Remote Environmental Sensor (RRES)
Built for remote basins. Trusted by scientists and NGOs.
❌ The Problem
- High resolution hydrological data is largely unavailable
- Data continuity breaks, leaving gaps in records.
- Remote sites go dark during storms and melt.
- Field trips are frequent and expensive.
- Without trusted evidence at the right moments, programs stay reactive and bad actors face no consequence.
⚠️ Why It Matters
- 1 day in the field often costs more than 1 sensor.
- Missed peaks are lost forever; you cannot go back and measure them.
- Gaps weaken publications, reports, and compliance credibility.
- Gaps weaken reports and credibility when you escalate to regulators.
- One missed peak can erase your only chance to prove harm.
✅ The Solution
RRES + Satellite Uplink
Continuous Monitoring
Water level (cm) 📏, temperature (C) 🌡️, and turbidity (NTU) 🌊.
Data Integrity
On-device sanity and drift flags to reduce data loss. 🔍
Remote Connectivity
Satellite from dead zones 🛰️. No local gateways. Low power for long unattended uptime. 🔋
Accessible Data
Streams to API by default. Optional simple dashboard. 🖥️
What you get
1
🌐 Reach any site and capture storm and melt peaks.
2
🚐 Fewer field visits, lower costs, clearer program choices.
3
📈 Continuity during critical moments that determine accountability.
4
🚨 Actionable alerts to rank hotspots and sequence actions.
5
Prioritize action. Compare sites by exceedances and event magnitude over a season.
6
Escalation-ready evidence with uncertainty bands supports defensible claims.
7
Raise community awareness and share updates via API or a simple dashboard.
🛠️ Why It Works in Harsh Places
Environment-first hardware, mounts, and optics
For freeze, debris, and wet environments.
Field-swappable parts
Easy installation. Cut service time.
Satellite-first design for remote dead zones
Reliable data where no gateways exist.
📊 Proof
Pilots and deployments
- Pilots with WWF 🐼 and hydropower ⚡ in Switzerland.
- Used by NGOs in policy-relevant contexts where continuity and auditability matter.”
- Global project with 11 scientists & NGPs 👩🔬 across glaciers, the Himalayas, and Patagonia.
- Time to first data: about 1 hour ⏱️ from install via API.
- Teams avoided higher-cost alternatives and avoided winter deinstall ❄️ at selected sites.
Peer-reviewed publications:
💵 Pricing
* Documentation on validation tests with clear conditions (e.g. temperature, flow extremes) available upon request
Program Pilot: Three Sites in 90 Days
Validate hotspot ranking and reporting cadence before scaling.
- 10% discount: 3 sensors for 3 months
- $2,644 hardware + $68 per month connectivity
- Includes install checklist and one remote fit-check
- Ideal entry package for small teams ready to validate quickly
🛡️ Procurement-Friendly Guarantees
- 14-Day Install-Fit → If baseline checks fail, we swap, relocate, or refund. 🔄
- 90-Day Hardware Replacement → Manufacturing defects covered, no questions asked. 🆕
- Uptime Credits → If our cloud causes a sustained outage beyond threshold, we credit months. ☁️
- 18-Month Warranty → Covers workmanship and reliability from date of delivery, protecting your investment through the full research season and beyond. 📅
🚀 Early-Adopter Advantages
- Roadmap influence and priority input on features and integrations. 🗺️
- Priority support during the first season with guided commissioning. 🎯
- Community access to an invite-only cohort sharing deployment patterns and methods. 👥
- Data continuity credits for multi-season installs. Compounds research value. 🔗
- Recognition in case studies and methodology notes where appropriate. 🏅
📩 100 sensors available in Spring 2026, reserve yours now.