FieldPost
A mobile app for independent reporters and documentary photographers that batches, compresses, and reliably delivers photos, audio, and dispatches when bandwidth briefly appears.
Independent journalists and documentary photographers filing dispatches from low-connectivity or expensive-data regions
- Batch-when-cheap mode that queues uploads until you're on WiFi or a cheaper data plan
- Auto-compresses photos and audio with a 'stay readable' quality floor you can dial up or down
- Compact text-only summaries that ride through 2G without timing out
- Offline drafts that sync automatically when signal returns and a clear log of what was held
Conflict zones, climate disasters, and remote reporting are all growing; cellular data remains expensive or unreliable across much of the world where the most important stories live.
Mobile journalism challenges are well-documented and eyeWitness to Atrocities proves a real, funded niche for conflict-zone reporting apps, but the specific sub-niche of bandwidth-batch delivery for independent freelancers is small.Navigating the Challenges of Mobile Journalism ↗
Existing tools (WeTransfer, Dropbox, SmugMug, Photo Mechanic) handle transfer/storage but none specifically batch, compress, and resume dispatches optimized for sporadic low-bandwidth links; eyeWitness addresses verification, not throughput.Optimizing Mobile Apps for Low Bandwidth Environments ↗
Photographers do pay (SmugMug ~$20/mo Direct tier) and agencies/NGOs license tools for staff, but independent freelancers in expensive-data regions are price-sensitive; revenue likely requires B2B (newsrooms, NGOs, press freedom orgs) channel rather than direct-to-indie.SmugMug Pricing | Open your photo business today. ↗SmugMug Pricing 2026: Plans, Hidden Costs & Cheaper Alternatives ↗
Conflict and climate-disaster reporting demand is durable and growing, but improving cellular coverage, Starlink, and edge-AI compression on phones may erode the gap over 5+ years.
Queue+resume uploads, on-device image compression, and adaptive bitrate are well-understood mobile primitives; reliability across fragmented carriers is the hard part, but not a research problem.