Energy token operators
These are the natural first users of Energy-token workflows on Kaspa.
- Solar Installers
- Energy Monitoring Providers
- Inverter Manufacturers
- Solar Farms
- Crypto Mining Farms
CW/CN v1 • Live product baseline
Tokenize what can be measured. Trade what is allowed. Operate on Kaspa.
Launch energy tokens and custom measured-workflow apps with Compliance Wallet. Add Compliance Node when you need broker, market-maker, and regulated-asset controls.
- Energy-token operators can launch tokenized measured-output workflows directly through CW.
- Brokers and market makers use CN to distribute regulated tokenized assets into compliance-gated self-custody.
- Direct swaps, open swaps, Compliance Only logic, policy effect, notifications, and Energy issuance are already working in CW/CN v1.
From signup to live Energy issuance
The strongest first workflow in CW/CN v1 starts with Energy. A new operator can sign up, deploy an Energy token, add a measured site, download production, and begin issuing KWH-backed balances through a guided flow that uses the full platform.
Step 1
Sign up and create wallets
Enter the product, create the right wallet set, and establish the user-side operating identity.
Step 2
Deploy or register an Energy token
Launch a token for measured production and lock it into the Energy workflow where it belongs.
Step 3
Add a site and issue KWH
Connect a measured site, download production, and issue Energy-backed balances into the wallet.
User-launchable
Measured-output tokenization
Full CW/CN workflow
Built for the people who can measure, issue, and operate
CW/CN v1 is designed for operators who need real tokenized workflows, not just wallet screenshots. The first public example is Energy, but the platform is broader than one vertical.
Market and asset operators
These are the organizations that benefit from policy, distribution, and controlled market access.
- Brokers
- Market Makers
- Token Issuers
- Regulated Asset Operators
- Pilot / Design Partners
Product Roadmap
CW/CN v1 is the working baseline today: wallets, token operations, swaps, compliance-aware participation, notifications, and Energy issuance. From here, the roadmap expands into operator intelligence, programmable policy, and stronger market infrastructure around the same core platform.
CW + CN v1 baseline
Compliance controls
Energy token workflows
Oracle Node next
Now
CW + CN v1
Working user wallets, token issuance and burn, direct and open swaps, Compliance Only flows, notifications, and Energy issuance.
Next
Oracle Node
Discovery, alerts, operator intelligence, and revenue-driving services built on top of the live CW/CN product.
Later
Expanded operator stack
Deeper policy automation, broader market structure, stronger custody options, and more custom tokenization workflows.
If it can be measured, we can design tokenization apps around it
Energy is the first public story because it is the strongest hook and the most complete user workflow. But the platform is broader. If your business has measurable production, inventory, usage, throughput, or policy-gated rights, CW/CN can be shaped into custom tokenization flows that fit how your operation actually works.
Measured production
Industrial output
Regulated distribution
Operator-managed workflows
Custom token apps
Working product, not just a concept
CW/CN v1 is already a usable product baseline for demos, pilots, recorded flows, and early operator conversations.
Standard Wallets, Compliance Wallets, whitelist controls, send/receive, and lifecycle actions.
Deploy, import, issue, burn, and Energy-token workflows already operate in the product.
Direct swaps, open swaps, Analyzer views, and Compliance Only offer logic are already working.
CN policy effect, notifications, and regulated-path differentiation are visible in the live system.
See it live, launch a pilot, or start designing your own measured-token workflow
Request access, schedule a guided demo, or talk with us about an Energy-token pilot, broker-assisted regulated distribution, or a custom tokenization app built around measurable real-world output.