Legacy controls fragment across agencies; this solution anchors Sovereignty to trusted events and bounded decisions. Event-native processing with bounded latency means actions arrive inside the control window, while provable assurance means every decision is traceable to signed inputs and sealed evidence.
Sovereign deployment with post-quantum trust for national security, agencies, and public services.
In 2026, the GPU-quantum merge has made the secure perimeter obsolete. For government defense organizations, this is no longer a future risk; it is a quiet, ongoing attrition of national secrets.
This business-focused strategic overview explains why Harvest Now, Decrypt Later (HNDL) turns today's encrypted archives into tomorrow's compromise.
Information is the high ground, and adversaries are siphoning the next decade of military secrets now. The question is not if they breach, but whether your 2026 plans are readable in 2028.
Attackers target data-at-rest and in-transit because encryption has an expiration date. They are banking on quantum-scale decryption to unlock it later.
Each vector exposes long-horizon defense data while it is still tactically relevant.
Risk: Blueprints, doctrines, and identities must stay classified for decades. Reality: Data harvested under 2026 encryption can be decrypted by 2028 hybrid systems.
Risk: The Defense Industrial Base is targeted through weaker vendors. Reality: HNDL steals technical data packages before systems reach the field.
Risk: SCADA and sensor encryption is often lightweight. Reality: Decrypted telemetry becomes a manual for disrupting power, water, and fuel.
JADC2 depends on AI feature extraction across millions of sensor inputs. Vector databases become the highest-value target because they contain your operational intuition.
When adversaries steal vectors, they are not stealing logs; they are stealing the distilled features your AI uses to identify stealth aircraft, submarines, and anomalies.
Waiting for a 2028 mandate is a strategy for failure. Hive Størm provides defense-grade encasement now.
ML-KEM 1024 lattice encryption protects event-level data and poisons HNDL harvests.
AES-256 plus post-quantum math keeps compliance intact while sealing future gaps.
Optimized for NVIDIA-accelerated edge devices, preserving tactical speed and quantum safety.
In defense, being “on time” is often too late. If you are not implementing post-quantum cryptography today, you are providing future adversaries with the keys to your kingdom.
Stop the harvest. Defend the future.
Capabilities reinforce Sovereignty outcomes.
Platform capabilities that enforce trust at event level across domains.
Event-level enforcement core with deterministic inference and graph reasoning.
Behavioural analysis that models sequences, rhythms, and invariants.
Post-quantum trust fabric for sessions, artefact integrity, and sealed audit.
Policy-first decisioning, orchestration, and mission governance.
Sovereignty requires auditable control.
Sovereign deployment options with sealed audit trails.
On-prem and classified enclave support.
Signed decisions and tamper-evident logs.
Containment that preserves essential services.
Sovereignty depends on provable controls.
Deploy a sovereign platform with bounded, policy-first decisions.
