Forem: APIDynamics

Why Most API Security Tools Fall Short — And What Developers Can Do About It

APIDynamics — Sun, 27 Jul 2025 19:03:50 +0000

APIs are the connective tissue of modern systems. Whether you're building microservices, deploying to Kubernetes, or integrating with AI agents, you're relying on APIs to exchange data, trigger workflows, and drive automation.

But while our infrastructure has evolved rapidly, API security… hasn’t.

Most existing tools in the API security space are built around visibility and monitoring. That’s useful for audits and threat hunting, but let’s be real: visibility ≠ protection. And monitoring after-the-fact isn’t mitigation.

The Problem: Security Built for Yesterday's APIs

Here’s what many API security tools do today:

Build inventories
Parse OpenAPI specs
Detect anomalies
Send alerts

That’s important, but it’s also too late.

Attackers aren’t waiting for your dashboards to update. They’re exploiting guessable IDs, misconfigured auth headers, and hardcoded secrets — in real time.

The reality is: Most tools don’t sit inline. They don’t verify calls at runtime. They can’t challenge a malicious request with MFA or block a risky action before it hits your backend.

What Developers Need: Real-Time Defense for Runtime APIs

APIs aren’t just static endpoints anymore. They’re dynamic, adaptive, and interconnected. They:

Communicate across services
Trigger actions based on context
Make decisions using AI agents
Run 24/7 across cloud zones

So why are we still securing them like they’re static pages from 2005?

The Fix: Context-Aware, Runtime-Driven Security

At APIDynamics, we’re building a platform that actively protects APIs — not just watches them.

Here’s what that means:

✅ Adaptive MFA for APIs: When a call looks risky, we challenge it — just like we do with human logins.
🔐 Contextual Risk Scoring: We analyze each request’s behavior, origin, user agent, IP, and more — in real time.
⛔ Inline Enforcement: We don’t just send alerts. We can block, challenge, or reroute malicious requests.
📊 Deep Visibility: Yes, we still do inventory, trace analysis, spec validation — but with prevention as the core goal.

Why It Matters to You as a Developer

You're building the future of cloud-native systems. You care about performance, scalability, and reliability. But you also need security that keeps up with your architecture.

Hardcoded secrets, long-lived API keys, and static service accounts aren’t enough anymore. They don’t scale, and they don’t defend.

If you’re building APIs, you should be thinking:

How do we verify every call, not just authenticate it?
How can we react at runtime, not after the breach?
Can our APIs protect themselves without overcomplicating dev workflows?

With APIDynamics, the answer is: Yes.

🔗 Want to explore how real-time API protection works?
Check out apidynamics.com or DM me — always happy to chat with fellow builders.

From People to Machines: Why Machine Identity Must Be Treated as a First-Class Citizen

APIDynamics — Tue, 22 Jul 2025 18:29:31 +0000

Author: Tippu Gagguturu, Founder & CEO, APIDynamics
Category: API Security | Zero Trust | Machine Identity

A Note from the Founder
As someone who's worked at the intersection of identity, security, and cloud infrastructure, I’ve watched a shift unfold: human users are no longer the dominant actors in our systems — machines are. APIs, services, agents, and workloads now make most of the decisions and data exchanges in modern environments.

Yet we’re still securing these machine identities with the same static constructs we used a decade ago.

This is why we built APIDynamics: to secure machine-to-machine communication with the same rigor and real-time intelligence we've come to expect from human IAM.

Identity Has Evolved — But Only for Humans
In today’s cloud-native, distributed ecosystems, machine identities are everywhere. They're calling APIs, syncing data, running workflows, and powering automation at scale.

Despite this, machine identity often still relies on:

Hardcoded API keys
Long-lived service accounts
Embedded secrets
Manual credential rotation

These static credentials are convenient — but deeply insecure. They're like untracked cash: anyone who finds them can use them, and they rarely offer visibility, context, or control.

Why Static Trust Doesn’t Work Anymore
Modern workloads are dynamic. They scale up and down, change behavior, operate across zones, and interact with hundreds of services. Static credentials were never designed for this level of fluidity.

What’s needed is a shift from static to runtime — from trusting something just because it has a token, to verifying it every time with context-aware intelligence.

