Application Hardening for Financial Services
Stop fraud, safeguard customer trust, and meet strict regulatory expectations with application hardening that adapts to the evolving threat landscape across mobile, web, and embedded financial apps.
Banking and Industry are Apps
Exposed to Reverse Engineering
Banking and Industry are Apps Exposed to Reverse Engineering
Attackers dismantle mobile and web apps to uncover logic, secrets, and exploitable flaws.
Tampering Drives Fraud at Scale
Modified or injected code enables fraud schemes, credential theft, and unauthorized transactions.
Fragile Defenses Under Regulatory Scrutiny
Weak app protection jeopardizes compliance with NIST, EMVCo and MPoC, increasing risk during audits and third-party reviews.
Purpose-Built For FinServ
Defense Against Advanced Reverse Engineering
Financial apps are prime targets for attackers who attempt to dissect client-side code to map APIs, hijack logic, or craft automated fraud workflows. Digital.ai provides multilayered obfuscation, anti-debugging, and anti-instrumentation protections that make reverse engineering commercially impractical, even for well-resourced adversaries.
Hardened Runtime Protection Across Devices
Financial institutions cannot control the security state of customer devices. Our runtime protections detect and block jailbreak/root conditions, debugger attachment, hook attempts, and malicious instrumentation in real time. This ensures your app stays trustworthy—even on compromised or hostile endpoints.
Fraud Resistance Built Into the App
Digital.ai Application Security disrupts fraud workflows at their source by preventing tampering, cloning, and automation that criminals use to bypass controls. By securing client-side logic, API pathways, and sensitive keys, we reduce the success rate of credential-stuffing bots, emulator farms, and account manipulation tactics.
Protection That Scales With Your Release Velocity
FinServ teams push updates frequently to meet regulatory, UX, and competitive demands. Digital.ai integrates directly into CI/CD and existing testing pipelines, allowing automatic hardening at build time without slowing releases or requiring code changes—ideal for high-velocity teams and large app portfolios.
Signal You Can Feed Into Your SOC
Digital.ai turns client-side attacks into actionable intelligence. When your app detects tampering, hooking, or suspicious runtime conditions, it sends threat telemetry you can feed into SIEM/SOAR workflows. This strengthens monitoring, supports fraud investigation, and helps teams narrow the gap between attack detection and response.
Customer Success Story
Millions of Dollars
in cost savings
Improved Morale
among SOC staff
The successful defense of our customers’ mobile apps prevented the loss of thousands of customers.
Rodolfo Ramos
Information Security Executive Manager
Benefits of Application Hardening
Reduced Fraud Exposure
Hardens client apps to disrupt automation, tampering, and account-manipulation fraud schemes.
Stronger Regulatory Alignment
Supports requirements around data protection, cryptography, and secure software practices.
Protection on Untrusted Devices
Keeps financial apps secure even on jailbroken, rooted, or compromised customer endpoints.
Secured API Interactions
Safeguards API pathways from mapping, abuse, and unauthorized transaction manipulation.
Higher Customer Trust
Delivers safer mobile banking experiences that strengthen confidence and brand reputation.
Book A Demo
See how we protect your applications from the inside out.
We Are FIPS Validated
NIST FIPS 140-3 is the U.S. and Canadian government standard for validating the security of cryptographic modules. Certification confirms that encryption functions meet rigorous, independently tested requirements. For financial institutions, this validation provides assurance that protected data, keys, and cryptographic operations meet trusted, regulator-recognized security benchmarks.
FIPS 140-3 is technically harmonized with ISO/IEC 19790, which defines international security requirements for cryptographic modules. In other words, FIPS 140-3 is the U.S./Canada adoption of the same core standard that ISO/IEC 19790 specifies globally.
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