Tensic AI

Tensic AI

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Banking & Financial Services

Autonomous Engineering. Audit-Ready by Design.

Accelerate FinTech innovation without compromising regulatory integrity. Tensic AI autonomously builds and scales your infrastructure with native SOX, PCI-DSS, and ISO compliance baked directly into every line of code.

Day-Zero Regulatory Adherence

Immutable Compliance. Zero Audit Friction.

Financial penalties for non-compliance are severe. Tensic AI ensures all generated architectures strictly adhere to global financial regulations before a single deployment occurs, acting as an unyielding compliance guardrail.

[ENFORCED]

PCI-DSS Payment Pipelines

Autonomously enforces secure payment gateway architectures, tokenization, and rigid encryption standards specifically engineered to process credit card and transaction data securely without human oversight.

[TRACKED]

SOX-Compliant Audit Trails

Generates immutable, version-controlled functional specifications and continuous deployment logs. Every single AI-generated code commit is rigorously tracked to satisfy the strict auditing requirements of Sarbanes-Oxley.

[SECURED]

FIPS 140-2/3 Encryption

Native integration of government-grade cryptographic modules secures financial data at rest and in transit across global banking networks, effectively neutralizing both internal and external interception risks.

Legacy Modernization Engine

Retire the Mainframe. Safely.

Core banking systems are paralyzed by aging technical debt. Tensic AI acts as the autonomous engine that safely refactors these brittle monoliths into highly performant, cloud-native architectures without disrupting live operations.

Automated Ingestion & Refactoring

Safely parse outdated monolithic logic and autonomously rewrite it into modular, high-performance microservices utilizing proven financial software design patterns.

Zero-Downtime Migrations

Guarantees absolute operational continuity. Safely manages and executes complex database migrations even under heavy transaction loads, ensuring zero service interruption.

Future-Proof FinOps

Post-deployment, the AI continuously monitors the architecture, dynamically right-sizing compute instances to drastically reduce infrastructure costs during volatile market events.

Monolith Refactor Engine
LIVE SCAN
000100 IDENTIFICATION DIVISION.
000200 PROGRAM-ID. PROCESS-TXN.
000300 ENVIRONMENT DIVISION.
000400 CONFIGURATION SECTION.
000500 DATA DIVISION.
000600 WORKING-STORAGE SECTION.
000700 01 WS-ACCT-NUM PIC 9(10).
000800 01 WS-TXN-AMT PIC S9(7)V99.
000900 01 WS-STATUS PIC X(02).
001000 PROCEDURE DIVISION.
001100 MAIN-PARA.
001200 MOVE 100059349 TO WS-ACCT-NUM.
001300 MOVE 50000.00 TO WS-TXN-AMT.
001400 IF WS-TXN-AMT > 10000.00
001500 PERFORM HIGH-RISK-CHECK
001600 END-IF.
001700 WRITE TXN-RECORD.
001800 STOP RUN.
package main

import (
    "context"
    "github.com/tensic/fin-core/pkg/auth"
    "github.com/tensic/fin-core/pkg/db"
)

func ProcessTransaction(ctx context.Context, req *TxnRequest) error {
    // Native ISO compliance logging
    auth.LogAudit(ctx, req.AccountID, "TXN_START")

    if req.Amount > 10000.00 {
        if err := ValidateHighRisk(ctx, req); err != nil {
            return err
        }
    }

    return db.ExecuteSecureTxn(ctx, req)
}
Zero-Trust Validation

Institutional-Grade Resilience.

Financial software cannot fail. Tensic AI ensures every generated microservice must survive a brutal, multi-dimensional testing matrix before reaching production.

LIVE
> EXECUTING ZERO-TRUST MATRIX...
INIT: HFT API Gateway Load Test [t=0.0ms]
[....]
INJECT: 1M concurrent WebSocket connections
[....]
CHECK: Latency jitter bounds (<2ms)
[....]
DAST: Probing for SQLi vectors in /v1/orders
[....]
DAST: Session fixation attempt [FAIL-SAFE ENGAGED]
[....]
SAST: Heap memory bounds check
[....]
PERF: Peak TPS sustained at 250,000/sec
[....]
VERIFY: Order book integrity check
[....]

Extreme Load & Stress Testing

Autonomously generates and executes rigorous load tests. Guarantees system stability and ultra-low-latency performance during high-frequency trading surges or sudden global market events.

Automated Penetration Testing (DAST)

Continuously hunts for session hijacking, SQL injection vectors, and complex logical flaws in live, sandboxed banking applications before they ever touch a production environment.

Self-Healing Remediation

When a vulnerability or performance bottleneck is flagged, the system autonomously isolates the stack trace, rewrites the flawed logic, and deploys the fix in milliseconds, completely bypassing the manual human IT ticketing queue.

Sovereign Deployment Matrix

Absolute Financial Data Sovereignty.

Organizations can deploy fully autonomous systems into any highly-regulated infrastructure with zero automated outbound connections. Your proprietary trading algorithms and retail banking data never leave your control.

Topology
Network Posture
Ideal Financial Use Case
Regulatory Scope
Private Cloud
VPC_ISOLATED
Retail Banking Apps, Open Banking APIs
PCI-DSSGDPRISO27001
On-Premise Air-Gapped
PHYSICALLY_SEVERED
Proprietary Trading, Core Ledger
IP_PROTECTIONSEC_17a-4
Agnostic IaC
MULTI_CLOUD_HYBRID
Global Payment Gateways
REGION_SYNCDORA

Ready to Modernize Your Financial Infrastructure.

Tensic AI is uniquely engineered to meet the extreme security, scale, and compliance demands of the global financial sector.