Go back

8 Okta Security Best Practices to Implement Now

8 Okta Security Best Practices to Implement Now


Cyber attackers are continuously upping their game. They make it their mission to constantly search for user, system, and infrastructure vulnerabilities and gain unauthorized access to sensitive data. 

With 61% of all data breaches involving compromised credentials. An IAM breach’s consequences can vary from immediate financial losses to irreparable long-term reputational damage. Organizations must take proactive measures with specialized tools like Okta to identify and prevent IAM breaches.

Okta is a leading identity and access management provider with excellent features to safeguard your digital identities against cyber attacks. In this article, we will discuss eight security best practices to get the most out of Okta.

What is Okta Security?

Okta Security is a robust identity management service designed for businesses and developers. It offers two leading solutions: Customer Identity Cloud and Workforce Identity Cloud.

The Customer Identity Cloud is designed to secure consumer and Software as a Service (SaaS) applications across various industries, handling authentication, authorization, and secure access. On the other hand, the Workforce Identity Cloud aims to secure employees, contractors, and business partners, covering every part of the identity lifecycle.

Regardless of Okta’s reputation and capabilities, even they couldn’t stop the most recent security breach. This highlights the importance of continuously monitoring your systems and being prepared to take action if something goes wrong. It doesn’t matter how trusted a tool is; you should always be vigilant and prioritize security.

Why Do You Need an Identity Provider Like Okta Security?

Imagine your organization is a fort, holding your most valuable hidden digital treasures. In this context, identity provider Okta emerges as the watchful protector, improving the castle’s defenses against IAM threats and safeguarding sensitive data.

But the story doesn’t end there. As your organization scales, the benefits of having such an identity provider will multiply.

  • Enhanced security – Like the guardian at the castle gates, Okta centralizes access controls, authentication, and user management, ensuring that only those with the right keys gain entry to your digital assets.
  • Increased productivity – If you have users who constantly access your resource, you can use single sign-on to allow them access resources without repeatedly re-entering credentials.
  • Reduced IT workload – Okta can also act as the magician of your castle by automating various identity and access management tasks like user provisioning and freeing up IT resources.
  • Regulatory compliance – Okta helps organizations meet compliance requirements around data security, access controls, and auditing.

What Types of IAM Threats Might You Face?

IAM attacks constantly change, and attackers keep trying different methods to find weaknesses in users or systems. Here are a few common types of IAM threats and how Okta protects your organization against them:

  • Brute force attacks – Attackers try to guess user passwords through repeated login attempts. Okta prevents brute force attacks by locking accounts after several failed attempts.
  • MFA push notification fatigue – Attackers flood users with MFA push notifications, hoping they accidentally approve one. Okta lets you set policies to limit the number of MFA verification messages sent within a period.
  • Session hijacking – Attackers steal a user’s valid browser session cookie and take over their account. Okta’s device trust feature helps detect compromised sessions.
  • Phishing – Attackers try to steal credentials via spoofed login pages. Okta’s domain-bound certificates and email authentication features help block phishing attempts.

8 Okta Security Best Practices


1. Use Okta SDKs and Libraries

Okta provides various SDKs and libraries for different programming languages and platforms. These pre-built code components and features are highly recommended when integrating Okta into your applications. In addition to smooth integrations, this approach provides several significant advantages:

  • Saves time
  • Ensure secure communication
  • Standardize the IAM implementations
  • Reduces the likelihood of coding errors

Tips for selecting the best SDKs:

  • Choose the SDK that matches your application’s programming language.
  • Regularly update the SDKs.
  • Look for security vulnerabilities in the libraries.

2. Secure API Tokens

API tokens are the keys to your digital fortress, providing access to stored digital assets. Therefore, securing API tokens is crucial to prevent unauthorized access to sensitive information and resources.

Tips to secure API tokens:

  • Store API tokens in a secure secret management solution rather than code or config files.
  • When creating tokens, grant only the minimum scopes needed for that application.
  • Set tokens to expire automatically after a shortened 30-90 days.
  • Audit and revoke tokens that are no longer needed.
  • Ensure tokens are transmitted only over secure channels like SSL/TLS.

CISOs (Chief Information Security Officer)

3. Integrate with ITDR Solutions

Identity Threat Detection and Response (ITDR) is a security solution category designed to detect, investigate, and respond to potential security threats that target an organization’s identities, credentials, and cloud entitlements. It entails detecting unusual activities, identifying compromised credentials, integrating with identity and access management (IAM) policy enforcement, and more. It’s important to note that integrating Okta with ITDR is a continuous process. While it helps to enhance an organization’s security posture, it does require regular updates and reviews to ensure it evolves with the changing threat landscape and effectively mitigates identity threats.

