Patent-pending Web3 trust infrastructure

Trust in every transaction.
Transparency in every audit.

auditt is the operating system for verifiable trust in the decentralised economy — an immutable on-chain audit registry, a no-code contract builder that prevents vulnerabilities before they are written, and a hybrid AI engine that formally proves the contracts you ship are safe.

Explore the Stack → Read the Patents
3Patents covering the Registry, AICore & AiScan
<50msReal-time security feedback latency
3Pillars covering build, verify & certify
100%On-chain, immutable, time-proof audit records
∞Compounding learning loop across the stack
The problem 01

Web3 was promised on trust without intermediaries. The infrastructure that secures it is anything but.

Today's audit market is fragmented, slow, and unverifiable. Audits live as disposable PDFs. Auditor reputations are anecdotal. Smart contracts ship with exploitable flaws because the tooling is reactive, not preventive. auditt was founded to close every one of these gaps.

i.

PDFs, not records

Audits are produced as static documents, stored off-chain, and forgotten the day after they are published.

ii.

Anecdotal reputation

Auditor track records are unverifiable and concentrated in a small number of firms with month-long backlogs.

iii.

Expert-only tooling

Smart-contract development remains gated behind low-level languages and a steep security learning curve.

iv.

Reactive security

Vulnerability detection is post-hoc. Projects must trade speed for accuracy — launch insecurely, or launch late.

The stack 02

Three pillars. One closed loop.

Where every other player addresses one slice of the problem, auditt integrates the full lifecycle — from the moment a contract is conceived, to the moment it is deployed, to every moment it is referenced thereafter.

Pillar 01 — Trust Layer

The Registry

An on-chain database of auditors and audits — immutable, time-proof, and embeddable everywhere.

UK Patent filed · P152528.GB-RPA ▶ Demo

The foundational layer of the platform. The Registry transforms audits from disposable PDFs into permanent, composable, on-chain artefacts — timestamped, cryptographically linked to the contract they cover, and queryable by any third-party application.

Immutable, time-proof, low-cost audit minting
Objective auditor reputation metrics derived from history
Embeddable widget for DEXes, AMMs, wallets & analytics
Customisable, standardised audit templates
Decentralised deal manager between auditors & clients
Globally accessible — no geographic restrictions
Pillar 02 — Construction

AICore

A no-code contract builder that prevents vulnerabilities before they are written.

Phase 2 · Patent pending

AICore is the first builder in the market to enforce security and regulatory compliance in real time — actively, not retroactively. A bi-directional feedback loop between the user interface and an AI vetting layer rewrites the GUI itself to make insecure configurations literally unreachable.

Graphical-to-Semantic translation into an Abstract Contract Graph
Real-Time Constraint Engine vetting partial logic continuously
AI Vetting Layer predicting future violations from current state
Bi-directional GUI feedback — sub-50ms enforcement
Compliance-by-design: KYC, access control, time-locks built in
Chain-agnostic: Solidity, Rust, Vyper output from one ACG
Pillar 03 — Verification

AiScan

A hybrid AI engine that formally proves vulnerabilities — with executable Proof-of-Concept code.

Phase 2 · Patent pending

AiScan is the only system that integrates Semantic AI, Symbolic Execution, and an Adaptive Machine Learning core into a single closed loop. Verified formal results from symbolic execution become the training signal for the ML core — making the engine self-improving and predictive.

Semantic AI interprets business intent, not just syntax
Symbolic Execution under a live blockchain state simulator
Adaptive ML core trained on verified exploit corpus
Auto-generated Proof-of-Concept exploit code
Solves the state-explosion problem via intent-driven pruning
Dramatically reduced false positives & false negatives
The compounding moat 03

The learning loop no point-solution can replicate.

Every audit performed makes future audits faster. Every exploit detected makes future exploits less likely. Every contract built makes future contracts safer. This is auditt's compounding moat.

01
Build

A user constructs a contract in AICore. The bi-directional GUI loop prevents known vulnerability classes from ever entering the design.

→
02
Verify

The Abstract Contract Graph is passed to AiScan. Semantic AI, Symbolic Execution and the ML core perform deep verification with PoC exploits.

→
03
Certify

A human auditor reviews, signs, and mints the audit on the Registry — permanently on-chain, queryable via the embeddable widget.

→
04
Learn

Verified outcomes — confirmed exploits, safe paths, auditor decisions — become training signal for AICore and AiScan, compounding forever.

