Protecting What Matters: Comprehensive Cybersecurity and Firewall Services.

Protect, Prevent, Prevail: Your Go-To for Cybersecurity and Firewall Advance Services.

Advanced Firewall Services: Enhancing Network Security

Next Generation Firewalls:

Advanced firewall services encompass a range of sophisticated security measures designed to fortify network firewalls against diverse cyber threats, ensuring the integrity, confidentiality, and availability of data. These services extend beyond basic packet filtering and stateful inspection, offering enhanced capabilities to defend against complex and evolving attacks.

Implementing a firewall is a fundamental step in establishing a robust cybersecurity posture for any business, protecting both the organization and its stakeholders from evolving threats.

Advanced Next Gen. Firewall Services:

1. Deep Packet Inspection (DPI):

   - Analyzes both the data and header of packets as they traverse inspection points.

   - Identifies, categorizes, and blocks traffic based on known signatures or unusual patterns.

2. Intrusion Detection and Prevention Systems (IDPS):

   - Continuously monitors network traffic for suspicious activities.

   - Proactively mitigates threats by blocking malicious IP addresses or terminating harmful connections.

3. Application Layer Filtering:

   - Inspects traffic at the application layer (Layer 7 of the OSI model).

   - Allows or blocks traffic based on specific applications or services, rather than solely on ports and protocols.

4. Advanced Threat Protection (ATP):

   - Detects and responds to sophisticated threats, such as zero-day exploits, utilizing sandboxing and other advanced techniques.

   - Incorporates machine learning and behavioral analysis to identify and counteract new and unknown threats.

5. Virtual Private Network (VPN) Support:

   - Facilitates secure, encrypted connections for remote users and branch offices.

   - Supports both site-to-site and remote access VPN configurations.

6. URL and Content Filtering:

   - Blocks access to known malicious websites and inappropriate content.

   - Enables enforcement of organizational policies regarding acceptable web usage.

7. Botnet and Malware Protection:

   - Detects and blocks communications with known botnet command and control servers.

   - Prevents the proliferation of malware within the network.

8. Advanced Logging and Reporting:

   - Generates detailed logs and reports on network traffic, threats, and overall health.

   - Assists with compliance to regulatory requirements and forensic investigations.

9. Integration with Security Information and Event Management (SIEM):

   - Aggregates and analyzes security events from various sources.

   - Correlates data to provide a holistic view of the organization's security posture.

10. User and Entity Behavior Analytics (UEBA):

    - Monitors user and entity behavior to identify anomalies that may indicate insider threats or compromised accounts.

    - Employs machine learning to establish behavioral baselines and detect deviations.

11. Next-Generation Firewall (NGFW) Capabilities:

    - Merges traditional firewall functionalities with advanced features like DPI, IDPS, and ATP.

    - Implements comprehensive security policies based on user identity, application type, and content.

12. Cloud and Hybrid Environment Support:

    - Extends firewall protections to safeguard cloud-based assets and hybrid environments.

    - Incorporates security measures for virtualized and containerized applications.

13. Policy Enforcement and Management:

    - Centralizes management of security policies across multiple firewalls and locations.

    - Streamlines policy deployment, updates, and ensures consistency.

14. Automated Responses and Orchestration:

    - Automates threat responses and mitigation protocols.

    - Integrates with other security tools to create coordinated defense strategies.


In today's dynamic threat landscape, advanced firewall services are essential for establishing a multi-layered defense that adopts to the evolving tactics of cyber adversaries. These services empower organizations to protect their networks, data, and users from sophisticated attacks while ensuring compliance with security regulations and standards.

In fact here are five key reasons why every business must have a firewall in place:

  1. Protection Against Cyber Threats: Firewalls act as a barrier between a trusted internal network and untrusted external networks, helping to block unauthorized access, malware, and various cyber threats. This is essential for safeguarding sensitive data and maintaining the integrity of business operations.

  2. Network Traffic Monitoring and Control: Firewalls provide the ability to monitor and control incoming and outgoing network traffic based on predetermined security rules. This enables businesses to detect and respond to suspicious activities, ensuring that only legitimate traffic is allowed.

  3. Data Privacy and Compliance: With increasing regulations around data protection (such as GDPR, HIPAA, etc.), having a firewall helps businesses comply with legal requirements by protecting sensitive customer and employee data from breaches and unauthorized access.

  4. Prevention of Unauthorized Access: Firewalls help prevent unauthorized users from accessing the internal network. By implementing access control policies, businesses can restrict access to sensitive information and resources, reducing the risk of data breaches.