Here are a few tips to follow when integrating Okta with ITDR:

  • Conduct a thorough analysis to understand the gaps in your current ITDR strategy and see if the ITDR vendor has good coverage for Okta related threats and behavioral analysis.
  • Ensure you understand your organization’s compliance requirements and see how Okta’s features can help meet those requirements.
  • Before full-scale implementation, conduct pilot testing to understand any potential issues and fix them.
  • Conduct simulation exercises to help users understand how to respond to alerts and notifications generated through the Okta-ITDR integration.
  • Set up real-time monitoring of identity threats leveraging Okta’s analytics and reporting features. Ensure the ITDR solution integrates, streamlines, and prioritizes Okta’s threat insights according to your business’s threat models.
  • Leverage Okta’s API capabilities to integrate it with other systems in the organization’s IT ecosystem.
  • Implement Single Sign-On (SSO) functionalities to streamline access management and enhance security.

4. Develop an IAM Strategy

When organizations scale, they face issues managing user identities and access across multiple systems. But, if you have a well-defined IAM strategy, you can easily tackle such situations. A typical IAM strategy consists of objectives, identity inventory, IAM solution selection, access control policies, and more. With Rezonate’s IAM intuitive and collaborative IAM solution, you can gain real-time visibility over accounts, assets, and identity levels. It automatically uncovers and removes risky permissions. Rezonate integrates with Okta, so you’ll be up and running within 15 minutes with just one-click, fast deployment. 

Tips to follow when developing an IAM strategy:

  • Clearly define the objectives and goals.
  • Create workflows for user onboarding, offboarding, and role changes.
  • Take stock of all user identities within your organization.
  • Choose a robust IAM solution.
  • Use RBAC to assign and manage permissions based on user roles.


5. Automate Account Lifecycles

Automating account lifecycles involves creating processes to manage user accounts from creation to deactivation or removal automatically. This simplifies tasks related to onboarding, offboarding, and role changes.

For example, when a new employee joins a company, automation will create an account, assign role-specific permissions, and provide access to the necessary resources. This ensures employees can access the tools and resources they need from day one.

Tips to automate account lifecycles:

  • Set up policies to provision and de-provision accounts immediately when employees join and leave.
  • Set alerts to detect if users gain additional application access or privileged roles over time to curb privilege creep.
  • Ensure automation is integrated with identity management, HR, and other relevant tools.

6. Regularly Audit Access and Privileges

Regular access and privilege audits help organizations ensure users have appropriate access levels to perform assigned tasks. In addition, they help to identify security gaps, reduce the risk of unauthorized access, and ensure compliance with policies and regulatory requirements.

Tips to follow when performing audits:

  • Establish a routine audit schedule.
  • Maintain precise records of user accounts, their roles, and their permissions.
  • Identify and pay special attention to high-privileged accounts like administrators.
  • Revoke access and privileges that are no longer needed.
  • Implement RBAC.

IAM Engineers

7. Leverage Multi-Factor Authentication (MFA)

Multi-factor authentication (MFA) is a security measure that requires two or more verification methods to grant access to a system. MFA combines something you know (password) with something you have (mobile device) or something you are (fingerprint or face recognition).

For example, consider a scenario where an employee’s password gets somehow leaked. If you enabled MFA, the hacker couldn’t access the account because they didn’t have the second authentication factor.

Here are a few tips to follow when enabling MFA:

  • Enable MFA for all users.
  • Select robust authentication methods such as one-time passwords (OTP), biometrics, or hardware tokens.
  • Consider adaptive authentication, which assesses risk factors and adjusts the level of MFA required.
  • Ensure there are backup authentication methods in case users lose their primary MFA device.

8. Configure Strong Password Policies

Password policies are rules and requirements defined to strengthen the passwords users create. These policies typically include password complexity, length, and expiration time guidelines. Even without specialized tools, a strong password protects against brute-force attacks.

Here are a few tips to consider when defining a password policy:

  • Require passwords to include a combination of uppercase and lowercase letters, numbers, and special characters.
  • Require a minimum length for passwords.
  • Enforces regular password changes every 90 days.
  • Prevent using common passwords like ‘abcd1234’.
  • Set rules to lock user accounts temporarily after a certain number of failed login attempts.

