Legacy controls react after settlement; this solution anchors Assurance to trusted events and bounded decisions. Event-native processing with bounded latency means actions land inside the control window, while provable assurance means every decision is traceable to signed inputs and sealed evidence.
Protect payments, KMS operations, and identity with post-quantum trust and behavioural analysis.
In 2026, the GPU-quantum merge makes "data at rest" obsolete. For global financial institutions, the threat is no longer theoretical; it is a quiet siphoning of wealth and market secrets.
Trust is the high ground. The G7 Cyber Expert Group's January 2026 roadmap makes the point clear: the risk is not just fraud today, but 2026 assets becoming "unlocked loot" in 2028.
HNDL is a silent run on the bank. Adversaries are siphoning encrypted transaction logs, custodial records, and behavioral vectors with the certainty that classical encryption expires.
The long-game has replaced quick-hit card theft. Attackers bank on 2028 quantum capability to decrypt today’s archives and seize market advantage later.
Each vector exposes long-horizon financial data while it remains economically useful.
Risk: KYC, AML, and deep-history transaction logs must be retained for years. Reality: Harvested RSA/ECC archives become client financial DNA once quantum decryption arrives.
Risk: Tokenized assets and CBDCs rely on ECDSA signatures vulnerable to Shor. Reality: Public keys harvested now enable private key recovery later.
Risk: Settlement handshakes use vulnerable key exchange. Reality: Decrypted telemetry enables forged signatures and systemic market disruption.
Alpha generation and automated fraud detection depend on vector databases that compress market signals into high-intelligence features.
Adversaries who steal vectors are not stealing logs; they are capturing the features your models use to find arbitrage and detect volatility.
Waiting for a 2027 mandate is a strategy for bankruptcy. Hive Størm provides finance-grade encasement now.
ML-KEM 1024 protects event-level data and AI vectors, poisoning HNDL harvests.
AES-256 plus post-quantum math keeps PCI-DSS and Basel IV alignment while sealing future gaps.
Monitors at-rest and in-transit encryption, adapting levels and key cycles as quantum capability rises.
Optimized for NVIDIA-accelerated data centers with compression that preserves flow and quantum safety.
In finance, a breach is expensive, but a systemic loss of trust is fatal. If you are not implementing post-quantum cryptography today, you are providing future competitors and adversaries with the keys to your clients' wealth.
Stop the harvest. Secure the future.
Capabilities reinforce Assurance 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.
Assurance aligns risk to policy.
Policy-first actions with sealed audit trails.
Policy constraints prevent escalation.
Evidence preserved for regulators.
Containment without disrupting services.
Assurance demands provable controls.
Secure financial operations with event-level enforcement.
