Protection for banking, without the rip-and-replace.
Banks and financial institutions now run core banking, payments, and fraud detection on hyper-connected, AI-driven platforms layered over ATMs, branches, and third-party integrations that were never designed for today's threats. iBlades secures that convergence — without touching a single production system.
The same risk pattern shows up across retail banks, public-sector banks, and financial institutions of every size.
Adversaries capture encrypted transaction, loan, and wealth data today to decrypt it once quantum computers mature — and banking records often must stay confidential for a decade or more.
AI compresses reconnaissance, phishing, and exploit generation to machine speed, overwhelming security teams and turning data-poisoning into a direct threat to AI-driven fraud and credit models.
Core banking, payment rails, ATMs, branches, mobile apps, and a sprawling web of vendors and cloud platforms combine into a perimeter that's nearly impossible to unify and defend consistently.
One architecture, applied to the paths that matter most in a bank's environment.
Post-quantum encrypted tunnels for core banking connectivity, payment rails, treasury flows, and interbank messaging paths — protecting high-value transaction data in transit without touching the applications themselves.
Hardware-enforced isolation at the ATM and branch edge stops physical tampering and unauthorized device connections cold, while lightweight connectivity keeps rural and low-bandwidth branches fast and resilient.
Secure, auditable tunnels give external vendors, partners, and contractors access to only the systems they need — eliminating the lateral-movement risk that comes with sprawling vendor ecosystems.
Cryptographically isolated, authenticated tunnels between data platforms and core systems protect the integrity of the data streams that train fraud-detection and credit-risk AI models against poisoning and tampering.
One hardware-anchored architecture, overlaid on existing infrastructure — no rip-and-replace.
Software-defined, peer-to-peer quantum-safe mesh. NIST post-quantum cryptography with autonomous key rotation, self-healing routing, and cryptographic data provenance across branches, data centers, and cloud.
Plug-and-play hardware edge node that isolates and protects ATMs, branch infrastructure, and data-center edges — agentless, warranty-safe, and invisible to attackers.
Hardware-secured mobile communications for privileged administrators, executives, and incident-response teams — isolating device radios through a quantum-encrypted tunnel.
A deeper look at the threat landscape, architecture, compliance mapping, and a low-risk pilot path.