March 2022 Summaries

The National Institute of Standards and Technologies (NIST) has issued a report defining a new paradigm for secure network access, known as the NIST Zero Trust Architecture. This approach aims to improve security by replacing legacy technologies such as virtual private networks (VPN). The NIST Zero Trust Architecture outlines seven technology-agnostic "tenets" that organizations can use to base their zero-trust architecture. These tenets include considering all data sources and computing services as resources, securing all communications regardless of network location, only granting per-session access to individual resources, granting access dynamically based on context, constantly evaluating device and resource security postures, strictly and dynamically enforcing policies before granting access, and monitoring all network activity and acting on learnings. The NIST Zero Trust Architecture is designed to minimize uncertainty in enforcing accurate, least privilege per-request access decisions in information systems and services in the face of a network viewed as compromised. Organizations are adopting this approach due to its ability to make them more secure while improving productivity and network performance. It also helps to shrink the attack surface by replacing publicly-visible gateways with invisible Zero Trust proxies, preventing lateral movement, simplifying granular control, unifying all users and resources, reducing network costs, improving network performance, and improving the user experience. The US government is adopting this approach as part of its efforts to improve cybersecurity in federal agencies.

A Secure Web Gateway (SWG) is a solution that filters unwanted software/malware from user-initiated web/internet traffic and enforces corporate and regulatory policy compliance. SWGs can block malware, malicious websites, prevent data exfiltration, and access to unauthorized sites or web apps. They provide enhanced threat detection, reduced attack surface, greater network visibility, improved compliance, and prevention of data loss. SWGs work by inspecting all inbound and outbound internet traffic, blocking outgoing access to unsecure websites, and comparing incoming traffic against deny lists of known malware and malicious websites. Advanced SWGs incorporate artificial intelligence, machine learning, and other heuristics to detect patterns from emerging threats. Cloud-based SWG providers use software-as-a-service business models and large point-of-presence networks to address performance issues. Secure web gateways are distinct from IPsec virtual private network (VPN) gateways and can complement Zero Trust network architectures. Twingate's Zero Trust solution creates secure, direct connections between users and protected resources, simplifying the migration to Zero Trust.

Twingate has been recognized by the Globee Awards, a prestigious organization that confers awards in various business and technology categories. The company's Zero Trust Network Access (ZTNA) solution was named a winner in the 18th Annual Cyber Security Global Excellence Awards, which recognize innovative products and services in the cyber security industry. Twingate's unique approach to the Zero Trust market, combining innovative technology with a usability-focused approach, was particularly recognized by the Globee panel. The company's solution provides secure access to resources for organizations, helping them move towards a Zero Trust architecture with unparalleled control and visibility over activity across their network.

In many ways, Zero Trust Network Access (ZTNA) is a complete paradigm shift from how we currently approach network security and access control. Over the last few years, traditional models of a network perimeter have eroded as organizations worldwide support BYOD and work from anywhere models. The very concept of the fixed network perimeter is fading away.Resources, users, devices — and threats — could be anywhere, on any network. ZTNA transforms network access control to address this modern reality. Zero Trust has evolved from a mere concept into a trusted architecture adopted by some of the fastest-growing organizations worldwide. As an architecture and a set of principles, Zero Trust offers a path towards securing a world that supports distributed workforces, a blended network perimeter, and does not make broad assumptions about who or what should have access to data. The 2022 Zero Trust Outlook Report analyzes the latest industry trends, where organizations start their Zero Trust journey, and what the architecture will look like in the years ahead. Twingate’s Zero Trust Network Access solution lets you adopt a modern security and access control approach, protecting critical resources while replacing brittle, expensive infrastructure with a simple, easily-managed software solution.

SSL VPNs use browser-based protocols to create secure tunnels between a user's device and an SSL VPN gateway, providing end-to-end-encrypted (E2EE) access to protected resources. While they are relatively simple to deploy and easy to use, administrators must address security issues with SSL VPNs. The protocol has evolved from Secure Sockets Layer (SSL) to Transport Layer Security (TLS), but still faces limitations such as increased latency and congestion, and potential vulnerabilities due to their public presence. In contrast, Twingate offers a software-based access solution that combines the low cost and simplicity of an SSL VPN with the security benefits of Zero Trust Network Access (ZTNA). This approach provides individual resources invisible from any network, eliminating VPN's network performance issues, and gives administrators granular control over user access.

