Canadian industrial benefit

ITB-aligned. 94.54% CCV.

A proof-led Canadian supplier route for primes: high CCV, six emerging-tech KIC mappings, four defence competencies, and R1–R5 Value Proposition outcomes — ready for a scoped Transaction.

Programme proof

Live customers, defence pathways, and ecosystem partners.

From a live revenue customer to defence innovation programmes and hardware partners — the Canadian route sits on real proof.

M2M TechConnect
Live customer route
NATO BRAVE1
Defence innovation
BIRAC
India programme route
Innoways Healthcare
Healthcare channel
Atreides IO
Named proof demo
NVIDIA Inception
NVIDIA Inception
RTX
RTX ecosystem
ZenLaunchpad
CAD $30K programme

01 / Canadian Content Value

94.54% CCV, with the method in plain view.

Approved citation: 94.54% CCV, Cost Aggregate Method per ISP, based on Canadian entity costs for a 64 TB JAM RAMOPS reference scenario (see Cithorum CCV Calculation, January 2026).

94.54% Canadian eligible cost basis
64 TB JAM RAMOPS reference scenario
TRL 7 Primary mapped capability maturity
VP Structured for ITB Value Proposition

02 / Key Industrial Capabilities

Six emerging-tech KICs mapped to Jam.

Primary KIC / TRL 7

Cyber Resilience

Deterministic envelopes, AEAD record protection, air-gap deployment, and PQC migration alignment.

Emerging tech / TRL 7

Artificial Intelligence

Reproducible checkpoints, training-artifact archival, and governed retrieval without public-model exposure.

Emerging tech / TRL 7

Remotely Piloted Systems

Bandwidth-efficient telemetry and mission-data archival for RPAS ground stations and constrained links.

Emerging tech / TRL 6

Autonomous Technologies

Deterministic archival for ground, marine, and aerial systems with replayable mission evidence.

Emerging tech / TRL 7

Space Systems

Satellite ground-station archival and high-compressibility payload support where workload shape permits.

Emerging tech / TRL 7

Clean Technology

Fewer stored bytes mean lower storage, cooling, network, and replication load — together.

03 / Leading Competencies

Four defence-domain competencies.

Integration

Defence Systems Integration

Jam fits prime-led system-of-systems architectures as a deterministic archival and data-plane component.

Sensor data

Electro-Optical / Infra-Red

EO/IR captures for ISR, surveillance, and border workloads are high-volume data classes Jam handles well.

Naval data

Marine Ship-Borne

Ship-to-shore replication and mission archives benefit from compressed, pre-authenticated envelopes.

Replay

Training & Simulation

Simulation assets, mission replay, and training artifacts can be stored as deterministic archives.

04 / R1–R5 outcomes

A clear place to land the Value Proposition.

Cithorum can support work in Canada, supplier development, Canadian R&D, investment activity, and skills development — scoped to the Transaction.

R1

Work in Canada

Deployment, integration, and support structured through the Canadian entity.

R2

Supplier development

Canadian subcontractors onboarded for cryptography, deployment, training, and support work.

R3

R&D in Canada

Compression, deterministic delta composability, and PQC migration framed as Canadian R&D.

R4

Investment in Canada

Primes can structure investment, co-funding, or commercialization activity against the Canadian route.

R5

Skills development

Deployment training and prime personnel enablement packaged as skills-transfer activity.

05 / Prime routing

One controlled path into a scoped Transaction.

Prime

Identifies ITB-eligible scope

The prime maps a bid, offset requirement, or defence programme where Jam can contribute.

Channel

Arctech Accelerate or direct

Arctech-sourced introductions route through Arctech Accelerate. Non-Arctech introductions can engage directly.

Cithorum

Scopes proof and delivery

Cithorum prepares CCV contribution, KIC and competency positioning, R1–R5 inputs, and the delivery plan.

SOC 2 operationally compliant
FIPS FIPS-140/2 compliant. FIPS-140/3 CMVP submission Q3 2026; expected completion Q3 2027.
PQC NIST FIPS 203 (ML-KEM) key encapsulation; NIST FIPS 204 (ML-DSA) signatures. Hybrid classical-PQC 2026–2028; primary PQC migration 2028–2032; aligned with Canada's 2035 quantum-cryptography migration deadline.
Air gap Customer-hosted and air-gapped delivery available where required.