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Stop Employee Data Exfiltration with AI

SASE

Secure Access

Service Edge

Whether it's genAI, cloud, data centers, or the internet, keep business and data secure with a phenomenal user experience anywhere work happens.

Decode cloud, genAI, and SaaS activity with context-aware Zero Trust Engine by Ridge IT

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Decode cloud, genAI, and SaaS.

Prevent data loss and de-risk threats by understanding the context of every interaction with a context-aware Zero Trust.

Zero Trust

Fast, reliable access anywhere.

End-to-end connectivity that is fast and reliable. Secure access to AI, web, and cloud apps from any device or location.

Unified Platform

Seamless security.

Secure, optimized connectivity and reliable performance for every site, cloud, remote user, or IoT device.

Edge Performance

Deliver 50ms inspection.

Global points of presence provide low-latency connectivity and security close to users–matching or exceeding network speeds.

Work anywhere.

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SASE Cloud Security

Frequently Asked Questions

How does SASE data loss prevention work across email, cloud, and web channels?

SASE Data Loss Prevention (DLP) monitors all communication channels from a single policy engine. Content inspection identifies sensitive information like credit card numbers, social security numbers, and proprietary data regardless of format or location. Policies follow users across devices and applications automatically. Real-time scanning prevents data transmission through unauthorized channels. Classification happens automatically using machine learning and regex patterns. Our managed IT services configure DLP policies that balance security requirements with user productivity.

How do managed endpoint security services prevent advanced persistent threats?

Security Service Edge (SSE) delivers cloud-native security including Secure Web Gateway, CASB, and Zero Trust Network Access from unified policy management. Identity-centric security follows users and devices regardless of network location. Access decisions consider user identity, device posture, application sensitivity, and behavioral patterns. Policies apply consistently whether users access resources from office networks, home connections, or mobile devices. Our Zero Trust architecture implementation integrates SSE capabilities with existing identity management systems.

Why is SSL inspection critical for banking institutions, and how do cloud SASE platforms eliminate the complexity?

Modern banking faces a critical blind spot: 100% of internet traffic is now encrypted, but traditional firewalls can only read packet headers, missing malicious payloads like credential stealers. Cloud-based SASE platforms eliminate SSL inspection complexity by handling all certificate management in the cloud, removing the burden of maintaining intermediary certificates and expensive hardware. A law firm client discovered Loki Bot credential sprawler traffic the moment we enabled comprehensive SSL inspection—malware that had been undetected for potentially years because they weren't doing deep packet inspection. Our banking cybersecurity specialists deploy comprehensive SSL inspection that scales without hardware limitations.

What makes SSE (Security Service Edge) different from traditional security approaches?

SSE (Security Service Edge) represents the security component of SASE that delivers cloud-native security services including Secure Web Gateway, CASB, and Zero Trust Network Access from a unified platform. Unlike traditional security that relies on network perimeters and appliances, SSE provides identity-centric security that follows users and devices anywhere they connect. The architecture eliminates security gaps by applying consistent policies whether users access resources from the office, home, or remote locations. Our Zero Trust architecture implementation leverages SSE capabilities to provide comprehensive protection.

How does AI-powered behavioral analytics prevent data exfiltration before it happens?

Advanced SASE platforms use AI-powered behavioral analytics to monitor user activity patterns and identify risky behavior before data theft occurs. The platform tracks typical user actions—like occasional file uploads to G Drive—then detects anomalies such as increased time on LinkedIn, Glassdoor, or resume sites. When behavioral risk scores drop below 600 (out of 1000), the system automatically restricts data movement capabilities without blocking legitimate work. This proactive approach prevents disgruntled employees from exfiltrating data during their departure planning phase. Our behavioral analytics implementation transforms reactive DLP into predictive data protection.

How does SASE’s Data Protection and DLP capabilities secure sensitive information?

SASE platforms provide comprehensive Data Protection through integrated Data Loss Prevention (DLP) that monitors and controls sensitive data across all communication channels and cloud applications. Unlike traditional DLP solutions that require separate deployments, SASE delivers unified data protection policies that follow users regardless of location or device. The platform automatically identifies, classifies, and protects sensitive information like PII, financial data, and intellectual property through real-time scanning and policy enforcement. Our managed IT services ensure your SASE DLP policies are properly configured and continuously monitored.

What CASB capabilities does SASE provide and how do Gen AI engines enhance security?

SASE platforms include comprehensive Cloud Access Security Broker (CASB) capabilities that provide visibility, compliance, and threat protection for cloud applications and services. The integrated CASB monitors user activities, enforces data protection policies, and detects anomalous behavior across all sanctioned and shadow IT applications. Modern SASE solutions now incorporate Gen AI engines that enhance threat detection through behavioral analytics, automated policy recommendations, and intelligent response capabilities that adapt to emerging threats in real-time. Our managed IT platform leverages these advanced capabilities to provide military-grade protection for your cloud environment.

What cloud application visibility stops data exfiltration attempts?

SASE Cloud Access Security Broker (CASB) monitors all cloud application usage including shadow IT and personal accounts. User activity analysis detects anomalous behavior like unusual download volumes or after-hours access. Data protection policies prevent sensitive information from leaving approved channels. AI-powered analytics identify potential insider threats and account compromise before data loss occurs. Real-time alerts enable immediate response to suspicious activities. Our SASE platform provides 24/7 monitoring of all cloud application interactions.

How does SASE ensure 99.9% uptime with global failover capabilities?

SASE distributed cloud architecture eliminates single points of failure that cause network outages. Automatic failover capabilities route traffic through multiple connection paths when primary links experience issues. Global load balancing distributes traffic across regional points of presence for optimal performance and uptime. Security functions remain active even during infrastructure disruptions. Our Tampa-based monitoring team receives instant alerts for any performance degradation. Our Zero Trust implementation leverages redundant SASE infrastructure for maximum business continuity.

