plane instead of the lens elements. A modern equivalent could bring autofocus to some vintage manual lenses. It is an idea from the community, not an announced camera.
What these requests actually reveal
These ideas do not mean every camera lacks every feature. Some already exist in selected models or accessories. What photographers want is consistent, reliable implementation without workarounds or being trapped in an ecosystem. A related usability proposal is live search inside camera menus, although it was not among these ten themes.
What we think
File protection and reliable exposure information stand out because they affect decisions that may be impossible to undo. A stolen memory card or a badly clipped capture cannot be fixed with more megapixels or faster autofocus. Making these tools dependable and accessible would matter more than another headline specification.
Universal flash control deserves equal attention. Buying into a lighting system should not mean facing costly compatibility compromises every time you switch camera bodies. Even a shared baseline of TTL communication would help, while leaving manufacturers room for proprietary advanced functions.
Not every suggestion is easy. Sensor tilt raises serious mechanical questions, and open firmware has security and maintenance implications. Those need engineering, not promises. But thoughtful software and interoperability improvements could address several everyday frustrations more effectively than another seldom-used submenu feature.
