Good. Powering Great.

Bridging the $100K - $1M funding gap for purpose-driven businesses.

We back revenue-ready ventures and proven solutions in climate, infrastructure, health, education and the blue economy

Our Purpose

DISC: Dedicated Impact and Sustainability Corridor

Most capital goes to the extremes. We’re here for the middle.

Over 200 million businesses need $100K–$1M to deliver impact.
Many are profitable, proven, and service-ready — but still go unfunded.

VCs don’t see a 10x return. Banks can’t underwrite the model.
So real impact — clean energy, care access, circular systems — never gets delivered.

DISC closes that gap.
Because when more of these ventures succeed, the impact adds up.

Our Process

Your corridor to execution.

  • We assess your business — model, traction, risks, and capital needs.


    Whether you're replicating a success or rolling out your first project, we meet you where you are.

  • You receive a tailored corridor plan:

    • Project finance or working capital

    • Advisory on delivery, ops, or compliance

    • Hands-on operators if you need them

  • We don’t just approve. We move. In 30 days — capital flows, partners embed and you execute.

With no pitch contests and no waitlists.

Mission Mapping

Capital for proven businesses solving real problems.

What we fund

We back first-time and follow-on projects built on proven technologies or backed by assets.


You don’t need a hockey-stick pitch — just a clear path to delivery and revenue.

We provide $100K - $1M in working capital or project finance.

Rows of solar panels on a grassy field under a blue sky with clouds.

  • C&I solar and wind projects

  • Battery storage and microgrids

  • Mini- and off-grid systems

  • Solar irrigation and ag-energy systems

  • Clean energy EPC contracts

  • EV-related charging infrastructure

  • Follow-on deployments of proven models in new geographies or sectors

Clean Energy

Aerial view of biogas plants with walkways in an X formation

  • Anaerobic digesters

  • Feedstock handling and preprocessing systems

  • Combined heat and power (CHP) units

  • Decentralized biodigesters

  • Working capital for operations and logistics

  • Follow-on deployments of systems already proven in another geography or context

Biogas & Waste-to-Energy

Underwater scene with sunlight filtering through water, showing sandy seabed and seaweed patch.

  • Seaweed farming and processing

  • Marine carbon removal

  • Ocean plastic recovery

  • Coastal restoration and resilience

  • Blue biomaterials and aquaculture ventures

  • Follow-on deployments of proven technologies in new geographies or coastal markets

Blue Economy

Emergency ambulance with flashing lights driving on a city street at night.

Decentralized Healthcare & Everyday Well-being

  • Clinics and mobile care units

  • Telehealth and diagnostics platforms

  • Nutrition-focused ventures delivering preventive health through food

  • Cold-pressed juices, adaptogens, and functional foods with regenerative sourcing

  • Well-being platforms offering affordable mental health, sleep, movement, or chronic care support

  • Delivery-ready health tech expanding access to everyday care

Aerial view of dense green forest with a body of water and boats on the right.

  • Water access and treatment systems

  • Urban cooling infrastructure

  • Stormwater and flood mitigation

  • Nature-based infrastructure — like mangroves, wetlands, green roofs, and reforestation with measurable adaptation impact

  • Resilient housing or community infrastructure — flood-proofed, fire-resistant, or off-grid-ready homes and buildings

Climate Resilient Infrastructure

Electric vehicle charging station with cables and connectors, located in an outdoor parking area, surrounded by trees and parked cars.

  • EV fleet deployment — for logistics, public transport, last-mile delivery, or ride-share

  • Charging infrastructure — at depots, retail hubs, commercial properties, or community nodes

  • Battery swapping or leasing models — where asset ownership is a barrier

  • Mobility-as-a-service (MaaS) operations — including school, healthcare, or workforce transport

  • Working capital to fulfill transport contracts or expand operating routes

EV & Mobility

Plastic bottles in a recycling cage

  • Plastic, paper, textile, and e-waste processing — including shredding, sorting, and pelletizing equipment

  • Collection and logistics systems

  • Construction and expansion of recycling facilities

  • Manufacturing from recycled inputs — like packaging, panels, garments, or building materials

  • Circular product systems — such as refillable containers, reusable assets, or take-back logistics

  • First deployments of successful circular models in new contexts or geographies

Recycling & Circular Systems

Entpreneurship hackathon in a conference room with a large screen and a podium.

  • Technical and vocational training programs in energy, healthcare, construction, and sustainability

  • Workforce readiness platforms

  • On-the-ground skill academies

  • Reskilling programs for displaced workers entering green or care-based economies

  • Working capital to deliver contracted training, run facilities, or scale delivery in new geographies

Education & Upskilling

Locations

DISC is opening closer to you. Sooner than you think.

Your turn

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