About IPPAN
A New Category of Infrastructure
IPPAN is a deterministic, high-throughput distributed ledger designed to provide verifiable global ordering of events anchored to UTC, at a scale that existing blockchains and distributed systems struggle to achieve.
Not "Just Another Faster Blockchain"
IPPAN is global sequencing and time-ordering infrastructure built for audit-grade financial and machine-to-machine systems. While others optimize for throughput at the cost of determinism, IPPAN is designed from first principles for determinism first, performance second — and achieves performance as a consequence of architecture.
The Breakthrough
Deterministic Ordering Anchored to UTC
Authoritative Network Time
Network time derived from protocol rules—not a single clock. UTC-anchored timestamps that all participants can verify.
Deterministic Ordering
Same input → same ledger on all honest nodes. Independent of message arrival order.
Full Replayability
Complete auditability through replay from genesis. Every state transition independently verifiable.
Horizontal Scalability
Parallelism via lanes and DAG structure. Multi-million TPS class throughput demonstrated.
Strict Determinism
Canonical encoding, fixed-point arithmetic, no runtime floats. Identical results across heterogeneous environments.
Deployment Flexibility
Supports both permissioned (enterprise) and public network deployment models.
Why Existing Blockchains Struggle
The Architectural Difference
Most high-performance chains optimize for throughput, but:
- Ordering is probabilistic or leader-dependent
- Time is advisory, not authoritative
- Replayability is limited or impractical
- Determinism breaks under heterogeneous environments
IPPAN is designed from first principles for determinism first, performance second — and achieves performance as a consequence of architecture, not at the cost of correctness.