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yapra.ai

LOGIC BY DESIGN.

FLOW BY AI.

The open, transparent, and strictly governed deterministic core. Built on mathematical proof, hard boundary rules, and cryptographic state receipts.

YAPRA GOVERNED AGENTS
YAPRA Pure Glass EmblemYAPRA Amber Neural Branches Emblem

DETERMINISTIC PLATFORM CORE — Control for Autonomous Systems

Hard Boundary Rules Cryptographic SHA-256 Receipts Zero Hallucination Drift
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Platform Foundations

AI Agents You Can Actually Trust With Your Business.

YAPRA is not a probabilistic chatbot that guesses under pressure. It is a sovereign, self-contained AI agent runtime engineered for zero catastrophic risk, complete data isolation, and hard deterministic verification at every step.

01RUNTIME INTEGRITY

Hard Deterministic Guardrails

AI never acts alone or unbounded; budget ceilings, role hierarchies, and transaction thresholds are mathematically unbreachable.

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02TOTAL SOVEREIGNTY

Sovereign & Air-Gapped Deployment

Your data never crosses organizational perimeters. Operates inside your private VPC or completely air-gapped on-premises data centers.

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03NO MODEL DRIFT

Governed Self-Learning & Full IP

The autonomous core learns from edge cases, but no pattern enters production without surviving the multi-stage Governance Gauntlet.

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04DEEP INTEGRATION

Deep Runtime System Coupling

Not a cosmetic side-panel chatbot; an autonomous labor multiplier hard-wired directly into MES, ERP, CRM, and any enterprise systems.

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ACTIVE RUNTIME|POLICY GATES: STRICT ENFORCEMENT
Hard Deterministic Guardrails
[01]

Hard Deterministic Guardrails

Conventional LLMs extrapolate and guess when uncertain, creating catastrophic enterprise risk. YAPRA enforces immutable, deterministic policy gates between neural reasoning and system execution. Unverified claims never execute; unauthorized API mutations are physically impossible.

Hallucination Risk0.00% at Egress
Policy VerificationRuntime Gate Check
Unverified ExecutionInstantly Blocked
»Hard, immutable boundary rules are set in versioned code—not soft LLM prompts. Zero catastrophic risk.
Tripartite Execution Topology

Platform Architecture

Channels feed one runtime; hard rules and AI live in separate layers; evidence underlies everything.

YAPRA Governed Platform Architecture 3D Schematic
01Agent Runtime
01 // DETERMINISTIC GATE
ACTIVE

(Understanding, Tool Routing, Execution)

High-order orchestrator that decomposes user intents, compiles execution plans into bounded DAGs, and dynamically dispatches sandboxed tool calls.

OrchestrationBounded DAG Dispatch
VerificationPre-Flight Policy Gate
IsolationThread Sandboxing
02Deterministic Core
02 // O(1) HARD CONSTRAINTS
ACTIVE

(Rule-Based Logic & Hard Constraints)

Non-probabilistic policy engine enforcing organizational rules, legal boundaries, numerical thresholds, and compliance constraints before any action commits.

Constraint TypeHard Mathematical Bound
EvaluationO(1) Deterministic Check
Hallucination Risk0.000% (Non-LLM)
03Model-Agnostic LLM
03 // MULTI-MODEL (CLAUDE / OPENAI / GEMINI / LOCAL)
ACTIVE

(Connect Any LLM: Claude, OpenAI, Gemini, Local)

Pluggable foundation models operating strictly in bounded advisory mode. Understanding fuzzy intent and drafting actions — AI output is strictly a proposal, never an executable command.

Supported LLMsClaude, OpenAI, Gemini, Local (Llama)
Lock-in RiskZero (Vendor-Agnostic Routing)
Execution RuleAdvisory Only (Zero Direct Writes)
04Tool Adapters (MCP)
04 // MODEL CONTEXT PROTOCOL
ACTIVE

(API Connectors & System Integrations)

Standardized Model Context Protocol (MCP) server endpoints enabling bi-directional, audited communication with SAP, Salesforce, Oracle, SQL, and internal APIs.