What Modern Machine IAM Should Look Like
At APIDynamics, we’re pioneering a platform that brings Zero Trust principles to machine identity. That means:

✅ Real-time authentication and verification for every API call
✅ Contextual risk scoring that adapts to behavior
✅ Just-in-time access based on policy, not assumption
✅ Elimination of hardcoded secrets with short-lived credentials
✅ Runtime policy enforcement, not just config-time validation

IAM Leaders Must Expand Their Mandate
Traditionally, Identity & Access Management focused on people. But today, machines outnumber humans in many enterprises — and IAM must evolve to secure both.

This includes:

Adopting standards like OAuth 2.0, SPIFFE, OpenID Connect, JWT

Empowering teams with secure implementation templates

Building collaboration between security, DevOps, and platform teams

Auditing for static credentials and misconfigured trust paths

Defining clear ownership of machine identity within IAM programs

Machine identity is no longer just an engineering concern — it’s a strategic imperative.

Rethinking Trust in the API-First Era
APIs are now the lifeblood of innovation — driving everything from AI to digital payments to IoT. And while we’ve matured security around user access, we’ve left a critical blind spot in machine communication.

The result?
Automated systems with human-era trust assumptions.

It's time for Zero Trust to fully encompass the API layer — not just through visibility, but with real-time adaptive controls built for runtime.

Want to see how APIDynamics secures every machine identity and API call?
Explore our platform and get early access today.
https://www.apidynamics.com/api-adaptive-authentication-mfa

APISecurity #ZeroTrust #MachineIdentity #IAM #DevSecOps #M2M #CloudSecurity #RuntimeProtection

We Launched APIDynamics: Adaptive Authentication & MFA for Every API Call

APIDynamics — Thu, 17 Jul 2025 06:06:17 +0000

In today’s world of AI agents, distributed microservices, and SaaS-to-SaaS automation, APIs are doing a lot more heavy lifting than they used to. But most of the time, they're still secured like it's 2015 — static tokens, long-lived credentials, and almost no context-awareness.

As someone who helped build identity governance products at scale (👋🏽 hello from SecurEnds), I kept seeing the same problem surface in customer conversations with CISOs, CTOs, and DevSecOps leaders:

“We’ve nailed human identity. But machine-to-machine? It’s the Wild West.”

So we built something new. Something API-first. Something real-time.

Introducing APIDynamics.

🚀 What Is APIDynamics?
APIDynamics is a lightweight, adaptive API security platform that protects every API call — including machine-to-machine, AI agent, and autonomous workflows.

We combine:

🔍 API Discovery — find shadow & zombie APIs

⚠️ Real-Time Risk Scoring — evaluate every API call's behavior

🔐 Adaptive MFA — apply just-in-time challenges

💡 Zero Trust Enforcement — don’t implicitly trust any call

🤝 Dev-Friendly Integration — deploy without breaking pipelines

🤖 Why Machine Identities Are Broken
Let’s say your AI agent calls an MCP (multi-component processing) server to:

Start a production workload
Modify financial logic
Access sensitive records
This is almost always authenticated with:
A static API key, or
A long-lived OAuth token

That token could live for weeks or months. If it’s ever leaked in logs, code, or config? 💥 Game over.

No session. No context. No adaptive response.

This violates everything Zero Trust stands for.

🔄 What We Do Differently
Every API call is run through our adaptive engine:

Evaluate behavior: IP, agent, endpoint, frequency, etc.
Assign a real-time risk score.
Apply policy:

✅ Low risk → allow
🔐 Medium risk → challenge with MFA
❌ High risk → block, alert, or isolate

Yes — even non-human actors like services or agents can perform MFA:

SDKs to generate codes
Challenge tokens via API
Smart retry logic

🔧 Devs, This Is for You
You shouldn’t need to rewrite your apps to get secure.

APIDynamics integrates cleanly into your pipelines:

Works with existing API gateways
Minimal config
No friction for valid calls
Flexible policy control (YAML or UI)

Security that doesn’t slow down shipping? ✅

🎯 Who Is It For?

Cloud-native dev teams dealing with AI agents or serverless
Security engineers looking to apply Zero Trust to APIs
CISOs who want to stop token sprawl
API architects trying to secure machine-to-machine workflows
Anyone burned by a leaked API key 👀

🧪 Want to Try It?
We’re offering early access to developers and security teams now.
You can:

👉 Explore the platform https://www.apidynamics.com

📰 Read the full press release https://www.prnewswire.com/news-releases/apidynamics-launches-to-redefine-api-security-with-adaptive-mfa-real-time-risk-scoring-and-zero-trust-enforcement-302505785.html

📥 Request early access https://developer.apidynamics.sevenhills.ai/register

💬 Final Thought
APIs are the new front door — and the back door — to your company.