How to Protect Your Okta Environment from Threats

Okta is one of the leading identity providers around the globe. However, as organizations move their resources towards the cloud, we can see a significant increase in threats to cloud identities and access management. This highlights the importance of using specialized tools like Rezonate to detect and mitigate risks before they become critical.

Rezonate is a modern identity and access management tool that integrates with Okta to help detect risks and threats across your Okta infrastructure. Moreover, it brings continuous risk monitoring, least privilege, real-time threat detection, and automated remediation to supercharge your IAM solution.

Book a free demo of Rezonate today and witness firsthand how it can revolutionize your organization’s access security.


Continue Reading

More Articles
Breaking the Identity Cycle

Breaking The Vicious Cycle of Compromised Identities

As we at Rezonate  analyze the 2023 Verizon Data Breach Investigations Report, an unmistakable deja vu moment grips us: A staggering 74% of all breaches are still exploiting the human factor — be it through errors, misuse of privileges, stolen credentials, or social engineering. This recurring theme serves as a clear call for businesses to switch gears and move away from static security approaches towards a more dynamic, identity-centric model. An Unyielding Threat Landscape Year after year, our IT landscape and attack surface continue to expand. Cloud adoption has soared, hybrid work becoming the norm, and our infrastructure continues to evolve. Yet, the threat statistics remain frustratingly consistent. This consistency points to a key issue: our security measures aren’t keeping up. Traditional security approaches, designed for a static operational model, distributed across tools and teams, are only increasing complexity and not meeting the demands of an ever-changing, dynamic infrastructure. In turn, this provides ample opportunities for attackers. The commonplace of Shadow access, increased attack surface, and greater reliance on third-parties all present identity access risks, making it harder see, understand and secure the enterprise critical data and systems. How Are Attackers Winning? Attackers are using simple yet effective methods to gain access to valuable data without the need of any complex malware attacks. A variety of account takeover tactics, bypassing stronger controls such as MFA, compromising identities, access, credentials and keys, brute forcing email accounts, and easily laterally expanding as access is permitted between SaaS applications and cloud infrastructure. Stolen credentials continue to be the top access method for attackers as they account for 44.7% of breaches (up from ~41% in 2022). Threat actors will continue to mine where there’s gold: identity attacks across email, SaaS & IaaS, and directly across identity providers. Where We Fall Short Security teams are challenged by their lack of visibility and understanding of the entire access journey, both across human & machine identities, from when access is federated to every change to data and resource. We're also seeing gaps in real-time detection and response, whether it be limiting user privileges or accurately identifying compromised identities. These shortcomings are largely due to our reliance on threat detection and cloud security posture management technologies that fail to deliver an immediate, accurate response required to successfully contain and stop identity-based threats. What Should You Do Different? We’re observing that businesses adopting an identity-centric approach:  Gain a comprehensive understanding of their identity and access risks, further breaking data silos, Are able to better prioritize their most critical risks and remediation strategies, Can more rapidly adapt access and privileges in response to every infrastructure change , Automatically mitigate posture risks before damage is inflicted, and Confidently respond and stop active attacks. Identities and access, across your cloud, SaaS, and IAM infrastructure, is constantly changing. Your security measures must evolve in tandem. The identity-centric operating model enables businesses to proactively harden potential attack paths and detect and stop identity threats in real-time. Breaking the cycle in Verizon DBIR 2024 Now is the time to make a change. Let’s change our old set-and-forget habits and know that security needs to be as dynamic and adaptive as the infrastructure it is protecting.  For more information about how can Rezonate help you build or further mature your identity security, contact us and speak with an identity security professional today.  This post was written by Roy Akerman, CEO and Co-Founder at Rezonate, and former head of the Israeli Cyber Defense Operations.
Read More

