10+years protecting mobile applications
10,000+apps hardened across banking, retail, healthcare and enterprise
70+Global Fortune 500 customers
Top 10 Mobile Application Security Solutions Providers, APAC CIO OutlookSecIron is the end-to-end mobile app security and protection platform trusted by Asia’s top banks. We assess your Android and iOS apps before release, harden them in five layers with codeless integration, and watch every threat live from one dashboard, with no measurable performance overhead.
Thirty minutes with a SecIron engineer. Bring your app; we decompile it, harden it and show you a live detection.
Top 10 Mobile Application Security Solutions Providers, APAC CIO OutlookMost vendors sell one layer: a testing tool, a hardening SDK, or a threat-defence agent. SecIron covers all three stages of the app lifecycle in one platform, so the findings from assessment feed the hardening, and the hardening feeds the monitoring.
Automated vulnerability assessment and penetration testing for Android and iOS. Scans the built app for exposed secrets, insecure storage, weak cryptography and risky third-party libraries before release.
Five layers of protection applied to the compiled binary, with no SDK and no source-code changes. Code obfuscation, anti-tampering, anti-debugging, anti-reverse-engineering and runtime self-protection (RASP).
Mission control for your mobile app. Every detection across your whole portfolio, logged in real time with device fingerprint, geography, app version and the action taken.
The threat is the same everywhere: an attacker downloads your app, pulls it apart and runs it against you. What changes by industry is what they take, and which regulator asks you about it afterwards.
Compliance is your licence to operate. SecIron maps directly to the mobile app controls in BNM RMiT, MAS TRM, HKMA and BSP guidance: device binding, anti-screen-capture, malware and root detection, with audit-ready incident logging. We work with the Central Bank of Taiwan on mobile banking security standards, so we know what your auditor will ask.
Mobile banking app security, financial app security, banking cybersecurity
Fraud hides inside your success metrics. Voucher, loyalty and pricing logic is read from the app and automated at scale through emulators and cloned builds. SecIron detects multi-instance abuse and repackaged apps in real time, before the campaign budget bleeds.
Retail app security, e-commerce security solutions, application fraud prevention
Patient records, prescriptions and telehealth sessions all pass through the phone. Hardening keeps clinical data unreadable on rooted and compromised devices, and monitoring gives you the incident record a privacy regulator expects.
Healthcare cybersecurity, app data protection, secure mobile application
Your mobile client carries API keys, session tokens and business logic to devices you do not own. SecIron protects the app, its APIs and any embedded SDKs without adding an integration project to your roadmap.
Enterprise app security, mobile API security, SDK security, DevSecOps
Cheating, memory tampering, modded clients and bot farms erode the economy of the game. Anti-tampering and emulator detection keep the client honest, and IronSKY shows you which build and region is under attack.
Gaming app security, anti-cheat, prevent app tampering
Citizen data protected to the standard citizens expect. On-premise deployment means the binary never leaves your perimeter, and every incident is logged for full accountability.
Sovereign deployment, full accountability, audit-ready logging
Three vendor types show up in almost every evaluation: the threat-intelligence platform, the no-code defence platform and the code-obfuscation specialist. Each is good at its layer. Here is where the differences show, and how to verify each row in a proof of concept.