Role-based access control (RBAC) simplifies access management and makes a company's distributed resources more secure by assigning users to roles with specific permissions. RBAC offers several benefits, including flexibility, ease of maintenance, consistency and compliance, and lower risk exposure. However, implementing RBAC can be complex and may require specialized expertise. Twingate offers an all-software solution that requires no changes to network infrastructure or resource settings, making it easier for organizations to implement Zero Trust access control in phases.

Securing developer environments is a critical aspect of modern software development, and The Pill Club's approach with Twingate has shown promising results. Cameron Seebach, the DevOps Engineer and Tech Lead at The Pill Club, shared his journey to DevOps, how he secured developer environments using Twingate, and why Zero Trust is the next step in security maturity. He emphasized the importance of making use of existing work and expertise when adopting new technologies, and highlighted the benefits of having a team like Twingate dedicated to ensuring secure and compliant environments. The Pill Club's experience with Twingate has shown that it can be used to enable good collaboration without installing heavy-weight VPN solutions on every developer's machine. Cameron also discussed the challenges he faced in implementing this approach, including finding ways to make the technical and configuration aspects of development easier and more accessible to engineers. Overall, The Pill Club's experience with Twingate has been positive, and they have seen significant benefits from using it to secure their developer environments.

VPN split tunneling is a partial solution to the performance and usability issues created by traditional VPN technologies. It routes essential, protected traffic through an encrypted tunnel to a company's VPN gateway, while sending less sensitive traffic through the user's local network and public internet. This approach alleviates some of the problems inherent to VPN's hub-and-spoke topology, such as congestion on gateways and networks, but also creates new risks, including potential security breaches if not implemented correctly. Twingate offers a modern approach to secure access that eliminates these issues by routing all encrypted connections between user devices and protected resources along the most performant direct path, with traffic for on-premise resources reaching the private network and traffic for cloud-hosted resources traveling over the public internet. This approach simplifies access control, removes non-essential traffic from the company's private network, and improves the user experience through low-latency connections.

Tailscale and Twingate are two security-focused companies that offer alternative approaches to traditional VPN solutions. Tailscale uses the open-source WireGuard protocol to create encrypted peer-to-peer connections between network nodes, eliminating performance bottlenecks created by VPN gateways. In contrast, Twingate hides on-premises and cloud-based resources behind software-defined perimeters, making it harder for hackers to access them. Both solutions aim to simplify access control without disrupting daily operations, but they differ in their approaches to administrative ease of use, scalability, and support. Tailscale is designed for smaller environments and personal home networks, while Twingate is primarily focused on enterprises with a more extensive feature set and support model. Twingate's approach also offers advanced security features beyond access control, such as device posture enforcement and deep activity logging. Ultimately, both solutions aim to provide a secure and modern alternative to traditional VPNs, but they cater to different use cases and environments.

Twingate is a Zero Trust solution that allows users to securely access cloud resources like AWS, GCP, and on-prem environments without the need for VPNs. It provides a simple and secure way to manage hybrid or multi-cloud architectures. To set up Twingate, users can follow a 5-step process: create a remote network, add a connector, generate tokens, deploy the connector, and download the Twingate client. This solution is particularly useful for organizations that need to grant access to resources without exposing them to public IP addresses. With Twingate, users can rapidly implement a modern Zero Trust network that is more secure and maintainable than traditional VPNs.

Twingate is a Zero Trust solution that provides secure access to AWS resources like Grafana. It offers an alternative to using a VPN, which can be involved and costly. Twingate allows users to set up secure access in just a few minutes with a single line of code. The solution supports all major Linux distributions and can be deployed on cloud instances, home devices, and other platforms. To get started, users need to launch an EC2 instance and create a new Remote Network in the Twingate web UI. They then deploy a Twingate Connector, generate tokens, and add resources to access them securely. The solution also includes features like sharing access with teammates or clients, making it easy to implement a modern Zero Trust network that is more secure and maintainable than traditional VPNs.

Twingate has announced support for Windows Start Before Logon (SBL), a feature that establishes a secure remote connection before the user logs on, overcoming challenges in managing users and devices remotely. This allows administrators to maintain connectivity between devices outside the office and the resources users need access to, reducing friction and enabling seamless work from anywhere. With SBL, admins can streamline user and device authentication processes, eliminating hurdles in implementing Zero Trust solutions. Twingate aims to make Zero Trust easy for companies of all sizes, delivering enterprise-grade services with consumer-grade usability.

