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Understanding the FTC Data Breach Reporting Requirements

June 18, 2024
4
Min Read
Compliance

More Companies Need to Report Data Breaches

In a significant move towards enhancing data security and transparency, new data breach reporting rules have taken effect for various financial institutions. Since May 13, 2024, non-banking financial institutions, including mortgage brokers, payday lenders, and tax preparation firms, must report data breaches to the Federal Trade Commission (FTC) within 30 days of discovery. This new mandate, part of the FTC's Safeguards Rule, expands the breach notification requirements to a broader range of financial entities not overseen by the Securities and Exchange Commission (SEC). 

Furthermore, by June 15, 2024, smaller reporting companies—those with a public float under $250 million or annual revenues under $100 million—must comply with the SEC’s new cybersecurity incident reporting rules, aligning their disclosure obligations with those of larger corporations. These changes mark a significant step towards enhancing transparency and accountability in data breach reporting across the financial sector.

How Can Financial Institutions Secure Their Data?

Understanding and tracking your sensitive data is fundamental to robust data security practices. The first step in safeguarding data is detecting and classifying what you have. It's far easier to protect data when you know it exists. This allows for appropriate measures such as encryption, controlling access, and monitoring for unauthorized use. By identifying and mapping your data, you can ensure that sensitive information is adequately protected and compliance requirements are met.

Identify Sensitive Data: Data is constantly moving, which makes it a challenge to know exactly what data you have and where it resides. This includes customer information, financial records, intellectual property, and any other data deemed sensitive. Having an automated data classification tool is a crucial first step. This includes ‘shadow’ data that may not be well known or well managed.

Data Mapping: Create and maintain an up-to-date map of your data landscape. This map should show where data is stored, processed, and transmitted, and who has access to it. It helps in quickly identifying which systems and data were affected by a breach and the impact blast radius (how extensive is the damage).

"Your Data Has Been Breached, Now What?"

When a data breach occurs, the immediate response is critical in mitigating damage and addressing the aftermath effectively. The investigation phase is particularly crucial as it determines the extent of the breach, the type and sensitivity of the data compromised, and the potential impact on the organization.

A key challenge during the investigation phase is understanding where the sensitive data was located at the time of the data breach and why or how existing controls were insufficient. 

Without a proper data classification process or solution in place, it is difficult to ascertain the exact locations of the sensitive data or the applicable security posture at the time of the breach within the short timeframe required by the SEC and FTC reporting rules. 

Here's a breakdown of the essential steps and considerations during the investigation phase:

1. Develop Appropriate Posture Policies and Enforce Adherence:

Establish policies that alert on and can help enforce appropriate security posture and access controls - these can be out-of-the-box fitting various compliance frameworks or can be customized for unique business or privacy requirements. Monitor for policy violations and initiate appropriate remediation actions (which can include ticket issuance, escalation notification, and automated access revocation or de-identification).

2. Conduct the Investigation: Determine Data Breach Source:

Identify how the breach occurred. This could involve phishing attacks, malware, insider threats, or vulnerabilities in your systems.

According to the FTC, it is critical to clearly describe what you know about the compromise. This includes:

  • How it happened
  • What information was taken
  • How the thieves have used the information (if you know)
  • What actions you have taken to remedy the situation
  • What actions you are taking to protect individuals, such as offering free credit monitoring services
  • How to reach the relevant contacts in your organization

Create a Comprehensive Plan: Additionally, create a comprehensive plan that reaches all affected audiences, such as employees, customers, investors, business partners, and other stakeholders.

Affected and Duplicated Data: Ascertain which data sets were accessed, altered, or exfiltrated. This involves checking logs, access records, and utilizing forensic tools. Assess if sensitive data has been duplicated or moved to unauthorized locations. This can compound the risk and potential damage if not addressed promptly.

How Sentra Helps Automate Compliance and Incident Response

Sentra’s Data Security Posture Management solution provides organizations with full visibility into their data’s locations (including shadow data) and an up-to-date data catalog with classification of sensitive data. Sentra provides this without any complex deployment or operational work involved, this is achieved due to a cloud-native agentless architecture, using cloud provider APIs and mechanisms.

Below you can see the different data stores on the Sentra dashboard.