Let’s stop trusting them blindly.

Let’s build the API security foundation we actually need for AI-native, cloud-native architectures.

Let’s build APIDynamics.

Thanks for reading — and we’d love your feedback.
Drop us a line at info@apidynamics.com, or join the early access program to shape what we’re building next.

APIDynamics: The World’s First Zero Trust API Security Platform

APIDynamics — Wed, 19 Mar 2025 21:41:09 +0000

Why API Security Needs a Paradigm Shift
APIs power the modern digital economy, enabling seamless integrations across cloud services, SaaS platforms, and mobile applications. However, they have also become the number one attack vector for cybercriminals.

🔹 Stolen API keys
🔹 Exposed OAuth tokens
🔹 Automated bot-driven credential stuffing
🔹 Privilege escalation exploits

Traditional API security relies on static authentication and manual access control—which fails against today’s evolving threats.

🚀 This is where APIDynamics changes the game.

APIDynamics is the world’s first Zero Trust API Security platform, enforcing continuous authentication, adaptive access control, and AI-driven anomaly detection for real-time API protection.

🔐 What is Zero Trust API Security?
Zero Trust API Security applies the principles of Zero Trust to APIs, ensuring that every API request undergoes strict identity verification, authorization, and risk assessment—without exceptions.

Unlike traditional API security, Zero Trust assumes no request is inherently safe, even if it comes from an authenticated user or a trusted internal service.

✅ No implicit trust – Every API request must prove its identity.
✅ Continuous authentication – Tokens alone aren’t enough; APIs require ongoing verification.
✅ Granular access control – Authorization is enforced at every request, not just at login.
✅ Least privilege enforcement – APIs and users only get the minimum access they need.
✅ Real-time threat detection – Suspicious activity triggers automated security responses.

🚀 APIDynamics ensures that API security is always on, always verifying, and always adapting to risk.

🚀 Why Static API Security is Failing
Most API security models treat authentication as a one-time event—but that’s no longer enough. Attackers are evolving faster than ever.

The Problem with Traditional API Authentication
🔸 Long-Lived API Tokens – Once an API key or OAuth token is leaked, an attacker can use it indefinitely.
🔸 Static Trust Models – API access is often granted based on predefined rules, which fail against dynamic threats.
🔸 Lack of Continuous Validation – Most APIs don’t revalidate tokens, user sessions, or risk factors after the initial authentication.

Example: If a hacker steals an API key, they can impersonate a legitimate user indefinitely—because the system assumes the key is always valid.

How APIDynamics Fixes This
✅ APIs don’t just authenticate once—they must continuously prove their identity.
✅ Context-aware security dynamically adjusts authentication & authorization based on risk.
✅ Even internal APIs must verify their trustworthiness before communicating.

🔹 No more blind trust. Every request is analyzed and verified.

🔄 How APIDynamics Implements Zero Trust for API Security
APIDynamics enforces Zero Trust across every API request, every time.

1️⃣ Continuous Authentication: Every Request Must Prove Itself
APIDynamics doesn’t assume past authentication guarantees future trust.

🔹 AI-powered authentication adapts in real time based on risk.
🔹 APIs must prove identity dynamically—not just once at login.
🔹 Token validation happens continuously—not just at the start of a session.

Example: If an API token is used from an unusual location or new device, APIDynamics triggers step-up authentication (MFA, TOTP, or revalidation) before granting access.

2️⃣ Granular Authorization & Least Privilege API Access
Authentication is only the first step—authorization must be enforced on every API request.

🔹 APIDynamics enforces Role-Based Access Control (RBAC) & Attribute-Based Access Control (ABAC) dynamically.
🔹 Per-request authorization ensures APIs are only granted what they strictly need.
🔹 Context-aware rules adapt API permissions based on risk.

Example: A marketing API can read customer data but cannot modify or delete it. If an unauthorized request attempts data modification, APIDynamics blocks it immediately.

3️⃣ Mutual Authentication for API-to-API Communication
Even internal APIs should not trust each other blindly.

🔹 APIDynamics enforces mutual TLS (mTLS) for API-to-API authentication.
🔹 Every internal API must dynamically prove its identity before communication is allowed.
🔹 Adaptive authorization prevents lateral movement in case of a breach.