Twingate is a Zero Trust solution that provides secure access to cloud resources like AWS, GCP, and on-premises environments. It offers an alternative to traditional VPNs with hidden costs, allowing users to access their resources securely without the need for public IP addresses. The guide outlines a simple process to set up Twingate for AWS, including launching an EC2 instance, deploying a Twingate Connector, generating tokens, and adding a resource. Users can also share access to resources with teammates or clients using the Twingate web UI. With Twingate, users can rapidly implement a modern Zero Trust network that is more secure and maintainable than traditional VPNs.

Twingate offers a simple and secure way to access AWS resources like Airflow, providing an alternative to traditional VPNs. The solution allows users to set up secure access in just a few minutes with a single line of code, making it ideal for personal use and small teams. Twingate supports all major Linux distributions and can be used on various devices, including Synology NAS and Raspberry Pi. It also offers a free plan called Twingate Starter, which is designed for personal use and small teams. The solution rapidly implements a modern Zero Trust network that is more secure and maintainable than VPNs.

Twingate is a Zero Trust solution that allows users to securely access their cloud resources, including AWS, GCP, and on-prem environments. The guide provides a step-by-step process for setting up secure access to Kibana using Twingate in just a few minutes with a single line of code. It covers the prerequisites, such as launching an EC2 instance, signing up for a Twingate account, creating a remote network, adding a connector, generating tokens, deploying the connector, adding a resource, downloading the client, and sharing access to resources. The guide also highlights the benefits of using Twingate, including rapid implementation of a modern Zero Trust network that is more secure and maintainable than VPNs.

Cloudflare VPN is a cloud-based network service that leverages its content delivery network and DDoS protection infrastructure to provide secure access to users, resources, and cloud-based applications. It offers a Zero Trust alternative to legacy VPN systems by connecting users and resources through the nearest Cloudflare data center, creating an encrypted tunnel for secure communication. Cloudflare VPN provides advanced threat protection, improved user experience, end-to-end encryption, security policies set by identity and device, and detailed user and device activity logging. However, it has limitations such as all company data passing through Cloudflare's infrastructure and work-related or not, all user traffic passes through Cloudflare by default. Twingate is another solution that delivers a modern approach to secure access control based on Zero Trust, eliminating the performance, usability, and security liabilities of legacy VPN technologies. Twingate creates a more complete separation between the control plane and the data plane, providing direct connections between users and protected resources, advanced security features, and simpler administration through unified consoles.

Twingate is a Zero Trust solution that offers an alternative to AWS Client VPN for securely accessing cloud resources. It allows users to set up secure access to their AWS resources with just a single line of code, making it easier and more cost-effective than traditional VPN solutions. Twingate supports hybrid or multi-cloud architectures, enabling users to manage access across different cloud providers such as AWS, GCP, Azure, and on-premises environments. The solution also includes features like secure access to resources without public IP addresses, sharing access with clients or collaborators, and rapid implementation of modern Zero Trust networks.

Zscaler Private Access is a cloud-native Zero Trust access control solution designed for today's distributed network architectures. It provides unified access control for external and internal users, on-premises and cloud-hosted private resources, and helps companies migrate from secure perimeters to Zero Trust networks. The solution offers benefits such as consistent user experience at home or at the office, enhanced security through smaller attack surfaces and least privilege access policies, fast easy deployments of software solutions, and integrations with identity providers and other third-party services. However, it may not be suitable for small or mid-sized organizations due to its focus on large enterprises and opaque pricing structure. Twingate's distributed architecture for Zero Trust secure access also addresses the inherent security weaknesses of legacy VPN technologies, providing a unified approach to access control systems no matter where resources and users are located. Twingate enhances security beyond access control through features such as multi-factor authentication, device posture policies, and activity logs indexed to both users and devices. Both Zscaler and Twingate improve user experience and network performance by reducing the need for VPN gateways, which can degrade network bandwidth and increase latency. Ultimately, both solutions provide secure access for all resources with modern Zero Trust principles, making it easier to turn each resource into its own protected segment without expensive changes to network infrastructure.