↺ Verified outcomes feed every layer back — the next contract is measurably safer than the last
Who it's for 04

Six stakeholders. One trust layer.

auditt sits at the intersection of smart-contract auditing, low-code tooling, and on-chain compliance — serving every party that needs to give, take, or verify trust in the decentralised economy.

Auditors

A reputation-bearing on-chain track record, AI-augmented audit speed, and global distribution without marketing spend.

Founders & builders

Construct production-grade, secure smart contracts without specialist developers — cutting time-to-launch from months to days.

Investors & funds

Verifiable, queryable, real-time security signal on every contract — transforming due diligence from anecdote into data.

DEXes, AMMs & wallets

An embeddable widget surfacing audit data inline — reducing user risk and increasing platform credibility at zero integration cost.

Regulators & institutions

A compliance-by-design pathway and immutable record of who certified what — the foundation for sanctioned institutional Web3.

Enterprise & RWA

A trust layer for tokenising real-world assets across healthcare, supply chain, energy and finance — sectors where verifiability is non-negotiable.

The path forward 05

From audit registry to default trust layer.

A focused twelve-month execution window. By the close of Q2 2027, auditt ships the integrated stack — Registry, AICore, and AiScan operating as a single closed loop and live with institutional partners on multiple chains.

Q3 2026
Foundation & Patents

File and progress both AICore and AiScan patent registrations. Lock the Phase 1 Registry beta and the bi-directional GUI prototype.

Q4 2026
Registry Public Launch

Open the on-chain audit registry and embeddable widget to all auditors. Sign the first ten institutional auditing partners and three DEX integrations.

Q1 2027
AICore in Production

Ship the no-code builder with sub-50ms constraint enforcement. Multi-chain output across Solidity, Rust and Vyper from a single Abstract Contract Graph.

Q2 2027
AiScan Verified

Launch the hybrid Semantic AI + Symbolic Execution + Adaptive ML engine, with auto-generated Proof-of-Concept exploit code on every verified flaw.

Q3 2027
Integrated Loop Live

The Build → Verify → Certify → Learn loop in production. First RWA pilots in healthcare and supply chain. Compliance-by-design ready for institutional adoption.

Intellectual property

A protected category of verifiable trust.

auditt's defensibility rests on a deliberate intellectual property strategy — one UK patent filed on the Registry, two further patents in flight on AICore and AiScan, a compounding on-chain data moat, and integration depth that no point-solution can replicate without rebuilding all three pillars in lockstep.

Our first filing, UK Patent Application P152528.GB-RPA — “Processing Audit Reports” — was lodged with the UK Intellectual Property Office on 18 October 2024 through Barker Brettell LLP, with Dr. Gopalakrishnan Thyagarajan named as inventor. It establishes priority for the on-chain audit registry that anchors the entire auditt platform.

View the Filed Form 7 →
auditt logo
Our founding thesis

Trust is not a service. It is infrastructure.

Two t’s. One thesis.

For a century, trust was something you bought from an intermediary — a bank, a rating agency, an audit firm. The decentralised economy promised to make that intermediary obsolete, but replaced it with something worse: blind faith in code that nobody had verified.

auditt was founded on a different conviction. That trust, at internet scale, must be built into the infrastructure itself — engineered into contracts at the moment of creation, formally proven before deployment, and recorded permanently on-chain so that any party in the world can verify it without permission.

That conviction is encoded in the brand. The two t’s in auditt are not a typographical accident. They name the union the platform exists to deliver: Trust, made Technological — a single, indivisible promise that every audit, every contract, and every certification on the platform is verifiable, immutable, and machine-provable end to end.

The architect of verifiable trust.

auditt was founded on a single conviction: that the decentralised economy will only reach institutional scale when trust itself becomes verifiable, composable, and on-chain. Dr. Gopalakrishnan Thyagarajan is the architect of that thesis — and of the patent-pending technology that brings it to life.

From his base in Telford, England, Dr. Thyagarajan leads auditt's vision across three coupled inventions: an immutable on-chain audit registry, the AICore secured-by-design contract builder, and the AiScan hybrid AI vulnerability engine — each protected, each compounding, each engineered to make verifiable trust the default state of every digital agreement.

The verification layer
of the decentralised economy.

Patent-pending. Built in the United Kingdom. Open to auditors, builders, and institutions ready to make trust verifiable.

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