Example: If Service A wants to request data from Service B, both services must authenticate each other dynamically before exchanging any information.

4️⃣ AI-Powered API Threat Detection & Anomaly Monitoring
APIDynamics detects and blocks API threats before they escalate.

✅ Analyzes API behavior in real time for anomalies (e.g., high request volume, unusual geolocations).
✅ Automatically blocks credential stuffing, API scraping, and bot-driven attacks.
✅ Applies adaptive rate limiting to prevent DoS attacks.

Example: If an API normally receives 10 requests per minute but suddenly spikes to 100 requests per second, APIDynamics blocks the traffic automatically—preventing data theft and downtime.

5️⃣ Encryption, Logging & Compliance Monitoring
APIDynamics ensures full API visibility for compliance and security audits.

🔹 TLS 1.3 encryption for all API traffic.
🔹 Real-time API logging & auditing for forensic investigations.
🔹 Ensures compliance with GDPR, HIPAA, PCI-DSS, and OWASP API Security.

Example: If an attacker attempts unauthorized access, APIDynamics logs every detail, flags the attempt, and alerts security teams for immediate action.

🌍 Who Needs APIDynamics?
🔹 SaaS & Cloud Providers – Prevent API key leaks, data breaches, and unauthorized access.
🔹 FinTech & Banking – Secure financial APIs from fraud and identity theft.
🔹 Healthcare & Compliance – Ensure HIPAA & GDPR-compliant API security.
🔹 DevOps & Security Teams – Automate API security without disrupting CI/CD pipelines.

🚀 APIDynamics makes Zero Trust API Security effortless—so that every API request is continuously verified, authorized, and monitored.

🚀 Get Started with APIDynamics Today
🔹 Start Your Free Trial & Experience Zero Trust API Security
🔹 Schedule a Demo & See APIDynamics in Action
🔹 Join the Future of API Security with AI-Driven Protection
Learn more at https://www.apidynamics.com

🔐 Adaptive Authentication for API Security – A Game Changer for Developers & Architects

APIDynamics — Sun, 09 Mar 2025 19:25:45 +0000

🚀 APIs are the core of modern applications, enabling everything from cloud integrations to microservices communication. However, traditional API authentication methods are outdated and vulnerable.

Static API keys, OAuth tokens, and JWTs are no longer sufficient to stop unauthorized access, credential abuse, and API attacks. Recent breaches at Twilio, Uber, and GitHub prove that attackers are targeting API credentials more than ever before.

🔥 Enter Adaptive Authentication for API Security from APIDynamics. Instead of blindly trusting API clients after an initial authentication, Adaptive Authentication continuously evaluates risk and enforces real-time security policies—just like Zero Trust for APIs.

🔓 Why Traditional API Authentication is Broken
Most API authentication mechanisms focus on verifying credentials once and then granting broad access, leading to major security flaws:

1️⃣ Static API Keys Are Easy to Steal & Abuse
✔ API keys are long-lived and rarely rotated.
✔ Attackers steal API keys from code repositories, logs, and exposed environments.
✔ A compromised API key grants full access indefinitely.

🚨 Example Breach: GitHub accidentally exposed API keys in public repositories, leading to unauthorized access to sensitive enterprise accounts.

2️⃣ OAuth & JWT Tokens Offer Persistent Access
✔ OAuth tokens and JWTs remain valid for extended periods, even if risk conditions change.
✔ No re-authentication is required once a token is issued—attackers can use stolen tokens freely.
✔ APIs don’t dynamically evaluate risk after authentication.

🚨 Example Breach: Uber’s 2022 security incident was caused by a leaked OAuth credential, allowing attackers to access internal APIs with no additional authentication checks.

3️⃣ API Authentication is a One-Time Check, Not Continuous
✔ Once an API client is authenticated, it can access all assigned API endpoints.
✔ There are no real-time risk evaluations or adaptive authentication mechanisms.
✔ Attackers use stolen tokens for lateral movement across multiple services.

🚨 Example Breach: Twilio’s API breach allowed attackers to compromise phone authentication services using stolen API credentials.

🚀 Adaptive Authentication: A Smarter Way to Secure APIs
🔹 What if APIs could dynamically assess risk and adjust authentication requirements in real-time?

🔒 Adaptive API Authentication from APIDynamics applies Zero Trust principles to API security:

✔ API authentication is no longer static—it adapts to real-time risk signals.
✔ Step-up authentication (MFA, TOTP) is triggered for high-risk API requests.
✔ AI-driven anomaly detection prevents credential abuse before damage occurs.

