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Domains / Communications

Bid it. Build it.
Prove it's secure.

C4ISR, tactical networks, and cyber programs are won, delivered, and re-accredited on secure-by-design evidence. One structured, traceable baseline carries all three — the proposal, the build, and security proof connected straight to test evidence across every release.

BID

Security and interoperability criteria decomposed and answered shall-by-shall — residency and control requirements addressed before submission.

BUILD

Security requirements carried through design and integration with every control linked to its test — secure by design, demonstrably.

COMPLIANCE

Security-to-evidence traceability maintained across software releases and patches — re-accreditation from the record, not from memory.

Program Scope

Where communications requirements get complicated.

Networked, software-defined, and cyber-hardened systems where security requirements must trace to test evidence and mission-relevant data handling.

C4ISR

C4ISR systems

Command, control, and intelligence system requirements traced from mission need to verification.

NETWORKS

Tactical networks

Secure, resilient network requirements where interface and interoperability evidence is the contract.

CYBER

Cybersecurity & SecDevOps

Security requirements connected to test evidence, aligned with secure-by-design delivery.

JOINT OPS

Joint & allied interoperability

STANAG-aligned interface requirements for systems that must operate across allied forces.

SUPPLY

Comms supply chain

Tier 2 and Tier 3 suppliers flowing requirements down from primes on major C4ISR programs.

SUSTAINMENT

In-service & upgrades

Requirements that persist across software releases, security patches, and capability upgrades.

The C4ISR Program Problem

Security requirements, disconnected from evidence.

Communications solicitations are dense with security and interoperability criteria. The way most teams handle them is exactly why bids slip and security audits sting.

How it's done today

  • ×Security and interface requirements extracted by hand across networked-system specs
  • ×Compliance to MIL-STD, STANAG, and security controls tracked in spreadsheets that drift
  • ×No reliable thread from a security requirement to its test evidence
  • ×Amendments mid-bid that ripple through interoperability requirements nobody can fully trace

With the platform

  • Automated decomposition of the full solicitation into a structured requirements tree in hours
  • Standards-aligned compliance matrix mapped to MIL-STD, STANAG, and security criteria
  • Security-to-evidence traceability connecting each control to its test proof, native in Azure DevOps
  • Impact analysis on amendments — see instantly what a change touches across the baseline
Speaks Your Language

Built to the vocabulary C4ISR programs run on.

Not translated SaaS — the platform and its templates align to the standards and terminology communications bids are actually evaluated against.

MIL-STD STANAG NATO standardization SecDevOps secure-by-design MBSE model-based systems engineering V&V verification & validation Security-to-test traceability Interoperability requirements ITB industrial & technological benefits Configuration & change control Interface requirements DOORS legacy import

Bring us a C4ISR solicitation — or a baseline. We'll show you the whole lifecycle.

A 25-minute demo on a realistic C4ISR RFP — structured, traceable, and compliant, with nothing sensitive required.