| Evaluation criterion | SecIronEnd-to-end platform | Company A Threat-intelligence MTD platform |
Company B No-code defence platform |
Company C Code-obfuscation specialist |
|---|---|---|---|---|
| Lifecycle coverageAssessment, hardening and monitoring | All three stages in one platform, one vendor, one console | Strong on device-level threat detection; assessment and hardening are separate or partner products | Broad hardening feature catalogue; assessment and runtime visibility are add-ons | Deep code-level protection; monitoring and assessment are secondary products |
| Integration modelAsk: how much source code do we change? | Codeless. Protection applied to the compiled binary in your pipeline. POC in days, updates in days not weeks | Typically an SDK integrated into source, maintained by your app team each release | No-code build integration, with configuration complexity that grows with the feature count | Build-time tooling plus SDK; developer-owned, sits on the engineering roadmap |
| Detection approachAsk: signature-based, behaviour-based, or both? | Both. Signatures name the family; behaviour-based detection catches the technique it has never seen | Strong threat intelligence and signature research; behaviour coverage varies by tier | Large defence list; verify which detections are behaviour-based on a live device | Focused on static resilience and RASP checks; less emphasis on live threat intelligence |
| Anti-SDK-removal enforcementAsk: what happens if an attacker strips your protection out? | The app alerts, or exits. It refuses to run unprotected. Demonstrable in an afternoon | Not a stated capability; the removed agent typically leaves the app running unprotected | Partial, depending on configuration; ask for a live demonstration | Integrity checks detect tampering; removal enforcement is not the headline capability |
| Response policyAsk: can we set different responses per threat, per app? | Per threat and per app, set by you. Suspend, restrict, warn or exit, so protection stays switched on | Policy managed centrally; granularity depends on the MTD console tier | Configurable, but defaults tend toward blanket responses that support teams later switch off | Response logic written by your developers into the app |
| DeploymentAsk: SaaS or on-premise? | Both. On-premise means your binary never leaves your perimeter, which regulated institutions require | Cloud-first; on-premise available for large enterprise contracts | Cloud service: you upload the release and receive it back protected | Local build tooling; the monitoring console is cloud-hosted |
| Real-time visibilityAsk: what does our team see the moment a detection happens? | IronSKY logs every incident live across the whole portfolio, with device conditions and action taken, exportable for audit | Strong device-threat dashboard, oriented to the fleet rather than to your app’s business logic | Threat events available; centralised cross-app view depends on package | App-level telemetry, developer-oriented reporting |
| Performance overheadAsk: state the measured cost on the record | No measurable overhead in production. We state the figure from your own POC, on the record | Agent runs continuously on the device; overhead varies with feature set | Depends on how many of the defences are enabled | Obfuscation depth trades against app size and start-up time |
| Regulator and audit fitAsk: who has sat across the table from our regulator? | Works with the Central Bank of Taiwan on mobile banking security standards. Maps to BNM RMiT, MAS TRM, HKMA, BSP | Global analyst-recognised; regional regulator intimacy is limited | Compliance content is broad and global rather than regulator-specific | OWASP-aligned engineering story; thin boardroom and compliance narrative |
Company A, B and C are composite profiles of the three vendor types SecIron is most often evaluated against, based on their public documentation. Capabilities change; verify the named vendor on your shortlist in a live session, and hold us to the same test. Every SecIron row above can be demonstrated on a real device in a proof of concept.
Thirty minutes with a SecIron engineer, not a sales deck. We will decompile your current build in front of you, show you what an attacker sees, then show you the same app hardened and a live detection arriving in IronSKY.
Security testing (IronSCAN) finds vulnerabilities in the app before release. App hardening or shielding (IronWALL) makes the released binary resistant to reverse engineering, tampering and repackaging. Runtime protection (IronSKY, with RASP inside IronWALL) detects and responds to attacks while the app is running on a customer’s device: root, jailbreak, hooking, overlays, emulators. Most vendors sell one of the three. SecIron delivers all three in one platform.
No. Protection is applied to the compiled APK, AAB or IPA as a step in your build pipeline. Nothing is added to your repository and your developers do not maintain an SDK across releases. That is what makes a proof of concept possible in days rather than a quarter.
No measurable overhead in production use. Rather than quote a generic figure, we measure it on your own app during the proof of concept and state the result on the record, alongside app size and start-up time.
Yes. SecIron runs as SaaS or fully on-premise. On-premise deployment means your release binary never leaves your perimeter, which is a hard requirement for many banks and government agencies.
BNM RMiT (Malaysia), MAS TRM (Singapore), HKMA guidance (Hong Kong), BSP circulars (Philippines), Taiwan FSC, and OWASP MASVS including the resilience control group. IronSKY produces the dated, exportable incident record that examiners ask to see.
SecIron enforces its own presence. If an attacker strips the protection out of the binary, the app alerts, or exits, rather than running unprotected. We will demonstrate this on a live device during your demo.
Written for teams who have to make a decision, not a purchase.