🔑 How Adaptive Authentication Works
1️⃣ Real-Time Risk Assessment for Every API Call
Instead of treating all API requests equally, Adaptive Authentication evaluates risk dynamically based on:

✔ Device & IP reputation – Detects untrusted devices & suspicious IPs.
✔ Geolocation & session risk – Flags access from unusual locations.
✔ Behavioral anomalies – Detects abnormal API usage patterns.
✔ Historical risk scores – Learns from API request behavior over time.

✅ Example:

If an API key is used from a new country, APIDynamics flags the request and applies additional authentication checks.
2️⃣ Adaptive MFA for High-Risk API Transactions
🔹 Traditional MFA is frustrating if applied every time a user interacts with an API. Adaptive Authentication triggers MFA only when necessary.

✅ Examples:
✔ Low-risk request: Fetching user profile → No MFA required.
❌ High-risk request: Changing API permissions → MFA challenge triggered.

🚀 Outcome: Attackers cannot use stolen API credentials without additional authentication factors.

3️⃣ Time-Limited, Context-Aware API Tokens
🔹 Instead of long-lived API keys, APIs issue short-lived, adaptive API tokens that expire dynamically.

✅ Example:

A financial services API grants a one-time-use token for payments—valid for 10 minutes only.
4️⃣ AI-Powered Anomaly Detection & API Threat Intelligence
✔ Monitors API activity in real-time to detect suspicious behavior.
✔ Automatically blocks compromised API tokens if an attack is detected.
✔ Integrates with SIEM & SOAR platforms for automated security response.

✅ Example:

If an API key suddenly starts making 1,000x more requests than normal, APIDynamics flags it as an anomaly and blocks access.
📈 Why Adaptive Authentication is the Future of API Security
🔹 90% reduction in API credential abuse.
🔹 75% lower risk of account takeovers (ATO) via stolen API keys.
🔹 Meets SOC 2, PCI DSS, GDPR, and PSD2 compliance requirements.
🔹 Protects revenue-generating APIs from fraud and unauthorized access.

🚀 APIDynamics is pioneering Adaptive API Authentication to make Zero Trust API security a reality.

🌍 Who Needs Adaptive API Authentication?
📌 Software Developers – Prevent API key leaks & secure API-driven applications.
📌 API Architects – Implement real-time security without breaking API performance.
📌 DevOps Engineers – Secure microservices APIs and CI/CD pipelines.
📌 SaaS & B2B Platforms – Protect customer-facing APIs from credential abuse.

💡 How to Implement Adaptive API Authentication
Adaptive Authentication works seamlessly with existing API authentication frameworks:

🔹 Works with OAuth, JWT, and API keys – No need to replace existing authentication.
🔹 Integrates with API Gateways – Compatible with AWS API Gateway, Kong, Apigee, Nginx.
🔹 Developer-Friendly SDKs – Secure APIs with minimal code changes.

🚀 Why APIDynamics?
APIDynamics is the first platform designed specifically for Adaptive API Authentication. It provides:
✅ Real-time risk-based authentication.
✅ Dynamic MFA enforcement for API requests.
✅ Time-limited API tokens to prevent credential abuse.
✅ AI-powered anomaly detection to block attacks before they happen.

💡 Traditional authentication is no longer enough. Secure your APIs with Adaptive Authentication.

🔗 Learn more about APIDynamics: https://www.apidynamics.com/api-risk-adaptive-authentication

💬 Final Thoughts
🔹 APIs need more than just static authentication—they need real-time, risk-aware security.
🔹 Adaptive Authentication protects APIs from credential abuse while maintaining developer flexibility.
🔹 APIDynamics makes implementing Adaptive API Authentication easy, scalable, and secure.

🚀 Are you ready to protect your APIs? Let’s discuss in the comments!

🔐 How Adaptive Authentication for API Security is Changing the Game – APIDynamics Approach

APIDynamics — Sun, 09 Mar 2025 19:17:23 +0000

🚀 APIs are the backbone of modern applications, but they are also one of the biggest security risks. With API breaches happening at companies like GitHub, Twilio, and Uber, it’s clear that traditional authentication methods—static API keys, OAuth tokens, and JWTs—are no longer sufficient.

🔥 What if API authentication could adapt dynamically based on risk?