ProtocolModel Context Protocol (MCP)
Channel TypeBi-directional JSON-RPC
ProtectionCircuit Breaker & Rate Gate
05Evidence & Governance Bedrock
05 // CRYPTOGRAPHIC LEDGER
ACTIVE

(Immutable Audit Trail & Cryptographic Ledger)

The cryptographic foundation of YAPRA. Every prompt, model output, policy verification, tool invocation, and DB write is indelibly hashed into a tamper-evident Merkle ledger.

Audit ProofSHA-256 Merkle Receipts
Access ControlGranular Multi-Tier RBAC
ComplianceSOC2 Type II / ISO 27001 Ready
06Operational Store
06 // ACID STATE ENGINE
ACTIVE

(Real-Time State & Transactions)

High-throughput operational database cluster storing live system state, active user sessions, execution graphs, and ephemeral operational memory with ACID guarantees.

ConsistencyStrict ACID Compliance
Latency< 1.8ms State Read
EncryptionAES-256 (At-Rest & In-Flight)
07Document Corpus
07 // HYBRID VECTOR + BM25
ACTIVE

(Knowledge Base & Archives)

Enterprise document store containing SOPs, regulatory documentation, operational history, and technical specifications, indexed via hybrid vector + BM25 search.

Search IndexHybrid Vector + BM25
GroundingStrict Citation Anchoring
PermissioningACL Pass-Through
Selected Node00 // 7 NODES MONITORED
Execution ModeGOVERNED DUAL-PLANE
VerificationCONTINUOUS MERKLE AUDIT
Latency SLA< 1.8ms DETERMINISTIC CORE
01

Agent Runtime

(Understanding, Tool Routing, Execution)

High-order orchestrator that decomposes user intents, compiles execution plans into bounded DAGs, and dynamically dispatches sandboxed tool calls.

02

Deterministic Core

(Rule-Based Logic & Hard Constraints)

Non-probabilistic policy engine enforcing organizational rules, legal boundaries, numerical thresholds, and compliance constraints before any action commits.

03

Model-Agnostic LLM

(Connect Any LLM: Claude, OpenAI, Gemini, Local)

Pluggable foundation models operating strictly in bounded advisory mode. Understanding fuzzy intent and drafting actions — AI output is strictly a proposal, never an executable command.

04

Tool Adapters (MCP)

(API Connectors & System Integrations)

Standardized Model Context Protocol (MCP) server endpoints enabling bi-directional, audited communication with SAP, Salesforce, Oracle, SQL, and internal APIs.

05

Evidence & Governance Bedrock

(Immutable Audit Trail & Cryptographic Ledger)

The cryptographic foundation of YAPRA. Every prompt, model output, policy verification, tool invocation, and DB write is indelibly hashed into a tamper-evident Merkle ledger.

06

Operational Store

(Real-Time State & Transactions)

High-throughput operational database cluster storing live system state, active user sessions, execution graphs, and ephemeral operational memory with ACID guarantees.

07

Document Corpus

(Knowledge Base & Archives)

Enterprise document store containing SOPs, regulatory documentation, operational history, and technical specifications, indexed via hybrid vector + BM25 search.

Hard Boundary Containment

Probabilistic models never hold direct execution keys. Every intent is checked against deterministic rule engines and hard mathematical constraints before any state change occurs.

Cryptographic Receipts

Every prompt, response, policy verification, and tool dispatch produces an immutable SHA-256 Merkle receipt. Full retrospective auditability for SOC2, ISO 27001, and regulatory compliance.

Open MCP Standard

No proprietary walled gardens. Integrations use the standard Model Context Protocol (MCP) to connect bi-directionally to existing ERP, CRM, database, and internal tooling infrastructure.

Request Execution Lifecycle // The Gauntlet

Every Single Request. Strictly Gated by Invariants.

Before an autonomous agent can retrieve a tool, mutate enterprise data, or execute an API transaction, it passes through an immutable physical pipeline where ambiguous intent halts and unauthorized actions are physically blocked.

Hover or tap any module to inspect flow without blocking next steps
YAPRA Deterministic 7-Stage Policy Pipeline
1. Understanding: Intent TypingEntity resolution & parameter bounding
[GATE 1] Clarification Gate

Confident to act?

