Core Principle
Security is treated as a property of the system’s design, not an
afterthought.
Smart Contract Design
Immutability Where Possible
Immutability Where Possible
Core protocol logic is implemented through immutable smart contracts
wherever possible. Once deployed, critical execution logic cannot be
altered.
Deterministic Execution
Deterministic Execution
Contracts execute deterministically and avoid conditional behavior based on
market data or external signals. The same input always produces the same
output.
No Hidden Logic
No Hidden Logic
Treasury Security
Bitcoin accumulated by the protocol is held using a Safe multisig wallet.Distributed Authority
Multisig custody distributes signing authority across multiple parties,
reducing single point of failure risk.
Custody Only
The multisig is used for custody only and does not control protocol
execution or strategy logic.
Transparent Operations
All multisig transactions are publicly visible onchain and can be
independently verified.
The multisig cannot override smart contract logic or execute actions outside
its defined scope.
Access Controls
Limited, Explicit, and Scoped
Permissions are limited, explicit, and scoped. Only defined actions can be
executed through governance or multisig processes.
What This Means
- Every permission is documented and verifiable
- No administrator can execute arbitrary actions
- Access is granted only for specific, predefined operations
- There are no hidden execution paths
- No “emergency” powers that bypass rules
Dependency Surface
The protocol does not depend on:Price Oracles
Price Oracles
No oracle feeds are required for normal operation. The protocol doesn’t need
to know Bitcoin’s price to execute its strategy.
Yield Platforms
Yield Platforms
Treasury assets are not deployed to external protocols. This eliminates smart
contract risk from third-party integrations.
Offchain Logic
Offchain Logic
All critical decisions are made onchain through deterministic smart contract
execution. No offchain systems are required.
By minimizing dependencies, Accumulate reduces the attack surface and
maintains operational independence.
Transparency and Verification
Observable Rather Than Inferred
All core contracts, treasury addresses, and protocol activity are publicly visible and verifiable onchain.Behavior is observable rather than inferred.
- 🔍 Smart contract code and logic
- 💰 Treasury holdings and transactions
- 📊 Fee collection and routing
- 🔥 Token burns and buybacks
- ⚙️ Governance actions and votes
Verify the Protocol
View contract addresses and verification links (Coming Soon)
Design Constraints
Accumulate is intentionally narrow in scope.
Why Simplicity Matters
Reduced Attack Surface
Reduced Attack Surface
Simple systems have fewer vulnerabilities. Each additional feature or
integration increases risk.
Easier Verification
Easier Verification
Simple logic is easier to audit, test, and verify. Complex systems hide bugs
and exploits.
Predictable Behavior
Predictable Behavior
Fixed rules produce predictable outcomes. Adaptive logic introduces
uncertainty and manipulation vectors.
Long-term Stability
Long-term Stability
Simple systems are more likely to function correctly over extended periods
without intervention.
This Constraint Is Deliberate
The narrow scope is not a limitation—it is central to the security
posture.
Security Through Design
Accumulate’s security model is not based on assumptions about human behavior, market conditions, or external systems. It is based on:- Immutable smart contracts
- Limited, explicit permissions
- Full transparency and verifiability
- Narrow scope and simple rules
- Minimal external dependencies