Technology
Not a Faster Blockchain — A New Execution Model
IPPAN is not a faster version of existing blockchains. It rethinks the execution model itself across five interlocking principles — deterministic ordering, parallel structured execution, continuous micro-aggregation, fast global finality, and cryptographic time anchoring.
Deterministic Ordering
Transaction sequencing follows strict deterministic logic — not leader randomness, not fork choice rules. The same inputs always produce the same ordering. Replay yields identical results.
Parallel Structured Execution
IPPAN operates across multiple coordinated execution channels in a BlockDAG model. Work is distributed and continuously balanced. Congestion in one path does not halt the system.
Continuous Micro-Aggregation
Instead of waiting for large block intervals, IPPAN operates like a streaming engine. Transactions are processed continuously, producing smoother throughput and reduced confirmation unpredictability.
Fast Global Finality Rounds
Predictable, globally coordinated settlement windows anchor execution in deterministic intervals rather than probabilistic fork resolution. 250ms round duration demonstrated.
Time as Cryptographic Anchor
Time is architecture, not metadata. A deterministic time layer serves as a coordination anchor, ordering reference, and replayable sequencing framework — cryptographically anchored and globally reproducible.
Cryptographic Accountability
Every finalized state is replayable, auditable, and independently verifiable. Deterministic replay enables full historical reconstruction, independent audit verification, and transparent dispute resolution.
Architecture
How It Works
BlockDAG Parallel Execution
Rather than a single sequential execution path, IPPAN operates across multiple coordinated execution channels in a BlockDAG model. Work is distributed and continuously balanced. Congestion in one path does not halt the system.
Deterministic Learning Consensus (DLC)
IPPAN's DLC protocol delivers cryptographic finality with deterministic global ordering. GPU-accelerated Ed25519 signature verification eliminates the bottleneck that throttles CPU-bound validators in conventional systems.