If not, stop, ask & retry

Keyword Channel
Semantic Channel
3. Tool Retrieval & Rank FusionKeyword & semantic channels merge via RRF
[GATE 2] Policy and Scope Gate

Deterministic authorization checks

trigger before execution

5. Execute via Governed AdaptersSandboxed execution in isolated enterprise MicroVMs
6. Answer with Sources & ProvenanceCites exact document hashes and ledger versions
Recorded End to End: Full State Ledger
Input & output permanently written at every stage
GATE 01CONFIDENCE BOUNDARY
≥ 99.5% Confidence

[GATE 1] Clarification Gate · Deterministic Halt

Is the runtime completely confident in what is being asked? If confidence falls below 99.5%, or if any operational parameter is missing or conflicting, the system refuses to speculate or extrapolate. It immediately halts execution and escalates for human clarification before proceeding.

HALT CONDITIONConfidence < 99.5% triggers an immediate execution halt. Never extrapolate. Never guess. Halt, clarify, and retry.
Zero speculative assumptions cross this physical boundary.
2/8
2 HARDWARE GATES ENFORCED BEFORE ADAPTER MUTATION
Deterministic RRF•ACID Rollback•SHA-256 State Ledger
Governed Agents · Deterministic Runtime

Hands off. Still in control.

Autonomous agents that self-learn and code solely within your enterprise data perimeter. Complete hands-off execution, backed by mathematically proven deterministic control.

Private Data Perimeter

Zero weights training leakage. Learns and adapts exclusively to your proprietary enterprise data.

Self-Coding with Hard Invariants

Autonomous code synthesis guarded by pre-flight validation gates before any API is mutated.

Cryptographic SHA-256 Receipts

Every executed turn produces an immutable cryptographic proof on the sovereign state ledger.

yapra-gauntlet.turn
100% INVARIANT HOLD
Step 01 // Intent

Agent Plan

db.mutate_orders()

Tool Call Payload
Pre-Flight Gate 01PASS 0.2ms
Policy: MaxTx < $50K
Pre-Flight Gate 02VERIFIED 0.4ms
Boundary: Dry-Run Sandbox
Final Proof

State Receipt

SHA-256 SIGNED

Atomic Commit
Simulate Invariant:
Live Turn Log Feed (Automated Sandbox)
Real-time Invariant Interceptions
10:48:21agent.rebalance_portfolio()PRE-FLIGHT GATE: PASSED
0.3ms
10:48:23agent.synthesize_schema()SANDBOX VERIFIED: PASSED
0.5ms
10:48:25agent.elevate_admin_role()INTERCEPTED [Invariant Breach]
0.1ms
10:48:28agent.commit_state_receipt()IMMUTABLE AUDIT SIGNED
1.2ms
Graduated Trust Architecture

Autonomy Levels Matrix

Enterprise autonomy is not all-or-nothing. Adopt governed agents gradually, starting with advisory shadows and escalating to autonomous fleets under hard boundary rules.

LEVEL 01

Advisory & Shadow Analysis

HUMAN DECIDES

Agents observe telemetry, inspect document corpora, and draft recommendations. No write access to internal systems or APIs is granted. Humans execute all actions manually.

Proposal Only
LEVEL 02

Gated Human-in-the-Loop

HUMAN APPROVES

Agents formulate complete transaction payloads (e.g. ERP purchase orders, maintenance schedules). Deterministic gates pause execution until designated operators sign off with one-click approval.

Prepared Commit
LEVEL 03

Bounded Autonomous Execution

GOVERNED AUTONOMY

Agents act autonomously as long as parameters stay within mathematically enforced limits (e.g. transactions < $25,000, known vendor list, invariant safety margins). Exceeding bounds halts execution.

Autonomous within Invariants
LEVEL 04

Systemic Multi-Agent Fleet

FLEET ORCHESTRATION

Specialized autonomous agents communicate across departments via Model Context Protocol (MCP). Every agent handoff is signed with cryptographic proofs, preventing cascade failures.

Decentralized Swarm Governance
LEVEL 03 Deep Dive

Bounded Autonomous Execution

Containment: Strict Mathematical Boundaries
Human Oversight Model

Automated Circuit Breaker

Cryptographic Audit Trail

Full Turn SHA-256 Merkle Receipt

Zero Blast-Radius Guarantee

Enforced by Deterministic Gates

Cryptographic Proof Infrastructure

Security, Governance & Receipts

In enterprise operations, AI cannot be a black box. YAPRA seals every prompt, policy evaluation, tool invocation, and state mutation into an indelible, verifiable audit trail.