Okta Threat Hunting: Auditing Okta Logs Part 2

Update Note Due to the recent events at MGM, which included the compromise of MGM’s Okta tenant, and the surge in attacks of Okta Admins,  we have updated the threat-hunting article, adding a few relevant queries to increase visibility surrounding compromised administrators, and detection of ransom groups that tend to perform aggressive steps to cause maximum disruption to their target and prevent recovery attempts.To read our first Blog Post - Okta Logs Decoded: Unveiling Identity Threats Through Threat Hunting, click here Let the Hunt Continue  Scenario 1 - User Account Hijack Social engineering for initial access is on the rise. These techniques are usually simple and do not require much technical knowledge. Attacks such as phishing, MFA relay, or even buying credentials online may help attackers compromise user accounts.Usually, when an adversary compromises a user, gaining persistent access to that account is essential. To do so, the adversary may change the user’s password and enroll a new MFA device, and in some cases even delete the original user’s factors.The following query identifies user accounts that performed a series of actions from an IP address that is not being used often by the organization, during a short period of time - which might suggest that these accounts are compromised. The actions that this query searches for are: Self-password reset MFA enrollment MFA deletion  Relevant Okta Events: user.mfa.factor.activate user.mfa.factor.deactivate user.account.reset_password user.session.start device.user.add Okta Log Query -- User Account Hijack -- You can use the "actorAlternateId" filter to focus on administrators select "clientIpAddress", "clientCountry", "actorAlternateId", min(time) as first_event, max(time) as last_event, count(distinct "eventType") as unique_events, count(id) as event_count, array_agg(distinct "eventType") as events, extract(EPOCH FROM max("time")) - extract(epoch from min("time")) as duration_epoch from audit_log_okta_idp_entity aloie where "eventType" in ('user.mfa.factor.activate', 'user.mfa.factor.deactivate', 'user.account.reset_password', 'user.session.start', 'device.user.add') and "actionResult" = 'SUCCESS' and time > now() -interval '1 week' --and "actorAlternateId" in ('admin1', 'admin2', ...) group by "clientIpAddress", "clientCountry", "actorAlternateId" having count(distinct "eventType") >= 3 MITRE Technique: Initial Access | Social Engineering and Phishing | ATT&CK T1566 Scenario 2 - Rogue Administrator Tenant Takeover When an adversary successfully compromises an administrator they might try to block access to the rest of the administrators in the organization to strengthen their hold on the tenant and ensure that no one can reverse their actions. In such a scenario, the rogue admin might try to revoke administrative privileges or disable multiple user accounts. Use the following queries to detect the described scenario. Relevant Okta Events: user.lifecycle.deactivate user.lifecycle.suspend user.account.privilege.revoke group.account.privilege.revoke Okta Log Query 1 -- Multiple users disabled or deactivated by a single user select "clientIpAddress", "clientCountry", "actorAlternateId", min(time) as first_event, max(time) as last_event, count(distinct "targetAlternateId") filter (where "eventType"='user.lifecycle.suspend') as unique_suspended_users, count(distinct "targetAlternateId") filter (where "eventType"='user.lifecycle.deactivate') as unique_deactivated_users from (select aloie.time ,aloie."clientIpAddress", aloie."clientCountry", aloie."actorAlternateId",aloie."eventType", altoie."targetAlternateId" from audit_log_okta_idp_entity aloie, audit_log_target_okta_idp_entity altoie where "eventType" in ('user.lifecycle.deactivate', 'user.lifecycle.suspend') and aloie."actionResult" = 'SUCCESS' and aloie.id = altoie."auditLogId") base group by "clientIpAddress", "clientCountry", "actorAlternateId" having (count(distinct "targetAlternateId") filter (where "eventType"='user.lifecycle.suspend') > 1 or count(distinct "targetAlternateId") filter (where "eventType"='user.lifecycle.deactivate') > 1) Okta Log Query 2 -- Multiple admin privileges revoked select "clientIpAddress", "clientCountry", "actorAlternateId", min(time) as first_event, max(time) as last_event, count(distinct "targetAlternateId") filter (where "eventType"='user.account.privilege.revoke') as revoked_users, count(distinct "targetAlternateId") filter (where "eventType"='group.account.privilege.revoke') as revoked_groups from (select aloie.time ,aloie."clientIpAddress", aloie."clientCountry", aloie."actorAlternateId",aloie."eventType", altoie."targetAlternateId" from audit_log_okta_idp_entity aloie, audit_log_target_okta_idp_entity altoie where "eventType" in ('user.account.privilege.revoke', 'group.account.privilege.revoke') and aloie."actionResult" = 'SUCCESS' and aloie.id = altoie."auditLogId") base group by "clientIpAddress", "clientCountry", "actorAlternateId" having (count(distinct "targetAlternateId") filter (where "eventType"='user.account.privilege.revoke') > 1 or count(distinct "targetAlternateId") filter (where "eventType"='group.account.privilege.revoke') > 1) MITRE Technique: Impact | Account Access Removal | ATT&CK T1531 Scenario 3 - Authentication Policy Downgrade When an adevrary successfully compromises an administrator account, they may downgrade the tenant’s authentication requirement to ease their access to the tenant. Policy changes are not events that are triggered frequently since these are sensitive events that occur when the organization updates their authentication requirements. We can use these event to hunt for an adversary that made multiple changes to authentication policies and rules with the following query. Relevant Okta Events: policy.lifecycle.update policy.rule.update policy.rule.add Okta Log Query -- Multiple authentication policy and rules changes select "clientIpAddress", "clientCountry", "actorAlternateId", min(time) as first_event, max(time) as last_event, count(distinct "targetAlternateId") filter (where "eventType"='policy.lifecycle.update') as unique_policies_updated, count(distinct "targetAlternateId") filter (where "eventType"='policy.rule.update') as unique_policy_rules_updated, count(distinct "targetAlternateId") filter (where "eventType"='policy.rule.add') as unique_policy_rules_created, count(id) as event_count from (select aloie.id, aloie.time ,aloie."clientIpAddress", aloie."clientCountry", aloie."actorAlternateId",aloie."eventType", altoie."targetAlternateId" from audit_log_okta_idp_entity aloie, audit_log_target_okta_idp_entity altoie where "eventType" in ('policy.lifecycle.update', 'policy.rule.update', 'policy.rule.add') and aloie."actionResult" = 'SUCCESS' and aloie.id = altoie."auditLogId") base group by "clientIpAddress", "clientCountry", "actorAlternateId" having count(id) >= 3 MITRE Technique: Persistence | Modify Authentication Process | ATT&CK T1556 Scenario 4 - Authentication Via Proxy  Adversaries will try to disguise their origin IP addresses using proxy solutions. When a user uses a proxy for authentication, Okta marks the sign-in as such. Monitor administrators that are logging in via proxy to detect suspicious administrator sign-ins. Relevant Okta Events: user.session.start Okta Log Query -- Proxy Authentication select "clientIpAddress", "clientCountry", "actorAlternateId", min(time) as first_event, max(time) as last_event, age(max(time), min(time)) as duration, count(id) as event_count from audit_log_okta_idp_entity aloie where "eventType" ='user.session.start' and "actorAlternateId" in ('admin1', 'admin2', ...) and "isProxy" = true and "actionResult" = 'SUCCESS' group by "clientIpAddress", "clientCountry", "actorAlternateId" MITRE Technique: Initial Access | Proxy Usage | ATT&CK T1090 2 Additional Queries For Administrative Okta Governance Okta Log Query 1 - Access to Okta Admin App from Rare Locations Monitor access to the Okta admin app from rare IP addresses and search for unauthorized access to the Okta Admin app. Relevant Okta Events: user.session.access_admin_app Okta Log Query -- Admin app access from non-oranizational IP addresses with org_ips as (SELECT count("timebucket"),"clientIpAddress", "clientCountry" FROM ( SELECT DATE_TRUNC('day', "time") AS TimeBucket, COUNT(distinct "actorAlternateId") AS "userCount", "clientIpAddress", "clientCountry" FROM audit_log_okta_idp_entity WHERE "actionResult" = 'SUCCESS' AND "time" > now() -interval '1 week' GROUP BY TimeBucket, "clientIpAddress", "clientCountry" HAVING COUNT(distinct "actorAlternateId") > 2 ) subquery GROUP BY "clientIpAddress", "clientCountry" HAVING count("timebucket") > 1) select time, "clientIpAddress", "clientCountry", "actorAlternateId", "eventType" from audit_log_okta_idp_entity aloie where "eventType" ='user.session.access_admin_app' and aloie."clientIpAddress" not in (select distinct "clientIpAddress" from org_ips) order by time desc MITRE Technique: https://attack.mitre.org/techniques/T1078/ Okta Log Query 2 - Admin Sign-In With Abnormal Client Characteristics Note - The following query is relevant only for tenants who use Okta’s behavior detections in their session policies.Use Okta’s sign-in behavior enrichments to detect suspicious sign-ins to Okta administrators.   Relevant Azure AD Event Source Azure AD Directory Audit Logs Okta Log Query -- Admin Sign-In With Abnormal Client Characteristics select time, "clientIpAddress", "clientCountry", "actorAlternateId", "eventType" from audit_log_okta_idp_entity aloie where "eventType" ='user.session.start' and "actionResult"='SUCCESS' and "actorAlternateId" in ('admin1', 'admin2', ...) and "clientBehaviorVelocity" = true and "clientBehaviorNewIP" = true and "clientBehaviorNewDevice" = true and "clientBehaviorNewCountry" = true and "clientBehaviorNewGeoLocation" = true order by time desc MITRE Technique: https://attack.mitre.org/techniques/T1078/ Learn More Discover more Okta Security best practices to Implement Now with Rezonate.
Read More
Rezonate Compliance SOC2

