Ship open banking APIs rapidly

Without shipping risks at scale.
Open Banking is no longer optional. With Levo, banks avoid the secondary risk: breaches as an inevitable cost of rapid innovation. Turn regulatory disruption into an operational advantage by ensuring that every open banking API enables resilience, competitiveness, and compliance. 
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Trusted by industry leaders to stay ahead
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Share customer data responsibly with secure by default APIs

Secure third party provider (TPP) onboarding without core exposure

Discover every API exposed to TPPs, monitor what data they access, enforce consent boundaries automatically, and spot unsafe access patterns. 

Continuous consent lifecycle enforcement and visibility

Monitor active token scopes, enforce real-time consent expiration, bind sessions to verified user intent, and revoke access instantly at the authorization layer, not just at the client.

Embed financial grade API security before deployment, not after breach

Automate vulnerability testing for OAuth flows, consent scope drift, PKCE enforcement, token reuse attacks, and FAPI-mandated control points directly inside CI/CD pipelines.

Demonstrate continuous security maturity to earn trust and approvals

Export real-time API security coverage, governance validation, sensitive data protection mapping, and compliance-ready audit artifacts mapped to PSD2, FAPI, GDPR, GLBA, and PCI-DSS.

Secure banking APIs aren't optional
They're the non-negotiable standard

API sprawl accelerates faster than status quo can adapt

As banks expand Open Banking APIs to enable data aggregation, payment initiation, and fintech partnerships, the pace of API generation has far outstripped legacy security capacity, with every release widening blind spots.
WAFs and API gateways, designed for edge traffic management, only capture a partial view missing internal APIs, sandbox environments, deprecated endpoints, and third-party integrations where most risks quietly accumulate.

Banks can't secure APIs they don't fully see or know

Without unified, real-time API inventories enriched with ownership, AuthN logic, and data sensitivity mappings, banks operate with critical blind spots.
Incomplete visibility leaves access control gaps undiscovered, sensitive data flows unprotected, and compliance audits scrambling to piece together fragmented API exposure maps after incidents.

Manual policy checks don’t scale with decentralized API teams

Building security into APIs is no longer optional but for large banks, it’s no longer manually enforceable either.

Meanwhile, API traffic volumes have exploded beyond what manual runtime monitoring can meaningfully validate leaving banks with no defense against systemic governance drift other than embed validation at build-time.

Legacy testing diminishes velocity without delivering

Periodic penetration testing and vendor-driven vulnerability assessments were built for monolithic releases not rapid CI/CD pipelines feeding API-first financial ecosystems.

They neither cover the continuous deployment velocity of Open Banking APIs nor enforce the authentication, encryption, and consent validation standards demanded by FAPI, PSD2, and GLBA  frameworks.

Global frameworks are evolving faster than manual audits can track

With PSD2, FAPI, GDPR, PCI-DSS 4.0, RBI Guidelines, and DPDPA all layering unique consent, encryption, authorization, and reporting mandates, manual audit preparation simply cannot match the pace of change.

Banks need continuous evidence generation across all APIs and environments not end-of-quarter scramble exercises or static risk snapshots.

Embrace open banking
securely with Levo

Continuous visibility across core, sandbox, and TPP ecosystems

Levo automatically discovers every API in your environment: published, sandbox, internal, or deprecated mapping endpoints to risk categories like payment initiation or data aggregation without requiring code changes. Instead of fragmented inventories, banks gain a live, centralized view of all exposed APIs before attackers or auditors find the gaps.

Automated API documentation for rapid integration

Every discovered API is auto-documented with 12+ critical parameters including versioning, response structures, AuthN logic, and rate limits enhanced with human-readable descriptions that accelerate third-party fintech onboarding.
Levo removes the manual bottleneck in integration handoffs and creates exportable artifacts banks can directly submit for PSD2, GDPR, and PCI audits.

  1. Authentication status
  2. Rate limiting behavior
  3. Version history
  4. Error response handling

Sensitive data mapping and exposure prevention

Levo continuously analyzes API payloads to detect and classify sensitive data flows covering PII, account metadata, transaction details, and consent flags across all environments and integrations, even third-party APIs.
This ensures banks can enforce access controls where they matter the most and reduce customer compliance risks.

Financial grade security testing embedded into CI/CD pipelines

Every API version, new endpoint is subjected to real-world attack simulations for BOLA, BFLA, OAuth scope escalation, and JWT replay vulnerabilities so standards like phantom tokens, PKCE and signed payloads are met.
Testing is natively embedded into CI/CD pipelines like GitHub Actions and GitLab, allowing banks to maintain secure release velocity without sacrificing compliance.

Levo dashboard showcasing the differernt features in action

Continuous API monitoring to prevent violations

Levo monitors API traffic across production and sandbox environments for deviations from security baselines.SSL inconsistencies, missing headers, leaked server versions, unencrypted traffic, PII overexposure, and over 50 other misconfigurations are flagged.

 Custom rules in YAML or Python enable banks to adapt detection to evolving regulatory demands without rebuilding in-house monitoring.

Levo dashboard showcasing the differernt features in action
Levo dashboard showcasing the differernt features in action
Levo dashboard showcasing the differernt features in action

Shift left without breaking developer flow