Enter Adaptive Authentication for APIs by APIDynamics—a security-first, real-time authentication model that evaluates every API request dynamically, blocking unauthorized access before it happens.

🔓 The Problem with Traditional API Authentication
APIs today primarily rely on static authentication mechanisms that attackers easily exploit:

1️⃣ Static API Keys Are Easily Compromised
✔ API keys are never changed unless manually rotated.
✔ Attackers steal API keys from logs, GitHub repositories, and browser storage.
✔ Once stolen, an API key grants unlimited access—with no additional security checks.

🚨 Example Breach: In 2022, API keys leaked in a GitHub repository led to unauthorized access to enterprise customer data.

2️⃣ OAuth & JWT Tokens Provide Persistent Access
✔ OAuth tokens are often long-lived, allowing attackers to access APIs for days or even months.
✔ JWTs (JSON Web Tokens) do not include real-time security checks—once issued, they remain valid.
✔ If an attacker steals a token, they can use it for an extended period without triggering security alerts.

🚨 Example Breach: Uber's 2022 security incident was caused by a compromised OAuth credential, giving attackers access to internal APIs.

3️⃣ API Authentication is “One-and-Done”
✔ Once an API client is authenticated, it has persistent access to all assigned API endpoints.
✔ There is no real-time risk evaluation—a stolen credential allows full API access.
✔ Attackers can use stolen API tokens for lateral movement across multiple services.

🚨 Example Breach: Twilio's API breach allowed attackers to take over phone authentication services using stolen API credentials.

🚀 Introducing Adaptive Authentication for API Security
🔥 What if APIs could evaluate risk in real time and enforce authentication dynamically?

✅ Adaptive Authentication for APIs by APIDynamics is a Zero Trust approach to API security. Instead of blindly trusting API requests based on static credentials, APIDynamics continuously evaluates risk and applies authentication challenges dynamically.

✔ Low-risk API requests: Seamless authentication.
❌ High-risk API requests: Require step-up authentication (MFA, TOTP).

🔑 How Adaptive Authentication Works in APIDynamics
1️⃣ Real-Time Risk Assessment for Every API Call
APIDynamics continuously evaluates every API request based on risk signals, including:

✔ Device & IP reputation – Detects new devices & suspicious IPs.
✔ Geolocation & session risk – Flags access from unusual locations.
✔ Behavioral anomalies – Detects abnormal API usage patterns.
✔ Historical risk scores – Learns from previous API request behavior.

✅ Example:

If an API key is used from an unusual location, the system flags the request and applies additional authentication checks.
2️⃣ Adaptive MFA for High-Risk API Transactions
APIDynamics applies step-up authentication dynamically—only when necessary.

✅ Examples:
✔ Low-risk request: Fetching user profile → No MFA needed.
❌ High-risk request: Resetting API permissions → MFA challenge required.

🚀 Outcome: Attackers cannot use stolen API credentials without additional authentication factors.

3️⃣ Time-Limited, Context-Aware API Tokens
🔹 Instead of static API keys, APIDynamics issues short-lived, risk-aware API tokens that expire dynamically.

✅ Example:

🚀 APIDynamics is pioneering Adaptive API Authentication to make Zero Trust API security a reality.

🌍 Who Needs Adaptive API Authentication?
📌 SaaS & B2B Platforms – Secure API integrations for partners & customers.
📌 Financial Services – Enforce PSD2 Strong Customer Authentication (SCA).
📌 Healthcare & Insurance – Protect patient data & comply with HIPAA.
📌 Enterprise Security – Implement Zero Trust API Access & prevent API fraud.

💡 How to Get Started with Adaptive API Authentication
Adaptive Authentication is the missing piece in API security—and it’s easier to implement than you think.

🔹 Works with existing API authentication frameworks (OAuth, JWT, API keys).
🔹 Integrates with API Gateways (AWS API Gateway, Kong, Apigee, Nginx).
🔹 Enables Zero Trust API Security without breaking developer workflows.

🚀 Why APIDynamics?
APIDynamics is the first platform designed for Adaptive API Authentication. It provides:
✅ Real-time risk-based authentication.
✅ Dynamic MFA enforcement for API requests.
✅ Time-limited API tokens to prevent credential abuse.
✅ AI-powered anomaly detection to block attacks before they happen.

💡 Traditional authentication is no longer enough. Secure your APIs with Adaptive Authentication.

🔗 Learn more about APIDynamics: https://www.apidynamics.com/