Validators
The outer set. Anyone with a laptop
- ✓Check the producer’s evidence instead of repeating the work
- ✓Verify a proof on a laptop or a phone
- ✓Reject any invalid block
×Decrypt what you marked private
Trust theMath.
The settlement layer for the agent economy.
A worldwide computer where everyone can build, ship, and get paid.
A Layer-1 blockchain where money, apps, and agents settle. It is a giant table that freezes liars, where no one can forge a single line and no operator ever sees what you do.
What You Can Build
Real apps and an open agent economy, all settling on one verifiable layer.
Multi-Core World Computer
It gets faster by adding lanes, not by demanding a faster machine. The network grows; the computer in front of you does not.
Work runs side by side
Each lane runs on its own and never waits on another. When there is more to do, the network adds lanes.
Anyone can check it
A few machines do the heavy work and prove it. Anyone can check that proof on a laptop or a phone, for a fraction of what it cost to do.
Parallel Atomicity Zones
ERASThe engine changes. The record does not.
verified
handover
handover
verified
handover
handover
Algebraic Foundation
The Six Pillars
Six purpose-built subsystems, each replacing a conventional blockchain component with a provably superior alternative.
All six in development
Expand MLE-DB detail
P1
MLE-DB
State the prover reads in its own form. The bottleneck is gone.
The prover reads state in its native form, so there is no translation tax on every access. Less data moved means more transactions cleared.
Expand Jolt Pro GR detail
P2
Jolt Pro GR
128-bit
security, no trusted setup
Every transaction proves itself correct. No ceremony to trust, nothing to leak.
Each transaction carries its own proof of correctness. There is no ceremony to trust and nothing to leak: the math alone certifies the result.
Expand Optimum detail
P3
Optimum
near-capacity
throughput, even under loss
The bandwidth other networks waste, this one uses.
Bandwidth that other networks discard is recovered and put to work, so the network runs closer to the physical limit of the link.
Expand HSS-CoFHE detail
P4
HSS-CoFHE
3,506×
faster private operations
Compute on encrypted data, and no single validator ever sees the plaintext.
Computation happens directly on encrypted inputs. The plaintext is never assembled on any single node, so privacy holds even under inspection.
Expand APEX detail
P5
APEX
>1.1M
TPS on a 96-core node
Transactions that never touch the same state run at once. Add a zone, add capacity.
Transactions that never touch the same state run side by side. Adding a zone adds throughput, so capacity scales with demand rather than against it.
Expand CHITA detail
P6
CHITA
10 of 16
pieces rebuild the whole file
Proof the whole file survives, not a lucky sample.
A spot check proves only the spot. Each stored piece carries enough redundancy that passing the check proves the whole file can still be rebuilt, so custody is proven rather than promised.
One unified foundation. Six pillars. Core claims machine-checked.
Security Model
No role can approve its own work.
The roles nest. Every senator is a validator, and the slot producer is drawn from the senators. Archival providers sit outside the hierarchy entirely.
Senators
The staked subset of validators
- ✓Finalize blocks with supermajority consensus
- ✓Vote only after the proof has been verified
×Make an invalid proof correct
Slot Producer
One per slot, drawn from the senators
- ✓Execute a zone’s work and prove it
- ✓Propose the next state
×Make its own work final
Storage Providers
A separate branch, outside the hierarchy
- ✓Keep encoded copies of durable work
- ✓Answer custody checks and repair a missing piece
×Alter the accepted record
Research
Read the Full Paper
The complete technical foundation behind ring0.
By Rexbit Exchange Research Team
Technical PaperA Unified Cryptographic L1