Banking-Grade Security
Built in Zug, Switzerland, AegisMesh is engineered to meet the strictest FINMA, SOC2, and GDPR data sovereignty requirements. We assume the internal network is compromised and actively hunt for privilege escalation and BOLA attempts inside your mesh.
Zero-Trust Identity & BOLA Prevention
Broken Object Level Authorization (BOLA) is the leading cause of internal data breaches. AegisMesh actively maps incoming traffic against GitOps roles without relying on global blanket grants. When bridging protocols, such as an AI agent reading Kafka topics over HTTP, the gateway intercepts the requested resource and rigorously validates read/write access against the exact tenant scope to prevent unauthorized stream extraction.
Defeating Advanced HTTP Exploits
Attackers frequently use malformed URL encodings to bypass perimeter defenses. AegisMesh implements a strict fail-closed URL decoder to prevent Path Traversal injections. The WAF dynamically scans all HTTP headers, not just the User-Agent, to intercept Expression Language attacks, effectively neutralizing Log4Shell and SSTI payloads before they ever reach your vulnerable legacy backend applications.
Abstract Syntax Tree Data Loss Prevention
Traditional API gateways apply brute-force Regular Expressions over raw byte arrays, corrupting embedded binary files and spiking CPU utilization. AegisMesh parses JSON into a strict Abstract Syntax Tree (AST). Our engine traverses only valid textual nodes to redact sensitive Swiss IBANs or credit card numbers, guaranteeing flawless Data Loss Prevention (DLP) without altering the surrounding structure or array formatting.
Constant-Time Cryptography
Machine-to-Machine API keys are securely hashed via immutable GitOps pipelines. AegisMesh utilizes strict constant-time byte-array comparisons when validating credentials. This completely eliminates side-channel timing attacks that allow malicious actors to brute-force secret lengths.