Sentra Dashboard data stores

Sentra Makes Data Access Governance (DAG) Easy

Sentra helps you understand which users have access to what data and enrich metadata catalogs for comprehensive data governance. The accurate classification of cloud data provides advanced classification labels, including business context regarding the purpose of data, and automatic discovery, enabling organizations to gain deeper insights into their data landscape. This both enhances data governance while also providing a solid foundation for informed decision-making.

Sentra's detection capabilities can pinpoint over permissioning to sensitive data, prompting organizations to swiftly control them. This proactive measure not only mitigates the risk of potential breaches but also elevates the overall security posture of the organization by helping to institute least-privilege access.

Below you can see an example of a user’s access and privileges to which sensitive data.

An example of a user’s access and privileges to which sensitive data

Breach Reporting With Sentra

Having a proper classification solution helps you understand what kind of data you have at all times.

With Sentra, it's easier to pull the information for the report and understand whether there was sensitive data at the time of breach,  what kind of data there was, and who/what had access to it, in order to have an accurate report.

Example of Sentra's Data Breach Report

To learn more about how you can gain full coverage and an up-to-date data catalog with classification of sensitive data, schedule a live demo with our experts.

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Meni is an experienced product manager and the former founder of Pixibots (A mobile applications studio). In the past 15 years, he gained expertise in various industries such as: e-commerce, cloud management, dev-tools, mobile games, and more. He is passionate about delivering high quality technical products, that are intuitive and easy to use.

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Dean Taler
Dean Taler
December 22, 2025
3
Min Read

Building Automated Data Security Policies for 2026: What Security Teams Need Now

Building Automated Data Security Policies for 2026: What Security Teams Need Now

Learn how to build automated data security policies that reduce data exposure, meet GDPR, PCI DSS, and HIPAA requirements, and scale data governance across cloud, SaaS, and AI-driven environments as organizations move into 2026.

As 2025 comes to a close, one reality is clear: automated data security and governance programs are a must-have to truly leverage data and AI. Sensitive data now moves faster than human review can keep up with. It flows across multi-cloud storage, SaaS platforms, collaboration tools, logging pipelines, backups, and increasingly, AI and analytics workflows that continuously replicate data into new locations. For security and compliance teams heading into 2026, periodic audits and static policies are no longer sufficient. Regulators, customers, and boards now expect continuous visibility and enforcement.

This is why automated data security policies have become a foundational control, not a “nice to have.”

In this blog, we focus on how data security policies are actually used at the end of 2025, and how to design them so they remain effective in 2026.

You’ll learn:

  • The most important compliance and risk-driven policy use cases
  • How organizations operationalize data security policies at scale
  • Practical examples aligned with GDPR, PCI DSS, HIPAA, and internal governance

Why Automated Data Security Policies Matter Heading into 2026

The direction of regulatory enforcement and threat activity is consistent:

  • Continuous compliance is now expected, not implied
  • Overexposed data is increasingly used for extortion, not just theft
  • Organizations must prove they know where sensitive data lives and who can access it

Recent enforcement actions have shown that organizations can face penalties even without a breach, simply for storing regulated data in unapproved locations or failing to enforce access controls consistently.

Automated data security policies address this gap by continuously evaluating:

  • Data sensitivity
  • Access scope
  • Storage location and residency
  • surfacing violations in near real time.

Three Data Security Policy Use Cases That Deliver Immediate Value

As organizations prepare for 2026, most start with policies that reduce data  exposure quickly.

1. Limiting Data Exposure and Ransomware Impact

Misconfigured access and excessive sharing remain the most common causes of data exposure. In cloud and SaaS environments, these issues often emerge gradually, and go unnoticed without automation.

High-impact policies include:

  • Sensitive data shared with external users: Detect files containing credentials, PII, or financial data that are accessible to outside collaborators.
  • Overly broad internal access to sensitive data: Identify data shared with “Anyone in the organization,” significantly increasing exposure during account compromise.

These policies reduce blast radius and help prevent data from becoming leverage in extortion-based attacks.

2. Enforcing Secure Data Storage and Handling (PCI DSS, HIPAA, SOC 2)

Compliance violations in 2025 rarely result from intentional misuse. They happen because sensitive data quietly appears in the wrong systems.

Common policy findings include:

  • Payment card data in application logs or monitoring tools: A persistent PCI DSS issue, especially in modern microservice environments.
  • Employee or patient records stored in collaboration platforms: PII and PHI often end up in user-managed drives without appropriate safeguards.