How Rezonate Maintains Audit-Ready State Using Rezonate

We all understand the importance of maintaining strong security protocols and controls. That’s why Rezonate decided to invest in the SOC 2 Type 2 compliance early on, and after only one month since our out of stealth announcement, we successfully achieved attestation. What exactly is SOC 2 Type 2 certification, and why is it important to you? SOC 2, or System and Organization Controls (SOC) 2 type 2 is a widely recognized set of standards that ensure a company’s controls have been independently examined and tested.  The “Type 2” designation refers to the fact that the audit covers a period of time, meaning that a company has not only implemented proper controls, but also demonstrated their continuous effective operation over a period of time.  Which is the key point I want to highlight here: a point-in-time validation vs. continuous readiness. Rezonate protects Rezonate Following any compliance requirements can be quite challenging. For starters, you need to fully understand the specific framework by analyzing and interpreting the right categories and controls. Then, using different assessment tools and manual efforts, you compile a list of all requirements, identifying what has been completed and what needs to be done, ensuring that the process is properly documented, logged, and monitored. So, how can you take steps to remove manual time-consuming actions, excel at all delicate tasks, ensure an error-prone process and achieve zero exception compliance? At Rezonate, we, the Security & DevOps team, use the Rezonate Cloud Identity Protection Platform (CIPP) on a daily basis for several use cases. As part of our ongoing protection of - our own human and compute resources’ IdP-IaaS identities and every access attempt to and from our cloud-native stack -  we ensure continuous compliance readiness across key identity-first trust principles defined by the SOC 2 audit: Security - Enforce the protection of data and systems, against unauthorized access, enforce MFA, and strengthen access controls. Strict inbound and outbound rules. Availability - Maintain availability SLAs at all times. Building inherently fault-tolerant systems which do not crumble under high load. Invest in network monitoring systems and DR plans in place. Confidentiality - Restrict and monitor access to organization’s confidential data and adhere to the principle of least privilege. We do that with the goal of continuously improving our controls and processes, ensuring that we are always meeting the highest standards in the industry. In a real-world and active environment, drifts may happen, however the process we’ve built around it course-correct itself. Protect identities, access, systems, and data We operate in a faced paced environment and therefore our infrastructure changes fast. Yet, we still allow our team the flexibility required to build fast - without compromising security. Using the Rezonate platform, our customers understand the identity security posture with complete visibility of their identities, policies, and access requests to meet all IAM aspects required for the security, availability, and confidentiality principles. Centralized identity inventory - Up to date inventory of all identities: employees, 3rd party vendors, machine resources, roles, groups, applications, and all required context across your multi-IdP / multi-cloud infrastructure. Access events - Discover and understand every access performed on or from a monitored identity, since its creation time to its last active session and activity performed. Privileges analysis - Evaluate entitlements provided to actual usage and true need for access and business operation. Behavior baseline & drift - Analyze every access request to critical data and application and realize possible risk across our IdPs and cloud infra. Risky exposures - Detect and better understand critical exposures, new access requests, and policy distribution to our engineering and overall staff. While we evaluate each request and relevant context to uncover potential hidden interdependencies, risk and implications. Threat detection - Detect any malicious impersonating, access rights, and excessive privileges, while evaluating possible impact, and taking action before damage occurred. Remediate - Proactively enforce a real-world least privileged access where Rezonate’s DevOps can ‘flex’ policy for unnecessary and risky privileges and ‘relax’ entitlements and access privileges for confirmed benign ones for increased productivity and agility. We have built this mechanism, all while abiding compliance mandates, to comply and stay audit-ready despite complex architectures to protect our most trusted asset - our customers’ data. Be able to provide required proof for observation period instantaneously without the manual effort involved.  If you want to speak with our team on how we are leveraging the Rezonate platform to protect Rezonate and by doing that, maintain SOC 2 Type 2 audit readiness for everything related to your identity and access, sign up for a demo or simply let us know info@rezonate.io.  Thank you to our partners, EY and Scytale, for their partnership on this and future milestones. 
Read More
See Rezonate in Action

Eliminate Attacker’s Opportunity To Breach Your Cloud today

Organizations worldwide use Rezonate to protect their most precious assets. Contact us now, and join them.