Detection that fuels Defense Not Alert Fatigue, Burnout and Inaction
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When API Detection Fails, Revenue and Trust Fail With It
With TLS, mTLS, and zero-trust networks now default, many detection tools go blind, seeing gibberish unless they terminate encryption or hold keys. In modern architectures that’s infeasible, forcing enterprises to choose between weakening privacy or staying blind to attacks.
Legacy WAFs and cloud API tools capture traffic but can’t distinguish between legitimate calls and real exploits. They drown teams in thousands of false positives, while silent auth flaws and BOLA attacks slip right through.
Tools that ship full payloads to vendor clouds create compliance red flags, balloon egress costs, and delay adoption in regulated industries. Security becomes yet another bottleneck.
Because Levo Speeds Response, Detection Protects Trust
Highest True Positive Rate That Keeps Real Threats Contained
Levo’s eBPF sensors operate at the kernel level, giving unmatched visibility into how every API call behaves. Levo maintains deep visibility even when TLS or mTLS is in place, ensuring detection alerts are anchored in real API behavior, not surface heuristics, delivering the industry’s highest true positive rate.
False Positives Eliminated So Security Teams Focused
Levo’s detections cut through the noise by filtering alerts through deep runtime visibility and application context. Analysts receive only high-fidelity signals they can trust, enabling them to act decisively without second-guessing or chasing false alarms. With false positives minimized, security teams stay engaged and productive.
Complete Coverage That Leaves No API Behind
Because Levo automatically discovers and documents every API across environments, those blind spots disappear. Coverage is comprehensive by default, giving enterprises confidence that no endpoint is left unwatched. This breadth of visibility lowers false negatives and ensures continuous protection across the entire API surface.
Faster Response That Shrinks Risk Windows
Mean Time to Respond only improves when detections are paired with actionable fixes. Levo shortens MTTR by enriching every detection with remediation guidance, delivered directly through the MCP Server into developer workflows. Security teams save hours of triage, developers ship fixes faster, and risk exposure windows close rapidly. Response becomes efficient, predictable, and aligned to business speed.
Privacy-Preserving, Cost-Efficient Monitoring at Scale
Traditional detection forces enterprises to trade performance for coverage. Levo eliminates that tradeoff by processing traffic locally within customer environments: no payloads leave, no latency is introduced, and no egress bills pile up. This architecture enables real-time monitoring at enterprise scale while keeping costs predictable and compliance risks eliminated.
Detection That Never Cries Wolf,
So Action always follows
Ship faster without noise. High-signal detections ensure quick remediation, keeping engineering velocity intact without false alarms or wasted cycles.
Secure more with less. Real-time, explainable detections eliminate triage overhead, reduce burnout, and let lean teams focus on remediation and immediate response.
Effective detection reduces incidents before they escalate, eliminating costly incident response cycles and simplifying continuous compliance proof.
Fewer Breaches. Lesser Burnout. Leaner Teams.
Frequently Asked Questions
Got questions? Go through the FAQs or get in touch with our team!
What makes Levo’s API Detection different from legacy WAF or WAAP solutions?
Levo uses kernel-level eBPF sensors for white-box runtime visibility. This allows it to detect real exploits inside encrypted flows and user contexts, eliminating blind spots and false positives
How does Levo reduce false positives in API Detection?
By anchoring detections in runtime behavior and application context, Levo delivers only high-fidelity, actionable alerts. Teams stay lean and focused instead of drowning in noisy, triage-heavy signals.
Can Levo’s Detection scale to large enterprises?
Yes. Because analysis happens locally without inline bottlenecks or egress, enterprises can monitor billions of API calls in real time with negligible overhead.
Does API Detection support compliance and audit needs?
Absolutely. By surfacing explainable, validated detections tied to data flows and identities, Levo helps prove continuous compliance without heavy manual reporting
How does Levo handle encrypted API traffic (TLS, mTLS)?
Levo’s eBPF sensors operate at the kernel level, observing decrypted flows inside the runtime. This lets us detect threats hidden in TLS/mTLS without terminating encryption or breaking zero-trust designs.
Does Levo’s Detection cover shadow and zombie APIs?
Yes. Since Levo auto-discovers every endpoint across environments, shadow, zombie, and partner APIs are included in monitoring by default. No blind spots.
How does Levo’s Detection reduce Mean Time to Respond (MTTR)?
Every detection is enriched with exploit context and remediation guidance, so SOCs don’t waste time triaging vague alerts. Teams act immediately with precision.
Can Levo’s Detection integrate into developer workflows?
Yes. Alerts and remediation guidance flow into Jira, Slack, and CI/CD pipelines, ensuring developers receive actionable fixes without breaking velocity.
How does Levo ensure low false negatives (FNR)?
By tying detections to real runtime behavior and data flows, Levo catches business logic abuse and east–west traffic attacks that signature-based tools miss.
Does Levo’s Detection create egress or privacy risks?
No. All analysis happens locally inside your environment. Payloads never leave, so there are no egress bills or data residency risks.
How scalable is Levo’s API Detection?
Levo scales to billions of API calls per day with negligible overhead, making it enterprise-ready for high-volume, cloud-native architectures.
Can Levo help with continuous compliance reporting?
Yes. Detections are tied to identities and data flows, generating audit-grade evidence that simplifies compliance across PCI DSS, HIPAA, GDPR, and DPDP.
How does Levo Detection adapt to fast-changing APIs?
With every CI/CD release, Levo auto-learns new endpoints and behaviors, updating detection logic in real time without manual tuning.
How does Levo Detection improve security team efficiency?
By eliminating noise and surfacing only exploitable risks, Levo enables lean security teams to cover more APIs without additional headcount.
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