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What Is Security Service Edge And What Are Its Advantages?

SSE (Security Service Edge) improves the security strategy posture of any organization leveraging cloud services. It secures access to the enterprise internet and various cloud services that employees use in their daily operations. It is a crucial tool in strengthening cloud and networking security capabilities. SSE is often offered in a cloud-based service model. However, nowadays it is also available on a hybrid on-premises or agent-based solution model. A few cloud-based components of SSE include access control and threat prevention solutions. These tools ensure data and application security.

How does SSE differentiate from SASE?

SASE (Secure Access Service Edge) combines the networking and security technologies that enable secure and quick enterprise operations on the cloud. SSE is a very important SASE component that combines all security essential services. These may include ZTNA (Zero Trust Network Access) and CASB (Cloud Access Security Broker) to ensure providing SWG (Secure Online Gateway) for enterprise networking assets. The networking component of the SASE framework is the WAN Edge Infrastructure. This focuses on establishing network connections through modifying network infrastructures in real-time. A few of the SSE security services are: –

  • CASB (Cloud Access Security Broker) – CASB helps businesses connect over to their sensitive assets on the cloud in a secure manner. It addresses the loopholes in data visibility, securing the data, and complying with the regulatory standards. CASB uses the UEBA (User and Entity Behavior and Analytics) to discover the risks and threats affecting the enterprise cloud instances.
  • SWG (Secure Online Gateway) – It is a checkpoint that prevents illegal traffic from intruding on an organization’s network. It links the user and the website to provide end-to-end security. URL filtering and harmful content inspection are just a few of its benefits. An SWG enables users to visit safe and pre-approved websites that protect them from online-based cyber risks.
  • ZTNA (Zero Trust Network Access) – Zero Trust is applied in a granular, adaptive, as well as context-aware manner. It secures the private applications installed across multiple clouds and corporate data centers. It strengthens the security perimeter by providing dynamic and policy-based digital transformation.
  • DLP – Data Loss Prevention (DLP) tools implement data protection and inadvertent leakage rules in real-time. This limits the inadvertent access flow of sensitive information outside the organization.
  • RBI – Remote Browser Isolation (RBI) is a robust web threat prevention system that isolates web browsing activities. It defends users from all kinds of malicious code that might be buried in a website. This prevents any malicious code from ever touching the end user’s devices.
  • FWaaS – Firewall-as-a-Service is available on a cloud platform that protects data and applications via the internet. SSE uses it to collate, inspect and analyze traffic from on-prem and off-prem data centers. This provides an entire network of visibility and management. It also ensures uniform policy enforcement across the entire cloud infra.

SSE resolves the security problems posed by remote work, digitization, and cloud transition. SSE assists enterprises in the following ways:

  1. Security control management & administration simplification – Cloud and on-premises infrastructure must be managed using a patchwork of varied and separate security policies. These policies might be different across the various cloud service providers and on- premises tech stacks. SSE reduces the cost and complexity by facilitating the implementation of policies across on- premises, on-cloud, as well as remote work environments.
  2. VPNs to facilitate remote work – Remote employees have to use business-sensitive apps in extremely sensitive circumstances. The ZTNA feature from SSE allows for granular resource access. This allows an additional configuration that ensures specific degrees of access for each user.
  3. Malware threat prevention, detection, and mitigation – Many contemporary attacks utilize social engineering tactics to target a cloud provider’s capabilities. This involves imitating user behavior with authentic credentials. SSE’s SWG acts as a cyber-barrier that monitors traffic on the web as well as blocks any illegal access.
  4. SaaS apps access control – Security teams require entire visibility as well as control over the sensitive data stored on the cloud platforms. This includes preventing emerging threats on cloud-native attack surfaces. SSE’s CASB enables multi-mode support. This can be ensured by implementing granular regulations to monitor and limit access to authorized and unauthorized cloud services.

Organizations require secure usage, sharing, and access to data that sits outside of the perimeter security. SSE is here to provide functionalities to offer a consolidated and unified approach to data security, endpoint security, cloud security, web and application security, and likewise.

Centex Technologies provide cyber-security and IT security solutions for enterprises. For more information, contact Centex Technologies at Killeen (254) 213-4740, Dallas (972) 375-9654, Atlanta (404) 994-5074, and Austin (512) 956-5454

Elements of Network Security

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Cloud Computing Security: Challenges & Solutions

Cloud computing is a vast term that covers a wide range of technology resources that are delivered “as-a-service” via an internet connection. The cloud services include software-as-a-Service (SaaS), platform-as-a-service (PaaS), and infrastructure-as-a-service (IaaS). All these cloud computing models provide a different level of service, control, and responsibility.