Deterministic Structural Invariants

The 6 Sovereign Boundaries

Mathematical constraints baked directly into the kernel. These gates cannot be bypassed by high model confidence or prompt manipulation.

Isolation by Default
01 // DATA LAYER ISOLATION

Isolation by Default

Tap to inspect schema
01
01 // DATA LAYER ISOLATION

Isolation by Default

One installation per organization. Your own database, storage, and indexes. Row-level access governed in the data layer, not application goodwill.

SOC2 CC6.1, CC6.3
Inspect Proof
Un-bypassable Gates
02 // DETERMINISTIC AUTH

Un-bypassable Gates

Tap to inspect schema
02
02 // DETERMINISTIC AUTH

Un-bypassable Gates

Every action passes deterministic authorization and scope checks after the model proposes, before execution runs.

SOC2 CC6.8
Inspect Proof
Proposal, Not Command
03 // PROMPT INJECTION DEFENSE

Proposal, Not Command

Tap to inspect schema
03
03 // PROMPT INJECTION DEFENSE

Proposal, Not Command

The core defense against prompt injection. The blast radius of a bad suggestion is strictly bounded by architecture.

OWASP Top 10 for LLM (LLM01, LLM02)
Inspect Proof
Least-Privilege Tool Access
04 // SCOPED ADAPTER CAPABILITIES

Least-Privilege Tool Access

Tap to inspect schema
04
04 // SCOPED ADAPTER CAPABILITIES

Least-Privilege Tool Access

Agents see only tools their scope grants. Unauthorized requests are rejected. The platform fails closed, not open.

SOC2 CC6.2, CC6.3
Inspect Proof
Secrets Out of Reach
05 // CREDENTIAL ENCLAVE

Secrets Out of Reach

Tap to inspect schema
05
05 // CREDENTIAL ENCLAVE

Secrets Out of Reach

Credentials live in environment configuration only. Traces record everything except raw secrets, which are scrubbed by design.

SOC2 CC6.6
Inspect Proof
Absolute Attribution
06 // MERKLE AUDIT TRAIL

Absolute Attribution

Tap to inspect schema
06
06 // MERKLE AUDIT TRAIL

Absolute Attribution

Every action answers: what happened, on whose authority, and under which approved version. Detection and audit come built in.

EU AI Act Art. 12 (Record-keeping)
Inspect Proof

SHA-256 Merkle Receipts

Every turn computes a cryptographic digest linking the exact user prompt, loaded document versions, gated policy evaluations, model proposal, and adapter execution.

Indelible Third-Party Verification

ACID State & Transactional Rollback

Dispatched actions to ERP, CRM, or SCADA are wrapped in atomic transactions with active circuit breakers. If an invariant fails downstream, changes roll back cleanly.

Zero Orphaned Partial Writes

SOC2 Type II & ISO 27001 Ready

Architected for compliance out of the box. Multi-tenant isolation, row-level AES-256 encryption at-rest, TLS 1.3 in-transit, and role-based access control (RBAC).

Full Regulatory Compliance
RECEIPT SAMPLE // SHA-256 MERKLE LEAF
STATUS: MATHEMATICALLY SEALED

// Transaction Turn Receipt ID: tx_984a_20260917_0042

merkle_root: "7f83b1657ff1fc53b92dc18148a1d65dfc2d4b1fa3d677284addd200126d9069"

turn_hash: "3b9fa81c628e932b145d82a1789c02ff438b01a2f1c849e7b4e9182371a5cd19"

deterministic_gates: [

{ "gate": "GATE_01_CLARIFICATION", "status": "PASS", "confidence": 0.994 },

{ "gate": "GATE_02_POLICY_SCOPE", "status": "PASS", "ceiling_usd": 25000, "amount_usd": 24500 }

]

adapter_dispatch: { "protocol": "MCP_SAP_MM", "idempotency_key": "idem_88219_commit" }

// Invariant: Code decides. Mathematical containment guaranteed.