What threat protection capabilities stop attacks other platforms miss?

SASE includes comprehensive threat protection through integrated Secure Web Gateway (SWG) with real-time malware detection, URL filtering, and zero-day protection. Behavioral analytics identify advanced persistent threats (APTs) and insider risks through user activity monitoring. Machine learning-driven threat intelligence adapts to emerging attacks automatically. Sandboxing capabilities detonate suspicious files in isolated environments. Our managed IT security services configure these capabilities to prevent breaches before they impact business operations.

What is SASE and how does it transform modern cloud network security?

SASE (Secure Access Service Edge) is a cloud-delivered security and networking architecture that merges SD-WAN with comprehensive security functions like Secure Web Gateway, CASB, and Zero Trust Network Access into a single platform. Unlike traditional approaches that route traffic through data centers, SASE provides direct cloud connectivity with consistent security policies across all users and locations. This modern cloud network architecture eliminates the complexity of managing multiple point solutions while delivering enhanced performance and security. Our cloud infrastructure migration services can help you transition to a SASE-enabled architecture.

How do SASE platforms integrate with existing endpoint management and identity solutions?

Enterprise SASE platforms seamlessly integrate with existing MDM solutions like Intune, Manage Engine, and Sophos while enhancing security through device posture assessment. The platform combines device risk scores from endpoint tools with user risk scores from identity providers and behavioral risk scores from usage patterns to create comprehensive access policies. For banking clients, we often integrate CrowdStrike's Zero Trust Assessment (ZTA) scores with Entra ID P2 behavioral analytics and SASE user activity scoring to create multi-layered access controls. Our integration specialists unify your security stack without replacing existing investments.

How do SASE platforms handle IP anchoring requirements for banking compliance?

Advanced SASE platforms provide intelligent IP anchoring through cloud-based static IP addresses that appear consistent to banking applications while users connect from anywhere. Instead of forcing all traffic through data center VPNs—which destroys performance—SASE platforms anchor authentication traffic through Microsoft Entra, requiring the designated IP for login.microsoft.com access. Since all banking applications require Entra SSO, this approach effectively IP anchors all applications through a single control point while maintaining optimal performance. Our banking compliance specialists implement IP anchoring without performance penalties.

How quickly can banking organizations deploy enterprise SASE compared to traditional security solutions?

Ridge IT's pre-configured banking deployments enable enterprise SASE implementation in 60-90 days versus 12+ months for traditional solutions. We leverage APIs and scripted configurations based on extensive banking experience, including FIS Horizon integration patterns and industry-specific policies. Our approach deploys baseline security immediately, then fine-tunes organization-specific requirements. The Texas bank we recently deployed was fully operational within 30 days because we eliminated the learning curve through proven automation and banking-specific templates. Our rapid deployment specialists minimize time-to-protection through proven methodologies.

Why choose Netskope over Zscaler for mid-market banking organizations?

Netskope provides equivalent security capabilities to Zscaler at significantly lower cost for organizations under Fortune 500 scale. While Zscaler requires expensive add-ons for advanced DLP and behavioral analytics, Netskope includes these features in base licensing. Zscaler's advanced features like honey potting aren't utilized by mid-market companies, making the premium pricing unjustified. Netskope's behavioral analytics and context-aware policies deliver superior data protection for typical business use cases without enterprise-scale complexity or costs. Our cost analysis specialists provide detailed ROI comparisons for your specific environment.

How does SASE reverse proxy architecture replace VPNs while improving security?

Modern SASE platforms use Zero Trust Network Access (ZTNA) to eliminate VPN vulnerabilities through reverse proxy connections instead of network tunneling. Application connectors deployed near your core banking systems make outbound calls to the SASE cloud, while users connect through the cloud to access specific applications like FIS Horizon. Users never receive direct network access—they can't ping, port scan, or map your infrastructure even if their devices are compromised. This "dark network" approach prevents lateral movement during breaches while providing seamless application access. Our ZTNA implementation eliminates VPN security gaps without disrupting productivity.

How does SASE improve network resilience compared to traditional architectures?

SASE dramatically improves network resilience through its distributed cloud architecture that eliminates single points of failure common in traditional hub-and-spoke networks. The platform provides automatic failover capabilities, global load balancing, and multiple connection paths that ensure continuous connectivity even during outages or performance degradation. This resilience extends to security functions, maintaining protection even if individual components experience issues, while providing consistent performance regardless of user location or network conditions. Our Zero Trust implementation leverages SASE's distributed architecture for maximum uptime.

What role does Remote Browser Isolation (RBI) play in blocking threats?

Remote Browser Isolation (RBI) within SASE platforms provides the ultimate protection by executing web content in isolated cloud environments, completely separated from user devices and corporate networks. This approach prevents malware, zero-day exploits, and advanced persistent threats from reaching endpoints by containing all web-based risks in disposable virtual browsers. When blocking threats becomes critical, RBI ensures that even if malicious content is encountered, it cannot impact the user's device or gain access to corporate resources. Our managed IT security services implement RBI as part of a comprehensive security strategy.

How does SASE improve Web SaaS and Private Application access security?

SASE transforms Web SaaS and Private Application access by providing direct, secure connectivity without routing traffic through traditional data centers or VPNs. The platform delivers consistent security policies for both sanctioned and unsanctioned SaaS applications while providing seamless access to private applications through Zero Trust Network Access (ZTNA). Users experience improved performance with reduced latency while IT maintains granular control over application access, data sharing, and user activities. Our cloud infrastructure ensures your applications are properly secured within the SASE framework.

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