When switching to a cloud computing model, business organizations need to be aware of the following cloud computing challenges:

  • Potential Loss Or Theft Of Intellectual Property: IP represents competitive advantages for a business, so a loss of IP may have a tangible impact on the business’s market share. Fraudsters may use this IP information to create fake products and cheaper processes since they don’t cover research & development costs.
  • Regulatory Compliance Violations: Cloud computing service providers may not meet the strict regulatory compliance standards of the industry. It can lead to compliance violations for businesses availing these services.
  • Reduced Visibility Of Cloud Environment: Some Cloud Service Providers do not provide visibility into the cloud environment. This problem is more intense in SaaS solutions because PaaS and IaaS solutions offer more visibility. After all, in these cases, users are expected to do their configuration and management for the cloud environment.
  • Lateral Attack Spread: If defense-in-depth controls of a cloud environment are not strong enough, it can be easier for an attacker to spread from one workload on the cloud to the next. Thus, multiple databases or apps can be compromised quickly during a breach.
  • Increased Complexity Of Security: Businesses that work with multiple cloud service providers have to face several different complicated cloud security processes. For example, one CSP may require multi-factor authentication using text messages, while another CSP may use a different authentication method. It increases process complexity making it difficult for users to access various cloud solutions in their day-to-day workflows.

Solutions To Cloud Computing Security Challenges

  • Limit Cloud Computing Vendors: Different Cloud Service Providers may have different security tools and processes, making it difficult for businesses to manage their cloud solutions. This challenge can be handled by trying to limit the cloud computing vendors. Companies should try to source as many cloud solutions from a single vendor as possible.
  • Verify Your Access To Information: Visibility into the cloud environment is vital for ensuring cybersecurity. So, verify the level of access to information that Cloud Service Provider would offer. With greater visibility into the cloud environment, businesses can more easily track and control security.
  • Verify Security SLAs: Verifying security SLAs (Service Level Agreements) before signing an agreement with CSP helps to ensure that the service provider will meet the industry’s cybersecurity standards and protect the business from extended service disruptions.
  • Consult A Cybersecurity Expert: Get assistance from cybersecurity experts before switching to the cloud computing model.

We, at Centex Technologies, help businesses in switching to cloud computing. We offer IT consulting services for educating businesses on their cloud computing requirements and ensuring cybersecurity. For more details on challenges & solutions related to cloud computing security, contact Centex Technologies at (254) 213 – 4740.

Best Practices For Cloud Security

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Different Areas Of Cyber Security

Cyber security strategies aim at protecting any user or organization’s inter-connected systems, hardware, software, and data from cyber attacks. Absence of stringent cyber security strategies can offer an opportunity for hackers to access the computer system and network and misuse organization’s data such as trade secrets, customer data, etc.

In order to formulate an efficient cyber security strategy, it is imperative to pay heed to all areas of cyber security.

Following are different areas of cyber security:

  • Critical Infrastructure Security: This area of critical infrastructure security consists of cyber-physical systems that modern societies rely on. Some examples of such systems include electricity grid, water purification, traffic lights, shopping centers, hospitals, etc. Hackers can attack the vulnerable infrastructure systems to gain access to connected devices. Organizations which are responsible for managing the infrastructure systems should perform due diligence to understand the vulnerabilities for society’s safety. Other organizations which are not responsible for the systems but rely on them for some part of their business operations should develop contingency plans to be prepared for any cyber attack or network breach that can be launched via an infrastructure system.
  • Application Security: It is one of the most important areas of cyber security strategies of an organization. The branch of application security uses both software and hardware methods to tackle external threats that can arise in development or implementation stage of an application. As applications are majorly accessible over network, they are highly vulnerable. Thus, it becomes highly important to include application security in cyber security strategy of an organization. Types of application security include antivirus programs, firewalls, and encryption programs. Application security techniques ensure that unauthorized access to applications is prevented. Also, these techniques can help organizations in detecting sensitive data sets and implementing relevant measures to protect these data sets.
  • Network Security: This area of cyber security guards an organization against unauthorized intrusion of internal networks due to malicious intent. Network security protocols inhibit access to internal networks by protecting the infrastructure. For better management of network security monitoring, network security teams use machine learning to flag abnormal traffic and issue threat alerts in real time. Common examples of network security protocols include multi-level logins, password security, etc.
  • Cloud Security: Cloud security is a software-based security tool that monitors and protects organizational or personal data stored in cloud resources. Increasing use of cloud services has made way for stringent cloud security strategies.
  • IoT Security: IoT devices can be highly vulnerable and open to cyber security attacks for numerous reasons including unawareness of users. Threat actors target IoT’s data centers, analytics, consumer devices, networks, legacy embedded systems and connectors. So, organizations have to implement stringent IoT security protocols.

For more information on different areas of cyber security, contact Centex Technologies at (254) 213 – 4740.

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