  5. Enhanced Security for Remote Workforces: As remote work becomes more common, firewalls provide secure connections for remote employees through features like VPN support. This ensures that data transmitted over the internet remains encrypted and protected from potential threats.

Next Generation Firewalls (NGFW)

Executive summary

A Next Generation Firewall (NGFW) is an evolution of traditional stateful firewalls that integrates deeper inspection, application awareness, threat intelligence, and flexible control into a single security gateway. NGFWs are designed to protect modern networks from sophisticated threats while enabling business needs such as cloud connectivity, mobile users, and encrypted traffic.

What is an NGFW?

Definition: An NGFW combines traditional firewall capabilities (stateful packet inspection, network address translation, VPN) with advanced functions like application-layer (Layer 7) inspection, intrusion prevention systems (IPS), user identity awareness, SSL/TLS inspection, and integration with external threat intelligence.

Why they matter: Attackers increasingly use application-layer techniques, encrypted channels, and polymorphic malware. NGFWs provide the contextual visibility and control required to detect and block modern attack patterns while reducing administrative complexity.

Core capabilities

  • Application awareness and control (Layer 7): Identify and enforce policies for specific applications (e.g., SaaS apps, collaboration tools) rather than relying on ports/protocols.

  • Integrated IPS/IDS: Signature- and behavior-based detection and prevention of known and emerging threats.

  • User and identity awareness: Tie policies to users or groups (via SSO, LDAP, AD) for more granular access control.

  • SSL/TLS inspection: Decrypt and inspect encrypted traffic to detect hidden threats.

  • Advanced threat intelligence & sandboxing: Leverage cloud-based threat feeds and detonate suspicious files in sandboxes.

  • URL filtering & DNS security: Block malicious or non-compliant web destinations and harden DNS resolution.

  • Centralized management & orchestration: Single-pane policy creation, logging, and reporting across distributed appliances.

  • High availability & performance optimizations: Hardware and software features to maintain throughput and low latency under inspection.

NGFW vs Traditional firewall (comparison)

  • Visibility: NGFW: application- and user-level; Traditional: port/protocol.

  • Inspection depth: NGFW: deep packet/Layer 7; Traditional: stateful packet only.

  • Threat prevention: NGFW: IPS, sandbox, intelligence; Traditional: limited or none.

  • Management: NGFW: centralized policy and telemetry; Traditional: siloed rules.

Deployment models & architectures

  • Perimeter NGFW: Replaces or augments Internet edge firewalls.

  • Data center NGFW: High-throughput inspection for east-west traffic in DCs and private clouds.

  • Cloud-native / virtual NGFW: VNFs or cloud-managed instances for public cloud workloads.

  • Branch / SD-WAN integrated NGFW: Lightweight appliances or virtual instances embedded in SD-WAN for remote sites.

  • Inline vs out-of-band: Inline for blocking traffic; out-of-band for monitoring and detection.

Selection criteria

When evaluating NGFW vendors or appliances, consider:

  1. Performance under inspection: Throughput with IPS/SSL inspection enabled (not just raw L3 throughput).

  2. Scalability & HA: Clustering, active-active options, and centralized orchestration.

  3. Breadth of threat intelligence & sandboxing: Vendor ecosystem, frequency of signature updates, and sandbox quality.

  4. Ease of management: Policy modeling, reporting, logging retention, and role-based access control.

  5. Identity integration: Support for AD, SAML, OAuth, and SSO.

  6. Cloud & SD-WAN support: Native integrations, virtual images, and centralized cloud management.

  7. Cost model: Licensing (throughput vs features), subscriptions for threat feeds, and total cost of ownership.

  8. Ecosystem & APIs: SIEM/SOAR integration, REST APIs, and telemetry export formats.

Operational best practices

  • Maintain a change window and track policy changes in version control.

  • Regularly review high-priority alerts and tune signatures to reduce false positives.

  • Keep threat feeds and signatures up to date; validate sandbox detonation results periodically.

  • Continuously monitor performance metrics (CPU, memory, throughput) when features like SSL inspection are enabled.

  • Use role-based access and strict RBAC for firewall administration.

  • Plan for privacy and legal obligations when decrypting traffic (e.g., HR, legal team involvement).

Contact us

If you have any questions or comments, please contact us via email or phone, or send us a message using the contact form.

Address:
8242 W. 3rd St. Suite 300 Los Angeles, CA 90048

Phone
(213) 915-4217

Email
support@myremotetech.com

Hours
Monday–Friday 9am-7pm - Saturday 10am–4pm