The Economic Engine of Private Communication
1M+
Monthly Active Users
1,500+
Community-Run Nodes
Zero
Phone Numbers Required
Session is a decentralized messaging app focused on providing maximum user privacy and anonymity. It uses a global network of community-operated nodes to route messages, ensuring that no central entity can access user metadata.
Unlike mainstream apps, Session's core architecture is designed to protect not just what you say, but who you say it to.
You
New York, USA
Node 1
London, UK
Node 2
Tokyo, Japan
Node 3
Sydney, Australia
Recipient
Berlin, Germany
You
New York, USA
Node 1
London, UK
Node 2
Tokyo, Japan
Node 3
Sydney, Australia
Recipient
Berlin, Germany
Each node only knows the previous and next step, so no single point can link sender to recipient, protecting your metadata.
The SESH token has a fixed total supply of 240 million. This chart shows how tokens were allocated at the project's launch, balancing rewards for past stakeholders with resources for future growth and network security.
The SESH token's value is driven by its utility within the Session ecosystem. This flywheel model creates a sustainable economic loop where app usage directly benefits the network and its participants.
Operators stake 25,000 SESH to run a node, securing the network and earning rewards.
Users spend SESH to buy unique usernames. These tokens are burned, reducing supply.
The core revenue driver. Fiat payments for premium features are used to buy and burn SESH, with an equivalent amount re-minted to reward stakers.
The "burn-and-remint" mechanism is the heart of Session's DePIN economy. It translates real-world revenue from subscriptions into on-chain buy pressure and enhanced rewards for the node operators who power the network.
Step 1: User Pays
User subscribes to Session Pro with Fiat (USD, EUR) via App Store.
Step 2: Market Buy
A 3rd party uses the Fiat to buy SESH tokens on the open market.
Step 3: Burn
The purchased SESH tokens are programmatically burned.
Step 4: Remint
An equal amount of SESH is re-minted into the Staking Reward Pool.
Step 5: Reward
Node operators receive higher staking rewards, strengthening the network.
Step 1: User Pays
User subscribes to Session Pro with Fiat (USD, EUR) via App Store.
Step 2: Market Buy
A 3rd party uses the Fiat to buy SESH tokens on the open market.
Step 3: Burn
The purchased SESH tokens are programmatically burned.
Step 4: Remint
An equal amount of SESH is re-minted into the Staking Reward Pool.
Step 5: Reward
Node operators receive higher staking rewards, strengthening the network.
Step 1: User Pays
User subscribes to Session Pro with Fiat (USD, EUR) via App Store.
Step 2: Market Buy
A 3rd party uses the Fiat to buy SESH tokens on the open market.
Step 3: Burn
The purchased SESH tokens are programmatically burned.
Step 4: Remint
An equal amount of SESH is re-minted into the Staking Reward Pool.
Step 5: Reward
Node operators receive higher staking rewards, strengthening the network.
Step 1: User Pays
User subscribes to Session Pro with Fiat (USD, EUR) via App Store.
Step 2: Market Buy
A 3rd party uses the Fiat to buy SESH tokens on the open market.
Step 3: Burn
The purchased SESH tokens are programmatically burned.
Step 4: Remint
An equal amount of SESH is re-minted into the Staking Reward Pool.
Step 5: Reward
Node operators receive higher staking rewards, strengthening the network.
The token's future price will be a tug-of-war between new supply from vesting unlocks and new demand from utility. This timeline highlights the critical period in mid-2026 when these forces will collide.
Session competes in a crowded market. Its strengths are in decentralization and anonymity, but it faces challenges in user experience and overcoming the network effects of established giants like Signal and Telegram.
This chart illustrates the three potential price trajectories for SESH over the next five years. These hypothetical scenarios are based on the bullish, neutral, and bearish cases, factoring in key catalysts like the Session Pro launch (Q4 2025) and major token unlocks (mid-2026). The logarithmic scale helps visualize the vast differences in potential outcomes.