Discover · Understand · Modernize · Protect · Prove

The QBITEL Platform

A focused five-module product for critical system discovery, behavior intelligence, modernization, quantum-safe protection, and evidence-led proof.

01
Discover
System Inventory

Turn mirrored traffic into a living protocol graph.

QBITEL learns undocumented message types, fields, dependencies, ownership, and modernization risk from the traffic you already have.

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02
Understand
System Intelligence

Explain behavior, business meaning, risk, and failure patterns.

QBITEL turns raw protocol and system signals into operator-ready intelligence: what the system does, why it matters, where it fails, and which risks deserve action.

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03
Modernize
Integration Factory

Generate specs, adapters, APIs, and migration blueprints.

Move from reverse engineering to usable deliverables: reviewed protocol specs, adapter stubs, OpenAPI contracts, SDKs, and rollout plans.

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04
Protect
Quantum-Safe Overlay

Add PQC without replacing the systems that run the business.

Apply domain-aware ML-KEM, ML-DSA, hybrid key exchange, and runtime policy controls at the network and service boundaries where change is acceptable.

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05
Prove
Evidence Pack

Prove what changed, why it changed, and how it is controlled.

Bundle protocol lineage, approvals, SBOMs, attestation, and audit evidence into one enterprise-ready record for architecture, security, and compliance teams.

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Interactive Workflow Explorer

Move between the platform workflow and the vertical story without leaving the page.

Platform Modules

One product surface. Five linked workflows.

Shift the story from a bundle of disconnected features to an operating sequence: discover the estate, understand behavior and risk, generate modernization assets, apply quantum-safe protection, and prove control with evidence.

Turn mirrored traffic into a living protocol graph.

QBITEL learns undocumented message types, fields, dependencies, ownership, and modernization risk from the traffic you already have.

Operator outcomes
  • Protocol asset records with confidence scoring
  • System and dependency graph for legacy estates
  • Crypto posture baseline and risk hotspots
  • Analyst-ready protocol evidence in hours, not quarters
Evidence produced
Protocol inventoryTraffic samples and field mapsOwnership and dependency graphExposure snapshot
Protocols and artifacts in scope
ISO 8583SWIFTModbusIEC 61850HL7Diameter

Proof is part of the product, not an afterthought.

QBITEL should ship inventory, behavior intelligence, modernization assets, protection plans, and a clean package of lineage, approvals, and deployment evidence in the same workflow.

Protocol spec and lineage
System behavior and risk explanation
Adapter and API package
Crypto posture summary
Deployment manifest
SBOM and attestation
Change-control evidence
Outcome Model

Compare the legacy program against a QBITEL-style motion.

Use realistic ranges from your program and see what changes when protocol discovery, generated integration assets, and PQC planning are part of one workflow.

Primary program objective
Estimated Program Shift
Cost avoided
$5,848K

vs manual reverse engineering and one-off integration work

Timeline recovered
53.2 mo

across discovery, handoff, and validation cycles

Control uplift
88%

for a modernization-led program

Program cost
Legacy: $6,800KBaseline
QBITEL-led: $952KAfter consolidation
Delivery time
Legacy: 56.0 monthsBaseline
QBITEL-led: 2.8 monthsAfter consolidation
What ships in the first wave
Day 1-2

Capture traffic, classify systems, and produce a first-pass protocol inventory.

By day 6

Produce reviewed specs, evidence artifacts, and the first set of generated integration assets.

Pilot stage

Apply policy-driven rollout gates, replay validation, and a migration sequence for the first production path.

Board / audit view

Bundle crypto posture, deployment scope, and evidence chain into a single executive-facing package.

Review the platform and vertical solution-pack strategy

Use the platform explorer to understand the workflow, then inspect the PQC audit before positioning domain-specific cryptography as production-ready.