About VeriLeaf
VeriLeaf is building the infrastructure for verified environmental impact, a platform where real-world actions are documented, validated, and permanently recognized.
Mission
Reward verified environmental action.
Tagline
Verified Actions. Lasting Impact.
For individuals
Millions of people take environmental action every day, planting trees, cleaning shorelines, cutting waste, yet they have no way to prove what they've done, share it credibly, or build on it over time. The effort is real. The record isn't.
For organizations
NGOs, universities, and ESG teams running environmental programs have no affordable, scalable verification layer. Impact reports rely on spreadsheets and trust. Real impact goes unmeasured, and funders have no reliable signal to reward what's working.
Choose an environmental mission that matches your interests.
Upload photos and evidence of the real-world action you completed.
Receive a tamper-proof credential you truly own.
Built on Sui
VeriLeaf is built on the Sui blockchain, chosen for sub-second finality, near-zero transaction fees, and the ability to issue thousands of tamper-proof credentials at scale.
Build a portable record of every environmental action you take, from cleanups to campus initiatives.
Verify program participation and prove impact to funders without expensive audit infrastructure.
Recognize student sustainability work with credentials that follow graduates into their careers.
Give employees a credible way to log volunteer hours and environmental contributions for ESG reporting.
12,400+
Verified Actions
8,200+
Trees Planted
14,300kg
Plastic Removed
21,600+
Volunteer Hours
Challenges, submission, verification, credentials, and profiles.
NGO and university onboarding with cohort-level verification tools.
Aggregate reporting for funders, ESG teams, and community leaders.
Multi-language support and regional verification networks.
Built for Brainwave 2026
VeriLeaf was built for the Brainwave 2026 Hackathon as a demonstration of what verified environmental impact infrastructure could look like at scale.