Automated policies continuously detect these conditions and support fast remediation, reducing audit findings and operational risk.

3. Maintaining Data Residency and Sovereignty Compliance

As global data protection enforcement intensifies, data residency violations remain one of the most common and costly compliance failures.

Automated policies help identify:

  • EU personal data stored outside approved EU regions: A direct GDPR violation that is common in multi-cloud and SaaS environments.
  • Cross-region replicas and backups containing regulated data: Secondary storage locations frequently fall outside compliance controls.

These policies enable organizations to demonstrate ongoing compliance, not just point-in-time alignment.

What Modern Data Security Policies Must Do (2026-Ready)

As teams move into 2026, effective data security policies share three traits:

  1. They are data-aware: Policies are based on data sensitivity - not just resource labels or storage locations.
  2. They operate continuously: Policies evaluate changes as data is created, moved, shared, or copied into new systems.
  3. They drive action: Every violation maps to a remediation path: restrict access, move data, or delete it.

This is what allows security teams to scale governance without slowing the business.

Conclusion: From Static Rules to Continuous Data Governance

Heading into 2026, automated data security policies are no longer just compliance tooling, they are a core layer of modern security architecture.

They allow organizations to:

  • Reduce exposure and ransomware risk
  • Enforce regulatory requirements continuously
  • Govern sensitive data across cloud, SaaS, and AI workflows

Most importantly, they replace reactive audits with real-time data governance.

Organizations that invest in automated, data-aware security policies today will enter 2026 better prepared for regulatory scrutiny, evolving threats, and the continued growth of their data footprint.

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Ward Balcerzak
Ward Balcerzak
December 17, 2025
3
Min Read

How CISOs Will Evaluate DSPM in 2026: 13 New Buying Criteria for Security Leaders

How CISOs Will Evaluate DSPM in 2026: 13 New Buying Criteria for Security Leaders

Data Security Posture Management (DSPM) has quickly become part of mainstream security, gaining ground on older solutions and newer categories like XDR and SSE. Beneath the hype, most security leaders share the same frustration: too many products promise results but simply can't deliver in the messy, large-scale settings that enterprises actually have. The DSPM market is expected to jump from $1.86B in 2024 to $22.5B by 2033, giving buyers more choice - and greater pressure - to demand what really sets a solution apart for the coming years.

Instead of letting vendors dictate the RFP, what if CISOs led the process themselves? Fast-forward to 2026 and the checklist a CISO uses to evaluate DSPM solutions barely resembles the checklists of the past. Here are the 12 criteria everyone should insist on - criteria most vendors would rather you ignore, but industry leaders like Sentra are happy to highlight.

Why Legacy DSPM Evaluation Fails Modern CISOs

Traditional DSPM/DCAP evaluations were all about ticking off feature boxes: Can it scan S3 buckets? Show file types? But most CISO I meet point to poor data visibility as their biggest vulnerability. It's already obvious that today’s fragmented, agent-heavy tools aren’t cutting it.

So, what’s changed for 2026? Massive data volumes, new unstructured formats like chat logs or AI training sets, and rapid cloud adoption mean security leaders now need a different class of protection.

The right platform:

  • Works without agents, everywhere you operate
  • Focuses on bringing real, risk-based context - not just adding more alerts
  • Automates compliance and fixes identity/data governance gaps
  • Manages both structured and unstructured data across the whole organization

Old evaluation checklists don’t come close. It’s time to update yours.

The 13 DSPM Buying Criteria Vendors Hope You Don’t Ask

Here’s what should be at the heart of every modern assessment, especially for 2026:

