One Technology Foundation. Multiple Intelligent Platforms.
A shared, high-assurance intelligence layer powering autonomous AI agents, clinical healthcare telemetry, and mobility infrastructure through unified Tidal APIs.
The MS Tidal Architectural Stack
How the unified intelligence layer feeds domain applications and interfaces with external enterprise backbones.
Nine Core Technology Principles
The non-negotiable architectural tenets guiding every system designed at MS Tidal SMC (Pvt.) Ltd.
AI-Native
Unlike legacy software retrofitted with LLM wrappers, Tidal's architecture treats agent state machines, cognitive DAGs, and vectorized memories as first-class runtime primitives.
API-First
Every internal agent capability, normalization pipeline, and telemetry channel is accessible via typed REST, gRPC, and WebSocket streaming protocols.
Cloud-Native
Deployable across any hyper-scaler Kubernetes cluster (AWS EKS, Google Cloud GKE, Azure AKS) with auto-scaling agent worker pools and zero single points of failure.
Event-Driven
Asynchronous pub/sub architecture supporting Kafka, AWS EventBridge, and RabbitMQ, enabling agents to instantly react to webhooks, database changes, and sensor events.
Secure by Design
Strict tenant data boundary isolation, mTLS 1.3 inter-service encryption, role-based token delegation, and customer-managed KMS encryption keys.
Automation-First
Optimized for closed-loop execution. Agents don't just output advisory summaries; they validate and execute changes directly into CRM, ERP, and database targets.
Human-in-the-Loop
Deterministic guardrails halt execution when risk tolerances are exceeded, routing edge cases to human supervisors with comprehensive decision rationale.
Enterprise-Ready
SAML 2.0 / OIDC single sign-on, fine-grained RBAC, compliance logging, and comprehensive enterprise support tiers with guaranteed response times.
Scalable Globally
Designed for international compliance, enabling sovereign deployments across Middle East (GCC), Europe, and North America to satisfy local residency laws.
Built for Strict Enterprise & Healthcare Compliance
Security is not an afterthought or an add-on module. Every packet, model invocation, and tool write is subjected to continuous mutual verification.
Tenant memory contexts exist only during execution and are cryptographically scrubbed post-invocation.
Execution receipts are signed and chained with SHA-256 hashes for non-repudiation in audit workflows.
Full air-gapped or dedicated VPC customer topologies satisfy national data residency regulations.
{
"compliance_profile": {
"soc2_type_2": "COMPLIANT",
"iso_27001": "ALIGNED",
"hipaa_hitech": "ENFORCED",
"gdpr_article_32": "VERIFIED"
},
"encryption": {
"transit": "TLS 1.3 / ChaCha20-Poly1305",
"at_rest": "AES-256-GCM (Customer KMS)",
"enclave": "AMD SEV-SNP Isolated VMM"
},
"guardrail_engine": {
"deterministic_evaluations": 1849204,
"unauthorized_writes_prevented": 100,
"audit_tamper_proofing": "SHA-256 Chain"
}
}