A patent-filed architecture where data breaches are structurally impossible. The first built for the age of agentic AI.
Patient records breached in 2024 alone
Average cost per healthcare breach
Clarity is the first structural data protection layer
Every AI vendor asks health systems to trust their policies. Policies fail when people fail. And the data proves it's getting worse — fast.
Sources: HHS Office for Civil Rights; HIPAA Journal; IBM Cost of a Data Breach Report 2024
Records breached in 2024 vs 2018 — a 2,015% increase in six years. Every policy-based solution failed to reverse this trend.
Of 2023 breaches were caused by hacking or IT incidents. Ransomware attacks surged 278% since 2018.
Enzymes don't choose their substrates — their structure limits them physically. Safety isn't a rule cells follow. It's a property of their architecture.
We studied the divine wisdom embedded in biological systems and recognized that the answers were always there. Clarity translates those structural principles into healthcare data protection.
Enzymes don't choose their substrates — their structure limits them physically. Safety isn't a rule cells follow. It's a property of their architecture.
AI agents don't access data beyond their scope — the architecture makes it physically impossible. Security isn't a policy. It's a structural property of the system.
Patent-filed architecture with 11 biological invariants. Data breaches aren't just unlikely — they're structurally impossible.
Data enters isolated containers that self-destruct after each use. Nothing persists. There is nothing to steal.
Every data fragment is bound to its authorized context. Misrouted data is cryptographically unreadable.
The system cannot violate privacy because the data doesn't exist in a form that allows violation.
Not guidelines. Not best practices. Structural laws derived from biological systems. If any component violates any invariant, the system terminates it.
No wall-clock anywhere. Time is measured only through independent logical generation counters — like telomeric DNA.
Zero self-trust. Every component's integrity is verified at every interaction via cryptographic proof — like NK cells surveilling the body's own cells.
No single entity holds complete data, topology, or correlation. Ever. Like how a T-cell reads only the fragment presented to it, not the full genome.
Data leaving the trust boundary is de-identified, stub-scoped, and bounded — like an immune cell presenting only an MHC fragment, never the full antigen.
Active threat response: chemotactic trailing, opsonization tagging, decoy flooding, quarantine — modeled on the complement cascade.
The Central Dogma: DNA → RNA → Protein. No backflow. Output cannot modify input, processing entity, or upstream state.
Every component must be structurally capable of dying on schedule. A cell that refuses to die is cancer. Apoptosis is a structural law.
No waste. Every operation produces a byproduct, and every byproduct serves a purpose in another system — like metabolic pathways feeding downstream processes.
Once configured for a deployment, a component cannot de-differentiate. De-differentiation is oncogenesis. A neuron cannot become a stem cell again.
The resting state is inertness. Activation requires a specific signal. Without it, nothing happens — like a lymphocyte in G₀ phase.
No two security layers operate in the same mathematical domain. Cryptographic, topological, temporal, and structural defenses are independent — like innate vs adaptive immunity.
EHR / FHIR R4 integration. Deploy once.
Structural protection. Zero trust by default.
Any engine. Vendor agnostic. No lock-in.
Safe, actionable results. Ephemeral fragments only.
Explore how Clarity's ACO architecture protects healthcare data at the structural level.
Understanding why policies fail and how biology provides the answer.
How 11 biological invariants make breaches structurally impossible.
Full ACO architecture — 11 biological invariants, complete data lifecycle, structural nonexistence.
Dr. Mohiuddin — multi-practice allergy network. Integration targeted May 2026.
Dr. Fitzgerald — new clinic launch seeking structural data protection from day one.
Architecture validated by Duke IT infrastructure leadership. Accepted to Duke MMCi ($25K merit scholarship).
Informatics Lead on NIH-funded NCORP grant at Gibbs Cancer Center.
5 physician advisors across Internal Medicine, Pulmonology/Critical Care, and Infectious Disease.
Patent Filed
MVP Complete
First Integration
Duke MMCi
Attending + Scale
A team built at the intersection of medicine, engineering, and operations.
Internal medicine physician. Sole architect of ACO. Named inventor on all patents. Duke MMCi (incoming). Informatics Lead at Gibbs Cancer Center.
GTM strategist and operations director at Microsoft. Co-founder-level commitment. Driving ops and investor outreach.
Building the infrastructure. Milestone equity path to CTO.
Owns product roadmap and delivery. Milestone equity path to CPO.
5 Clinical Advisors across Internal Medicine, Pulmonology/Critical Care, and Infectious Disease
We're raising a $1–1.5M Friends & Family round to bring Clarity to market. If you believe healthcare data deserves structural protection, let's talk.
adarvesh0@gmail.comAbdullah Darvesh, MD • Founder & CEO