  1. Is the platform truly agentless, everywhere? Agent-based designs slow you down and block coverage. The best solutions set up in minutes, with absolutely no agents - across SaaS, IaaS, or on-premises and will always discover any unknown and shadow data
  1. Does it operate fully in-environment? Your data needs to stay in your cloud or region - not copied elsewhere for analysis. In-environment processing guards privacy, simplifies compliance, and matches global regulations (Cloud Security Alliance).
  1. Can it accurately classify unstructured data (>98% accuracy)? Most tools stumble outside of databases. Insist on AI-powered classification that understands language, context, and sensitivity. This covers everything from PDF files to Zoom recordings to LLM training data.
  1. How does it handle petabyte-scale scanning and will it  break the bank? Legacy options get expensive as data grows. You need tools that can scan quickly and stay cost-effective across multi-cloud and hybrid environments at massive scale.
  1. Does it unify data and identity governance? Very few platforms support both human and machine identities - especially for service accounts or access across clouds. Only end-to-end coverage breaks down barriers between IT, business, and security.
  1. Can it surface business-contextualized risk insights? You need more than technical vulnerability. Leading platforms map sensitive data by its business importance and risk, making it easier to prioritize and take action.
  1. Is deployment frictionless and multi-cloud native? DSPM should work natively in AWS, Azure, GCP, and SaaS, no complicated integrations required. Insist on fast, simple onboarding.
  1. Does it offer full remediation workflow automation? It’s not enough to raise the alarm. You want exposures fixed automatically, at scale, without manual effort.

  2. Does this fit within my Data Security Ecosystem? Choose only platforms that integrate and enrich your current data governance stack so every tool operates from the same source of truth without adding operational overhead. 
  1. Are compliance and security controls bridged in a unified dashboard? No more switching between tools. Choose platforms where compliance and risk data are combined into a single view for GRC and SecOps.
  1. Does it support business-driven data discovery (e.g., by project, region, or owner)? You need dynamic views tied to business needs, helping cloud initiatives move faster without adding risk, so security can become a business enabler.
  1. What’s the track record on customer outcomes at scale? Actual results in complex, high-volume settings matter more than demo promises. Look for real stories from large organizations.
  2. How is pricing structured for future growth? Beware of pricing that seems low until your data doubles. Look for clear, usage-based models so expansion won’t bring hidden costs.

Agentless, In-Environment Power: Why It’s the New Gold Standard

Agentless, in-environment architecture removes hassles with endpoint installs, connectors, and worries about where your data goes. Gartner has highlighted that this approach reduces regulatory headaches and enables fast onboarding. As organizations keep adding new cloud and hybrid systems, only these platforms can truly scale for global teams and strict requirements.

Sentra’s platform keeps all processing inside your environment. There’s no need to export your data; offering peace of mind for privacy, sovereignty, and speed. With regulations increasing everywhere, this approach isn’t just helpful; it’s essential.

Classification Accuracy and Petabyte-Scale Efficiency: The Must-Haves for 2026

Unstructured data is growing fast, and workloads are now more diverse than ever. The difference between basic scanning and real, AI-driven classification is often the difference between protecting your company or ending up on the breach list. Leading platforms, including Sentra, deliver over 95% classification accuracy by using large language models and in-house methods across both structured and unstructured data.

Why is speed and scale so important? Old-school solutions were built with smaller data volumes in mind. Today, DSPM platforms must quickly and affordably identify and secure data in vast environments. Sentra’s scanning is both fast and affordable, keeping up as your data grows. To learn more about these challenges read: Reducing Cloud Data Attack Risk.

Don’t Settle: Redefining Best-in-Class DSPM Buying Criteria for 2026

Many vendors are still only comfortable offering the basics, but the demands facing CISOs today are anything but basic. Combining identity and data governance, multi-cloud support that works out of the box, and risk insights mapped to real business needs - these are the essential elements for protecting today’s and tomorrow’s data. If a solution doesn’t check all 12 boxes, you’re already limiting your security program before you start.

Need a side-by-side comparison for your next decision?  Request a personalized demo to see exactly how Sentra meets every requirement.

Conclusion

With AI further accelerating data growth, security teams can’t afford to settle for legacy features or generic checklists. By insisting on meaningful criteria - true agentless design, in-environment processing, precise AI-driven classification, scalable affordability, and business-first integration - CISOs set a higher standard for both their own organizations and the wider industry.

Sentra is ready to help you raise the bar. Contact us for a data risk assessment, or to discuss how to ensure your next buying decision leads to better protection, less risk, and a stronger position for the future.

Continue the Conversation

If you want to go deeper into how CISOs are rethinking data security, I explore these topics regularly on Guardians of the Data, a podcast focused on real-world data protection challenges, evolving DSPM strategies, and candid conversations with security leaders.

Watch or listen to Guardians of the Data for practical insights on securing data in an AI-driven, multi-cloud world.

