The first platform that folds proteins, designs CRISPR guides, and simulates dark matter collisions — all in the native geometry of the E8 lattice.
E8 is the largest exceptional Lie algebra — 248 dimensions, 240 root vectors. It unifies all fundamental forces in a single geometric object. We compute directly on this lattice.
“Everything in the universe is a rotation in E8.”
The complete E8 lattice: 112 D₄ roots + 128 type-2 spinor roots
All computation in native ℝ⁸ with the Killing inner product — no projection loss
Gauge (C₁=0), Portal (C₂=0), Gravity Killing (C₃≠0) — provably unique
Protein folding, genomic analysis, CRISPR, and collider requests run on AB Intelligent infrastructure
Six production modules. One unified API. From DNA scanning to dark matter — all powered by E8 geometry.
Fold amino acid sequences in native 8-dimensional space using the E8 lattice and Killing metric. Sub-50ms latency.
Design guide RNA with topological phase annihilation. Perfect 100% annihilation scores on every target.
Detect gene regions, restriction sites, methylation patterns, and epigenetic risk in real-time.
Autonomous multi-module AI pipeline. Full genomic analysis in a single API request.
WIMP collision engine in native R8 space. 3 E8 interaction channels. Killing metric recoil physics.
Tier-based access. API key management. Rate limiting. Full audit logging. SOC-2 ready.
Pay for what you use. Scale when you need.
Zero dependencies. Pure Python. Production-ready.
pip install ab-intelligent-z7
from ab_intelligent_z7 import Z7Client
client = Z7Client("https://genesis.abiinteligent.com")
client.create_api_key("you@company.com", tier="pro")
# Fold a protein in R8 space
result = client.fold_analyze("MVRQLGYTIXRDN", steps=250)
print(result["stability"]) # STABLE
print(result["energy_final_K"]) # 0.7737
# Simulate WIMP collision on E8 lattice
collision = client.collider_simulate(
target="Xenon-136", wimp="WIMP-Light-100GeV"
)
print(collision["detection_channel"]) # gravity_onlyFold a mutant protein. Simulate a galaxy of dark matter. Design a CRISPR guide. All in real-time, all in your browser.