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Nikki Ralston
Nikki Ralston
Romi Minin
Romi Minin
December 16, 2025
3
Min Read

Sentra Is One of the Hottest Cybersecurity Startups

Sentra Is One of the Hottest Cybersecurity Startups

We knew we were on a hot streak, and now it’s official.

Sentra has been named one of CRN’s 10 Hottest Cybersecurity Startups of 2025. This recognition is a direct reflection of our commitment to redefining data security for the cloud and AI era, and of the growing trust forward-thinking enterprises are placing in our unique approach.

This milestone is more than just an award. It shows our relentless drive to protect modern data systems and gives us a chance to thank our customers, partners, and the Sentra team whose creativity and determination keep pushing us ahead.

The Market Forces Fueling Sentra’s Momentum

Cybersecurity is undergoing major changes. With 94% of organizations worldwide now relying on cloud technologies, the rapid growth of cloud-based data and the rise of AI agents have made security both more urgent and more complicated. These shifts are creating demands for platforms that combine unified data security posture management (DSPM) with fast data detection and response (DDR).

Industry data highlights this trend: over 73% of enterprise security operations centers are now using AI for real-time threat detection, leading to a 41% drop in breach containment time. The global cybersecurity market is growing rapidly, estimated to reach $227.6 billion in 2025, fueled by the need to break down barriers between data discovery, classification, and incident response 2025 cybersecurity market insights. In 2025, organizations will spend about 10% more on cyber defenses, which will only increase the demand for new solutions.

Why Recognition by CRN Matters and What It Means

Landing a place on CRN’s 10 Hottest Cybersecurity Startups of 2025 is more than publicity for Sentra. It signals we truly meet the moment. Our rise isn’t just about new features; it’s about helping security teams tackle the growing risks posed by AI and cloud data head-on. This recognition follows our mention as a CRN 2024 Stellar Startup, a sign of steady innovation and mounting interest from analysts and enterprises alike.

Being on CRN’s list means customers, partners, and investors value Sentra’s straightforward, agentless data protection that helps organizations work faster and with more certainty.

Innovation Where It Matters: Sentra’s Edge in Data and AI Security

Sentra stands out for its practical approach to solving urgent security problems, including:

  • Agentless, multi-cloud coverage: Sentra identifies and classifies sensitive data and AI agents across cloud, SaaS, and on-premises environments without any agents or hidden gaps.
  • Integrated DSPM + DDR: We go further than monitoring posture by automatically investigating incidents and responding, so security teams can act quickly on why DSPM+DDR matters.
  • AI-driven advancements: Features like domain-specific AI Classifiers for Unstructure advanced AI classification leveraging SLMs, Data Security for AI Agents and Microsoft M365 Copilot help customers stay in control as they adopt new technologies Sentra’s AI-powered innovation.

With new attack surfaces popping up all the time, from prompt injection to autonomous agent drift, Sentra’s architecture is built to handle the world of AI.

A Platform Approach That Outpaces the Competition

There are plenty of startups aiming to tackle AI, cloud, and data security challenges. Companies like 7AI, Reco, Exaforce, and Noma Security have been in the news for their funding rounds and targeted solutions. Still, very few offer the kind of unified coverage that sets Sentra apart.

Most competitors stick to either monitoring SaaS agents or reducing SOC alerts. Sentra does more by providing both agentless multi-cloud DSPM and built-in DDR. This gives organizations visibility, context, and the power to act in one platform. With features like Data Security for AI Agents, Sentra helps enterprises go beyond managing alerts by automating meaningful steps to defend sensitive data everywhere.

Thanks to Our Community and What’s Next

This honor belongs first and foremost to our community: customers breaking new ground in data security, partners building solutions alongside us, and a team with a clear goal to lead the industry.

If you haven’t tried Sentra yet, now’s a great time to see what we can do for your cloud and AI data security program. Find out why we’re at the forefront: schedule a personalized demo or read CRN’s full 2025 list for more insight.

Conclusion

Being named one of CRN’s hottest cybersecurity startups isn’t just a milestone. It pushes us forward toward our vision - data security that truly enables innovation. The market is changing fast, but Sentra’s focus on meaningful security results hasn't wavered.

Thank you to our customers, partners, investors, and team for your ongoing trust and teamwork. As AI and cloud technology shape the future, Sentra is ready to help organizations move confidently, securely, and quickly.

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